mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling a ride control system for a vehicle, the method comprising: measuring a speed of a vehicle; comparing the measured speed to a predetermined speed; measuring a hydraulic pressure associated with the vehicle; comparing the measured pressure to a predetermined threshold pressure; determining whether a hand throttle for the vehicle is in a neutral position; determining whether a foot throttle for the vehicle has been used within a predetermined time period; and characterized in that said method further comprising: engaging a ride control system in response to the measured speed being greater than the predetermined speed, the measured pressure being less than the predetermined threshold pressure, the hand throttle being in the neutral position and the foot throttle having been used within a predetermined time period. measuring a speed of a vehicle; comparing the measured speed to a predetermined speed; measuring a hydraulic pressure associated with the vehicle; comparing the measured pressure to a predetermined threshold pressure; determining whether a hand throttle for the vehicle is in a neutral position; determining whether a foot throttle for the vehicle has been used within a predetermined time period; and engaging a ride control system in response to the measured speed being greater than the predetermined speed, the measured pressure being less than the predetermined threshold pressure, the hand throttle being in the neutral position and the foot throttle having been used within a predetermined time period.
An internal combustion engine comprising: a cylinder block having a block cooling water passage configured to supply cooling water to a plurality of cylinder bores, and an inter-bore cooling water passage provided between cylinder bores, the inter-bore cooling water passage being configured to supply cooling water between the cylinder bores; a cylinder head having a first cooling water passage to which cooling water is supplied from the block cooling water passage, and a second cooling water passage, the second cooling water passage being provided independently from the first cooling water passage, and the second cooling water passage being configured such that cooling water is supplied from the inter-bore cooling water passage to the second cooling water passage; a heat exchanger; a first cooling water introducing part configured to lead cooling water, which is flown out from the first cooling water passage, to the heat exchanger; and a second cooling water introducing part configured to lead cooling water, which is flown out from the second cooling water passage, to a downstream side of the heat exchanger. a cylinder block having a block cooling water passage configured to supply cooling water to a plurality of cylinder bores, and an inter-bore cooling water passage provided between cylinder bores, the inter-bore cooling water passage being configured to supply cooling water between the cylinder bores; a cylinder head having a first cooling water passage to which cooling water is supplied from the block cooling water passage, and a second cooling water passage, the second cooling water passage being provided independently from the first cooling water passage, and the second cooling water passage being configured such that cooling water is supplied from the inter-bore cooling water passage to the second cooling water passage; a heat exchanger; a first cooling water introducing part configured to lead cooling water, which is flown out from the first cooling water passage, to the heat exchanger; and a second cooling water introducing part configured to lead cooling water, which is flown out from the second cooling water passage, to a downstream side of the heat exchanger.
An optical encoder comprising: a light source; a splitting means for splitting a light from the light source, a light receiving unit; a scale that is arranged on a light path and movable in a measurement direction, a grating being arranged on a main surface of the scale; and an offset diffraction grating that includes a plurality of diffraction gratings arranged in the optical path from the splitting means to the light receiving unit, the plurality of diffraction gratings diffracting the split lights with different phases, wherein, the plurality of diffraction gratings in the offset diffraction grating are arranged in one plane parallel to the main surface of the scale and are offset each other in an offset direction orthogonal to the measurement direction, the light receiving unit includes a plurality of light-receiving elements arranged in the offset direction. a light source; a splitting means for splitting a light from the light source, a light receiving unit; a scale that is arranged on a light path and movable in a measurement direction, a grating being arranged on a main surface of the scale; and an offset diffraction grating that includes a plurality of diffraction gratings arranged in the optical path from the splitting means to the light receiving unit, the plurality of diffraction gratings diffracting the split lights with different phases, wherein,
