mhurhangee/ep-ind-claims huggingface dataset:
Retractable hinge for doors, windows or articles of furniture, having a mobile structure articulated with respect to a fixed structure, comprising a first containing body, a second containing body, both hollow inside and suitable to be associated, one with said fixed structure and the other with said mobile structure or vice versa, a first hinging unit and a second hinging unit both disposed inside said two containing bodies (15, 16), in an articulated manner with respect thereto, and an articulation member able to articulate said two hinging units (21 and 22) with respect to each other, wherein said first hinging unit comprises a first end pivoted in said second containing body and a second end connected to a first element mounted oscillating inside said first containing body, and wherein said second hinging unit comprises a first end pivoted in said first containing body and a second end connected to a second element mounted sliding inside at least a groove of said second containing body, characterized in that said first element comprises at least a crank lever, having a first end connected to said second end of said first hinging unit and a second end pivoted on a fixed pin of said first containing body and in that, in order to pass from an initial position (P 0) in which said second containing body is substantially closed against said first containing body, to a final position (P 2) in which said second containing body is displaced, substantially parallel and rotated by 180° with respect to said first containing body, said crank lever is suitable to effect a first oscillation with respect to its pin by a first angle (α) in a first direction, and then a second oscillation with respect to its pin by a second angle (β) in the opposite direction.
Dismantlable anechoic chamber for sound attenuation, comprising a plurality of interconnected panels (10, 20, 20'), a plurality of battens (15, 15') and an additional sound-attenuating player, the panels having a groove around their edges, the spaces produced by the corresponding grooves at contacting edges of adjacent panels in use being occupied by battens (15, 15'), the panels (10, 20, 20') having a sandwich-type structure in which a layer of sound-attenuating material is positioned between the two main faces of the panel and there being dimensional interference between battens and panels, the chamber having, on its internal face, an additional sound-attenuating layer, characterised in that the sound-attenuating material of the panels is a foam-like material, in that each batten (15, 15') has an intermediate layer of sound-attenuating foam material, in that the thickness of the layer of sound-attenuating foam material of each batten is significantly less than the thickness of said layer of sound-attenuating material of the panels, and in that said sound-attenuating materials of the panels (10, 20, 20') and battens (15, 15') are a pre-pressed sound-attenuating foam material. comprising a plurality of interconnected panels (10, 20, 20'), a plurality of battens (15, 15') and an additional sound-attenuating player, the panels having a groove around their edges, the spaces produced by the corresponding grooves at contacting edges of adjacent panels in use being occupied by battens (15, 15'), the panels (10, 20, 20') having a sandwich-type structure in which a layer of sound-attenuating material is positioned between the two main faces of the panel and there being dimensional interference between battens and panels, the chamber having, on its internal face, an additional sound-attenuating layer, characterised in that the sound-attenuating material of the panels is a foam-like material, in that each batten (15, 15') has an intermediate layer of sound-attenuating foam material, in that the thickness of the layer of sound-attenuating foam material of each batten is significantly less than the thickness of said layer of sound-attenuating material of the panels, and in that said sound-attenuating materials of the panels (10, 20, 20') and battens (15, 15') are a pre-pressed sound-attenuating foam material.
Illumination device for a motor vehicle, comprising a light guide for guidance by the total internal reflection of light from two light sources (2, 3) along a light propagation axis, wherein the light from one light source is able to be coupled in at a coupling-in face on one end face of the light guide the light from the other light source is able to be coupled in at another coupling-in face on another end face of the light guide, having a coupling-out face arranged along the light propagation axis for coupling out light emerging from the light guide at an exit face arranged along the light propagation axis accompanied by cancellation of the total internal reflection condition, and a control device for the light sources (2, 3) for modifying the brightness on the basis of a ramp and/or step profile, characterized in that the light guide is designed in such a way that the light intensity distribution (LV1, LV2) of the light of at least one light source (2, 3) that emerges at the exit face has a gradient in the propagation direction of the light from the at least one light source (2, 3), and the control device is provided for the light sources (2, 3) in such a way that the light sources (2, 3) are activated in a prescribed switch-on time interval when the illumination device is switched on, and in this case the brightness of at least one light source (2, 3) is modified on the basis of the ramp and/or step profile until a prescribed brightness value is reached, such that the photometric centroid of the overall light distribution resulting at the exit face from the light intensity distributions (LV1, LV2) of the two light sources (2, 3) travels along the light propagation axis to one of the coupling-in faces (4, 5) in the prescribed switch-on time interval; the light guide has two separate light guide sections (101, 102) adjoining one another via adjacent end faces (8, 9), wherein the coupling-in faces (3, 4) are situated at end faces of the light guide sections (101, 102) that are arranged at a distance from one another; the light intensity distribution of the light of one light source that emerges at the exit face, decreases in the corresponding light guide section with increasing distance from the coupling-in face of the light source, and the light intensity distribution of the light of the other light source that emerges at the exit face increases in the corresponding light guide section with increasing distance from the coupling-in face of the other light source; the control device for the light sources (2, 3) is designed in such a way that the overall light distribution at the end of the switch-on time interval has a continuous profile over the adjacent end faces (8, 9).
