mhurhangee/ep-ind-claims huggingface dataset:
A hinge, comprising: a hinge frame; a pivot member pivotably engaged with the hinge frame, the pivot member being attached to a support component movably attached to a device; an elongated member attached to the to hinge frame, the elongated member having a ramped surface on at least a first portion of the elongated member; an engagement member slidably engaged with the elongated member, the engagement member configured to slide along the elongated member during pivoting of the pivot member relative to the hinge frame, the sliding of the engagement member along the taped ramped surface of the elongated member causing variations in a sliding friction based on an amount of change in surface height over longitudinal distance of the ramped surface and contributing to a torque profile of the hinge, and being characterized by further comprising one or more linkage members having a first end and second end, the first end rotatably connected with the engagement member and the second end rotatably connected with the pivot member, the one or more linkage members configured to connect the engagement member to the pivot member and the engagement member causing linear movement of the engagement member to slide along the elongated member during pivoting of the pivot member relative to the hinge frame, and wherein the first end of the one or more linkage members is rotatably connected between an interior of a mounting flange of the engagement member and the elongated member. a hinge frame; a pivot member pivotably engaged with the hinge frame, the pivot member being attached to a support component movably attached to a device; an elongated member attached to the to hinge frame, the elongated member having a ramped surface on at least a first portion of the elongated member; an engagement member slidably engaged with the elongated member, the engagement member configured to slide along the elongated member during pivoting of the pivot member relative to the hinge frame, the sliding of the engagement member along the taped ramped surface of the elongated member causing variations in a sliding friction based on an amount of change in surface height over longitudinal distance of the ramped surface and contributing to a torque profile of the hinge, and being characterized by further comprising one or more linkage members having a first end and second end, the first end rotatably connected with the engagement member and the second end rotatably connected with the pivot member, the one or more linkage members configured to connect the engagement member to the pivot member and the engagement member causing linear movement of the engagement member to slide along the elongated member during pivoting of the pivot member relative to the hinge frame, and wherein the first end of the one or more linkage members is rotatably connected between an interior of a mounting flange of the engagement member and the elongated member.
An agricultural working machine with a machine body, with a discharge spout attached to the machine body for overloading crop from the agricultural working machine to a transport vehicle and with a camera arrangement comprising a camera attached to the discharge spout for generating image data of a section of environment of the discharge spout captured by the camera, wherein the camera arrangement is configured to detect an obstacle and/or a person appearing on the ground behind the agricultural working machine, characterized in that the discharge spout can be moved between a lowered position and a lifted position, wherein in both positions the camera is directed in a direction parallel to the driving direction, wherein in the lowered position the camera captures a first section of the ground behind the agricultural working machine and in the lifted position the camera captures a second section of the ground behind the agricultural working machine.
Motor vehicle comprising: - an incompressible element housed in an engine compartment, - an element that is compressible in a given direction in the event of an impact, to which said incompressible element is fastened by means of a first fastening and a second fastening that are separate and at a distance from one another, characterized in that the first fastening is designed such that, in the event of an impact, it comes undone or breaks, the incompressible element then only still being fastened by the second fastening. - an incompressible element housed in an engine compartment, - an element that is compressible in a given direction in the event of an impact, to which said incompressible element is fastened by means of a first fastening and a second fastening that are separate and at a distance from one another, characterized in that the first fastening is designed such that, in the event of an impact, it comes undone or breaks, the incompressible element then only still being fastened by the second fastening.
