mhurhangee/ep-ind-claims huggingface dataset:
Method for operating a steer-by-wire steering system of a motor vehicle, wherein at least one steering function requests one or more steering angle changes as target steering angles on at least one vehicle axle, wherein an arbitration unit weights the steering angle changes as target steering angles (SLw_i) and an overall target steering angle (G_SLw) is determined taking into consideration at least one target steering angle (SLw_i), characterized in that a check is carried out continuously, before the overall target steering angle (G_SLw) is set by an actuator of the steer-by-wire steering system, as to whether the following condition is met: gradient of the overall target steering angle (G_SLw) is less than or equal to the gradient of the at least one target steering angle (SLw_i).
A synthetic peptide for use in the treatment of alopecia and/or hair depigmentation in a subject, consisting of an amino acid sequence having 20-44 amino acid residues in length and at least 80% amino acid sequence identity to SEQ ID NO: 10, wherein the amino acid sequence comprises at least 20 consecutive residues having at least 90% amino acid sequence identity to residues 16-35 of SEQ ID NO: 10, and wherein the synthetic peptide is capable of ameliorating hair loss, hair depigmentation, or antagonizing growth arrest of keratinocytes.
Structural, polymorphic system comprising: a narrow section and a wide section, wherein each of said sections is a metal, thin wall, open section having an U-shaped cross-section, wherein the narrow and the wide section can be joined together with drilling screws for the formation of frames and trusses, each of said sections having three sides, two leg sides and one base side, forming the U-shape, wherein in the middle of each of the three sides a channel (1, 2, 3) is formed with a trapezoidal shape with 45 degrees inclined sidewalls, wherein the channels (1, 3) on the two leg sides of the narrow and the wide section and the channel on the base side of the narrow section have the same dimensions with the same depth and the same width at the channel base, wherein said depth of the channel plus the material thickness of the metal section is equal to 'a', wherein the channel on the base side of the wide section have also said same depth and the channel base of said channel has a width of b + 2a, so that the narrow section can be fitted tightly, vertically or inclined, in the wide section, wherein the free ends of the two leg sides of the narrow and wide U-shaped sections having inwardly bent corners which generate with the parts of the sides on both sides of the trapezoidal side channels protrusions (4, 5, 6, 7, 8, 9, 10, 11) with trapezoid shape similar to this one of the side channels, wherein all the protrusions (4, 5, 6, 7, 8, 9, 10, 11) of the two sections have the same dimensions. a narrow section and a wide section, wherein each of said sections is a metal, thin wall, open section having an U-shaped cross-section, wherein the narrow and the wide section can be joined together with drilling screws for the formation of frames and trusses, each of said sections having three sides, two leg sides and one base side, forming the U-shape, wherein in the middle of each of the three sides a channel (1, 2, 3) is formed with a trapezoidal shape with 45 degrees inclined sidewalls, wherein the channels (1, 3) on the two leg sides of the narrow and the wide section and the channel on the base side of the narrow section have the same dimensions with the same depth and the same width at the channel base, wherein said depth of the channel plus the material thickness of the metal section is equal to 'a', wherein the channel on the base side of the wide section have also said same depth and the channel base of said channel has a width of b + 2a, so that the narrow section can be fitted tightly, vertically or inclined, in the wide section, wherein the free ends of the two leg sides of the narrow and wide U-shaped sections having inwardly bent corners which generate with the parts of the sides on both sides of the trapezoidal side channels protrusions (4, 5, 6, 7, 8, 9, 10, 11) with trapezoid shape similar to this one of the side channels, wherein all the protrusions (4, 5, 6, 7, 8, 9, 10, 11) of the two sections have the same dimensions.