A train control device comprising: a slip/skid detection unit that computes train jerk based on axle rotational speed from a rotary velocity sensor and decides that a train is placed in a wheel slip or skid state if an absolute value of the train jerk is equal to or more than a slip/skid decision threshold; and a train control unit that is connected with the slip/skid detection unit and calculates train control velocity for use in processing to control the train, characterized by, unless the train is placed in a wheel slip or skid state, the slip/skid detection unit is configured to decide that a wheel slip or skid state of the train has begun to occur upon elapse of a certain period of time after an absolute value of the train jerk has become equal to or more than the slip/skid decision threshold, and the absolute value of the train jerk stayed equal to or more than the slip/skid decision threshold for this certain period of time, and wherein switching of whether or not to apply the elapse of the certain period of time to deciding whether the wheel slip or skid state of the train has begun to occur or has terminated is performed depending on magnitude of axle rotational speed from the rotary velocity sensor. a slip/skid detection unit that computes train jerk based on axle rotational speed from a rotary velocity sensor and decides that a train is placed in a wheel slip or skid state if an absolute value of the train jerk is equal to or more than a slip/skid decision threshold; and a train control unit that is connected with the slip/skid detection unit and calculates train control velocity for use in processing to control the train, characterized by, unless the train is placed in a wheel slip or skid state, the slip/skid detection unit is configured to decide that a wheel slip or skid state of the train has begun to occur upon elapse of a certain period of time after an absolute value of the train jerk has become equal to or more than the slip/skid decision threshold, and the absolute value of the train jerk stayed equal to or more than the slip/skid decision threshold for this certain period of time, and wherein switching of whether or not to apply the elapse of the certain period of time to deciding whether the wheel slip or skid state of the train has begun to occur or has terminated is performed depending on magnitude of axle rotational speed from the rotary velocity sensor.
Method for manufacturing a coated plastic panel for a household appliance, comprising the steps: (a) providing a plastic body made of an at least partially transparent plastic, wherein the plastic body is a flat or bent plastic plate; (b) applying a light-blocking first coating layer to a surface of the plastic body; (c) applying a second coating layer to the light-blocking first coating layer from step (b), wherein the second coating layer is more permeable to light than the first coating layer; and (d) removing the second coating layer within a coated partial surface Tc of the surface with the aid of infrared laser radiation, wherein following step (a) a step applying a coloured plastic film to an uncoated partial surface T F of the surface of the plastic body; is carried out, wherein following step (a) or a step; applying a covering film, wherein the covering film contains a transfer film and has a side contour on an uncoated partial surface T K of the surface of the plastic body; and temporally after step (c) the steps and; removing the first coating layer applied in steps (b) and (c) and second coating layer along the side contour with the aid of IR laser radiation; and peeling off the transfer film; are carried out, wherein the covering film and/or the coloured plastic film contain sensor elements. (a) providing a plastic body made of an at least partially transparent plastic, wherein the plastic body is a flat or bent plastic plate; (b) applying a light-blocking first coating layer to a surface of the plastic body; (c) applying a second coating layer to the light-blocking first coating layer from step (b), wherein the second coating layer is more permeable to light than the first coating layer; and (d) removing the second coating layer within a coated partial surface Tc of the surface with the aid of infrared laser radiation, wherein following step (a) a step applying a coloured plastic film to an uncoated partial surface T F of the surface of the plastic body; is carried out, wherein following step (a) or a step; applying a covering film, wherein the covering film contains a transfer film and has a side contour on an uncoated partial surface T K of the surface of the plastic body; and temporally after step (c) the steps and; removing the first coating layer applied in steps (b) and (c) and second coating layer along the side contour with the aid of IR laser radiation; and peeling off the transfer film; applying a coloured plastic film to an uncoated partial surface T F of the surface of the plastic body; is carried out, wherein following step (a) or a step; applying a covering film, wherein the covering film contains a transfer film and has a side contour on an uncoated partial surface T K of the surface of the plastic body; and temporally after step (c) the steps and; removing the first coating layer applied in steps (b) and (c) and second coating layer along the side contour with the aid of IR laser radiation; and peeling off the transfer film;
