mhurhangee/ep-ind-claims huggingface dataset:
An arrangement for preventing an automatic opening of a vehicle door or flap in the case of a crash event, with an adjustable handle for the actuation of a lock for the vehicle door or flap, and with an adjustable compensating mass element assigned to the handle, wherein the handle and the compensating mass element seen in the opening direction for the handle are arranged side by side and are operatively connected with each other by means of a force transmission element (8, 8') in such a manner that in the case of said crash event an inertial force "F H " of the same acting in the opening direction of the handle is compensated by an inertial force "F A " acting also in the opening direction of the compensating mass element, characterized in that the compensating mass element and the handle are guided displaceably in separate linear guides (11, 13) arranged in parallel side by side, and that the linear guide is formed for the compensating mass element by a door- or flap-fixed base plate of the arrangement.
A compound having a formula of structure: wherein: R 1 is selected from the group consisting of: H, alkyl, aryl, heteroaryl and trimethylsilyl; R 2, R 3, R 4, R 5 and R 6 are independently selected from the group consisting of: H, alkyl, aryl and heteroaryl; or a pharmaceutically acceptable salt thereof, for use as a medicament. R 1 is selected from the group consisting of: H, alkyl, aryl, heteroaryl and trimethylsilyl; R 2, R 3, R 4, R 5 and R 6 are independently selected from the group consisting of: H, alkyl, aryl and heteroaryl; or a pharmaceutically acceptable salt thereof, for use as a medicament.
Method of attaching a strip as at least a part of a joint on at lest two opposite sides of a rectangular floorboard (1, 1') with long and short edges, wherein the joint is an integrated mechanical locking system which locks vertically and/or horizontally, wherein said strip constitutes a part of the horizontal and vertical joint, or a part of the horizontal or the vertical joint, and wherein said strip is made as a separate part, wherein the method comprises the step of: separating the strip from a strip blank, and moving a floorboard (1, 1') while pressing a part of a strip against a strip groove in a joint edge portion (4a, 4b, 5a, 5b) of the floorboard (1, 1') so that snapping-in of the strip in the strip groove takes place, wherein said joint edge portion (4a, 4b, 5a, 5b) is adjacent to a corner between a long (4a; 4b) and a short side (5a; 5b) of the floorboard (1, 1'). separating the strip from a strip blank, and moving a floorboard (1, 1') while pressing a part of a strip against a strip groove in a joint edge portion (4a, 4b, 5a, 5b) of the floorboard (1, 1') so that snapping-in of the strip in the strip groove takes place, wherein said joint edge portion (4a, 4b, 5a, 5b) is adjacent to a corner between a long (4a; 4b) and a short side (5a; 5b) of the floorboard (1, 1').
A beam adapted for impact comprising: an elongated impact beam including at least 40% polymeric material and at least 40% continuous reinforcement, the beam including walls defining a closed section; and attachment structure (100, 101) on ends of the beam for mounting the beam to a vehicle's frame, the beam characterized in that the continuous reinforcement extends a length of the beam, the walls defining a closed section, and wherein the reinforcement includes at least one fabric consisting of a sheet selected from at least one of: woven fabric, stitched fabric, tailored fabric with stitched patterns therein, braided fabrics, and multi-material hybrid fabrics. an elongated impact beam including at least 40% polymeric material and at least 40% continuous reinforcement, the beam including walls defining a closed section; and attachment structure (100, 101) on ends of the beam for mounting the beam to a vehicle's frame, the beam characterized in that the continuous reinforcement extends a length of the beam, the walls defining a closed section, and wherein the reinforcement includes at least one fabric consisting of a sheet selected from at least one of: woven fabric, stitched fabric, tailored fabric with stitched patterns therein, braided fabrics, and multi-material hybrid fabrics.
Rail vehicle light module, comprising at least one lamp, a first input for a first electrical energy feed, a second input for a second electrical energy feed, a control device, an emergency light control input and at least one electrical control input (L1, L2, L3), wherein the emergency light control input and the at least one control input are configured to receive control signals, characterised in that the rail vehicle light module also has a switching facility which is configured to switch an energy supply of the rail vehicle light module between the first electrical energy feed and the second electrical energy feed, wherein the control device, depending on the control signals present at the emergency light control input and at the at least one control input (L1, L2, L3), sets a luminosity of the at least one lamp corresponding to one of the respective control signal states, and wherein, in the event of the emergency light control input not having a control signal applied to it, the control device sets a specific emergency light luminosity and the control signals at the further control inputs (L1, L2, L3) are irrelevant.