An actuator for an aerosol container comprising: an actuator main body which is fixedly mounted on the aerosol container in a manner to enclose a plurality of stems of the aerosol container; a nozzle main body provided in the actuator main body which is formed with a plurality of independent communication flow paths each of which communicates with one of the stems and has an injection opening at one end and a fitting connection portion which is fitted and connected to the stem; characterized in that a scraping and washing member which is mounted on the communication flow paths in a manner to be pushed in and pulled out of the communication flow paths through the injection openings, said scraping and washing member having a flow path portion formed with flow paths for contents liquids and a scraping portion for scraping out substance remaining after injection of the contents liquids; and holding means for holding the scraping and washing member at a scraping and washing position where the scraping and washing member is pulled out of the communication flow paths. an actuator main body which is fixedly mounted on the aerosol container in a manner to enclose a plurality of stems of the aerosol container; a nozzle main body provided in the actuator main body which is formed with a plurality of independent communication flow paths each of which communicates with one of the stems and has an injection opening at one end and a fitting connection portion which is fitted and connected to the stem; a scraping and washing member which is mounted on the communication flow paths in a manner to be pushed in and pulled out of the communication flow paths through the injection openings, said scraping and washing member having a flow path portion formed with flow paths for contents liquids and a scraping portion for scraping out substance remaining after injection of the contents liquids; and
A method for light induced selective transfer of components, the method comprising - providing a donor substrate with a plurality of components (11,12,13) divided in different subsets including at least o a first subset of components selected for transfer during a first transfer step and arranged according to a first component layout; and o a second subset of components selected to remain on the donor substrate during the first transfer step and arranged according to a second component layout; - providing a target substrate comprising recesses disposed at least at relative positions (A') corresponding to the first component layout, and protrusions formed by non-recessed areas of the target substrate disposed at least at relative positions (B') corresponding to the second component layout; - aligning the donor and target substrates (10,20) wherein ∘ the first subset of components is suspended over the corresponding recesses without contacting the target substrate, and ∘ the second subset of components is in contact with the corresponding protrusions of the target substrate; and - in the first transfer step, projecting light onto at least the first component layout on the donor substrate to transfer the first subset of components across and into the corresponding recesses while the second subset of components remains attached to the donor substrate. - providing a donor substrate with a plurality of components (11,12,13) divided in different subsets including at least o a first subset of components selected for transfer during a first transfer step and arranged according to a first component layout; and o a second subset of components selected to remain on the donor substrate during the first transfer step and arranged according to a second component layout; o a first subset of components selected for transfer during a first transfer step and arranged according to a first component layout; and o a second subset of components selected to remain on the donor substrate during the first transfer step and arranged according to a second component layout; - providing a target substrate comprising recesses disposed at least at relative positions (A') corresponding to the first component layout, and protrusions formed by non-recessed areas of the target substrate disposed at least at relative positions (B') corresponding to the second component layout; - aligning the donor and target substrates (10,20) wherein ∘ the first subset of components is suspended over the corresponding recesses without contacting the target substrate, and ∘ the second subset of components is in contact with the corresponding protrusions of the target substrate; and ∘ the first subset of components is suspended over the corresponding recesses without contacting the target substrate, and ∘ the second subset of components is in contact with the corresponding protrusions of the target substrate; and - in the first transfer step, projecting light onto at least the first component layout on the donor substrate to transfer the first subset of components across and into the corresponding recesses while the second subset of components remains attached to the donor substrate.
A wax dispersant for a toner comprising a graft polymer having a hydrocarbon compound onto which a styrene-acrylic resin is grafted, wherein the styrene-acrylic resin has a monomer unit represented by the following Formula: wherein R 1 represents a hydrogen atom or a methyl group; R 2 represents a saturated alicyclic group, wherein in a molecular weight distribution determined by gel permeation chromatography of the wax dispersant for a toner, a weight-average molecular weight is at least 5000 and not more than 70,000, and in a molecular weight distribution determined by gel permeation chromatography of the hydrocarbon compound, a weight-average molecular weight is at least 900 and not more than 50,000. the styrene-acrylic resin has a monomer unit represented by the following Formula: wherein R 1 represents a hydrogen atom or a methyl group; R 2 represents a saturated alicyclic group, wherein in a molecular weight distribution determined by gel permeation chromatography of the wax dispersant for a toner, a weight-average molecular weight is at least 5000 and not more than 70,000, and in a molecular weight distribution determined by gel permeation chromatography of the hydrocarbon compound, a weight-average molecular weight is at least 900 and not more than 50,000.
