mhurhangee/ep-ind-claims huggingface dataset:
System for monitoring the driving modes of a vehicle, comprising at least an apparatus installable on a vehicle and having detection means for detecting information on the driving modes of said vehicle, wherein said information on the driving mode of the vehicle comprises at least one between the instantaneous running speed of the vehicle, the variations of instantaneous acceleration of the vehicle along at least a direction and the position of the vehicle, and signaling means of visual and/or sound type suitable for assisting the driver of the vehicle when driving, wherein said signaling means comprise a luminous signaling device made on said apparatus and suitable for signaling with different colors a normal driving state, a state of alert and a dangerous driving state, and wherein said system comprises assessment means (5, 5') of said information on the driving modes of said vehicle associated with said signaling means and suitable for controlling said signaling means to signal to the driver of the vehicle: - said normal driving state, corresponding to a driving mode of the driver of the vehicle such as not to produce potentially dangerous situations; - said state of alert, corresponding to an abnormal driving mode of the driver of the vehicle; - a dangerous driving state, corresponding to a driving mode of the driver of the vehicle such as to produce potentially dangerous situations; characterized by the fact that said apparatus comprises supporting means which can be positioned in proximity of a glass inside the compartment of said vehicle, wherein said supporting means are made up of a box-shaped container having a resting portion which can be positioned on said glass by means of fixing means, and by the fact that said apparatus comprises at least a push-button which can be pushed to send an emergency signal, wherein said push-button corresponds to said luminous signaling device and the push-button itself can be backlit with different colors to signal to the driver said normal driving state, said state of alert and said dangerous driving state. - said normal driving state, corresponding to a driving mode of the driver of the vehicle such as not to produce potentially dangerous situations; - said state of alert, corresponding to an abnormal driving mode of the driver of the vehicle; - a dangerous driving state, corresponding to a driving mode of the driver of the vehicle such as to produce potentially dangerous situations;
An apparatus (201,300), configured as a base station for a headset and for communication according to a Universal Serial Bus, USB, specification, comprising: - a first USB device for connecting operatively to a first USB host via a first USB device port; wherein the first USB device has a first audio function unit with a first audio terminal; - an audio interface stage configured to interface with an audio component; CHARACTERIZED in comprising: - a second USB device for connecting operatively to a second USB host via a second USB device port; wherein the second USB device has a second audio function unit with a second audio terminal; and - an audio controller configured with: a first channel, channelling audio signals between the first audio terminal and the audio interface stage, and a second channel, channelling audio signals between the second audio terminal and the audio interface stage; wherein the first USB device and the second USB device comprise a respective audio signal buffer, respectively buffering audio signals to and/or from the first USB device or the second USB device, and the audio interface stage or the audio controller comprises at least one audio signal buffer for buffering signals received via the audio interface stage; - a first detector that raises an interrupt the moment the audio buffer begins to receive audio signals or the moment a fill level of the buffer exceeds a predefined threshold; and - a second detector that detects audio signal traffic through the audio buffer; wherein the audio controller automatically switches between the first channel and the second channel in accordance with shifting from the second channel to the first channel in case the first detector raises an interrupt on the first channel, and shifting from the first channel to the second channel in case the first detector raises an interrupt on the second channel, but forgo shifting from the first channel to the second channel in case the second detector detects audio signal traffic through the audio buffer on the first channel, thereby giving priority to audio signals on the first channel over audio signals on the second channel. - a first USB device for connecting operatively to a first USB host via a first USB device port; wherein the first USB device has a first audio function unit with a first audio terminal; - an audio interface stage configured to interface with an audio component; - a second USB device for connecting operatively to a second USB host via a second USB device port; wherein the second USB device has a second audio function unit with a second audio terminal; and - an audio controller configured with: a first channel, channelling audio signals between the first audio terminal and the audio interface stage, and a second channel, channelling audio signals between the second audio terminal and the audio interface stage; - a first detector that raises an interrupt the moment the audio buffer begins to receive audio signals or the moment a fill level of the buffer exceeds a predefined threshold; and - a second detector that detects audio signal traffic through the audio buffer;
A 3D printing method for producing 3D moulded parts by means of a layer application technique, wherein a coater is used, comprising two coating blades and one particle application opening or two coating blades and two particle application openings, or comprising one coating blade and two particle application openings, wherein the coater comprises one or two discharge gaps and one or two sealing gaps and gap adjusting elements (9, 19, 23, 24) or one or two discharge gaps and a movable silo wall, and further steps known for layered construction and for selective solidification are performed, said steps being repeated until the moulded part has been produced, and optionally, further process steps follow.
