mhurhangee/ep-ind-claims huggingface dataset:
Charging connection device for electric vehicles, having at least a first interface for feeding electrical energy from a stationary power supply network into the charging connector device, having at least one second interface for the controlled delivery of electrical energy to an electric vehicle, having a plurality of electrotechnical components for switching, measuring or monitoring the electrical energy received and/or delivered, having a multi-part housing that surrounds the electrotechnical components and is composed of at least a first and another housing part (16, 17), wherein the housing and sealing elements (20, 21) protect the electrotechnical components installed therein from being touched by persons and from moisture and dirt, and having at least one control output element at least for signalling states of the charging connection device to an operator, wherein at least the first housing part, which defines at least subsections of the housing front side, is an injection moulded plastic part, characterized in that the plastic for forming at least the first housing part has a limited degree of translucency, so that the emission of light by an optical display or signalling means positioned in the housing is visible through the plastic of the first housing part.
A light bulb comprising an envelope, a screw base or a bayonet base, a solid-state light source, and an optical means as a separate element inside the light bulb, characterized in that the optical means comprises an optical fiber, wherein the solid-state light source is optically coupled to said optical fiber, wherein the optical fiber is provided with a light-outcoupling surface, and wherein the light-outcoupling surface allows outcoupling of the light from said optical fiber by a surface roughness of the optical fiber.
An ultrasound diagnostic apparatus, comprising: an ultrasound probe; an image acquisition unit configured to acquire an ultrasound image by transmitting an ultrasound beam from the ultrasound probe toward a subject and receiving an ultrasound beam reflected from the subject; an image analysis unit configured to analyze the ultrasound image acquired by the image acquisition unit; and a movement amount detection unit configured to detect a movement amount of the ultrasound probe, wherein the image analysis unit is configured to perform, after detection of the movement amount by the movement amount detection unit, image analysis on an ultrasound image of a single frame in a case where the movement amount of the ultrasound probe detected by the movement amount detection unit is equal to or greater than a predetermined threshold value, and perform analysis on a movement of a specific pattern commonly included in the ultrasound images of a plurality of frames in a case where the movement amount of the ultrasound probe detected by the movement amount detection unit is less than the predetermined threshold value. an ultrasound probe; an image acquisition unit configured to acquire an ultrasound image by transmitting an ultrasound beam from the ultrasound probe toward a subject and receiving an ultrasound beam reflected from the subject; an image analysis unit configured to analyze the ultrasound image acquired by the image acquisition unit; and a movement amount detection unit configured to detect a movement amount of the ultrasound probe, wherein the image analysis unit is configured to perform, after detection of the movement amount by the movement amount detection unit, image analysis on an ultrasound image of a single frame in a case where the movement amount of the ultrasound probe detected by the movement amount detection unit is equal to or greater than a predetermined threshold value, and perform analysis on a movement of a specific pattern commonly included in the ultrasound images of a plurality of frames in a case where the movement amount of the ultrasound probe detected by the movement amount detection unit is less than the predetermined threshold value.
A gyratory crusher topshell comprising: an annular shell wall extending around the axis, the wall having a radially outward facing surface, a radially inward facing surface, an axial upper annular end and an axial lower annular end for mating with a bottomshell; a plurality of crushing shell mount bores extending axially through the wall towards the lower annular end to receive clamp bolts to mount a crusher shell within the topshell; a radial thickness of the annular wall at reinforced regions extending in the circumferential direction between and at an axial position of an axial upper end of the mount bores is greater than a radial thickness of the annular wall at a position of each mount bore in the circumferential direction; a spider having arms extending radially outward from a boss positioned at a longitudinal axis extending through the topshell, to the axial upper annular end of the wall; and the mount bores are distributed in a circumferential direction around the wall being positioned at regions not axially below a central region in the circumferential direction of a radially outer end of each of the arms, characterised in that, a width of each of the arms in a plane perpendicular to the longitudinal axis and in a radially inward direction increases at respective transition regions of connection with the hub, wherein a shape of the transition regions in the plane perpendicular to the axis is a generally linear taper or is generally convex and the transition regions terminate at an outward facing surface of the hub. an annular shell wall extending around the axis, the wall having a radially outward facing surface, a radially inward facing surface, an axial upper annular end and an axial lower annular end for mating with a bottomshell; a plurality of crushing shell mount bores extending axially through the wall towards the lower annular end to receive clamp bolts to mount a crusher shell within the topshell; a radial thickness of the annular wall at reinforced regions extending in the circumferential direction between and at an axial position of an axial upper end of the mount bores is greater than a radial thickness of the annular wall at a position of each mount bore in the circumferential direction; a spider having arms extending radially outward from a boss positioned at a longitudinal axis extending through the topshell, to the axial upper annular end of the wall; and the mount bores are distributed in a circumferential direction around the wall being positioned at regions not axially below a central region in the circumferential direction of a radially outer end of each of the arms, characterised in that, a width of each of the arms in a plane perpendicular to the longitudinal axis and in a radially inward direction increases at respective transition regions of connection with the hub, wherein a shape of the transition regions in the plane perpendicular to the axis is a generally linear taper or is generally convex and the transition regions terminate at an outward facing surface of the hub.
