mhurhangee/ep-ind-claims huggingface dataset:
A data transmission method, wherein the method is used for a network device, wherein the network device has a function of network address translation of a private IP address into a public IP address, and the method comprises: sending a probe packet to a log server; determining, depending on whether a probe response packet returned by the log server is received, whether the log server is capable of receiving a packet; and when it is determined that the log server is capable of receiving a packet, sending a log packet to the log server, wherein the log packet comprises a correspondence between the public Internet Protocol, IP, address and the private IP address, wherein the probe packet is a heartbeat probe packet, the probe response packet is a heartbeat probe response packet, and the determining, depending on whether a probe response packet returned by the log server is received, whether the log server is capable of receiving a packet comprises: detecting whether a heartbeat probe response packet returned by the log server is received within a first specified period; when the heartbeat probe response packet returned by the log server is received within the first specified period, determining that the log server is capable of receiving a packet; and when the heartbeat probe response packet returned by the log server is not received within the first specified period, determining that the log server is not capable of receiving a packet. sending a probe packet to a log server; determining, depending on whether a probe response packet returned by the log server is received, whether the log server is capable of receiving a packet; and when it is determined that the log server is capable of receiving a packet, sending a log packet to the log server, wherein the log packet comprises a correspondence between the public Internet Protocol, IP, address and the private IP address, wherein the probe packet is a heartbeat probe packet, the probe response packet is a heartbeat probe response packet, and the determining, depending on whether a probe response packet returned by the log server is received, whether the log server is capable of receiving a packet comprises: detecting whether a heartbeat probe response packet returned by the log server is received within a first specified period; when the heartbeat probe response packet returned by the log server is received within the first specified period, determining that the log server is capable of receiving a packet; and when the heartbeat probe response packet returned by the log server is not received within the first specified period, determining that the log server is not capable of receiving a packet. detecting whether a heartbeat probe response packet returned by the log server is received within a first specified period; when the heartbeat probe response packet returned by the log server is received within the first specified period, determining that the log server is capable of receiving a packet; and when the heartbeat probe response packet returned by the log server is not received within the first specified period, determining that the log server is not capable of receiving a packet.
An apparatus comprising: a first source of a first DC voltage; a second source of a second DC voltage; a microprocessor for generating a pulse width modulated signal; a lowpass filter (R3, C1) for converting the pulse width modulated signal into a third DC voltage; a switch with an output for selecting the first DC voltage and alternatively the second DC voltage and outputting a selected DC voltage having an amplitude; and a comparator for comparing the selected DC voltage and the third DC voltage and generating an output signal responsive to the difference between the selected DC voltage and the third DC voltage, wherein the microprocessor is adapted to adjust the characteristics of said pulse width modulated waveform until a predetermined relationship between said selected DC value and said third voltage is met, and the microprocessor is adapted to receive the output signal of the comparator and to calculate said amplitude of said selected DC voltage by using the characteristics of said pulse modulated waveform. a first source of a first DC voltage; a second source of a second DC voltage; a microprocessor for generating a pulse width modulated signal; a lowpass filter (R3, C1) for converting the pulse width modulated signal into a third DC voltage; a switch with an output for selecting the first DC voltage and alternatively the second DC voltage and outputting a selected DC voltage having an amplitude; and a comparator for comparing the selected DC voltage and the third DC voltage and generating an output signal responsive to the difference between the selected DC voltage and the third DC voltage, wherein the microprocessor is adapted to adjust the characteristics of said pulse width modulated waveform until a predetermined relationship between said selected DC value and said third voltage is met, and the microprocessor is adapted to receive the output signal of the comparator and to calculate said amplitude of said selected DC voltage by using the characteristics of said pulse modulated waveform.
Wiper device for a blown glass or plastic container, comprising a hollow body having a first and a second end defining respectively a first and a second opening, a flange extending from an outer surface of the hollow body at the first end, and a wiper element extending from an inner surface of the hollow body, the wiper element defining a passage of a section smaller than that of the first and second openings (3A, 4A), the hollow body comprising at least two localized swellings (10A, 10B) for fastening the wiper device to the container, said localized swellings extending from the outer surface of the hollow body in proximity of the second end of the hollow body, the hollow body comprising at least one open window at a free edge of said second end, the localized swellings (10A, 10B) being at least partially located in a band of the outer surface where also the at least one window is located, said band having a height (h) equal to the one of said window, said wiper device being characterised in that the at least one window and at least one localized swelling (10A, 10B) are angularly spaced such that said at least one window is not directly adjacent to any localized swelling (10A, 10B).