A make-up composition for fibres, in particular keratin fibres, comprising at least one lipid phase, at least one pigment, at least one film-forming agent, at least one aqueous phase and an effective quantity of a durability-enhancing agent, characterised in that the durability-enhancing agent is Trimethyl Pentanyl Diisobutyrate.
A shaving razor handle (14, 1014) comprising: a main body (32, 1032); a pair of arms extending from the main body (32, 1032); a pivoting head (34, 1034) comprising: a base member pivotally coupled with the pair of arms to facilitate pivoting of the pivoting head (34, 1034) about a pivot axis between a home position and a fully pivoted position, the base member comprising: a front wall comprising a front exterior surface that extends along a front plane; and a rear wall comprising a rear exterior surface that extends along a rear plane; a biasing member operably coupled with the main body (32, 1032) and configured to bias the pivoting head (34, 1034) into the home position, wherein the front plane and the rear plane intersect at an included angle; and a head portion (118, 1118) that extends upwardly from the front wall and the rear wall and comprises a face surface; the shaving razor handle being characterized by a fluid reservoir, wherein the face surface defines an aperture that is in fluid communication with the fluid reservoir. a main body (32, 1032); a pair of arms extending from the main body (32, 1032); a pivoting head (34, 1034) comprising: a base member pivotally coupled with the pair of arms to facilitate pivoting of the pivoting head (34, 1034) about a pivot axis between a home position and a fully pivoted position, the base member comprising: a front wall comprising a front exterior surface that extends along a front plane; and a rear wall comprising a rear exterior surface that extends along a rear plane; a biasing member operably coupled with the main body (32, 1032) and configured to bias the pivoting head (34, 1034) into the home position, wherein the front plane and the rear plane intersect at an included angle; and a base member pivotally coupled with the pair of arms to facilitate pivoting of the pivoting head (34, 1034) about a pivot axis between a home position and a fully pivoted position, the base member comprising: a front wall comprising a front exterior surface that extends along a front plane; and a rear wall comprising a rear exterior surface that extends along a rear plane; a front wall comprising a front exterior surface that extends along a front plane; and a rear wall comprising a rear exterior surface that extends along a rear plane; a biasing member operably coupled with the main body (32, 1032) and configured to bias the pivoting head (34, 1034) into the home position, wherein the front plane and the rear plane intersect at an included angle; and a head portion (118, 1118) that extends upwardly from the front wall and the rear wall and comprises a face surface; the shaving razor handle being characterized by a fluid reservoir, wherein the face surface defines an aperture that is in fluid communication with the fluid reservoir.
A bipolar electrosurgical instrument, comprising: a first jaw member disposed at a distal end of a first shaft and a second jaw member disposed at a distal end of a second shaft; a pivot disposed on one of the first or second jaw members, the jaw members movable about the pivot relative to one another; a lead guide slot defined in the second jaw member and disposed in spaced relation to the pivot; a raceway defined in the second jaw member proximal to the pivot, the raceway including a narrowed proximal end and a broadened distal end; and a first conductive lead adapted to connect to a first electrical potential and a second conductive lead adapted to connect to a second electrical potential, the first and second conductive leads routed through the narrowed proximal end of the raceway. a first jaw member disposed at a distal end of a first shaft and a second jaw member disposed at a distal end of a second shaft; a pivot disposed on one of the first or second jaw members, the jaw members movable about the pivot relative to one another; a lead guide slot defined in the second jaw member and disposed in spaced relation to the pivot; a raceway defined in the second jaw member proximal to the pivot, the raceway including a narrowed proximal end and a broadened distal end; and a first conductive lead adapted to connect to a first electrical potential and a second conductive lead adapted to connect to a second electrical potential, the first and second conductive leads routed through the narrowed proximal end of the raceway.
