mhurhangee/ep-ind-claims huggingface dataset:
A road vehicle comprising: - a vehicle body which defines along its length a longitudinal axis of the road vehicle and along its width a transversal axis of the road vehicle; - a brake pedal, which is mounted on the vehicle so that it is hinged to the vehicle body; - a braking unit mounted integral to the vehicle body; the braking unit being mechanically connected, by means of a motion transmission system, to the brake pedal and configured to actuate, depending on the motion transmitted by the brake pedal, the brakes of the road vehicle; - a front compartment configured to accommodate at least one engine, a passenger compartment and a bulkhead, the bulkhead separating the passenger compartment and the front compartment from each other; the road vehicle being characterised in that the braking unit is arranged, in relation to the brake pedal, offset along the transversal axis of the road vehicle; wherein the braking unit is arranged, in relation to the bulkhead, on the side opposite the front compartment. - a vehicle body which defines along its length a longitudinal axis of the road vehicle and along its width a transversal axis of the road vehicle; - a brake pedal, which is mounted on the vehicle so that it is hinged to the vehicle body; - a braking unit mounted integral to the vehicle body; the braking unit being mechanically connected, by means of a motion transmission system, to the brake pedal and configured to actuate, depending on the motion transmitted by the brake pedal, the brakes of the road vehicle; - a front compartment configured to accommodate at least one engine, a passenger compartment and a bulkhead, the bulkhead separating the passenger compartment and the front compartment from each other;
A method of initiating regeneration of a particulate filter for a diesel engine with a common rail fuel injection system configured to perform a fuel injection strategy comprising one or more of the following injections: a main injection (MAIN1); a first pre-injection (PILOT) preceding said main injection (MAIN1) and performed during the compression stroke; a second pre-injection preceding said main injection (MAIN1) and following said first pre-injection; a first post-injection (MAIN2, AFTER) following said main injection (MAIN1); and a second post-injection (POST) following said first post-injection (MAIN2, AFTER) and performed during the exhaust stroke; said second pre-injection and said first post-injection (MAIN2, AFTER) being performed close enough to said main injection (MAIN1) to participate, together with the main injection, in the actual fuel combustion; said method comprising performing a fuel injection strategy comprising one or more of said first and second pre-injections (PILOT, PRE), said main injection (MAIN1), and said first and second post-injections (MAIN2, AFTER, POST); wherein the timing of one or more of the injections performed is varied with respect to the timing of said injections in particulate filter non-regenerating conditions; and wherein the amount of fuel injected in said second post-injection (POST) to initiate regeneration of the particulate filter is regulated as a function of exhaust gas temperature at the inlet of the particle filter.
Method for programming a plurality of keys to an authorisation means of a vehicle, comprising the steps of: - transmitting a query signal by means of the authorisation means; - measuring a signal parameter, dependent on the spatial location of the key, of the query signal by means of the key located in the reception range; - determining a key-specific time window by means of the respective key, depending on the signal parameter; - transmitting a response signal by means of the respective key within the key-specific time window and recording the response signal in the authorisation means. - transmitting a query signal by means of the authorisation means; - measuring a signal parameter, dependent on the spatial location of the key, of the query signal by means of the key located in the reception range; - determining a key-specific time window by means of the respective key, depending on the signal parameter; - transmitting a response signal by means of the respective key within the key-specific time window and recording the response signal in the authorisation means.
Back panel of a refrigeration appliance, formed of a flame-retardant sheetlike cardboard composite (1, 2, 3, 4) which comprises a cardboard and a material impervious to vapour diffusion and which comprises, as mutually overlaying layers of a first layer sequence, at least: - a cardboard composite layer (1.1, 2.1, 3.1, 4.1) comprising the cardboard and the material impervious to vapour diffusion; - a fire prevention coating (1.2, 2.2, 3.2, 4.2); and - a protective coating (1.3, 2.3, 3.3, 4.3). - a cardboard composite layer (1.1, 2.1, 3.1, 4.1) comprising the cardboard and the material impervious to vapour diffusion; - a fire prevention coating (1.2, 2.2, 3.2, 4.2); and - a protective coating (1.3, 2.3, 3.3, 4.3).
