mhurhangee/ep-ind-claims huggingface dataset:
A luminaire comprising: a light source carrier having a central opening; a set of light sources mounted on the carrier facing a first direction; a reflector cover over the light source carrier and extending across the central opening, adapted to reflect light to a range of light output directions through the central opening, including a direction opposite to the first direction; characterized in that it comprises a lens structure formed over the set of light sources, comprising: a light diffusing output area which faces partly inwardly towards a center of the central opening and partly in the first direction towards the reflector cover; and reflecting side walls (34, 36) extending between the set of light sources and the light diffusing output area. a light source carrier having a central opening; a set of light sources mounted on the carrier facing a first direction; a reflector cover over the light source carrier and extending across the central opening, adapted to reflect light to a range of light output directions through the central opening, including a direction opposite to the first direction; characterized in that it comprises a lens structure formed over the set of light sources, comprising: a light diffusing output area which faces partly inwardly towards a center of the central opening and partly in the first direction towards the reflector cover; and reflecting side walls (34, 36) extending between the set of light sources and the light diffusing output area. a light diffusing output area which faces partly inwardly towards a center of the central opening and partly in the first direction towards the reflector cover; and reflecting side walls (34, 36) extending between the set of light sources and the light diffusing output area.
Sheetlike vehicle body part, comprising a material composite having an outer skin, formed from a metal sheet, and a carrier structure, wherein the carrier structure is composed of a core, a first fibre-reinforced synthetic resin layer which is arranged on the side facing the outer skin and a second fibre-reinforced synthetic resin layer which is arranged on the side facing away from the outer skin, characterized in that the metal sheet of the outer skin is an aluminium sheet, an aluminium alloy sheet or a steel sheet, both sides of which bear a coating which is formed by means of electrophoretic deposition, and the metal sheet has a thickness of 0.2 to 0.9 mm.
An adjusting device with a cover for a loading space of a vehicle and with a motorized driving device at least for transferring the cover from a first adjustment position, in which a surface portion of the cover does not cover the loading space, along a closing direction into a second adjustment position, in which the surface portion at least partly covers the loading space of the vehicle, wherein - the driving device includes at least one guide and a driver element guided along the guide, which is connected with the cover and is adjustable along the guide when the cover is transferred into its second adjustment position, and - the cover includes an end piece located in closing direction, which is pivotally mounted with respect to the surface portion, so that in the second adjustment position of the cover it can extend inclined relative to the surface portion, wherein the end piece is operatively connected with the driver element and the driver element is formed such and adjustable along the guide such that during transfer of the cover into the second adjustment position the end piece is held in a position relative to the surface portion in which the end piece has a smaller inclination (α 1) relative to the surface portion in direction of the loading space than in the second adjustment position, wherein the driver element is pivotable on its guide between at least two positions, in which the driver element is aligned differently, with respect to its guide about an axis which extends vertically to the closing direction, wherein for this purpose the driver element is shiftably accommodated within a guide channel of the guide and in the guide channel additionally is pivotable between the at least two positions, and for the end piece another position relative to the surface portion is specified by the first position of the driver element than by the second position, characterized in that the driver element includes two portions (31, 32) extending like legs at an angle to each other, which both slidingly rest against the same inner wall of the guide channel. - the driving device includes at least one guide and a driver element guided along the guide, which is connected with the cover and is adjustable along the guide when the cover is transferred into its second adjustment position, and - the cover includes an end piece located in closing direction, which is pivotally mounted with respect to the surface portion, so that in the second adjustment position of the cover it can extend inclined relative to the surface portion,
A method of preparing a catalyst composition comprising combining a non-over flocculated molecular sieve and an over flocculated molecular sieve; said non-over flocculated molecular sieve providing a viscosity of below 7,000 cPs in a sample slurry; and said over flocculated molecular sieve providing a viscosity of 7,000 cPs or greater in a sample slurry; 1000 g of said sample slurries being prepared by adding 244 grams of an aluminum chlorohydrite solution from Reheis Inc., Berkeley Heights, New Jersey (LOI: 75.1%) to 224.5 grams of de-ionized water and mixing using a Yamato Model 2100 homogenizer (Yamato Scientific America Inc., Orangeburg, New York) at 700 RPM for 5 minutes; adding 310 grams of the flocculated molecular sieve and mixing using Yamato mixer at 700 RPM for 10 minutes; then mixing using a Silverson L4RT-A high-shear mixer (from Silverson Machines Inc., East Longmeadow, MA) at 6000 RPM for 3 minutes; adding 221.5 grams of APS Ultrafine clay from Engelhard Corporation, Gordon, Georgia (LOI: 15.69%) while mixing using Yamato mixer at 700 RPM for 10 minutes, then mixing using a Silverson L4RT-A in-line mixer at 7500 RPM for 60 passes at a flow rate of 1500 g/min, and leaving the slurry to equilibrate at room temperature to 23-24 °C; and the viscosity of said sample slurries being measured at a temperature of 23-24 °C with a Brookfield DV-II + Pro Viscometer using a #6 spindle at 10 RPM shear rate.