A compound for use in a method of treating a myelodysplastic syndrome in a subject, wherein the compound is 2-methyl-1-[(4-[6-(trifluoromethyl)pyridin-2-yl]-6-{[2-(trifluoromethyl)pyridin-4-yl]amino}-1,3,5-triazin-2-yl)amino]propan-2-ol having the following formula: or a pharmaceutically acceptable salt, solvate, tautomer, or a polymorph thereof (COMPOUND 1), wherein the myelodysplastic syndrome is characterized by the presence of a mutant allele of IDH2 and the absence of a mutant allele of at least one other gene, wherein the other gene is selected from the group consisting of KRAS, TP53, SETBP1, and U2AF1.
A control assembly for a nuclear reactor, the control assembly comprising: - a reactivity control device comprising a control rod cluster extending along an axial direction comprising an upper end which includes an attachment head, a drive rod extending along the axial direction, the drive rod comprising an upper end and a lower end located opposite the upper end, the lower end including an attachment device for attaching the drive rod to the attachment head of the control rod cluster, the attachment device being movable between a connection position wherein the drive rod is rigidly attached to the attachment head of the control rod cluster, and a disconnection position wherein the drive rod is separated from the attachment head of the control rod cluster, - a checking device for checking the separation between the control rod cluster and the drive rod, mating with the reactivity control device at least during a maintenance operation, the checking device comprising a probe rod, characterized in that the drive rod and the attachment device defining a through axial housing forming a sleeve, the probe rod being received inside the sleeve and mounted free in translation along the axial direction in the sleeve, the probe rod comprising an upper end and a lower end located opposite the upper end, the lower end of the probe rod abutting against the attachment head of the control rod cluster. - a reactivity control device comprising a control rod cluster extending along an axial direction comprising an upper end which includes an attachment head, a drive rod extending along the axial direction, the drive rod comprising an upper end and a lower end located opposite the upper end, the lower end including an attachment device for attaching the drive rod to the attachment head of the control rod cluster, the attachment device being movable between a connection position wherein the drive rod is rigidly attached to the attachment head of the control rod cluster, and a disconnection position wherein the drive rod is separated from the attachment head of the control rod cluster, - a checking device for checking the separation between the control rod cluster and the drive rod, mating with the reactivity control device at least during a maintenance operation, the checking device comprising a probe rod,
A registration system for registering a group of images of an anatomical region of a patient in a coordinate system of a medical system, said registration system comprising: an electronic control unit configured to: collect a plurality of images from said group of images, each of said plurality of images including a region containing an object, said object having been positioned in said coordinate system and being invisible to a human eye, but detectable through image processing by the electronic control unit in each of said plurality of images; determine an actual image location of said object in each of said plurality of images responsive to a summation of image data from each of said plurality of images, said image data identifying a potential image location for said object in each of said plurality of images; create a transformation model responsive to said actual image location of said object in said plurality of images and said position of said object; and, register said group of images in said coordinate system using said transformation model. an electronic control unit configured to: collect a plurality of images from said group of images, each of said plurality of images including a region containing an object, said object having been positioned in said coordinate system and being invisible to a human eye, but detectable through image processing by the electronic control unit in each of said plurality of images; determine an actual image location of said object in each of said plurality of images responsive to a summation of image data from each of said plurality of images, said image data identifying a potential image location for said object in each of said plurality of images; create a transformation model responsive to said actual image location of said object in said plurality of images and said position of said object; and, register said group of images in said coordinate system using said transformation model. collect a plurality of images from said group of images, each of said plurality of images including a region containing an object, said object having been positioned in said coordinate system and being invisible to a human eye, but detectable through image processing by the electronic control unit in each of said plurality of images; determine an actual image location of said object in each of said plurality of images responsive to a summation of image data from each of said plurality of images, said image data identifying a potential image location for said object in each of said plurality of images; create a transformation model responsive to said actual image location of said object in said plurality of images and said position of said object; and, register said group of images in said coordinate system using said transformation model.