A skeletal method utilizing electromagnetic waves comprising first excitation method step and second detection method step, wherein in the excitation method step at least one mechanical wave is generated by electromagnetic waves at at least one generation location into the skeleton through soft tissue covering the skeleton via photo-acoustic means by tuning at least values of optical wavelength, of acoustic centre frequency of excitation frequency and of area and shape of the illuminated surface in order to perform proper excitation through soft tissue to generate said at least one mechanical wave into the skeleton, and wherein in the detection method step skeletal vibrations of at least one mechanical wave from skeleton through soft tissue are detected by means of electromagnetic waves, and the detected at least one mechanical wave at at least one recording location is recorded to form mechanical wave information and wherein the distance of said at least one recording location from said at least one generation location is known and non-zero, and further in the detection method step skeletal properties are determined based on at least one recorded signal, and wherein the method is performed in vivo.
A secondary battery, comprising: a negative electrode plate and an electrolyte; the negative electrode plate including a negative current collector and a negative electrode film which is disposed on at least one surface of the negative current collector and includes a negative active material; and the electrolyte including electrolyte salt and an organic solvent, wherein the negative active material comprises a silicon-based material; the organic solvent comprises ethylene carbonate and ethyl methyl carbonate, a weight ratio of the ethylene carbonate in the organic solvent is less than or equal to 10%, and a weight ratio of the ethyl methyl carbonate in the organic solvent is 80% to 95%. the negative active material comprises a silicon-based material; the organic solvent comprises ethylene carbonate and ethyl methyl carbonate, a weight ratio of the ethylene carbonate in the organic solvent is less than or equal to 10%, and a weight ratio of the ethyl methyl carbonate in the organic solvent is 80% to 95%.
A cartridge for coffee or soluble products for the production of a beverage, comprising: - a container designed to contain coffee or soluble product; - a lid arranged on the container so as to define an upper wall through which hot water under pressure enters the container in order to produce the beverage; - a filter designed to be positioned inside the container above a bottom wall of the container through which the beverage leaks; - said bottom wall of the container having at least one breakable portion designed to break when the liquid inside the cartridge reaches a pre-set pressure, so as to form at least one aperture to allow the beverage to be extracted from the cartridge, characterized in that said at least one breakable portion is obtained by means of a pre-etching or groove delimiting a less thick portion of the bottom wall of the container from stiffening central ribs, so as to form at least one flexible tongue, which is attached to said bottom wall along an edge and can be separated from said central ribs to determine said aperture for the beverage leakage. - a container designed to contain coffee or soluble product; - a lid arranged on the container so as to define an upper wall through which hot water under pressure enters the container in order to produce the beverage; - a filter designed to be positioned inside the container above a bottom wall of the container through which the beverage leaks; - said bottom wall of the container having at least one breakable portion designed to break when the liquid inside the cartridge reaches a pre-set pressure, so as to form at least one aperture to allow the beverage to be extracted from the cartridge,
A micro electromechanical system (MEMS) comprising: a substrate (108; 204, 404); a proof mass (116; 212; 412) including a first follower (136; 428) with a first curved surface positioned above a surface (120; 216; 416) of the substrate (108; 204, 404) and movable in a plane parallel to the surface (120; 216; 416) of the substrate (108; 204, 404), the plane including an x-axis and a y-axis perpendicular to the x-axis; a first travel stop (134; 432) including a first neck and a first head (146; 436) defining a second curved surface generally opposite to the first curved surface along the x-axis, wherein the first curved surface, the first neck and the first head (146; 436) are configured such that maximum displacement of the proof mass (116; 212; 412) solely along the y-axis results in a point contact between the first head (146; 436) and the first curved surface, and maximum displacement of the proof mass (116; 212; 412) solely along the x-axis results in a point contact between the first head (146; 436) and the first curved surface. a substrate (108; 204, 404); a proof mass (116; 212; 412) including a first follower (136; 428) with a first curved surface positioned above a surface (120; 216; 416) of the substrate (108; 204, 404) and movable in a plane parallel to the surface (120; 216; 416) of the substrate (108; 204, 404), the plane including an x-axis and a y-axis perpendicular to the x-axis; a first travel stop (134; 432) including a first neck and a first head (146; 436) defining a second curved surface generally opposite to the first curved surface along the x-axis, wherein the first curved surface, the first neck and the first head (146; 436) are configured such that maximum displacement of the proof mass (116; 212; 412) solely along the y-axis results in a point contact between the first head (146; 436) and the first curved surface, and maximum displacement of the proof mass (116; 212; 412) solely along the x-axis results in a point contact between the first head (146; 436) and the first curved surface.