A method performed by data center management software executing on at least one computer, comprising: monitoring each of a plurality of fans used to dissipate heat generated by one or more servers in a data center to obtain data that indicates how an actual speed of each of the fans as determined by one or more fan speed sensors relates to a target speed of each of the fans; comparing the obtained data to reference data that indicates, for each of the plurality of fans, how an actual speed of the fan relates to a target speed of the fan in an environment in which a pressure at a cold air intake of the one or more servers is equivalent to a pressure at a hot air outlet; based on the comparison, determining (606; 702) that a pressure anomaly exists in the data center; and based on the determination that the pressure anomaly exists in the data center, modifying a manner of operation of one or more of: at least one of the fans; and at least one of the servers. monitoring each of a plurality of fans used to dissipate heat generated by one or more servers in a data center to obtain data that indicates how an actual speed of each of the fans as determined by one or more fan speed sensors relates to a target speed of each of the fans; comparing the obtained data to reference data that indicates, for each of the plurality of fans, how an actual speed of the fan relates to a target speed of the fan in an environment in which a pressure at a cold air intake of the one or more servers is equivalent to a pressure at a hot air outlet; based on the comparison, determining (606; 702) that a pressure anomaly exists in the data center; and based on the determination that the pressure anomaly exists in the data center, modifying a manner of operation of one or more of: at least one of the fans; and at least one of the servers. at least one of the fans; and at least one of the servers.
Combustion section of a gas turbine, which has a rotor axis and an upstream side and a downstream side and comprises a compressor section and the combustion section and an expansion turbine section, comprising - an annular combustion chamber and - a burner arrangement upstream of the combustion chamber and - an annular compressor diffusor downstream of the compressor section having an annular inner diffusor wall and an annular outer diffusor wall with a wall end at the downstream side, and - an annular combustion casing having an outer section wall, which is extending along the rotor axis and is arranged on the radial outer side relative to the combustion chamber, and an upstream section wall, which is extending along a radial direction and is arranged at the upstream side relative to the combustion chamber, and an inner section wall, which is extending along the rotor axis and is arranged between the burner arrangement and the compressor diffusor, wherein the outer diffusor wall is overlapping in axial direction the inner section wall, characterized by a shielding attached to the inner section wall at the side facing the rotor axis with a free space in-between at least for the half of the length of the inner section wall, with an arrangement of the wall end in axial direction between the upstream end and the middle of the shielding. - an annular combustion chamber and - a burner arrangement upstream of the combustion chamber and - an annular compressor diffusor downstream of the compressor section having an annular inner diffusor wall and an annular outer diffusor wall with a wall end at the downstream side, and - an annular combustion casing having an outer section wall, which is extending along the rotor axis and is arranged on the radial outer side relative to the combustion chamber, and an upstream section wall, which is extending along a radial direction and is arranged at the upstream side relative to the combustion chamber, and an inner section wall, which is extending along the rotor axis and is arranged between the burner arrangement and the compressor diffusor, wherein the outer diffusor wall is overlapping in axial direction the inner section wall, characterized by a shielding attached to the inner section wall at the side facing the rotor axis with a free space in-between at least for the half of the length of the inner section wall, with an arrangement of the wall end in axial direction between the upstream end and the middle of the shielding.
A device for fixing elongated bodies to a supporting cable, of the type consisting of a body containing a seat for the supporting cable and a seat for the elongated body, characterized in that it comprises separate means for the independent closing of said seats (12,13).
Base module of a household appliance, which is configured for accommodating a compressor, wherein the compressor can be connected to the base module via damping units, having at least three accommodating sections spaced apart from one another, which are configured to accommodate damping units, wherein each accommodating section has a contact area, wherein at least one depression extends between two accommodating sections in each case, wherein the base module has a retaining structure, characterised in that the retaining structure secures at least one of the damping units from at least two sides (3, 7), wherein no retaining element is guided through the damping unit.