A method for calculating misalignment of a rotational body, comprising the steps of: deriving radial displacement amounts of the rotational body for at least four or more measurement points along an outer surface in a circumferential direction based on measured values measured by a displacement gage while rotating the rotational body; selecting three arbitrary points among all the measurement points to calculate a calculated circle from the radial displacement amounts and measured angles; calculating calculated circle values for all the measurement points from the calculated circle; calculating differences between the calculated circle values and the radial displacement amounts as error amounts at the measurement points; summing the error amounts to derive a total error amount value; repeating calculation for combinations of three measurement points among all the measurement points to calculate each total error amount value; selecting a calculated circle with a minimum total error amount value among obtained total error amount values for all combinations as a most probable circle; and calculating deviation between the center of the most probable circle and the center of rotation of the rotational body as misalignment data of the most probable circle. deriving radial displacement amounts of the rotational body for at least four or more measurement points along an outer surface in a circumferential direction based on measured values measured by a displacement gage while rotating the rotational body; selecting three arbitrary points among all the measurement points to calculate a calculated circle from the radial displacement amounts and measured angles; calculating calculated circle values for all the measurement points from the calculated circle; calculating differences between the calculated circle values and the radial displacement amounts as error amounts at the measurement points; summing the error amounts to derive a total error amount value; repeating calculation for combinations of three measurement points among all the measurement points to calculate each total error amount value; selecting a calculated circle with a minimum total error amount value among obtained total error amount values for all combinations as a most probable circle; and calculating deviation between the center of the most probable circle and the center of rotation of the rotational body as misalignment data of the most probable circle.
System for evaluating the condition of a tyre, the system comprising a first housing placed on the ground and a device for detecting the wear of a tyre (30, 820) when the tyre (7, 80) passes over said first housing, said system further comprising - a first device for detecting the presence of a tyre (20, 220, 320, 720, 840) on the first housing, and - electronic means (40, 60, 440, 830) for activating the wear detecting device (30, 820) during the detection of the presence of a tyre (7, 80) by the presence detecting device (20, 220, 320, 620, 720, 840), characterized in that the system comprises a second device for detecting the presence of a tyre. on the first housing, similar to the first presence detecting device (20, 220, 320, 620, 720, 840), being able to detect the end of a vehicle passing over the first housing to be used as a means of switching off the wear detecting device (30, 820). - a first device for detecting the presence of a tyre (20, 220, 320, 720, 840) on the first housing, and - electronic means (40, 60, 440, 830) for activating the wear detecting device (30, 820) during the detection of the presence of a tyre (7, 80) by the presence detecting device (20, 220, 320, 620, 720, 840),
Pad wear adjustment device for a disc brake, in particular for a motor vehicle, the brake comprising an application device with a brake application lever, which application device can preferably be installed into an adjusting spindle of the disc brake, the device comprising: a) an adjusting shaft with an external bearing; b) a rotary drive element; and c) a clutch device for a switchable coupling of the rotary drive element to the adjusting shaft, characterised in that d) the clutch device is designed to be electrically switchable with at least one solenoid coil. a) an adjusting shaft with an external bearing; b) a rotary drive element; and c) a clutch device for a switchable coupling of the rotary drive element to the adjusting shaft, characterised in that d) the clutch device is designed to be electrically switchable with at least one solenoid coil.
Device for the assisted locking and unlocking of an adjustable steering column comprising a fixed cam element, secured to a column body, a moving cam element extended by an operating lever, a central spindle mounted between said elements (1, 2) and passing through said body, and articulation means coupled to said central spindle, said articulation means comprising an elastic return member intended to cooperate with two sets of complementary bosses (12, 21) carried respectively by each cam element (1, 2) and intended to come into contact with one another in such a way as to allow by pivoting of the lever, the movement of the moving cam element between a locked position and an unlocked position, said return member being constituted of a helical spring, characterised in that this said movement of the moving cam element between said locked position and said unlocked position is done by passing through an intermediate position of unstable equilibrium, and in that said helical spring is extended, at each one of the end windings thereof, by a connecting tab (41, 42) mounted to rotate freely on said cam elements (1, 2).