A light emitting module comprising: a substrate; and a plurality of light emitting devices disposed on the substrate in a matrix includi ng C columns (C being a natural number > 1) and R rows (R being a natural number > 1), wherein: at least one of the plurality of light emitting devices includes a first light emittin g cell having a tetragonal first light emitting surface, a second light emitti ng cell having a tetragonal second light emitting surface, a third light emit ting cell having a right-angle triangular third light emitting surface, and a fourth light emitting cell having a right-angle triangular fourth light emitting su rface which are individually driven; and the first to fourth light emitting cells include a light emitting structure including a first semiconductor layer, an active layer, and a second semiconductor layer, and has a light emitting surface, and wherein a first side of the tetragonal first light emitting surface and a first side of the tetragonal second light emitting surface are neighbors to each other and opposite to each other, and wherein a first oblique side of the right-angle triangular third light emitting su rface and a first oblique side of the right-angle triangular fourth light emi tting surface are opposite to each other, and wherein a second side of the right-angle triangular fourth light emitting surfac e is adjacent to and opposite to a second side of the tetragonal first light emitting surface and a second side of the tetragonal second light emitting surface, and wherein the at least one of the plurality of light emitting devices included in a Xth row (X being a natural number R-1≥x≥1) and Y t h column (Y being a natural number 1≤y≤C) includes the first to the fourth light emitti ng cells(S1,S2,Q11,Q12), and characterized in that a second ligh t emitting device located at a (X+1) th row of the Y th column includes the first to the fo urth light emitting cells (S1,S2,Q11,Q12), and the second light emitting device has the same structure as a structure acquired by rotating the first light emitting device by 180° a substrate; and a plurality of light emitting devices disposed on the substrate in a matrix includi ng C columns (C being a natural number > 1) and R rows (R being a natural number > 1), wherein: at least one of the plurality of light emitting devices includes a first light emittin g cell having a tetragonal first light emitting surface, a second light emitti ng cell having a tetragonal second light emitting surface, a third light emit ting cell having a right-angle triangular third light emitting surface, and a fourth light emitting cell having a right-angle triangular fourth light emitting su rface which are individually driven; and the first to fourth light emitting cells include a light emitting structure including a first semiconductor layer, an active layer, and a second semiconductor layer, and has a light emitting surface, and
A window pane with a hydrophilic coating, comprising at least: - a substrate and - a hydrophilic layer containing at least 85 wt.-% to 92 wt.-% of polyurethane, 8 wt.-% to 11 wt.-% of polyvinylpyrrolidone, and 0.08 wt.-% to 0.2 wt.-% of a flow agent. - a substrate and - a hydrophilic layer containing at least 85 wt.-% to 92 wt.-% of polyurethane, 8 wt.-% to 11 wt.-% of polyvinylpyrrolidone, and 0.08 wt.-% to 0.2 wt.-% of a flow agent.
An electrical connector assembly comprising: a first electrical connector including a dielectric first connector housing, and a first plurality of electrical contacts, including mounting ends, supported by the first connector housing, wherein the mounting ends of the plurality of electrical contacts of the first electrical connector are configured to be mounted to a first surface of a substrate, wherein the substrate has a second surface opposite to the first surface along a first direction; a second electrical connector including a dielectric second connector housing, and a second plurality of electrical contacts supported by the second connector housing, characterized in that the second electrical connector is configured such that it can be moved relative to the first electrical connector along an engagement direction that is perpendicular to the first direction so as to attach the second electrical connector to the first electrical connector when the first electrical connector is mounted to the first surface of the substrate, wherein the attached first and second electrical connectors (24, 26) can mate with a common complementary electrical device or different complementary electrical devices. a first electrical connector including a dielectric first connector housing, and a first plurality of electrical contacts, including mounting ends, supported by the first connector housing, wherein the mounting ends of the plurality of electrical contacts of the first electrical connector are configured to be mounted to a first surface of a substrate, wherein the substrate has a second surface opposite to the first surface along a first direction; a second electrical connector including a dielectric second connector housing, and a second plurality of electrical contacts supported by the second connector housing, characterized in that the second electrical connector is configured such that it can be moved relative to the first electrical connector along an engagement direction that is perpendicular to the first direction so as to attach the second electrical connector to the first electrical connector when the first electrical connector is mounted to the first surface of the substrate, wherein the attached first and second electrical connectors (24, 26) can mate with a common complementary electrical device or different complementary electrical devices.
Installation box for electrotechnical purposes, having a box body including a box base and a box wall adjacent to said box base, as well as an installation opening arranged opposite the box base, wherein a. the box body includes at least one conduit opening for inserting an electrical conduit, which conduit opening is closed by an elastic membrane, wherein b. the elastic membrane includes at least one outer zone and a detachable inner zone which is surrounded by the outer zone and is oriented radially inwardly with respect to the said outer zone and, on the box outer side, comprises an outwardly projecting tear-off tab, characterized in that c. the outer zone and the inner zone are separated by a thin portion of the membrane attached to the inner side of the box body, and d. the outer zone includes a bead which encircles the inner zone and is arranged on a membrane inner side. a. the box body includes at least one conduit opening for inserting an electrical conduit, which conduit opening is closed by an elastic membrane, wherein b. the elastic membrane includes at least one outer zone and a detachable inner zone which is surrounded by the outer zone and is oriented radially inwardly with respect to the said outer zone and, on the box outer side, comprises an outwardly projecting tear-off tab, c. the outer zone and the inner zone are separated by a thin portion of the membrane attached to the inner side of the box body, and d. the outer zone includes a bead which encircles the inner zone and is arranged on a membrane inner side.