A stress measurement device comprising: a first obtaining unit obtaining thermal data including information indicating a temperature of a measuring region (R1, R2, R3) of a measuring object; a second obtaining unit obtaining data related to stress occurring in one part of the measuring region (R1, R2, R3); and a controller finding stress occurring in the measuring region (R1, R2, R3) of the measuring object from the thermal data and the data related to the stress, wherein the controller finds first chronological data respectively on the one part of the measuring region (R1, R2, R3) and a part other than the one part of the measuring region (R1, R2, R3) based on a change with time of the thermal data, finds second chronological data based on a change with time of the data related to the stress, also finds differential data through a deduction of the second chronological data from the first chronological data, wherein both the first chronological data and the second chronological data are measured on the one part of the measuring region (R1, R2, R3), and finds stress data indicating stress occurring in the part other than the one part of the measuring region (R1, R2, R3) through a deduction of the differential data from the first chronological data on the part other than the one part of the measuring region (R1, R2. R3). a first obtaining unit obtaining thermal data including information indicating a temperature of a measuring region (R1, R2, R3) of a measuring object; a second obtaining unit obtaining data related to stress occurring in one part of the measuring region (R1, R2, R3); and a controller finding stress occurring in the measuring region (R1, R2, R3) of the measuring object from the thermal data and the data related to the stress, wherein the controller finds first chronological data respectively on the one part of the measuring region (R1, R2, R3) and a part other than the one part of the measuring region (R1, R2, R3) based on a change with time of the thermal data, finds second chronological data based on a change with time of the data related to the stress, also finds differential data through a deduction of the second chronological data from the first chronological data, wherein both the first chronological data and the second chronological data are measured on the one part of the measuring region (R1, R2, R3), and finds stress data indicating stress occurring in the part other than the one part of the measuring region (R1, R2, R3) through a deduction of the differential data from the first chronological data on the part other than the one part of the measuring region (R1, R2. R3).
A valve assembly for dispensing a plurality of viscous fluids comprising a valve member having a plurality of inlets for the plurality of viscous fluids and dispense outlets communicating with the inlets and a closure comprising at least one strip having one or more openings for clearing or closing a plurality of dispense outlets in a pattern that corresponds to a pattern of at least some of the outlets, wherein the valve member and the closure are movable relative to each other between a closed position in which the outlets are closed and at least one dispensing position in which one or more openings in the closure are at least partially in register with the dispense outlets thus clearing the latter, the valve assembly being characterized in that at least a portion of the valve member comprising the outlets is curved and the strip is slidably tensioned about this portion.
An outrigger monitoring system, comprising: a camera assembly in a known location and configured to capture an image; and a control system operably and communicably connected to the camera assembly, the control system comprising a processor and computer readable storage media in communication with the processor, the computer readable storage media storing instructions that, when executed by the processor, cause the control system to implement functions comprising an image recognition function configured to receive the image from the camera assembly, detect an outrigger in the image, characterized in that the control system determines an extension of the outrigger based on a detected end of the outrigger in the field of view of the camera assembly by calculating in real time the location of the end of the outrigger based on a pixel location of the detected end of the outrigger in the field of view of the camera assembly in the known location. a camera assembly in a known location and configured to capture an image; and a control system operably and communicably connected to the camera assembly, the control system comprising a processor and computer readable storage media in communication with the processor, the computer readable storage media storing instructions that, when executed by the processor, cause the control system to implement functions comprising an image recognition function configured to receive the image from the camera assembly, detect an outrigger in the image, characterized in that the control system determines an extension of the outrigger based on a detected end of the outrigger in the field of view of the camera assembly by calculating in real time the location of the end of the outrigger based on a pixel location of the detected end of the outrigger in the field of view of the camera assembly in the known location.
An article of footwear comprising: an outsole including a plurality of contact zones, each of the contact zones including elastomeric perimeter regions and a plurality of elastomeric traction elements and wherein, as to each of the contact zones, the traction elements are softer than the perimeter regions, the traction elements in the contact zone are at least partially surrounded by the perimeter regions of the contact zone, in response to a shear force imposed by a playing surface as a result of activity by a human wearer of the article, the traction elements in the contact zone are deformable so as to be substantially contained within a volume defined by the perimeter regions of the contact zone and the playing surface, and in a contact zone the plurality of traction elements include a first traction element and a plurality of second traction elements, the first traction element located in a region corresponding to a ball of a wearer's foot and having a thickness at least twice as great as a thickness of the second traction elements. an outsole including a plurality of contact zones, each of the contact zones including elastomeric perimeter regions and a plurality of elastomeric traction elements and wherein, as to each of the contact zones, the traction elements are softer than the perimeter regions, the traction elements in the contact zone are at least partially surrounded by the perimeter regions of the contact zone, in response to a shear force imposed by a playing surface as a result of activity by a human wearer of the article, the traction elements in the contact zone are deformable so as to be substantially contained within a volume defined by the perimeter regions of the contact zone and the playing surface, and the traction elements are softer than the perimeter regions, the traction elements in the contact zone are at least partially surrounded by the perimeter regions of the contact zone, in response to a shear force imposed by a playing surface as a result of activity by a human wearer of the article, the traction elements in the contact zone are deformable so as to be substantially contained within a volume defined by the perimeter regions of the contact zone and the playing surface, and in a contact zone the plurality of traction elements include a first traction element and a plurality of second traction elements, the first traction element located in a region corresponding to a ball of a wearer's foot and having a thickness at least twice as great as a thickness of the second traction elements.