A lighting apparatus comprising: multiple LED modules; a driver for converting an external power to a driving current; a light source plate, comprising a first metal layer, an insulation layer and a second metal layer, wherein the second metal layer has a larger thickness than the first metal layer, wherein the first metal layer has a first portion and a second portion, wherein the first portion is used for electrically connecting the multiple LED modules, wherein the second portion forms an antenna radiation part, wherein the insulation layer is arranged between the first metal layer and the second metal layer; and a wireless circuit electrically connected to the second portion of the first metal layer, wherein the second metal layer, the insulation layer and the antenna radiation part together form an antenna for receiving a wireless signal, wherein the wireless circuit is coupled to the driver for controlling the multiple LED modules according to the wireless signal; wherein the second metal layer is an aluminum layer with a second thickness larger than ten times a first thickness of the first metal layer; further comprising a separate heat sink unit, wherein a peripheral edge of the second metal layer engages the separate heat sink unit for moving heat of the multiple LED modules to the separate heat sink unit. multiple LED modules; a driver for converting an external power to a driving current; a light source plate, comprising a first metal layer, an insulation layer and a second metal layer, wherein the second metal layer has a larger thickness than the first metal layer, wherein the first metal layer has a first portion and a second portion, wherein the first portion is used for electrically connecting the multiple LED modules, wherein the second portion forms an antenna radiation part, wherein the insulation layer is arranged between the first metal layer and the second metal layer; and a wireless circuit electrically connected to the second portion of the first metal layer, wherein the second metal layer, the insulation layer and the antenna radiation part together form an antenna for receiving a wireless signal, wherein the wireless circuit is coupled to the driver for controlling the multiple LED modules according to the wireless signal; wherein the second metal layer is an aluminum layer with a second thickness larger than ten times a first thickness of the first metal layer; further comprising a separate heat sink unit, wherein a peripheral edge of the second metal layer engages the separate heat sink unit for moving heat of the multiple LED modules to the separate heat sink unit.
Pushing-in device for pushing products (5, 6) into packaging holders which are formed in a main packaging body, having a pressure-exerting tool with a push-rod plate on which at least one first push rod is fixed, and a first actuating unit, which moves the pressure-exerting tool back and forth in and counter to a pressure-exerting direction, wherein a second actuating unit, which is integrated in the pressure-exerting tool, is operatively connected to at least one second push rod, characterized in that the at least one second push rod is mounted in the push-rod plate such that it can be displaced in and counter to the pressure-exerting direction.
Lifter (1; 1') for shopping trolley comprising a supporting frame (3; 3'), at least one bearing ramp (4; 4') for said trolley, and displacement means (5; 5') for displacing said at least one bearing ramp, with respect to said at least one supporting frame, between at least one lowered position, for positioning/removing said shopping trolley onto/from said at least one bearing ramp, and at least one raised position, for emptying said shopping trolley, and vice versa, between said at least one lowered position and said at least one raised position, or vice versa, said at least one ramp describing a path having, at least in two points (T1, T2), respective tangents (t1, t2) with distinct directions, whereby said displacement means comprise at least one first lifting arm rotatably constrained to said supporting frame, said at least one bearing ramp being integrally constrained to said at least one first lifting arm next to at least one first zone of said at least one bearing ramp, characterised in that said displacement means comprise at least one second lifting arm rotatably constrained to said supporting frame, said at least one bearing ramp being hinged to said at least one first lifting arm next to said at least one first zone of said at least one bearing ramp and being hinged to said at least one second lifting arm next to at least one second zone of said at least one bearing ramp.
Electric machine comprising - a rotor aligned along an axis of rotation, - a stator arranged concentrically with respect to the rotor axis, - at least one winding head arranged concentrically with respect to the rotor axis, which projects in each case in the axial direction out of the stator and can be cooled by a coolant flow, and - at least one first conducting element which in terms of the flow is disposed upstream of the respective winding head, wherein the at least one first conducting element is designed in such a way that an increase in the flow rate of the coolant flow to the respective winding head can be effected, characterised by at least one second conducting element, which in terms of the flow is arranged downstream of the respective winding head, wherein the at least one second conducting element has second recesses, wherein the respective winding head is arranged in the radial direction between the at least one first conducting element and the at least one second conducting element, wherein in the axial extent of the respective winding head at least one ring-shaped conducting element is arranged, which extends in the radial direction at least from at least one first conducting element to the at least one second conducting element. - a rotor aligned along an axis of rotation, - a stator arranged concentrically with respect to the rotor axis, - at least one winding head arranged concentrically with respect to the rotor axis, which projects in each case in the axial direction out of the stator and can be cooled by a coolant flow, and - at least one first conducting element which in terms of the flow is disposed upstream of the respective winding head, wherein the at least one first conducting element is designed in such a way that an increase in the flow rate of the coolant flow to the respective winding head can be effected, characterised by at least one second conducting element, which in terms of the flow is arranged downstream of the respective winding head,
A polymer light emitting element comprising: a first electrode, a second electrode, and a light emitting layer provided between the first electrode and the second electrode and containing a polymer compound, wherein the second electrode is composed of three layers, a first layer, a second layer and a third layer arranged in this order viewed from the light emitting layer, characterized in that the first layer contains sodium fluoride, at least one material contained in the second layer is magnesium, which has a reducing action on at least one material contained in the first layer, and the visible light transmittance of the third layer is 40% or more.