A method of diagnosing bladder cancer in a patient, which method comprises contacting a sample of urothelial cells obtained from the patient with a set of detectably labeled probes consisting of a locus-specific probe for c-myc, which hybridizes to q24 on human chromosome 8, a locus-specific probe for AURKA, which hybridizes to q 13 on human chromosome 20, a centromeric probe for human chromosome 7, and a centromeric probe for human chromosome 17 under hybridization conditions, and determining the presence of chromosomal abnormalities, wherein the presence of chromosomal abnormalities of c-myc, AURKA, chromosome 7, and chromosome 17 indicates that the patient has bladder cancer, whereupon bladder cancer in the patient is diagnosed.
A seat, comprising: an insert embedded in a resilient outer layer, which resilient outer layer forms a unitary one-piece layer surrounding said insert; and wherein said insert comprises at least one of:a seat insert comprising a semi-rigid mat having at least one of rebound characteristics, and compression set characteristics,a seat insert including at least one of: a perineal opening, and an ischium opening,a heatable insert, which heatable insert includes at least one of: a perineal opening, and an ischium opening,a perineal insert comprising a material softer than the resilient outer layer, and an ischium insert comprising a material softer than the resilient outer layer.
A method for assisting a driver of a host vehicle in avoiding a collision with a target, the method comprising: - detecting a target in the vicinity of the vehicle; - determining that the host vehicle is travelling on a collision course with the target; - detecting a set of road markers on a side of the target; and - when a collision with the target is predicted to occur within a predetermined time period and no driver initiated steering action for avoiding the collision course has been detected, providing a steering guidance to the driver of the host vehicle, characterized by comprising - detecting a free space on the side of the road markers opposite the target side of the road markers; and in that the steering guidance comprising altering of a steering wheel angular orientation from a current steering wheel angular orientation for momentarily steering the host vehicle towards said road markers to indicate an evasive steering action to the driver. - detecting a target in the vicinity of the vehicle; - determining that the host vehicle is travelling on a collision course with the target; - detecting a set of road markers on a side of the target; and - when a collision with the target is predicted to occur within a predetermined time period and no driver initiated steering action for avoiding the collision course has been detected, providing - detecting a free space on the side of the road markers opposite the target side of the road markers; and in that the steering guidance comprising altering of a steering wheel angular orientation from a current steering wheel angular orientation for momentarily steering the host vehicle towards said road markers to indicate an evasive steering action to the driver.
A cold-work tool steel having improved machinability, consisting of, in mass%: 0.6 to 1.2% of C, 0.7 to 2.5% of Si, 0.3 to 2.0% of Mn, 0.02 to 0.1% of S, 3.0 to less than 5.0% of Cr, one or both of Mo and W being 0.5 to 2.0% in a form of (Mo + 1/2W), 0.04 to less than 0.3% of Al, and optionally: not greater than 1.0% of Ni in mass%, not greater than 1.0% of Cu in mass%, not greater than 1.0% of V in mass%, not greater than 0.5% of Nb in mass%, the balance being Fe and inevitable impurities, wherein a machinability index MP is greater than 0 where the machinability index MP is determined by a relational expression of the S, Cr and Al contents: 21.9 × S + 124.2 × Al / Cr − 2.1. 0.6 to 1.2% of C, 0.7 to 2.5% of Si, 0.3 to 2.0% of Mn, 0.02 to 0.1% of S, 3.0 to less than 5.0% of Cr, one or both of Mo and W being 0.5 to 2.0% in a form of (Mo + 1/2W), 0.04 to less than 0.3% of Al, and not greater than 1.0% of Ni in mass%, not greater than 1.0% of Cu in mass%, not greater than 1.0% of V in mass%, not greater than 0.5% of Nb in mass%, the balance being Fe and inevitable impurities,
A torque transmission system for transmitting torque from a prime mover along a drivetrain, the system comprising: a clutch device configured to accept a torque input from the prime mover; an intermediate pulley; a belt operatively engaged between the clutch device and the intermediate pulley; an angle gearbox configured to change a spatial orientation of torque transmitted between an input and an output of the angle gearbox; a driveshaft operably engaged between the intermediate pulley and the angle gearbox; an output device configured to accept a torque output from the angle gearbox; characterised in that: the clutch device is located upstream from the intermediate pulley and the angle gearbox along the drivetrain. a clutch device configured to accept a torque input from the prime mover; an intermediate pulley; a belt operatively engaged between the clutch device and the intermediate pulley; an angle gearbox configured to change a spatial orientation of torque transmitted between an input and an output of the angle gearbox; a driveshaft operably engaged between the intermediate pulley and the angle gearbox; an output device configured to accept a torque output from the angle gearbox; characterised in that: the clutch device is located upstream from the intermediate pulley and the angle gearbox along the drivetrain.