A roller bearing comprising: an outer ring formed by connecting a plurality of arc-shaped outer ring members (22a, 22b) in the circumferential direction; and a plurality of rollers arranged along the inner diameter surface of said outer ring, wherein an oil groove extending in the circumferential direction is formed in the outer diameter surface of said outer ring member, characterised in that a circumferential gap formed at the abutment part of adjacent said outer ring members (22a, 22b) has a first size at a region containing said oil groove, and has a second size smaller than the first size at the other regions. an outer ring formed by connecting a plurality of arc-shaped outer ring members (22a, 22b) in the circumferential direction; and a plurality of rollers arranged along the inner diameter surface of said outer ring, wherein an oil groove extending in the circumferential direction is formed in the outer diameter surface of said outer ring member, characterised in that a circumferential gap formed at the abutment part of adjacent said outer ring members (22a, 22b) has a first size at a region containing said oil groove, and has a second size smaller than the first size at the other regions.
Presence detection device associated with a timer, connected between phase L or neutral N of the mains power supply and said timer in place of a pushbutton and comprising a detector head equipped with a microcontroller and an electronic control circuit capable of directing, on the one hand, the triggering of the timer in the event that presence is detected and, on the other hand, the supply of power to the head even in the event of a limited-duration interruption of the voltage across its terminals, characterized in that the power supply stage of said circuit that supplies power to the detector head is based on a current limiter providing a constant current intensity that is independent of the fluctuations of the mains voltage, involving a consumption that is always the same and which does not generate variable heating, connected to a switching stage controlled by the microcontroller of the detector head, the former detecting whether the timer is a half- or full-wave timer and switching in, in parallel to the resistive load, a second resistive load, in order to double the current of the current limiter when a half-wave timer is detected.
A method for motion detection processing of a video stream, the method comprising: receiving a video stream of images, enhancing the video stream of images by, for each image ( I t) in the video stream: comparing (S04a) the image ( I t) to at least one previous image ( I t -3, I t -2, I t -1) in the video stream so as to identify pixels where the image ( I t) differs from the at least one previous image ( I t -3, I t -2, I t -1) in the video stream, enhancing (S04b) the image ( I t) in those pixels (406, 506) where the image ( I t) differs from the at least one previous image ( I t -3, I t -2, I t- 1) in the video stream, converting the enhanced video stream of images into a converted video stream of images by reducing a number of bits used to represent each pixel of the images in the enhanced video stream from a first number of bits to a second, lower, number of bits, providing the converted video stream of images to a motion detection processing device implementing a motion detection engine, and applying motion detection processing to the converted video stream of images using the motion detection engine. receiving a video stream of images, enhancing the video stream of images by, for each image ( I t) in the video stream: comparing (S04a) the image ( I t) to at least one previous image ( I t -3, I t -2, I t -1) in the video stream so as to identify pixels where the image ( I t) differs from the at least one previous image ( I t -3, I t -2, I t -1) in the video stream, enhancing (S04b) the image ( I t) in those pixels (406, 506) where the image ( I t) differs from the at least one previous image ( I t -3, I t -2, I t- 1) in the video stream, comparing (S04a) the image ( I t) to at least one previous image ( I t -3, I t -2, I t -1) in the video stream so as to identify pixels where the image ( I t) differs from the at least one previous image ( I t -3, I t -2, I t -1) in the video stream, enhancing (S04b) the image ( I t) in those pixels (406, 506) where the image ( I t) differs from the at least one previous image ( I t -3, I t -2, I t- 1) in the video stream, converting the enhanced video stream of images into a converted video stream of images by reducing a number of bits used to represent each pixel of the images in the enhanced video stream from a first number of bits to a second, lower, number of bits, providing the converted video stream of images to a motion detection processing device implementing a motion detection engine, and applying motion detection processing to the converted video stream of images using the motion detection engine.
Battery pack (12; 100) for supplying electrical energy to a mobile electrical apparatus such as an electric golf trolley, said battery pack (12; 100) having a housing with at least two separate cell packs (26, 28) with electrical connections (34, 36, 38, 40), said electrical connections of the cell packs (26, 28) being internally electrically interconnectable, by means of at least one switching element (32; 102, 108) arranged in the housing of the battery pack (12; 100), to a single positive contact and to a single earth contact of a battery pack connector in order to generate a total capacity, where the electrical connections (34, 36, 38, 40) of a first cell pack are, in a first operating mode in which the battery pack connector is not electrically connected to an apparatus mating connector (22, 88), interconnected by the at least one switching element (32, 102, 108) such that the voltage of the first cell pack is applied between the earth contact and the positive contact, wherein the at least one switching element (32; 102, 108) is, by the electrical connection of the battery pack connector to an apparatus mating connector (22, 88) of a drive control, switchable to a second operating mode in which the electrical connections (34, 36) of the first cell pack are connected in series with the electrical connections (38, 40) of a second cell pack such that the overall voltage of said first and second cell packs (26, 28) is applied between the positive contact and the earth contact.
