mhurhangee/ep-ind-claims huggingface dataset:
A vehicle headlamp comprising: a projection lens; a first light source configured and arranged such that first light from the first light source is forwardly projected through the projection lens to form a first irradiation region; a second light source configured and arranged such that second light from the second light source is forwardly projected through the projection lens to form a second irradiation region, wherein the first irradiation region and the second irradiation region are joined to extend in a transverse direction with respect to an optical axis of the vehicle headlamp; a movable shade (12, 114) configured to move between a position at which light irradiation to a joined region where the first irradiation region and the second irradiation region are joined is shielded, and a position at which the light irradiation to the joined region is permitted; and a controller configured to select one of light distribution patterns that are determined by combinations of turning on and off of the first light source, turning on and off of the second light source, and the positions of the movable shade (12, 114). a projection lens; a first light source configured and arranged such that first light from the first light source is forwardly projected through the projection lens to form a first irradiation region; a second light source configured and arranged such that second light from the second light source is forwardly projected through the projection lens to form a second irradiation region, wherein the first irradiation region and the second irradiation region are joined to extend in a transverse direction with respect to an optical axis of the vehicle headlamp; a movable shade (12, 114) configured to move between a position at which light irradiation to a joined region where the first irradiation region and the second irradiation region are joined is shielded, and a position at which the light irradiation to the joined region is permitted; and a controller configured to select one of light distribution patterns that are determined by combinations of turning on and off of the first light source, turning on and off of the second light source, and the positions of the movable shade (12, 114).
An apparatus for a rotor assembly with a rotational axis, the apparatus comprising: a rotor blade including an airfoil, a neck and an attachment; the neck radially connecting the airfoil and the attachment; the attachment extending axially between an attachment first axial side and an attachment second axial side, a first end portion of the attachment projecting axially out from the neck to the attachment first axial side, and a second end portion of the attachment projecting axially out from the neck to the attachment second axial side; characterised by an attachment preform configured to form a base of the attachment; and a sheet of material wrapped about the attachment preform to form a portion of the attachment and a portion of the airfoil. a rotor blade including an airfoil, a neck and an attachment; the neck radially connecting the airfoil and the attachment; the attachment extending axially between an attachment first axial side and an attachment second axial side, a first end portion of the attachment projecting axially out from the neck to the attachment first axial side, and a second end portion of the attachment projecting axially out from the neck to the attachment second axial side; characterised by an attachment preform configured to form a base of the attachment; and a sheet of material wrapped about the attachment preform to form a portion of the attachment and a portion of the airfoil.
An electrode plate comprising: a composite layer including active material particles; and a covering layer including filler particles stacked on the composite layer, wherein the active material particle has a particle size equal to or smaller than a particle size of the filler particle, wherein a particle size ratio (active material size diameter /filler particle size) of the particle size of the active material particle to the particle size of the filler particle is 0.2 or more, wherein the particle size of the positive active material particles and the particle size of the filler particles were measured as described in paragraph of the description. a composite layer including active material particles; and a covering layer including filler particles stacked on the composite layer, wherein the active material particle has a particle size equal to or smaller than a particle size of the filler particle, wherein a particle size ratio (active material size diameter /filler particle size) of the particle size of the active material particle to the particle size of the filler particle is 0.2 or more, wherein the particle size of the positive active material particles and the particle size of the filler particles were measured as described in paragraph of the description.