A curable composition comprising: a polyol, a polyamine, a polythiol, or a polycarbamate, or a combination of any thereof; and a diaryl methylene malonate; a multifunctional form of a dialkyl methylene malonate; or a multifunctional form of a diaryl methylene malonate; or a combination of any thereof. a polyol, a polyamine, a polythiol, or a polycarbamate, or a combination of any thereof; and a diaryl methylene malonate; a multifunctional form of a dialkyl methylene malonate; or a multifunctional form of a diaryl methylene malonate; or a combination of any thereof.
A system, comprising: a controller circuit configured to: receive monitoring data from a driver-monitor sensor that is configured to monitor a driver of a vehicle while the vehicle operates in an autonomous-driving mode; determine scores for one or more driver-supervisory metrics based on the monitoring data, each of the driver-supervisory metrics being at least partially indicative of whether the driver is supervising the operation of the vehicle; determine a supervision score based on the scores for the one or more driver-supervisory metrics, the supervision score being indicative of whether the driver is ready to resume control of the vehicle; characterised in that the controller circuit is further configured to: indicate a driver-awareness status on a light bar in a field of view of the driver by changing a color of light displayed by the light bar based on the supervision score; and when the supervision score exceeds a first threshold: determine a gaze direction of the driver; and chase light pulsations based on the gaze direction, thereby directing a driver's gaze toward a front of the vehicle. receive monitoring data from a driver-monitor sensor that is configured to monitor a driver of a vehicle while the vehicle operates in an autonomous-driving mode; determine scores for one or more driver-supervisory metrics based on the monitoring data, each of the driver-supervisory metrics being at least partially indicative of whether the driver is supervising the operation of the vehicle; determine a supervision score based on the scores for the one or more driver-supervisory metrics, the supervision score being indicative of whether the driver is ready to resume control of the vehicle; indicate a driver-awareness status on a light bar in a field of view of the driver by changing a color of light displayed by the light bar based on the supervision score; and when the supervision score exceeds a first threshold: determine a gaze direction of the driver; and chase light pulsations based on the gaze direction, thereby directing a driver's gaze toward a front of the vehicle. determine a gaze direction of the driver; and chase light pulsations based on the gaze direction, thereby directing a driver's gaze toward a front of the vehicle.
Optical device, in particular for a motor vehicle, such as a lighting or signalling device, this device comprising: - at least two light sources (2; 3) associated with different predetermined photometric functions, - a main light guide comprising an exit face and arranged so as to guide the light coming from said light sources towards said exit face so that this exit face defines a common illuminating surface for the two photometric functions the device being characterised by the fact that one of photometric functions corresponds to daytime lighting, and the other photometric function corresponds to a flashing change-of-direction light, in particular the light sources (2; 3) are arranged to emit lights of different colours; by the fact that the main light guide comprises a reflection zone provided with corrugations, chosen so as to straighten up the light rays coming from the light sources (2; 3), and/or decoupling means, in particular prisms, arranged to diffuse the light laterally, in particular on a cylindrical surface of the guide; and by the fact that at least one of the light sources, in particular the two light sources, are each formed by a light-emitting chip of an LED, the light sources (2; 3) being formed by light-emitting chips of the same LED. - at least two light sources (2; 3) associated with different predetermined photometric functions, - a main light guide comprising an exit face and arranged so as to guide the light coming from said light sources towards said exit face so that this exit face defines a common illuminating surface for the two photometric functions
System for fixing a screen door module (2, 3) to a platform extending along a track and comprising at least one upright (21, 22) at each end and a sill between the end uprights, which system comprises: - a first platform-edge plate, - a second platform-edge plate, - a first base mounted fixedly on one among the first and second platform-edge plates, - a second base mounted movably on the other among the first and second platform-edge plates with a translational movement in a direction parallel or tangential to the track, and in a way of moving towards, or moving away from, the first base, - means (64,642,65) for fixing and adjusting the end uprights on the first and second bases. - a first platform-edge plate, - a second platform-edge plate, - a first base mounted fixedly on one among the first and second platform-edge plates, - a second base mounted movably on the other among the first and second platform-edge plates with a translational movement in a direction parallel or tangential to the track, and in a way of moving towards, or moving away from, the first base, - means (64,642,65) for fixing and adjusting the end uprights on the first and second bases.
