mhurhangee/ep-ind-claims huggingface dataset:
Pedal control device particularly for a motor vehicle, comprising a bearing structure which is stationary in operation, a rocker lever mounted rotatably in the bearing structure about a first axis in a predetermined operational angular field, and having a first arm which protrudes from said structure and acts as a pedal, and a second arm which extends opposite the first arm with respect to said first axis; an electric position sensor connected to said bearing structure and adapted to provide electric signals indicative of the angular position (α P) of said lever; a magnetorheological device adapted to apply a variable resistive torque (C R) to said lever and including a support device which is fixed to the bearing structure and contains a magnetorheological fluid, and wherein there is rotatably supported a shaft which is coupled to said lever in such a way that a rotation of the lever can cause a corresponding rotation of said shaft; the support device having associated variable magnetic field generator means adapted to modify the viscosity of said magnetorheological fluid and the resistive torque (C R) applied to said lever; and an electronic control unit connected to said angular position sensor and designed to drive said magnetic field generator means in accordance with a predetermined function of the angular position (α P) of said lever; the pedal control device being characterized in that said shaft is rotatable about a second axis parallel with and offset from said first axis, and in that between said shaft and the rocker lever there is interposed a transmission which is designed so that when the rocker lever is operated, its rotation speed is different from, and in particular lower than, the rotation speed of said shaft.
A control valve comprising: - a passage path (4, 7', 7) for a fluid inside the valve and that puts in communication an inlet with an outlet; - an obstruction element arranged so as to result mobile between a closing position, in which it obstructs the path (4, 7', 7) impeding the passage of the fluid from the inlet towards the outlet, and an opening position, in which it allows said passage, and; - movement means (50, 100) for operating the movement of the obstruction element between said opening position and said closing position and vice-versa; said movement means (50, 100) comprising a joint linkage and an actuator element reciprocable and connected to the joint linkage in such a way that, in correspondence of its reciprocation, the linkage extends and contracts causing a reciprocation of the obstruction element to which it is connected; characterized in that the joint linkage is configured in a such a manner that with a constant actuation speed of the actuator element, the speed of approach of the obstruction element towards the closing position decreases. - a passage path (4, 7', 7) for a fluid inside the valve and that puts in communication an inlet with an outlet; - an obstruction element arranged so as to result mobile between a closing position, in which it obstructs the path (4, 7', 7) impeding the passage of the fluid from the inlet towards the outlet, and an opening position, in which it allows said passage, and; - movement means (50, 100) for operating the movement of the obstruction element between said opening position and said closing position and vice-versa;
An electric work vehicle, comprising: - a battery; - a motor positioned under the battery and drivable on electric power supplied by the battery; - a travel device (10, 11) drivable by the motor; - an inverter positioned under the battery and forward of the motor and configured to convert direct-current electric power from the battery into alternating-current electric power and supply the alternating-current electric power to the motor; and - a transmission device positioned backward of the battery and configured to transmit a driving force of the motor to the travel device (10, 11), wherein the motor and the inverter are arranged in a front-back direction of a machine body, characterized in that the electric work vehicle further comprises: - a radiator; and - a water pump positioned forward of the motor and below the inverter and configured to force cooling water to pass through the radiator. - a battery; - a motor positioned under the battery and drivable on electric power supplied by the battery; - a travel device (10, 11) drivable by the motor; - an inverter positioned under the battery and forward of the motor and configured to convert direct-current electric power from the battery into alternating-current electric power and supply the alternating-current electric power to the motor; and - a transmission device positioned backward of the battery and configured to transmit a driving force of the motor to the travel device (10, 11), - a radiator; and - a water pump positioned forward of the motor and below the inverter and configured to force cooling water to pass through the radiator.