A turbomachine combustor nozzle comprising: a monolithic nozzle component having a plate element and a plurality of nozzle elements, each of the plurality of nozzle elements including a first end extending from the plate element to a second end including a tapered region, wherein the plate element includes a wall member, the wall member projecting axially outward from the plate element, and wherein the plate element, the wall member and nozzle elements are formed as a single unitary component; and a cap member including a plate member joined to the monolithic nozzle component, the plate member having first and second surfaces (233, 234) and a plurality of openings extending between the first and second surfaces (233, 234), each opening including a tapered zone formed in the second surface and a tapered section formed in the first surface, the tapered zone being configured and disposed to receive the tapered region of each of the nozzle elements, wherein the cap member includes a wall portion extending about and projecting axially outward from the second surface, the wall portion being configured and disposed to engage with the wall member to define a fluid plenum. a monolithic nozzle component having a plate element and a plurality of nozzle elements, each of the plurality of nozzle elements including a first end extending from the plate element to a second end including a tapered region, wherein the plate element includes a wall member, the wall member projecting axially outward from the plate element, and wherein the plate element, the wall member and nozzle elements are formed as a single unitary component; and a cap member including a plate member joined to the monolithic nozzle component, the plate member having first and second surfaces (233, 234) and a plurality of openings extending between the first and second surfaces (233, 234), each opening including a tapered zone formed in the second surface and a tapered section formed in the first surface, the tapered zone being configured and disposed to receive the tapered region of each of the nozzle elements, wherein the cap member includes a wall portion extending about and projecting axially outward from the second surface, the wall portion being configured and disposed to engage with the wall member to define a fluid plenum.
Method for the efficient charging of vehicle batteries (12-i) of electric vehicles (11-i) by charging stations (2-i) of a group charging station, wherein the vehicle batteries (12-i) are either in a first charging phase or in a second charging phase, wherein, after connection of the respective vehicle battery (12-i) to the respective charging station (2-i) after an appropriate user entry, the vehicle battery (12-i) will initially be charged by the charging station (2-i) in the first charging phase starting from an initial charge state (P 0) of the connected vehicle battery, prioritised in relation to other vehicle batteries (12-i) that are connected to further charging stations (2-i) of the group charging station and are located in the second charging phase, until the charge state of this vehicle battery (12-i) reaches a selectable minimum charge state (P min) within a selectable charging time (t min), wherein in the second charging phase the final charging of the connected vehicle battery (12-i) is carried out until an adjustable end charge state (P end) is reached, according to a calculated charge priority value of this vehicle battery (12-i), wherein the calculated charge priority values of the vehicle batteries (12-i)in the second charging phase and connected at the same time to the charging stations (12-i) of the group charging station, determine the order with which the different vehicle batteries (12-i) will be charged within a charging interval in the second charging phase, and wherein the charging of the vehicle batteries is undertaken in adjustable scheduling intervals, wherein respective charge quantities are reallocated to the vehicle batteries (12-i) in each scheduling interval.
A furniture element, comprising a first flexible inner envelope defining therein a first volume adapted to receive a first material comprising a fluid with a first density and a second flexible outer envelope, the inner envelope and the outer envelope defining together a second volume surrounding the first volume and containing a second material comprising a mixture of gas and flexible particles with a second density higher than the first density, a first closable port for entry or exit of fluid for the first volume, opening to the outside, and a second closable port for the entry or exit of gas for the second volume, opening to the outside, the element being characterized in that it further comprises a third port between the second volume and the outside, allowing to inject the mixture of gas and flexible particles therethrough and the exhaust of excess gas through the second port.