A method for remote intelligent control, used in a router, wherein the method comprises: acquiring a trigger event; generating a notification message according to the trigger event; pushing the notification message to at least one first terminal; receiving a control instruction returned by the at least one first terminal, wherein the control instruction is generated according to the notification message; and controlling a second terminal corresponding to the control instruction according to the control instruction; characterised in that the step of pushing the notification message to the at least one first terminal comprises pushing the notification message to at least a first terminal corresponding to the trigger event, according to the trigger event, such that notification messages are respectively pushed to different first terminals, depending on different trigger events. acquiring a trigger event; generating a notification message according to the trigger event; pushing the notification message to at least one first terminal; receiving a control instruction returned by the at least one first terminal, wherein the control instruction is generated according to the notification message; and controlling a second terminal corresponding to the control instruction according to the control instruction; characterised in that the step of pushing the notification message to the at least one first terminal comprises pushing the notification message to at least a first terminal corresponding to the trigger event, according to the trigger event, such that notification messages are respectively pushed to different first terminals, depending on different trigger events.
Method for detecting errors in a machine, comprising at least one electric drive unit comprising a rotor, for driving an assembly (2a - 2e) of the machine, wherein a rotation angle sensor is assigned to the drive unit, which is designed to emit a measurement signal (8, 8a, 8b) as the rotor rotates, wherein the measurement signal (8, 8a, 8b) emitted by the rotation angle sensor or a measurement signal derived therefrom is analysed and evaluated in respect of abnormalities indicating errors, wherein the measurement signal (8, 8a, 8b) is compared in the time range or in the frequency range with a reference measurement signal (10, 10a, 10b), and wherein, in the event of the measurement signal (8, 8a, 8b) deviating from the reference measurement signal (10, 10a, 10b) by a tolerance threshold (9, 9a), an error detection signal is generated, characterised in that the drive unit is a servomotor with a servo regulator, that the rotation angle sensor is a rotation angle sensor provided inherently in the servomotor, of which the signals are drawn on in the servo regulator for the controlled rotation of the rotor, and that the reference measurement signal (10, 10a, 10b) is a reference measurement signal recorded when the machine is in a new state.