A multilayer nonwoven fabric, comprising: an elastic nonwoven fabric containing a low crystalline polypropylene satisfying the following (a) to (f); and a mixed fiber spunbonded nonwoven fabric disposed on at least one surface of the elastic nonwoven fabric, wherein the mixed fiber spunbonded nonwoven fabric contains a long fiber of a thermoplastic elastomer and a long fiber of a thermoplastic resin other than the thermoplastic elastomer in a ratio of 10 to 90% by mass: 90 to 10% by mass (:, with the proviso that + = 100% by mass): (a) [mmmm] = 20 to 60 mol%; (b) rrrr / 1 − mmmm ≤ 0.1; (c) rmrm > 2.5 mol; (d) mm × rr / mr 2 ≤ 2.0; (e) weight-average molecular weight (Mw) = 10,000 to 200,000; and (f) molecular weight distribution Mw / Mn < 4, wherein: [mmmm] is a mesopentad fraction; [rrrr] is a racemic pentad fraction; [rmrm] is a racemic meso racemic mesopentad fraction; and [mm], [rr] and [mr] are triad fractions. an elastic nonwoven fabric containing a low crystalline polypropylene satisfying the following (a) to (f); and a mixed fiber spunbonded nonwoven fabric disposed on at least one surface of the elastic nonwoven fabric, wherein the mixed fiber spunbonded nonwoven fabric contains a long fiber of a thermoplastic elastomer and a long fiber of a thermoplastic resin other than the thermoplastic elastomer in a ratio of 10 to 90% by mass: 90 to 10% by mass (:, with the proviso that + = 100% by mass): (a) [mmmm] = 20 to 60 mol%; (b) rrrr / 1 − mmmm ≤ 0.1; (c) rmrm > 2.5 mol; (d) mm × rr / mr 2 ≤ 2.0; (e) weight-average molecular weight (Mw) = 10,000 to 200,000; and (f) molecular weight distribution Mw / Mn < 4, wherein: [mmmm] is a mesopentad fraction; [rrrr] is a racemic pentad fraction; [rmrm] is a racemic meso racemic mesopentad fraction; and [mm], [rr] and [mr] are triad fractions. (a) [mmmm] = 20 to 60 mol%; (b) rrrr / 1 − mmmm ≤ 0.1; (c) rmrm > 2.5 mol; (d) mm × rr / mr 2 ≤ 2.0; (e) weight-average molecular weight (Mw) = 10,000 to 200,000; and (f) molecular weight distribution Mw / Mn < 4, wherein: [mmmm] is a mesopentad fraction; [rrrr] is a racemic pentad fraction; [rmrm] is a racemic meso racemic mesopentad fraction; and [mm], [rr] and [mr] are triad fractions. [mmmm] is a mesopentad fraction; [rrrr] is a racemic pentad fraction; [rmrm] is a racemic meso racemic mesopentad fraction; and [mm], [rr] and [mr] are triad fractions.
A method for determining the position of an elevator car driven by an asynchronous motor, characterized in that, for movement of the car: - at the stator of the motor, the energy consumed by the motor and the number of revolutions of the stator rotating field is measured; - the distance traveled by the car is computed from the slipping of the rotor of the motor and the measurements of the energy consumed by the motor and the number of revolutions of the rotating field, and - the position of the car is determined relative to a reference level. - at the stator of the motor, the energy consumed by the motor and the number of revolutions of the stator rotating field is measured; - the distance traveled by the car is computed from the slipping of the rotor of the motor and the measurements of the energy consumed by the motor and the number of revolutions of the rotating field, and - the position of the car is determined relative to a reference level.
A process for producing a toner for development of electrostatic images, comprising the steps to: Step: aggregating resin particles comprising a composite resin that comprises a segment constituted of a polyester resin (a) obtained by polycondensing an alcohol component comprising 80 mol% or more of a propyleneoxide adduct of bisphenol A and a polycarboxylic acid component, and a vinyl-based resin segment comprising a constitutional unit derived from a styrene-based compound, in an aqueous medium, to obtain aggregated particles; Step: aggregating the aggregated particles obtained in the step with resin particles comprising a polyester resin (b) obtained by polycondensing an alcohol component comprising 80 mol% or more of an ethyleneoxide adduct of bisphenol A and a polycarboxylic acid component to obtain aggregated particles; and Step: coalescing the aggregated particles obtained in the step. Step: aggregating resin particles comprising a composite resin that comprises a segment constituted of a polyester resin (a) obtained by polycondensing an alcohol component comprising 80 mol% or more of a propyleneoxide adduct of bisphenol A and a polycarboxylic acid component, and a vinyl-based resin segment comprising a constitutional unit derived from a styrene-based compound, in an aqueous medium, to obtain aggregated particles; Step: aggregating the aggregated particles obtained in the step with resin particles comprising a polyester resin (b) obtained by polycondensing an alcohol component comprising 80 mol% or more of an ethyleneoxide adduct of bisphenol A and a polycarboxylic acid component to obtain aggregated particles; and Step: coalescing the aggregated particles obtained in the step.