An airfoil comprising: a leading edge and a trailing edge; a suction surface and a pressure surface, the suction surface and the pressure surface both extending axially to connect the leading edge to the trailing edge, the suction surface and the pressure surface both extending radially from a root section of the airfoil to a tip section of the airfoil; and a tip shelf formed along the tip section, characterised in that the tip shelf includes a triangular pocket, and in that a cooling hole and/or a cooling slot is located inside of the triangular pocket. a leading edge and a trailing edge; a suction surface and a pressure surface, the suction surface and the pressure surface both extending axially to connect the leading edge to the trailing edge, the suction surface and the pressure surface both extending radially from a root section of the airfoil to a tip section of the airfoil; and a tip shelf formed along the tip section, characterised in that the tip shelf includes a triangular pocket, and in that a cooling hole and/or a cooling slot is located inside of the triangular pocket.
A monolithic high power radio frequency switch, comprising: first and second gallium nitride high electron mobility transistors on the substrate, each of the first and second gallium nitride high electron mobility transistors including a respective source, drain and gate terminal, wherein the source terminal of the first gallium nitride high electron mobility transistor is coupled to the drain terminal of the second gallium nitride high electron mobility transistor, and the source terminal of the second gallium nitride high electron mobility transistor is coupled to ground; an RF input pad (RF_Input) coupled to the drain terminal of the first gallium nitride high electron mobility transistor through a first spiral inductor loop; an RF output pad (RF_Output_1) coupled to the source terminal of the first gallium nitride high electron mobility transistor and the drain terminal of the second gallium nitride high electron mobility transistor through a second spiral inductor loop; and a control pad (Vctrl) coupled to the gate of the first gallium nitride high electron mobility transistor; and wherein each of the first and second gallium nitride high electron mobility transistors has a serpentine gate pattern. first and second gallium nitride high electron mobility transistors on the substrate, each of the first and second gallium nitride high electron mobility transistors including a respective source, drain and gate terminal, wherein the source terminal of the first gallium nitride high electron mobility transistor is coupled to the drain terminal of the second gallium nitride high electron mobility transistor, and the source terminal of the second gallium nitride high electron mobility transistor is coupled to ground; an RF input pad (RF_Input) coupled to the drain terminal of the first gallium nitride high electron mobility transistor through a first spiral inductor loop; an RF output pad (RF_Output_1) coupled to the source terminal of the first gallium nitride high electron mobility transistor and the drain terminal of the second gallium nitride high electron mobility transistor through a second spiral inductor loop; and a control pad (Vctrl) coupled to the gate of the first gallium nitride high electron mobility transistor; and
An electronic toothbrush system for monitoring brushing and compliance with a tooth brush regime comprising: a toothbrush including a handle and a head; a base station including a magnetic transmitter that transmits a magnetic field; an accelerometer incorporated in the toothbrush and configured to output data representing the direction of acceleration due to gravity; a magnetometer incorporated in the toothbrush configured to output data relating to the strength and direction of the magnetic field; a memory for storing the data output by the accelerometer and magnetometer and in data communication with the controller; and a controller which determines an orientation of the toothbrush in space based or at least the data output by the magnetometer and the accelerometer, wherein the orientation in space is determined with respect to gravity and the magnetic field. a toothbrush including a handle and a head; a base station including a magnetic transmitter that transmits a magnetic field; an accelerometer incorporated in the toothbrush and configured to output data representing the direction of acceleration due to gravity; a magnetometer incorporated in the toothbrush configured to output data relating to the strength and direction of the magnetic field; a memory for storing the data output by the accelerometer and magnetometer and in data communication with the controller; and a controller which determines an orientation of the toothbrush in space based or at least the data output by the magnetometer and the accelerometer, wherein the orientation in space is determined with respect to gravity and the magnetic field.