Coating method for producing a functional layer on a piezo ceramic component, comprising the steps of: providing of a first material layer made of a first material having a mechanical flexibility higher than that of a second material at or on the piezo ceramic component, structuring the first material layer so that the material layer surface of the first material layer is given a three-dimensionally moulded basic structure with projections and recesses, and coating the material layer surface of the first material layer with a second material layer made from the second material, such that the second material layer substantially adopts the basic structure of the material layer surface with the projections and recesses, characterized by at least one of the following steps: a) annularly forming of the projections and recesses with ring planes extending obliquely relative to a longitudinal central axis of the piezo ceramic component, or b) forming of the projections and recesses with a dual inclination, or c) annularly forming of the projections and recesses as concentric rings, or d) forming of the projections and recesses as concentric circumferential geometric shapes, in particular rectangles, pentagons or octagons, or as ellipsoidal concentric shapes, or e) forming of the projections and recesses with a helical path. providing of a first material layer made of a first material having a mechanical flexibility higher than that of a second material at or on the piezo ceramic component, structuring the first material layer so that the material layer surface of the first material layer is given a three-dimensionally moulded basic structure with projections and recesses, and coating the material layer surface of the first material layer with a second material layer made from the second material, such that the second material layer substantially adopts the basic structure of the material layer surface with the projections and recesses, characterized by at least one of the following steps: a) annularly forming of the projections and recesses with ring planes extending obliquely relative to a longitudinal central axis of the piezo ceramic component, or b) forming of the projections and recesses with a dual inclination, or c) annularly forming of the projections and recesses as concentric rings, or d) forming of the projections and recesses as concentric circumferential geometric shapes, in particular rectangles, pentagons or octagons, or as ellipsoidal concentric shapes, or e) forming of the projections and recesses with a helical path. a) annularly forming of the projections and recesses with ring planes extending obliquely relative to a longitudinal central axis of the piezo ceramic component, or b) forming of the projections and recesses with a dual inclination, or c) annularly forming of the projections and recesses as concentric rings, or d) forming of the projections and recesses as concentric circumferential geometric shapes, in particular rectangles, pentagons or octagons, or as ellipsoidal concentric shapes, or e) forming of the projections and recesses with a helical path.
A device for dispensing granular foodstuff such as for example sweets, the device comprising a container which at an end of the container has a dispensing opening through which granular foodstuff can leave the container, a holder or cradle in which the container is positioned such that a longitudinal axis of the container is inclined, relative to the horizontal plane by an angle in the range of 3° - 80°, preferably by an angle in the range of 5° - 60° and even more preferred an angle in the range of 10° - 25°, the container further being rotatably arranged about its longitudinal axis in the holder or cradle, the container having an inside that is provided with at least one guide (17, 18, 19) for the granular foodstuff which is fixed in relation to the container and comprises a plurality of elevations on an inner wall surface of the container, the elevations extending essentially in the direction of the longitudinal axis of the container, said elevations being arranged in the container such that granular foodstuff is guided in a direction towards the dispensing opening when the container rotates about its longitudinal axis but remains at rest when the container is at a standstill, the container comprising a collar in the area around the dispensing opening that extends radially inwards towards the longitudinal axis of the container, characterized in a braking plate inside the container at a distance upstream from the dispensing opening, the braking plate partially blocking the path towards the dispensing opening, such that, in the area between the collar and the breaking plate, said elevations on the inner wall surface of the container form separate compartments for the granular foodstuff, and in that the braking plate is either fixedly secured to at least one of said elevations or arranged to be able to be displaced along said elevations and secured at different distances from the dispensing opening.