An aquatic toy comprising: a buoyant body, a propeller dependent from the buoyant body in a manner to be capable of oscillatory motion relative to the buoyant body and wherein the buoyant body carries: a) a battery, b) a driver operatively connected to the propeller to cause said propeller to oscillate, the driver being driven by the interaction of an energizable coil and a magnet, the coil energizable by said battery, wherein said buoyant body defines an enclosure, characterized in that said driver is a shaft and said propeller is fixed at or towards one end of the shaft, and one of said (a) energizable coil or (b) magnet is engaged at or towards the other end of the shaft and inside said enclosure, wherein between said ends, said shaft passes through said buoyant body in a sealed manner so that a floating hermetic closure is formed. a buoyant body, a propeller dependent from the buoyant body in a manner to be capable of oscillatory motion relative to the buoyant body and wherein the buoyant body carries: a) a battery, b) a driver operatively connected to the propeller to cause said propeller to oscillate, the driver being driven by the interaction of an energizable coil and a magnet, the coil energizable by said battery, wherein said buoyant body defines an enclosure, characterized in that a) a battery, b) a driver operatively connected to the propeller to cause said propeller to oscillate, the driver being driven by the interaction of an energizable coil and a magnet, the coil energizable by said battery, wherein said buoyant body defines an enclosure, characterized in that said driver is a shaft and said propeller is fixed at or towards one end of the shaft, and one of said (a) energizable coil or (b) magnet is engaged at or towards the other end of the shaft and inside said enclosure, wherein between said ends,
Gear actuator for shifting a transmission, having (a) a gate shifting drive, (b) a gear shifting drive, and (c) a selector finger which can be moved by the gate shifting drive and by the gear shifting drive for transmitting a shifting movement to the transmission, (d) a gear shifting displacement piece which is connected to the gate shifting drive, and (e) a gear shifting displacement piece which is connected to the gear shifting drive, (f) the selector finger being mounted on the gate shifting displacement piece and the gear shifting displacement piece such that it is guided displaceably via two linear guides in the gear shifting displacement piece on the one hand and the gate shifting displacement piece on the other hand, characterized in that the gear actuator (i) has a latching contour, and (ii) a displacement piece (32, 34), in particular the gear displacement piece, has a prestressed latching pin which interacts with the latching contour for latching the selector finger in a predefined position in the gear shifting working direction (R Gang). (a) a gate shifting drive, (b) a gear shifting drive, and (c) a selector finger which can be moved by the gate shifting drive and by the gear shifting drive for transmitting a shifting movement to the transmission, (d) a gear shifting displacement piece which is connected to the gate shifting drive, and (e) a gear shifting displacement piece which is connected to the gear shifting drive, (f) the selector finger being mounted on the gate shifting displacement piece and the gear shifting displacement piece such that it is guided displaceably via two linear guides in the gear shifting displacement piece on the one hand and the gate shifting displacement piece on the other hand, (i) has a latching contour, and (ii) a displacement piece (32, 34), in particular the gear displacement piece, has a prestressed latching pin which interacts with the latching contour for latching the selector finger in a predefined position in the gear shifting working direction (R Gang).
Furniture for providing a definable interior space, comprising a rectangular base part, a rectangular lid part, and four supports vertically arranged or arrangeable in the corners of the furniture, all of which are at all times connected to the base part and the lid part, each support comprising at least two segments (3A, 3B) each, a lower segment of which is hingedly connected to the base part and an upper segment is hingedly connected at all times to the lid part, adjacent segments (3A, 3B) of a support also being connected to one another via a segment joint, so that the supports can be folded together in such a way that they can be folded together in the direction of the interior space with a continuous articulated connection to the base part and the lid part as well as the segments (3A, 3B) to one another, wherein the ends of the segments (3A, 3B) of adjacent supports are spaced apart from one another even in the completely folded-in state of the furniture, in which the segments (3A, 3B) of a support are positioned adjacent to one another, wherein the supports can be folded in in the direction of the side edges and are designed to absorb compressive forces, characterised in that the furniture comprises a front part and/or a back part which are different from the supports and are dimensionally stable throughout, wherein each part (4, 5) can be folded in towards the interior without changing its shape, wherein it has an articulated connection at its upper or lower edge about which it can be swivelled or folded, further comprising one or two side parts, wherein each side part is articulatedly connected either at its lower or upper edge to the base part or the lid part, so that it can be folded in towards the interior, so that each wall surface of the furniture is continuous and dimensionally stable.
A pressure sensor, comprising: an optical source configured to illuminate tissue of a user, wherein the optical source is configured to pulse on and off; an optical sensor configured to measure reflected illumination from the tissue; and a compute system configured to output a pressure between a surface of the optical sensor and the tissue, the pressure determined as a function of the measured reflected illumination, characterized in that the compute system is configured to adjust an intensity of light output by the optical source based on the output pressure. an optical source configured to illuminate tissue of a user, wherein the optical source is configured to pulse on and off; an optical sensor configured to measure reflected illumination from the tissue; and a compute system configured to output a pressure between a surface of the optical sensor and the tissue, the pressure determined as a function of the measured reflected illumination, characterized in that the compute system is configured to adjust an intensity of light output by the optical source based on the output pressure.