A safety system for securing an escape route, comprising: • a door actuator for manually mechanically opening a door, which can be disposed rotatably or displaceably, • an electric door interlocking for interlocking the door, and • a release element, in particular an emergency button for unlocking the door interlocking, • wherein the release element is incorporated into the door actuator, • wherein the safety system comprises a lock with a lock casing, characterized in that a current and/or data carrying connection of the release element is realized via the lock. • a door actuator for manually mechanically opening a door, which can be disposed rotatably or displaceably, • an electric door interlocking for interlocking the door, and • a release element, in particular an emergency button for unlocking the door interlocking, • wherein the release element is incorporated into the door actuator, • wherein the safety system comprises a lock with a lock casing,
A driving mechanism for driving a light receiver or a light emitter to move, comprising: a light emitter or a light receiver; a fixed part (H, B); a movable part, connected to the fixed part (H, B) for holding said emitter or said light receiver; a driving assembly, configured to drive the movable part to move relative to the fixed part; wherein the movable part comprises a spring sheet that has two fixed ends affixed to the fixed part and a stage carrying said light emitter or said light receiver, and the driving assembly has a plurality of magnets and two coils respectively disposed on the fixed part (H, B) and the stage for driving the stage to rotate relative to the fixed part (H, B); wherein the driving assembly further has a bobbin disposed on the spring sheet and said two coils wound on the bobbin; wherein the driving assembly further has two sets of circuits integrally formed on the spring sheet by metallic printing ink or circuit-on-metal technology, and the two sets of circuits are respectively connected to the two sets of coils; wherein said light emitter or said light receiver are disposed on the top side of the spring sheet; and wherein the bobbin and the two coils are disposed on a bottom side of the spring sheet a light emitter or a light receiver; a fixed part (H, B); a movable part, connected to the fixed part (H, B) for holding said emitter or said light receiver; a driving assembly, configured to drive the movable part to move relative to the fixed part; wherein the movable part comprises a spring sheet that has two fixed ends affixed to the fixed part and a stage carrying said light emitter or said light receiver, and the driving assembly has a plurality of magnets and two coils respectively disposed on the fixed part (H, B) and the stage for driving the stage to rotate relative to the fixed part (H, B); wherein the driving assembly further has a bobbin disposed on the spring sheet and said two coils wound on the bobbin; wherein the driving assembly further has two sets of circuits integrally formed on the spring sheet by metallic printing ink or circuit-on-metal technology, and the two sets of circuits are respectively connected to the two sets of coils; wherein said light emitter or said light receiver are disposed on the top side of the spring sheet; and wherein the bobbin and the two coils are disposed on a bottom side of the spring sheet
An engine, in particular a combustion engine, comprising a trunnion mount for mounting the engine to a chassis, the trunnion mount comprising - a support element fixedly connected to the engine and having a ring portion with an outer bearing surface that is arranged concentrically around a crankshaft of the engine, - a shelf having an inner bearing surface for surrounding the outer bearing surface of the support element, the shelf forming the link between the chassis and the engine, and - a rubber bearing arranged between the inner bearing surface of the shelf and the outer bearing surface of the support element, characterized in that the rubber bearing is axially press-fitted on the outer bearing surface of the support element. - a support element fixedly connected to the engine and having a ring portion with an outer bearing surface that is arranged concentrically around a crankshaft of the engine, - a shelf having an inner bearing surface for surrounding the outer bearing surface of the support element, the shelf forming the link between the chassis and the engine, and - a rubber bearing arranged between the inner bearing surface of the shelf and the outer bearing surface of the support element,
An assembly of a pouch and an absorbent pad received in the pouch, the pad having a back, front and sides, the pouch being formed from a single sheet of a waterproof material, with the entire perimeter of the sheet being elasticised and pulling the sheet inwardly into a generally oval-shaped pouch that is curved along the length of the pouch and has a base and a side wall that extends from the base and is inwardly turned and defines a single opening of the pouch, with the opening being smaller than the surface area of the front of the pad so that the pad has to be manipulated to be positioned in the pouch, and the pouch comprise a means for releasably holding or attaching the pouch to an item of clothing, whereby, in use, the assembly of the pouch and the pad received in the pouch can be positioned in a crotch region of an adult, a child or a baby in a operative position of the pad and with the pouch and the skin of the person enclosing the pad and forming a barrier to leakage from the pad.