An overhead console for being assembled to a ceiling part of a passenger compartment, the overhead console comprising: a light source (22A, 22B) provided inside the overhead console; and a light guiding member including a light incident surface (26A, 26B) opposed to a light-emitting surface (25A, 25B) of the light source (22A, 22B), and a light exit surface exposed outside the overhead console, the light guiding member also including bending portions (34A, 35A, 34B, 35B) at intermediate positions in the light guiding member such that the light guiding member extends from the light incident surface (26A, 26B) to the light exit surface so as to form, inside the light guiding member, an optical path in which light incident on the light incident surface (26A, 26B) is reflected by reflecting surfaces (39A, 40A, 39B, 40B) provided in the bending portions (34A, 35A, 34B, 35B) so as to reach the light exit surface, and the light guiding member having such a shape that line segments drawn between given points on the light incident surface (26A, 26B) and given points on the light exit surface do not include a line segment that passes through only the light guiding member, characterized in that the light exit surface includes a flat portion constituted by a flat surface perpendicular to a front-face direction of the light exit surface, and a cut face portion constituted by a plane inclined to the flat portion so as to divide the flat portion into a plurality of regions. a light source (22A, 22B) provided inside the overhead console; and a light guiding member including a light incident surface (26A, 26B) opposed to a light-emitting surface (25A, 25B) of the light source (22A, 22B), and a light exit surface exposed outside the overhead console, the light guiding member also including bending portions (34A, 35A, 34B, 35B) at intermediate positions in the light guiding member such that the light guiding member extends from the light incident surface (26A, 26B) to the light exit surface so as to form, inside the light guiding member, an optical path in which light incident on the light incident surface (26A, 26B) is reflected by reflecting surfaces (39A, 40A, 39B, 40B) provided in the bending portions (34A, 35A, 34B, 35B) so as to reach the light exit surface, and the light guiding member having such a shape that line segments drawn between given points on the light incident surface (26A, 26B) and given points on the light exit surface do not include a line segment that passes through only the light guiding member, characterized in that the light exit surface includes a flat portion constituted by a flat surface perpendicular to a front-face direction of the light exit surface, and a cut face portion constituted by a plane inclined to the flat portion so as to divide the flat portion into a plurality of regions.
High-pressure discharge lamp comprising a lamp base, a discharge vessel and components of a starting apparatus for starting the gas discharge in the discharge vessel of the high-pressure discharge lamp, wherein the lamp base has an interior space in which the components of the starting apparatus are arranged, characterized in that at least the high-voltage-carrying components (500, 510, 520) of the starting apparatus form a structural unit which is arranged in the interior space of the lamp base, which has its own housing and which is arranged on a mounting plate, wherein the lamp base forms a second housing which has a base and hood-like cover, and wherein the mounting plate is arranged on the base of the second housing and the hood-like cover covers the structural unit and also the components of the starting or operating apparatus, which components are arranged on the mounting plate.
A method of processing image data, the method comprising: receiving first compressed data which, when decoded, is useable to obtain a representation of an image at a first level of quality; decoding the first compressed data to obtain the representation at the first level of quality; causing the representation to be displayed at the first level of quality; decoding second compressed data to obtain, for a selected target region of the image, reconstruction data useable to reconstruct a representation of the target region of the image at a second, higher level of quality using the representation at the first level of quality; reconstructing the representation of the target region of the image at the second level of quality using the reconstruction data; and causing the representation of the target region of the image to be displayed at the second level of quality in place of the corresponding part of the displayed representation at the first level of quality; decoding third compressed data to obtain, for a further region of the image, further reconstruction data useable to reconstruct a representation of the further region of the image at a further level of quality; reconstructing the representation of the further region of the image at the further level of quality using the further reconstruction data; and causing the representation of the further region of the image to be displayed at the further level of quality in place of the corresponding part of the displayed representation at the first level of quality. receiving first compressed data which, when decoded, is useable to obtain a representation of an image at a first level of quality; decoding the first compressed data to obtain the representation at the first level of quality; causing the representation to be displayed at the first level of quality; decoding second compressed data to obtain, for a selected target region of the image, reconstruction data useable to reconstruct a representation of the target region of the image at a second, higher level of quality using the representation at the first level of quality; reconstructing the representation of the target region of the image at the second level of quality using the reconstruction data; and causing the representation of the target region of the image to be displayed at the second level of quality in place of the corresponding part of the displayed representation at the first level of quality; decoding third compressed data to obtain, for a further region of the image, further reconstruction data useable to reconstruct a representation of the further region of the image at a further level of quality; reconstructing the representation of the further region of the image at the further level of quality using the further reconstruction data; and causing the representation of the further region of the image to be displayed at the further level of quality in place of the corresponding part of the displayed representation at the first level of quality.