Mixing nozzle for mixing a concentrate and a diluent and dispensing the mixture comprising: - a concentrate conduit including a concentrate inlet port and a concentrate outlet port and a concentrate flowpath therebetween, said conduit defining the longitudinal axis (XX') of the mixing nozzle, - a toroidal chamber around said concentrate conduit having a water inlet conduit tangentially disposed with respect thereto to create a swirling of the water in said chamber, said toroidal chamber presenting multiple openings at the bottom wall of the toroidal chamber around the concentrate outlet port, characterized in that said mixing nozzle comprises an assembly of multiple radially projecting ribs provided downstream to the multiple openings of the toroidal chamber, the ribs being curved at their downstream ends towards the mixing nozzle's longitudinal axis (XX'). - a concentrate conduit including a concentrate inlet port and a concentrate outlet port and a concentrate flowpath therebetween, said conduit defining the longitudinal axis (XX') of the mixing nozzle, - a toroidal chamber around said concentrate conduit having a water inlet conduit tangentially disposed with respect thereto to create a swirling of the water in said chamber, said toroidal chamber presenting multiple openings at the bottom wall of the toroidal chamber around the concentrate outlet port,
An AT-cut crystal resonator plate including a first main surface on which a first excitation electrode is formed and a second main surface on which a second excitation electrode is formed, comprising: a substantially rectangular-shaped vibrating part having the first excitation electrode and the second excitation electrode in that the first excitation electrode and the second excitation electrode are respectively formed on the first main surface and the second main surface of the vibrating part; a holding part protruding from a corner part of the vibrating part in a Z' axis direction of the AT-cut crystal so as to hold the vibrating part; and an external frame part configured to surround an external periphery of the vibrating part and to hold the holding part; characterized in that the external frame part includes a recessed part that is disposed at a position connected to the holding part in at least one of the first main surface and the second main surface; wherein respective thicknesses of the external frame part, the recessed part and the holding part have a relation represented by the following expression: (thickness of the external frame part) > (thickness of the recessed part) ≥ (thickness of the holding part). a substantially rectangular-shaped vibrating part having the first excitation electrode and the second excitation electrode in that the first excitation electrode and the second excitation electrode are respectively formed on the first main surface and the second main surface of the vibrating part; a holding part protruding from a corner part of the vibrating part in a Z' axis direction of the AT-cut crystal so as to hold the vibrating part; and an external frame part configured to surround an external periphery of the vibrating part and to hold the holding part; characterized in that the external frame part includes a recessed part that is disposed at a position connected to the holding part in at least one of the first main surface and the second main surface; wherein respective thicknesses of the external frame part, the recessed part and the holding part have a relation represented by the following expression: (thickness of the external frame part) > (thickness of the recessed part) ≥ (thickness of the holding part).
A method of manufacturing a circuit substrate including a ceramic substrate having a surface mainly formed of a ceramic, a conductor trace formed on the surface of the ceramic substrate and mainly formed of silver (Ag), and a coating layer which contains a glass component and which is formed on the surface of the ceramic substrate and covers the conductor trace, comprising: a step of firing the ceramic substrate; a step of preparing a conductor paste in which a powder of at least one of a metal boride and a metal silicide is added to a powder of silver (Ag); a step of applying the conductor paste to the surface of the fired ceramic substrate; a step of applying a glass paste to the surface of the ceramic substrate after applying the conductor paste; a step of firing the conductor paste applied to the surface so as to form the conductor trace; and a step of firing the glass paste applied to the surface so as to form the coating layer, wherein the conductor paste and the glass paste are fired at the same time so as to form the conductor trace and the coating layer at the same time, and when the glass paste and the conductor paste are fired, oxygen near the conductor paste is consumed by oxidation of the at least one of the metal boride and the metal silicide contained in the conductor paste. a step of firing the ceramic substrate; a step of preparing a conductor paste in which a powder of at least one of a metal boride and a metal silicide is added to a powder of silver (Ag); a step of applying the conductor paste to the surface of the fired ceramic substrate; a step of applying a glass paste to the surface of the ceramic substrate after applying the conductor paste; a step of firing the conductor paste applied to the surface so as to form the conductor trace; and a step of firing the glass paste applied to the surface so as to form the coating layer, wherein the conductor paste and the glass paste are fired at the same time so as to form the conductor trace and the coating layer at the same time, and when the glass paste and the conductor paste are fired, oxygen near the conductor paste is consumed by oxidation of the at least one of the metal boride and the metal silicide contained in the conductor paste.