A check valve comprising: a valve seat defining an aperture; and a flapper valve pivoting about a pivot axis defined in a fulcrum, and having a contact plate face extending away from said fulcrum for selectively seating on said valve seat, said contact plate face and said fulcrum being generally formed of a solid material relative to a filler portion, and said filler portion being formed with at least one set of rails to reduce the mass of said flapper valve, said filler portion having a density which is less than a density of said fulcrum and said contact plate face; wherein a density of said filler portion adjacent to said fulcrum is greater than a density of said filler portion spaced toward a remote end of said flapper valve relative to said fulcrum pin; wherein a relative density between a density of an inner end section of said filler portion adjacent said fulcrum compared to a density at a section spaced from said inner end is greater than 100% and less than or equal to 600%; and wherein said density changes linearly between said inner end section of the filler portion to said section of said filler portion spaced from said inner end. a valve seat defining an aperture; and a flapper valve pivoting about a pivot axis defined in a fulcrum, and having a contact plate face extending away from said fulcrum for selectively seating on said valve seat, said contact plate face and said fulcrum being generally formed of a solid material relative to a filler portion, and said filler portion being formed with at least one set of rails to reduce the mass of said flapper valve, said filler portion having a density which is less than a density of said fulcrum and said contact plate face; wherein a density of said filler portion adjacent to said fulcrum is greater than a density of said filler portion spaced toward a remote end of said flapper valve relative to said fulcrum pin; wherein a relative density between a density of an inner end section of said filler portion adjacent said fulcrum compared to a density at a section spaced from said inner end is greater than 100% and less than or equal to 600%; and wherein said density changes linearly between said inner end section of the filler portion to said section of said filler portion spaced from said inner end.
An underwater vehicle (100, 300) provided with at least a first sonar (105, 305) and a second sonar (110, 310), for the detection of underwater objects, the at least one first sonar (105, 305) being a sonar whose angular coverage in elevation is comprised between 45 and 240 degrees, is oriented towards the surface when the underwater vehicle (100, 300) is in the detection phase of an underwater object and whose angular coverage in bearing is less than 10 degrees to obtain measurements in a plane, all the measurements of a plane being obtained in one emission/reception cycle, the at least one first sonar (105, 305) allowing the detection of underwater objects located at a depth less than that of the underwater vehicle (100, 300), the underwater vehicle (100, 300) being characterized in that the second sonar (110, 310) is configured to detect underwater objects located at a depth greater than that of the underwater vehicle (100, 300), the underwater vehicle (100, 300) further comprises correlation means for correlating data from said at least first sonar (105, 305) and said second sonar (110, 310), an underwater object being identified and located according to a correlation result.
A system, comprising: - a socket outlet for providing electrical power to an electrical appliance, the socket outlet comprising a cover plate having a hole (11, 12) for receiving a plastic optical fiber cable and pin holes for receiving pins of the electrical appliance, wherein the hole (11, 12) has a diameter matching the diameter of the plastic optical fiber cable such that the plastic optical fiber cable is frictionally fixable in the hole (11, 12) when inserted into the hole (11, 12); and - an optical device for converting an optical signal into an electrical signal or processing the optical signal, the optical device being insertable into the socket outlet for receiving power from the socket outlet, wherein the optical device comprises a hole (21,22) for, when inserted into the socket outlet, retrieving and/or transmitting optical signals at the end to the plastic optical fiber cable in the hole (11, 12) of the cover plate, and wherein the hole (21,22) in the optical device aligns with the hole (11, 12) in the cover plate, characterized by a space between the hole (11, 12) in the cover plate and the hole (21, 22) in the optical device, when the optical device is inserted into the socket outlet, thereby enabling an optical circuit between the optical device and the plastic optical fiber cable in the socket outlet. - a socket outlet for providing electrical power to an electrical appliance, the socket outlet comprising a cover plate having a hole (11, 12) for receiving a plastic optical fiber cable and pin holes for receiving pins of the electrical appliance, wherein the hole (11, 12) has a diameter matching the diameter of the plastic optical fiber cable such that the plastic optical fiber cable is frictionally fixable in the hole (11, 12) when inserted into the hole (11, 12); and - an optical device for converting an optical signal into an electrical signal or processing the optical signal, the optical device being insertable into the socket outlet for receiving power from the socket outlet, wherein the optical device comprises a hole (21,22) for, when inserted into the socket outlet, retrieving and/or transmitting optical signals at the end to the plastic optical fiber cable in the hole (11, 12) of the cover plate, and wherein the hole (21,22) in the optical device aligns with the hole (11, 12) in the cover plate,
A method of controlling an array of light sources of a directional backlight that comprises a waveguide having an input end and the array of light sources disposed at different input positions in a lateral direction across the input end of the waveguide, the waveguide further comprising first and second, opposed guide surfaces (6, 8) for guiding light along the waveguide, the waveguide being arranged to direct input light from the light sources as output light through the first guide surface into optical windows in output directions distributed in a lateral direction to the normal to the first guide surface that are dependent on the input positions; the method comprising selectively operating the light sources to direct light into varying optical windows, characterised by the light sources being controlled so that scaled luminous fluxes of the light output by respective light sources when they are selectively operated vary across the array of light sources, said scaled luminous fluxes being the luminous fluxes of the light output by respective light sources when they are selectively operated scaled inversely by the pitch of the light sources in the lateral direction at the light source being considered.