A wheel speed detecting device (23f, 23r) including a detection target ring, which is integrally and rotatably attachable to a wheel of a vehicle wheel assembly and has a detection target portion, and a rotation sensor which is positionable on a vehicle body at a position thereon facing the detection target portion and which is configured to detect rotation of the detection target ring, wherein the detection target ring comprises: an annular base wall having the detection target portion; a plurality of ring attachment portions protruding from an outer peripheral edge portion of the base wall and being fixable, together with a disc attachment portion of a brake disc, to the said vehicle wheel; and a reinforcing rib formed by bending a region corresponding to a position between adjacent ones of the plurality of ring attachment portions in an inner peripheral edge portion of the base wall, characterised by a region corresponding to a position of each of the ring attachment portions in the inner peripheral edge portion of the base wall is a ribless region without the reinforcing rib. an annular base wall having the detection target portion; a plurality of ring attachment portions protruding from an outer peripheral edge portion of the base wall and being fixable, together with a disc attachment portion of a brake disc, to the said vehicle wheel; and a reinforcing rib formed by bending a region corresponding to a position between adjacent ones of the plurality of ring attachment portions in an inner peripheral edge portion of the base wall, characterised by a region corresponding to a position of each of the ring attachment portions in the inner peripheral edge portion of the base wall is a ribless region without the reinforcing rib.
Motor vehicle component with an actuable functional element, wherein a mechanical control device which, depending on the speed of the actuation, inhibits or enables an actuation of the functional element is provided, characterized in that the control device comprises a plastic foam element, which is compliant in a way dependent on the rate of deformation and can be deformed by an actuation, in particular first actuation, of the functional element, and in that the arrangement is made such that the control device inhibits or enables an actuation of the functional element in a way dependent on the speed of the actuation as a result of the rate-of-deformation-dependent compliance of the plastic foam element, wherein the motor vehicle component is a motor vehicle lock, or wherein the motor vehicle component is a door handle, preferably an exterior door handle, or wherein the motor vehicle component is a Bowden cable as a remote force transmission means or an operating cable as a remote force transmission means.
Amusement park device comprising a rail-guided track layout as well as at least one vehicle guided on the rail, which has a braking device with one or two brake pads (40, 50) fastened to a brake pad carrier for braking or firmly clamping the vehicle at a point on the rail-guided track layout in the event of braking, wherein the braking device has a brake carrier, which is arranged fixed on the vehicle, and pivoting means are provided by which the brake pad carrier and/or two brake pads (40, 50) are pivotable with respect to the fixed brake carrier, characterised in that the brake pad carrier has a first brake caliper part for holding the first brake pad and a second brake caliper part for holding the second brake pad, wherein the first brake caliper part and the second brake caliper part are in each case supported floating in a brake caliper bracket.
System for covering a luggage compartment of a motor vehicle, said system comprising: - two lateral supports, said supports each being provided with a guide rail, - a stationary panel covering the front part of said compartment, said panel comprising a first substantially planar and horizontal upper face, - a flap mounted so as to slide on said rails so as to be movable relative to said supports, said flap comprising a second substantially planar upper face, said flap being movable between: -- a position for covering said compartment in which it is arranged behind said panel, said faces lying substantially in the same plane, -- and a position for accessing said compartment in which said flap is moved so as to allow free access to said compartment, said system being characterised in that: - said flap is mounted so that said second face keeps its attitude during the transition from one position to the other, - said flap in the access position is raised and moved forward so as to cover said panel. - two lateral supports, said supports each being provided with a guide rail, - a stationary panel covering the front part of said compartment, said panel comprising a first substantially planar and horizontal upper face, - a flap mounted so as to slide on said rails so as to be movable relative to said supports, said flap comprising a second substantially planar upper face, said flap being movable between: -- a position for covering said compartment in which it is arranged behind said panel, said faces lying substantially in the same plane, -- and a position for accessing said compartment in which said flap is moved so as to allow free access to said compartment, said system being characterised in that: -- a position for covering said compartment in which it is arranged behind said panel, said faces lying substantially in the same plane, -- and a position for accessing said compartment in which said flap is moved so as to allow free access to said compartment, said system being characterised in that: - said flap is mounted so that said second face keeps its attitude during the transition from one position to the other, - said flap in the access position is raised and moved forward so as to cover said panel.