An endograft device for endovascular repair of ascending aortic aneurysms, comprising: a first prosthetic component including a frame that extends from a proximal end to a distal end of the first prosthetic component, the frame of the first prosthetic component comprising (i) a proximal frame, and (ii) a distal frame secured to the proximal frame and extending to the distal end of the first prosthetic component, a second prosthetic component securable to the proximal end of the first prosthetic component, the second prosthetic component defining a passageway extending therethrough, and a valve element secured to a proximal end of the second prosthetic component, the valve element being configured for allowing fluid to selectively pass into the passageway, wherein the first prosthetic component and the second prosthetic component are securable together via an interference fit between the frame of the first prosthetic component and the distal end of the second prosthetic component, wherein the second prosthetic component is configured to be positioned upstream of the first prosthetic component. a first prosthetic component including a frame that extends from a proximal end to a distal end of the first prosthetic component, the frame of the first prosthetic component comprising (i) a proximal frame, and (ii) a distal frame secured to the proximal frame and extending to the distal end of the first prosthetic component, a second prosthetic component securable to the proximal end of the first prosthetic component, the second prosthetic component defining a passageway extending therethrough, and a valve element secured to a proximal end of the second prosthetic component, the valve element being configured for allowing fluid to selectively pass into the passageway, wherein the first prosthetic component and the second prosthetic component are securable together via an interference fit between the frame of the first prosthetic component and the distal end of the second prosthetic component, wherein the second prosthetic component is configured to be positioned upstream of the first prosthetic component.
Plug for establishing an electrical plug-in connection, comprising a plug housing having a contact carrier which is arranged in the plug housing and having contacts which are arranged in the contact carrier and project partially out of the contact carrier and protrude into a contact receiving space which is formed by the plug housing, and that a protection apparatus which can be moved back and forth is arranged in the contact receiving space, wherein the protection apparatus is provided for protecting the contacts and the contact receiving space from dirt, wherein the protection apparatus has an end-side cover element which seals off the contact receiving space and has contact passage openings, characterized in that the contact passage openings have bearing faces, so that the contacts, during operation of the protection apparatus, are sealed off by the said protection apparatus at the casing surfaces of the contacts, specifically both in the uninserted state and also during operation from the uninserted state to the inserted state.
A self-propelled working machine, which is chargeable by being connected to station, configured to work in a working area and detect its position with respect to an area wire, which is partitioning the working area, comprising: - a traveling unit, - a traveling control unit configured to control the traveling unit, - a detection unit (231, 231L, 231R) configured to detect the station and the area wire, - an information acquisition unit, and - a memory, characterized in that the information acquisition unit is configured to acquire input information, which is input by a user and stored in the memory, indicating an installation mode of the station, which includes a position and an orientation of the station within the working area and a shape of the working area near the station, and the traveling control unit is configured to set a control parameter of the traveling unit, based on the input information and the detection value of the area wire obtained by the detection unit (231, 231L, 231R), in response to detection of the station by the detection unit (231, 231L, 231R), wherein said control parameter includes parameters for deciding a proper traveling route to cause the working machine to come close to the station. - a traveling unit, - a traveling control unit configured to control the traveling unit, - a detection unit (231, 231L, 231R) configured to detect the station and the area wire, - an information acquisition unit, and - a memory, characterized in that the information acquisition unit is configured to acquire input information, which is input by a user and stored in the memory, indicating an installation mode of the station, which includes a position and an orientation of the station within the working area and a shape of the working area near the station, and the traveling control unit is configured to set a control parameter of the traveling unit, based on the input information and the detection value of the area wire obtained by the detection unit (231, 231L, 231R), in response to detection of the station by the detection unit (231, 231L, 231R), wherein said control parameter includes parameters for deciding a proper traveling route to cause the working machine to come close to the station. characterized in that the information acquisition unit is configured to acquire input information, which is input by a user and stored in the memory, indicating an installation mode of the station, which includes a position and an orientation of the station within the working area and a shape of the working area near the station, and a position and an orientation of the station within the working area and a shape of the working area near the station, and the traveling control unit is configured to set a control parameter of the traveling unit, based on the input information and the detection value of the area wire obtained by the detection unit (231, 231L, 231R), in response to detection of the station by the detection unit (231, 231L, 231R), wherein said control parameter includes parameters for deciding a proper traveling route to cause the working machine to come close to the station.