A heel retainer for a combined downhill and touring binding for a ski, comprising: a base plate for fastening the heel retainer on an upper side of the ski; a connecting structure; a tensioning device for securely holding a ski boot in the heel retainer, comprising a sole retainer; and a latching mechanism which optionally latches at least parts of the heel retainer in a travelling position or in a walking position, and a pressing body, wherein the connecting structure comprises a first connecting structure part and a second connecting structure part, wherein the first connecting structure part is connected to the tensioning device in a pivoting joint, the second connecting structure part is connected to the base plate such that it can be shifted linearly in and counter to a skiing direction, the first connecting structure part can be moved in a guide on the second connecting structure part, in a guiding engagement with the second connecting structure part, transverse to the skiing direction, and the latching mechanism comprises a latching lever which together with the pressing body optionally latches the heel retainer in the travelling position or in the walking position, wherein when the ski binding is transversely released, the first connecting structure part is moved on the second connecting structure part transverse to the skiing direction, and the latch is substantially simultaneously unlatched by the latching lever, such that the second connecting structure part and the parts of the heel retainer connected to it are moved on the base plate counter to the skiing direction. a base plate for fastening the heel retainer on an upper side of the ski; a connecting structure; a tensioning device for securely holding a ski boot in the heel retainer, comprising a sole retainer; and a latching mechanism which optionally latches at least parts of the heel retainer in a travelling position or in a walking position, and a pressing body, wherein the connecting structure comprises a first connecting structure part and a second connecting structure part, wherein the first connecting structure part is connected to the tensioning device in a pivoting joint, the second connecting structure part is connected to the base plate such that it can be shifted linearly in and counter to a skiing direction, the first connecting structure part can be moved in a guide on the second connecting structure part, in a guiding engagement with the second connecting structure part, transverse to the skiing direction, and the latching mechanism comprises a latching lever which together with the pressing body optionally latches the heel retainer in the travelling position or in the walking position, wherein when the ski binding is transversely released, the first connecting structure part is moved on the second connecting structure part transverse to the skiing direction, and the latch is substantially simultaneously unlatched by the latching lever, such that the second connecting structure part and the parts of the heel retainer connected to it are moved on the base plate counter to the skiing direction.
Machine for machining, in particular press-forming, a wire-like material (1,1a), comprising: a vertically extending frame comprising two half-frames (10,20) arranged opposite each other in the vertical direction (Z-Z) so as to form an interspace, the frame having, connected thereto, at least a first machining unit and a second machining unit each suitable for machining, in particular for upsetting or extruding, a respective section (1b, 1c) of wire-like material, said units each comprising a top machining head (110,210) and a bottom machining head (210,220) situated opposite each other in the vertical direction (Z-Z) and arranged on opposite sides of the interspace; a wheel lying in a horizontal plane (X-Y), arranged to rotate about a vertical axis (Z-Z) and housed inside the said interspace; wherein the wheel carries devices for gripping a section of wire-like material (1b, 1c), the machine being characterized in that said devices for gripping a section of wire-like material (1b, 1c) are configured to rotate the section of wire-like material between a horizontally oriented position for transporting the section of wire (1b,1c) and a vertically oriented position for the machining of at least one of the opposite ends of the said section of wire (1b,1c) by one of the said machining units. a vertically extending frame comprising two half-frames (10,20) arranged opposite each other in the vertical direction (Z-Z) so as to form an interspace, the frame having, connected thereto, at least a first machining unit and a second machining unit each suitable for machining, in particular for upsetting or extruding, a respective section (1b, 1c) of wire-like material, said units each comprising a top machining head (110,210) and a bottom machining head (210,220) situated opposite each other in the vertical direction (Z-Z) and arranged on opposite sides of the interspace; a wheel lying in a horizontal plane (X-Y), arranged to rotate about a vertical axis (Z-Z) and housed inside the said interspace; wherein the wheel carries devices for gripping a section of wire-like material (1b, 1c), the machine being characterized in that said devices for gripping a section of wire-like material (1b, 1c) are configured to rotate the section of wire-like material between a horizontally oriented position for transporting the section of wire (1b,1c) and a vertically oriented position for the machining of at least one of the opposite ends of the said section of wire (1b,1c) by one of the said machining units.
A head-up display configured to project an image on a transmissive reflection member to allow an observer to visually observe the image as a virtual image, the head-up display comprising: a display device configured to display an image; a relay optical system configured to provide the image displayed by the display device as an intermediate image; and a projection optical system configured to reflect the intermediate image provided by the relay optical system to project the intermediate image on the transmissive reflection member, and the relay optical system includes a first mirror and a second mirror in this order along an optical path (Lc) from the display device to the reflection member; the projection optical system includes a third mirror and a fourth mirror provided in this order along the optical path (Lc) from the display device to the reflection member; each of the first mirror and the fourth mirror has a concave reflection surface; and characterized in that the first mirror has higher power than any other mirror (122, 131, 132) disposed in the relay optical system and the projection optical system. a display device configured to display an image; a relay optical system configured to provide the image displayed by the display device as an intermediate image; and a projection optical system configured to reflect the intermediate image provided by the relay optical system to project the intermediate image on the transmissive reflection member, and the relay optical system includes a first mirror and a second mirror in this order along an optical path (Lc) from the display device to the reflection member; the projection optical system includes a third mirror and a fourth mirror provided in this order along the optical path (Lc) from the display device to the reflection member; each of the first mirror and the fourth mirror has a concave reflection surface; and characterized in that the first mirror has higher power than any other mirror (122, 131, 132) disposed in the relay optical system and the projection optical system.