A transparent composite film comprising: a composite composition comprising a fiber filler (4, 6) embedded in a cross-linked polymer network; and a hard coating comprising a cross-linked aromatic urethane acrylate oligomer and a photoinitiator, wherein the aromatic urethane acrylate oligomer is a multifunctional aromatic urethane acrylate oligomer. a composite composition comprising a fiber filler (4, 6) embedded in a cross-linked polymer network; and a hard coating comprising a cross-linked aromatic urethane acrylate oligomer and a photoinitiator, wherein the aromatic urethane acrylate oligomer is a multifunctional aromatic urethane acrylate oligomer.
A method of controlling an image processing apparatus, the method comprising: classifying each pixel of a plurality of pixels included in image data indicating an image of a sheet, wherein any pixel that has a luminance value equal to or above a first threshold value and a color value within a predetermined color value range of a background color of the sheet is classified as a first attribute pixel, any pixel that has a luminance value below the first threshold value is classified as a second attribute pixel and any pixel that has a luminance value equal to or above the first threshold value and a color value outside of the predetermined color value range is classified as a third attribute pixel, registering, in a storage, a candidate color (pcY, pcCb, pcCr) for each of a plurality of divided areas included in the image data, the candidate color being a color value of a representative color representing color values of a plurality of pixels included in the divided area; replacing the color value of a target pixel among the third attribute pixels with a target color, the target color being the candidate color closest to the color value of the target pixel among the plurality of candidate colors registered in the storage. classifying each pixel of a plurality of pixels included in image data indicating an image of a sheet, wherein any pixel that has a luminance value equal to or above a first threshold value and a color value within a predetermined color value range of a background color of the sheet is classified as a first attribute pixel, any pixel that has a luminance value below the first threshold value is classified as a second attribute pixel and any pixel that has a luminance value equal to or above the first threshold value and a color value outside of the predetermined color value range is classified as a third attribute pixel, registering, in a storage, a candidate color (pcY, pcCb, pcCr) for each of a plurality of divided areas included in the image data, the candidate color being a color value of a representative color representing color values of a plurality of pixels included in the divided area; replacing the color value of a target pixel among the third attribute pixels with a target color, the target color being the candidate color closest to the color value of the target pixel among the plurality of candidate colors registered in the storage.
Bicycle frame comprising a receiving device for a drive unit (16, 35, 46), an adapter being provided for connecting the receiving device to the drive unit, the adapter being formed plate-shaped with a first adapter limb and a second adapter limb and being arranged between the frame-side receiving device and the drive unit, characterised in that one of the adapter limbs has, at least in portions, an enlarged thickness by comparison with the further adapter limb.
A method for safely disconnecting an electrical load, comprising the steps - Providing a multi-channel control unit, a single-channel data transmission link and an output unit with a first and a second processing unit (50, 58) and with safe outputs; - Receiving and evaluating of an input signal by the multi-channel control unit and generation of an enable signal depending on the evaluation; - Transmitting of the enable signal via the single-channel data transmission link to the output unit; - Receiving the enable signal by the first processing unit and generating an output signal in response to the enable signal; - Providing at least a portion of the enable signal from the first processing unit for evaluation by the second processing unit characterised by - Generating a dynamic clock signal independent of the output signal by the second processing unit based on the enable signal; - Providing the dynamic clock signal from the second processing unit to a rectifier that generates a constant analog signal from the dynamic clock signal; and - Linking the constant analog signal with the output signal and activating the safe outputs only if both the output signal and the constant analog signal are present. - Providing a multi-channel control unit, a single-channel data transmission link and an output unit with a first and a second processing unit (50, 58) and with safe outputs; - Receiving and evaluating of an input signal by the multi-channel control unit and generation of an enable signal depending on the evaluation; - Transmitting of the enable signal via the single-channel data transmission link to the output unit; - Receiving the enable signal by the first processing unit and generating an output signal in response to the enable signal; - Providing at least a portion of the enable signal from the first processing unit for evaluation by the second processing unit - Generating a dynamic clock signal independent of the output signal by the second processing unit based on the enable signal; - Providing the dynamic clock signal from the second processing unit to a rectifier that generates a constant analog signal from the dynamic clock signal; and - Linking the constant analog signal with the output signal and activating the safe outputs only if both the output signal and the constant analog signal are present.