An electronic communication system comprising: a communication server; a sentiment determination system coupled to the communication server; one or more devices coupled to the communication server, including an agent device (108,110); a call recorder configured to record an audio electronic communication between the agent device and a customer device; a transcription module configured to transcribe at least a portion of the audio electronic communication; and a highlight reel production module configured to generate information annotated with one or more emojis indicative of sentiment of corresponding portions of the audio electronic communication, wherein the information annotated with one or more emojis comprises a highlight reel illustrating sentiment vs. time for the audio electronic communication, wherein the sentiment determination system is configured to determine a sentiment during the audio electronic communication and to generate information comprising the one or more emojis corresponding to the sentiment, and wherein the highlight reel production module is configured to facilitate selection of one of the one or more emojis and, in response, the agent device is configured to play audio information from the audio electronic communication corresponding to the selected emoji and/or display transcribed information from the audio electronic communication corresponding to the selected emoji. a communication server; a sentiment determination system coupled to the communication server; one or more devices coupled to the communication server, including an agent device (108,110); a call recorder configured to record an audio electronic communication between the agent device and a customer device; a transcription module configured to transcribe at least a portion of the audio electronic communication; and a highlight reel production module configured to generate information annotated with one or more emojis indicative of sentiment of corresponding portions of the audio electronic communication, wherein the information annotated with one or more emojis comprises a highlight reel illustrating sentiment vs. time for the audio electronic communication, wherein the sentiment determination system is configured to determine a sentiment during the audio electronic communication and to generate information comprising the one or more emojis corresponding to the sentiment, and wherein the highlight reel production module is configured to facilitate selection of one of the one or more emojis and, in response, the agent device is configured to play audio information from the audio electronic communication corresponding to the selected emoji and/or display transcribed information from the audio electronic communication corresponding to the selected emoji.
Device for adjusting the seat width of a motor vehicle seat, with a first adjustment element and a second adjustment element, wherein a distance provided between the two adjustment elements (12a, 12b) can be changed by means of an actuating device, wherein each of the adjustment elements (12a, 12b) is assigned a guide element (16a, 16b), characterized in that an extensive piece of material running between the two adjustment elements (12a, 12b) is clamped in a sliding manner along the guide element such that a portion of the extensive piece of material forming a seat surface can be adapted by changing the distance between the two adjustment elements (12a, 12b), and the two adjustment elements (12a, 12b) are arranged pivotably in order to change the distance from each other.
A hair implant suitable for subcutaneous implantation, comprising: (a) an anchor comprising: (i) an anchor body; and (ii) at least one collagen receiving structure selected from the group consisting of at least one tunnel (42, 44) disposed through the anchor body and an external surface feature (52, 66, 70, 72, 76) of the anchor body; and (b) at least one hair strand projecting from a distal end of the anchor body, wherein the at least one collagen receiving structure is configured to support collagen ligature growth after subcutaneous implantation of the hair implant so as to anchor the anchor to a hair implant recipient and wherein the anchor comprises silicone; the anchor is configured for subcutaneous implantation; the anchor comprises a fracture line configured to facilitate fracturing of the anchor along the fracture line for ease of removal of the implant after subcutaneous implantation; the anchor is configured to provide a scaffold for collagen growth after subcutaneous implantation; the hair implant comprises at least two hair strands; and at least one of the at least two hair strands is joined to the anchor on one side of the fracture line and at least one of the at least two hair strands is joined to the anchor on an opposite side of the fracture line such that each fragment formed by fracturing the implant comprises at least one of the at least two hair strands. (a) an anchor comprising: (i) an anchor body; and (ii) at least one collagen receiving structure selected from the group consisting of at least one tunnel (42, 44) disposed through the anchor body and an external surface feature (52, 66, 70, 72, 76) of the anchor body; and (i) an anchor body; and (ii) at least one collagen receiving structure selected from the group consisting of at least one tunnel (42, 44) disposed through the anchor body and an external surface feature (52, 66, 70, 72, 76) of the anchor body; and (b) at least one hair strand projecting from a distal end of the anchor body, wherein the at least one collagen receiving structure is configured to support collagen ligature growth after subcutaneous implantation of the hair implant so as to anchor the anchor to a hair implant recipient and wherein the anchor comprises silicone; the anchor is configured for subcutaneous implantation; the anchor comprises a fracture line configured to facilitate fracturing of the anchor along the fracture line for ease of removal of the implant after subcutaneous implantation; the anchor is configured to provide a scaffold for collagen growth after subcutaneous implantation; the hair implant comprises at least two hair strands; and at least one of the at least two hair strands is joined to the anchor on one side of the fracture line and at least one of the at least two hair strands is joined to the anchor on an opposite side of the fracture line such that each fragment formed by fracturing the implant comprises at least one of the at least two hair strands.