A wireless transmit/receive unit, WTRU (102a, 102b, 102c, 102d), comprising: a receiver; a transmitter; and a processor, wherein: the receiver and the processor are configured to receive information, wherein the information received includes information regarding a plurality of physical uplink control channel, PUCCH, resources and wherein the information received includes repetitions for the PUCCH transmissions; the receiver and the processor are further configured to receive downlink control information, DCI, wherein the DCI indicates one of the plurality of PUCCH resources; the transmitter and the processor are configured to send a PUCCH transmission on at least the indicated one of the plurality of PUCCH resources, wherein the PUCCH transmission is sent with or without frequency hopping, wherein the with or without frequency hopping is based on the information received; and the transmitter and the processor are further configured to repeat the PUCCH transmission based on the repetitions included in the information received. a receiver; a transmitter; and a processor, wherein: the receiver and the processor are configured to receive information, wherein the information received includes information regarding a plurality of physical uplink control channel, PUCCH, resources and wherein the information received includes repetitions for the PUCCH transmissions; the receiver and the processor are further configured to receive downlink control information, DCI, wherein the DCI indicates one of the plurality of PUCCH resources; the transmitter and the processor are configured to send a PUCCH transmission on at least the indicated one of the plurality of PUCCH resources, wherein the PUCCH transmission is sent with or without frequency hopping, wherein the with or without frequency hopping is based on the information received; and the transmitter and the processor are further configured to repeat the PUCCH transmission based on the repetitions included in the information received. the receiver and the processor are configured to receive information, wherein the information received includes information regarding a plurality of physical uplink control channel, PUCCH, resources and wherein the information received includes repetitions for the PUCCH transmissions; the receiver and the processor are further configured to receive downlink control information, DCI, wherein the DCI indicates one of the plurality of PUCCH resources; the transmitter and the processor are configured to send a PUCCH transmission on at least the indicated one of the plurality of PUCCH resources, wherein the PUCCH transmission is sent with or without frequency hopping, wherein the with or without frequency hopping is based on the information received; and the transmitter and the processor are further configured to repeat the PUCCH transmission based on the repetitions included in the information received.
A firing simulator comprising a laser transmitter arranged to emit a single round shaped light beam (212; 500) triggered by a simulated firing, wherein the laser transmitter has sweeping means arranged for sweeping the single emitted light beam over a target engagement area around a simulated projectile or missile, in at least two different directions, wherein two of the at least two different directions are orthogonal to each other, wherein the laser transmitter has modifying means arranged for modifying the emitted light beam to contain information, and wherein the firing simulator is arranged for the transmission of a simulated projectile or missile engagement coordinate, characterized in that the firing simulator is arranged to build an engagement message formed of a sequence of sweeps containing different types of information, wherein the light beam in each individual sweep is modified to contain at least one type of information, wherein each individual sweep contains different types of information, and wherein a sequence of sweeps carrying different information in each individual sweep, together builds the engagement message. the laser transmitter has sweeping means arranged for sweeping the single emitted light beam over a target engagement area around a simulated projectile or missile, in at least two different directions, wherein two of the at least two different directions are orthogonal to each other, wherein the laser transmitter has modifying means arranged for modifying the emitted light beam to contain information, and wherein the firing simulator is arranged for the transmission of a simulated projectile or missile engagement coordinate, characterized in that the firing simulator is arranged to build an engagement message formed of a sequence of sweeps containing different types of information, wherein the light beam in each individual sweep is modified to contain at least one type of information, wherein each individual sweep contains different types of information, and wherein a sequence of sweeps carrying different information in each individual sweep, together builds the engagement message. the light beam in each individual sweep is modified to contain at least one type of information, wherein each individual sweep contains different types of information, and wherein a sequence of sweeps carrying different information in each individual sweep, together builds the engagement message.
Use of a chipping tool for formatting plates, in particular of a wood-type material, wherein the chipping tool is provided for rotary drive about an axis of rotation and comprises a base body, on the periphery of which cutting teeth are arranged, wherein each of the cutting teeth comprises a peripheral blade and a cutting projection which, relative to the axis of rotation, projects beyond an end face of the base body in the axial direction and adjoins the peripheral blade, characterised in that the cutting teeth comprise, radially inward of the cutting projection, at least a second and preferably at least a third cutting projection (8, 9) projecting beyond the base body in the axial direction.
A pharmaceutical composition comprising a) a lipase inhibitor; b) a lipophilic oil absorbent selected from hydrogenated castor oil, and c) a pharmaceutically acceptable additive.
An optical system comprising a distal optical assembly, a proximal optical assembly and an image sensor, wherein the distal and proximal optical assemblies (10, 12) define a beam path, and the distal optical assembly couples incident beams of light (6, 6`) from a field of view located in an object space in the proximal optical assembly, and the proximal optical assembly directs these beams of light (6, 6`) onto a light-sensitive surface of the image sensor, characterized by a group of prisms arranged in the beam path, with at least one prism (30, 32, 34), and wherein the prism group limits the field of view of the optical system on at least one side, wherein the at least one prism (30, 32, 34) includes a boundary surface (36, 38) at which incident beams of light (6", 6′′′) from outside the field of view are reflected out of the beam path with total reflection, wherein the prism group comprises at least a first and a second prism (30, 32), wherein the first prism comprises the boundary surface at which total reflection occurs and the second prism is arranged abutting this boundary surface, wherein a first air gap is present between the first prism and the second prism.