A furniture hinge for articulated fixing of a furniture door, flap or the like to a furniture carcass, having a hinge member having a hinge cup and a hinge arm which is pivotably connected to the hinge cup and which can be secured to one of the furniture components, and having an assembly member which can be secured to the other furniture component, having a linear damper for damping at least the closure movement of the furniture hinge, having a locking element which can be adjusted into at least two switching positions and by means of which the linear damper is blocked in a locking switching position in the retracted position thereof and is released in a damping switching position, wherein in the locking switching position a locking bolt (103.3) which is pivotably supported about a rotation axis of the locking element is pivoted into the adjustment region of the linear damper or a component which is connected to the linear damper and in the damping switching position is pivoted out of the adjustment region, and wherein the rotation axis of the locking element is orientated in the movement direction of the linear damper, characterized in that a blocking attachment is secured to a movably supported cylinder or a movably supported piston of the linear damper, in that the blocking attachment has an attachment inclination (67.1) and opposite a blocking counter-face (67.2), in that, in the locking switching position (102.7) and with the linear damper deployed, the attachment inclination (67.1) is orientated to face the locking bolt (103.3) and in that, in the locking switching position (102.7) and with the linear damper retracted, the blocking counter-face (67.2) is orientated so as to face the locking bolt (103.3).
A non-invasive device for treatment of skin using laser light, the device comprising: - an optical system having a laser light source for generating a light beam, being configured such that, in use, the light beam exits the device and impinges on an outer surface of the skin to be treated; the optical system being configured to focus, in use, the light beam at a position of a treatment location inside the skin, whereby Laser Induced Optical Breakdown is induced at the position of the treatment location; - an opening disposed such that, in use, light returning from the skin enters the device as a measurement light beam; and - a first and a second intensity detection channel configured and arranged to detect the intensity in, respectively, a first and a second bandwidth range of the measurement light beam, wherein: - the first and the second (96, 97) bandwidth ranges both comprise a wavelength of light produced in the skin as a result of Laser Induced Optical Breakdown, - the first bandwidth range comprises the Second Harmonic Generation wavelength of the laser light source, - the second bandwidth range is adjacent to the first bandwidth range, and - the second bandwidth range excludes the Second Harmonic Generation wavelength of the laser light source. - an optical system having a laser light source for generating a light beam, being configured such that, in use, the light beam exits the device and impinges on an outer surface of the skin to be treated; the optical system being configured to focus, in use, the light beam at a position of a treatment location inside the skin, whereby Laser Induced Optical Breakdown is induced at the position of the treatment location; - an opening disposed such that, in use, light returning from the skin enters the device as a measurement light beam; and - an opening disposed such that, in use, light returning from the skin enters the device as a measurement light beam; and - a first and a second intensity detection channel configured and arranged to detect the intensity in, respectively, a first and a second bandwidth range of the measurement light beam, wherein: - the first and the second (96, 97) bandwidth ranges both comprise a wavelength of light produced in the skin as a result of Laser Induced Optical Breakdown, - the first bandwidth range comprises the Second Harmonic Generation wavelength of the laser light source, - the second bandwidth range is adjacent to the first bandwidth range, and - the second bandwidth range excludes the Second Harmonic Generation wavelength of the laser light source. - the first and the second (96, 97) bandwidth ranges both comprise a wavelength of light produced in the skin as a result of Laser Induced Optical Breakdown, - the first bandwidth range comprises the Second Harmonic Generation wavelength of the laser light source, - the second bandwidth range is adjacent to the first bandwidth range, and - the second bandwidth range excludes the Second Harmonic Generation wavelength of the laser light source.
Binoculars having a housing and having a carrying strap, wherein between the housing and the carrying strap at least one mount is formed for mechanical connection, characterized in that the at least one mount comprises an interface for electrical and/or electronic connection between the housing and the carrying strap, such that both the mechanical and the electrical and/or electronic connection may be established or released by a single manipulation.