A vacuum insulation material comprising: a core material in which a plurality of fiber sheets are stacked; and an outer covering material into which the core material is inserted and with which the core material is vacuum-sealed; wherein the plurality of fiber sheets include: a first fiber sheet having one surface that is one surface of the core material; and a second fiber sheet having one surface that is another surface of the core material; characterized in that: the core material comprises a plurality of convex protrusions each having a planar shape that is one of a diamond, circle or approximately circular shape such as a hexagon or octagon, and the plurality of convex protrusions are regularly arranged on the one surface of the first fiber sheet. a core material in which a plurality of fiber sheets are stacked; and an outer covering material into which the core material is inserted and with which the core material is vacuum-sealed; wherein the plurality of fiber sheets include: a first fiber sheet having one surface that is one surface of the core material; and a second fiber sheet having one surface that is another surface of the core material; characterized in that: the core material comprises a plurality of convex protrusions each having a planar shape that is one of a diamond, circle or approximately circular shape such as a hexagon or octagon, and the plurality of convex protrusions are regularly arranged on the one surface of the first fiber sheet. a first fiber sheet having one surface that is one surface of the core material; and a second fiber sheet having one surface that is another surface of the core material; characterized in that: the core material comprises a plurality of convex protrusions each having a planar shape that is one of a diamond, circle or approximately circular shape such as a hexagon or octagon, and the plurality of convex protrusions are regularly arranged on the one surface of the first fiber sheet. the core material comprises a plurality of convex protrusions each having a planar shape that is one of a diamond, circle or approximately circular shape such as a hexagon or octagon, and the plurality of convex protrusions are regularly arranged on the one surface of the first fiber sheet.
A method of synthesizing a higher resolution image from a plurality of images captured from different viewpoints, comprising capturing and processing (510, 710) a plurality of images using a plurality of imagers (240, 540) that are provided to an upstream pipeline processing module, wherein a subset of imagers includes a telephoto lens; aligning (514, 734) portions of the plurality of images to compensate for parallax using an image pixel correlation module; performing (522, 720) parallax compensation using a parallax compensation module to resolve differences in the fields-of-views of the imagers (240, 540) due to spatial separations between the imagers, wherein the parallax compensation module uses scan-line based parallax information to adjust mapping between physical pixel addresses and logical pixel addresses; and performing (526, 724) super-resolution processing using a super-resolution module to obtain a higher resolution image, wherein the higher resolution image has a resolution that is greater than the resolutions of the images captured by the plurality of imagers, wherein a central area of the higher resolution image has a higher resolution than an outer area of the higher resolution image, wherein the higher resolution of the central area of the higher resolution image is determined by a super-resolution capability of the subset of imagers equipped with the telephoto lens. capturing and processing (510, 710) a plurality of images using a plurality of imagers (240, 540) that are provided to an upstream pipeline processing module, wherein a subset of imagers includes a telephoto lens; aligning (514, 734) portions of the plurality of images to compensate for parallax using an image pixel correlation module; performing (522, 720) parallax compensation using a parallax compensation module to resolve differences in the fields-of-views of the imagers (240, 540) due to spatial separations between the imagers, wherein the parallax compensation module uses scan-line based parallax information to adjust mapping between physical pixel addresses and logical pixel addresses; and performing (526, 724) super-resolution processing using a super-resolution module to obtain a higher resolution image, wherein the higher resolution image has a resolution that is greater than the resolutions of the images captured by the plurality of imagers, wherein a central area of the higher resolution image has a higher resolution than an outer area of the higher resolution image, wherein the higher resolution of the central area of the higher resolution image is determined by a super-resolution capability of the subset of imagers equipped with the telephoto lens.
A method for wireless communications performed by a user equipment, UE, comprising: receiving an indication of a purpose of a reference signal, RS, from a base station, BS; processing a RS in accordance with the indicated purpose, wherein the processing comprises determining whether reciprocity for downlink-uplink RS may be assumed based on the indicated purpose, wherein the processing further comprises generating a message containing the RS in accordance with the indicated purpose; and outputting the message for transmission. receiving an indication of a purpose of a reference signal, RS, from a base station, BS; processing a RS in accordance with the indicated purpose, wherein the processing comprises determining whether reciprocity for downlink-uplink RS may be assumed based on the indicated purpose, wherein the processing further comprises generating a message containing the RS in accordance with the indicated purpose; and outputting the message for transmission.