Lamp comprising - a lamp housing with a profile element, - a holding element arranged on the profile element for retaining a further lamp component (5, 6), wherein the lamp is designed in such a way that the holding element is arranged on the profile element so as to be held only by a latching connection, wherein the further lamp component is an operating device of the lamp, wherein the holding element comprises a strain relief element for a strain relief of an electrical cable, which is provided for a power connection with the operating device, characterized in that the latching connection is designed in such a way that it can be established by a rotary movement of the holding element relative to the profile element about an axis of rotation extending in parallel to a longitudinal axis of the profile element. - a lamp housing with a profile element, - a holding element arranged on the profile element for retaining a further lamp component (5, 6),
An agent for lightening keratin fibers, containing, based on its weight, a) from 20 to 75 wt.% oil(s); b) from 0.05 to 5 wt.% xanthan gum; c) from 1 to 70 wt.% peroxydisulfate(s); d) from 1 to 15 wt.% cetearyl alcohol. a) from 20 to 75 wt.% oil(s); b) from 0.05 to 5 wt.% xanthan gum; c) from 1 to 70 wt.% peroxydisulfate(s); d) from 1 to 15 wt.% cetearyl alcohol.
An apparatus for polishing workpiece surfaces comprising - a tool holder which can be clamped into a work spindle of a program-controlled machine tool, - a polishing tool which is mounted in the tool holder and which contains a tool shank and a polishing head arranged at the free end thereof, and - a polishing agent supply to the polishing head which contains passages for the polishing agent, - wherein the tool shank contains a chamber which is pressurized through a channel and which is at least partially filled with a polishing agent and is connected to the polishing head, characterized in that - the cylindrical chamber in the tool shank can be connected to the pressure agent supply of the machine tool via the channel, - a displacement piston in the cylindrical chamber is arranged in an axially movable fashion, the pressure agent of the machine tool can be applied to the front side of said piston, and the other front side of said piston acts on the polishing agent in the chamber, and that - the polishing head attached to the free end of the tool shank communicates with the chamber through a channel through which the polishing agent is forced from the displacement piston out of the chamber to the polishing head. - a tool holder which can be clamped into a work spindle of a program-controlled machine tool, - a polishing tool which is mounted in the tool holder and which contains a tool shank and a polishing head arranged at the free end thereof, and - a polishing agent supply to the polishing head which contains passages for the polishing agent, - wherein the tool shank contains a chamber which is pressurized through a channel and which is at least partially filled with a polishing agent and is connected to the polishing head, characterized in that - the cylindrical chamber in the tool shank can be connected to the pressure agent supply of the machine tool via the channel, - a displacement piston in the cylindrical chamber is arranged in an axially movable fashion, the pressure agent of the machine tool can be applied to the front side of said piston, and the other front side of said piston acts on the polishing agent in the chamber, and that - the polishing head attached to the free end of the tool shank communicates with the chamber through a channel through which the polishing agent is forced from the displacement piston out of the chamber to the polishing head.
An illumination system (1; 20; 40) for fastening on a surface and for defining and lighting around a mirror positioned on said surface, comprising - at least one elongated profile (2; 21; 41) that has a fastening section (4; 26; 45) and a limitation section (5; 27; 46) extending transversely, in particular perpendicularly to said fastening section, and - at least one illuminant (3; 22; 42) that is fastened to the profile (2; 21; 41) at a distance from the limitation section (5; 27; 46) and is formed and positioned such that, in the correctly arranged state, it emits light in the direction of the limitation section (5; 27; 46), wherein the profile (2; 21; 41) is essentially L-shaped and comprises the fastening section (4; 26; 45) and the limitation section (5; 27; 46), and wherein the at least one illuminant (3; 22; 42) is fastened to the top of the fastening section (4; 26; 45) of the profile (2; 21; 41), characterised in that the illumination system (1; 20; 40) has spacing means (15; 24; 44) that are formed such that, in the correctly arranged state, the mirror to be defined and lit is positioned using the spacing means (15; 24; 44) such that the mirror covers at least partially the fastening section (4; 26; 45) of the profile (2; 21; 41) and the illuminant (3; 22; 42) arranged on the top of the mirror. - at least one elongated profile (2; 21; 41) that has a fastening section (4; 26; 45) and a limitation section (5; 27; 46) extending transversely, in particular perpendicularly to said fastening section, and - at least one illuminant (3; 22; 42) that is fastened to the profile (2; 21; 41) at a distance from the limitation section (5; 27; 46) and is formed and positioned such that, in the correctly arranged state, it emits light in the direction of the limitation section (5; 27; 46),