A hydraulic coupling for use in a vehicle drive train including a pair of rotary members, said hydraulic coupling comprising: a housing in fluid communication with a source of pressurized fluid; a gear case supported for rotation by said housing and operatively coupled to the rotary members; a coupling mechanism non-rotatably supported within said housing and adjacent said gear case, said coupling mechanism operable to selectively couple the pair of rotary members together; a fluid path extending between said housing and said coupling mechanism, said fluid path including a first aperture formed in said housing and having a first diameter and a longitudinal axis, a second aperture formed in said coupling mechanism, a rigid conduit having a first portion extending through said first aperture in said housing and a second portion that is sealingly received in frictional engagement in said second aperture in said coupling mechanism such that said rigid conduit provides resistance to torque imposed upon said coupling mechanism, characterised in that the first portion has a diameter less than said first diameter of said first aperture so as to define an adjustment gap such that said rigid conduit can move out of alignment with said longitudinal axis in response to a misalignment between said first and second apertures (50,52). a housing in fluid communication with a source of pressurized fluid; a gear case supported for rotation by said housing and operatively coupled to the rotary members; a coupling mechanism non-rotatably supported within said housing and adjacent said gear case, said coupling mechanism operable to selectively couple the pair of rotary members together; a fluid path extending between said housing and said coupling mechanism, said fluid path including a first aperture formed in said housing and having a first diameter and a longitudinal axis, a second aperture formed in said coupling mechanism, a rigid conduit having a first portion extending through said first aperture in said housing and a second portion that is sealingly received in frictional engagement in said second aperture in said coupling mechanism such that said rigid conduit provides resistance to torque imposed upon said coupling mechanism, characterised in that the first portion has a diameter less than said first diameter of said first aperture so as to define an adjustment gap such that said rigid conduit can move out of alignment with said longitudinal axis in response to a misalignment between said first and second apertures (50,52).
A method of handling a direct drive generator of a wind turbine, the direct drive generator comprising a stator and a rotor concentrically arranged about an axis of the direct drive generator, wherein the method includes steps of: placing the direct drive generator on a support structure; fixing a selected one of the stator or the rotor to the support structure; connecting actuator means to a remaining one of the stator or the rotor; and rotating the remaining one of the stator or the rotor using the actuator means. placing the direct drive generator on a support structure; fixing a selected one of the stator or the rotor to the support structure; connecting actuator means to a remaining one of the stator or the rotor; and rotating the remaining one of the stator or the rotor using the actuator means.
A biodegradable plastic produced using a curable composition by injection or extrusion molding, wherein: the curable composition comprises: 20 to 30 wt% of boiled pork or beef slices; 1 to 15 wt% of dried, crushed, and milled Amorphophallus konjac; 30 to 50 wt% of gelatin; and 5 to 15 wt% of agarose; and the structure has a thickness of 0.5 mm to 2.4 mm. the curable composition comprises: 20 to 30 wt% of boiled pork or beef slices; 1 to 15 wt% of dried, crushed, and milled Amorphophallus konjac; 30 to 50 wt% of gelatin; and 5 to 15 wt% of agarose; and 20 to 30 wt% of boiled pork or beef slices; 1 to 15 wt% of dried, crushed, and milled Amorphophallus konjac; 30 to 50 wt% of gelatin; and 5 to 15 wt% of agarose; and the structure has a thickness of 0.5 mm to 2.4 mm.
A sale pack (container) containing the mixture constituents of a hydraulically hardening, hydrous, mineral green mortar, having at least two containers with in each case a water-tight and airtight receptacle, filled in each case with a partial quantity of the green mortar in the form of a hydrous, mineral fresh material, wherein the one fresh material in addition to water and at least one mortar additive contains only air-hardening hydrated lime and/or dolomitic hydrated lime as the one binder constituent of the hydraulic green mortar and the other fresh material in addition to water and at least one mortar admix contains at least one pozzolan which is hydraulically reactive with the hydrated lime as the other binder constituent of the hydraulic green mortar, the quantity of the hydrate being matched to the quantity of the pozzolan for hydraulic hardening of the green mortar to form a hardened mortar once the two fresh materials have been mixed together.