A method of attributing a scroll event on an application, the method including providing, to a client device, an infinite scroll attribution script, the script configured to execute on the client device to cause the client device to: instantiate or otherwise append a first inline frame onto an information resource page displayed via a viewport of the application, wherein the first inline frame is embedded with at least a first content document; append a second inline frame to the information resource page; monitor for a scroll event on the application; determine, responsive to detecting the scroll event, for the first inline frame, that an offset between a content document end of the first content document and a viewport end of the viewport is less than a predetermined threshold value; assign, responsive to determining that the offset is less than the predetermined threshold value, the scroll event to the information resource page so that the information resource page is made scrollable to allow the second inline frame to become viewable in the viewport. instantiate or otherwise append a first inline frame onto an information resource page displayed via a viewport of the application, wherein the first inline frame is embedded with at least a first content document; append a second inline frame to the information resource page; monitor for a scroll event on the application; determine, responsive to detecting the scroll event, for the first inline frame, that an offset between a content document end of the first content document and a viewport end of the viewport is less than a predetermined threshold value; assign, responsive to determining that the offset is less than the predetermined threshold value, the scroll event to the information resource page so that the information resource page is made scrollable to allow the second inline frame to become viewable in the viewport.
A microscope imaging system, comprising: a specimen fixture comprising an illumination side, an imaging side and at least one specimen receptacle which is disposed in a specimen plane of the specimen fixture; a translation stage which is disposed in fixed relation to the specimen fixture and which faces the imaging side of the specimen fixture; an objective which is operatively coupled to the translation stage, which is laterally translatable in an x-y plane that is substantially parallel to the specimen plane, which includes an image input axis disposed towards the imaging side of the specimen fixture and which includes a object plane which is substantially perpendicular to the image input axis and adjustable to be coplanar with the specimen plane; an illumination screen disposed in fixed relation to the specimen fixture, the illumination screen including an array of light emitting pixels and a flat illumination surface which is substantially parallel to the specimen plane and which faces the illumination side of the specimen fixture; and a controller which is operatively coupled to the illumination screen and the translation stage and which is configured to coordinate transmission of an illumination signal to the illumination screen which produces emission of a light pattern from the flat illumination surface which has a light pattern axis, wherein the light pattern axis comprises an axis of symmetry of the light pattern, that remains aligned with the image input axis of the objective as the objective is translated in the x-y plane from a first position to a second position. a specimen fixture comprising an illumination side, an imaging side and at least one specimen receptacle which is disposed in a specimen plane of the specimen fixture; a translation stage which is disposed in fixed relation to the specimen fixture and which faces the imaging side of the specimen fixture; an objective which is operatively coupled to the translation stage, which is laterally translatable in an x-y plane that is substantially parallel to the specimen plane, which includes an image input axis disposed towards the imaging side of the specimen fixture and which includes a object plane which is substantially perpendicular to the image input axis and adjustable to be coplanar with the specimen plane; an illumination screen disposed in fixed relation to the specimen fixture, the illumination screen including an array of light emitting pixels and a flat illumination surface which is substantially parallel to the specimen plane and which faces the illumination side of the specimen fixture; and a controller which is operatively coupled to the illumination screen and the translation stage and which is configured to coordinate transmission of an illumination signal to the illumination screen which produces emission of a light pattern from the flat illumination surface which has a light pattern axis, wherein the light pattern axis comprises an axis of symmetry of the light pattern, that remains aligned with the image input axis of the objective as the objective is translated in the x-y plane from a first position to a second position.