An image processing apparatus comprising: an acquirer configured to acquire a captured image captured by each one of at least six imagers (CamO, Cam1, Cam2, Cam3, Cam4, Cam5, Cam6, Cam7) each including an imaging element (21 0, 21 2) configured to receive light incident through a lens (24 0), the imagers being arranged at a casing (10a, 10b, 10c, 10d, 10e, 10f) such that each one of the imagers and another one of the imagers have optical axes substantially parallel to each other and have opposite incident directions of light on the optical axes, and each one of the imagers is arranged outside imageable ranges of the other imagers; and an image processor configured to generate a spherical distance image based on the captured images acquired from all the imagers arranged at the casing, wherein the captured images in each three-dimensional direction are captured with at least three imagers among the at least six imagers. an acquirer configured to acquire a captured image captured by each one of at least six imagers (CamO, Cam1, Cam2, Cam3, Cam4, Cam5, Cam6, Cam7) each including an imaging element (21 0, 21 2) configured to receive light incident through a lens (24 0), the imagers being arranged at a casing (10a, 10b, 10c, 10d, 10e, 10f) such that each one of the imagers and another one of the imagers have optical axes substantially parallel to each other and have opposite incident directions of light on the optical axes, and each one of the imagers is arranged outside imageable ranges of the other imagers; and an image processor configured to generate a spherical distance image based on the captured images acquired from all the imagers arranged at the casing, wherein the captured images in each three-dimensional direction are captured with at least three imagers among the at least six imagers.
An implantable prosthetic valve comprising: an annular frame having an inflow end, an outflow end and a central longitudinal axis extending from the inflow end to the outflow end; and a valvular structure including two or more leaflets, each of the two or more leaflets having a leaflet inflow edge positioned at least partially outside of the frame and a leaflet outflow edge positioned within the frame, wherein at least a portion of each of the leaflet inflow edges is unsupported by the frame; further comprising an inner skirt, wherein a first portion of the inner skirt extends circumferentially around the central longitudinal axis along an inner surface of the frame and a second portion of the inner skirt extends circumferentially around the central longitudinal axis outside of the frame; wherein the portions of the leaflet inflow edges unsupported by the frame are connected to the second portion of the inner skirt. an annular frame having an inflow end, an outflow end and a central longitudinal axis extending from the inflow end to the outflow end; and a valvular structure including two or more leaflets, each of the two or more leaflets having a leaflet inflow edge positioned at least partially outside of the frame and a leaflet outflow edge positioned within the frame, wherein at least a portion of each of the leaflet inflow edges is unsupported by the frame; further comprising an inner skirt, wherein a first portion of the inner skirt extends circumferentially around the central longitudinal axis along an inner surface of the frame and a second portion of the inner skirt extends circumferentially around the central longitudinal axis outside of the frame; wherein the portions of the leaflet inflow edges unsupported by the frame are connected to the second portion of the inner skirt.
A disposable absorbent article comprising: a chassis including a topsheet and a backsheet; and a substantially cellulose free absorbent core located between the topsheet and the backsheet and including: first and second absorbent layers, the first absorbent layer including a first substrate and the second absorbent layer including a second substrate; absorbent particulate polymer material deposited on said first and second substrates; and thermoplastic adhesive material covering the absorbent particulate polymer material on the respective first and second substrates, said first and second absorbent layers combined together such that at least a portion of said thermoplastic adhesive material of said first absorbent layer contacts at least a portion of the thermoplastic adhesive material of said second absorbent layer, the absorbent particulate polymer material is disposed between the first and second substrates in an absorbent particulate polymer material area, wherein the absorbent particulate polymer material is deposited on the first and second substrates in respective patterns of land areas and junction areas between the land areas such that the absorbent particulate polymer material is discontinuously distributed on the first and second substrates, and the first and second absorbent layers are combined together such the respective patterns of absorbent particulate polymer material are offset from one another, and characterized in that the absorbent particulate polymer material is substantially continuously distributed across the absorbent particulate polymer material area, and that the absorbent particulate polymer material has a saline flow conductivity greater than 100 x 10 -7 cm 3 ●sec/g, or greater than 70 x 10 -7 cm 3 ●sec/g and a centrifuge retention capacity of greater than 20 g/g, or greater than 25 g/g. a chassis including a topsheet and a backsheet; and a substantially cellulose free absorbent core located between the topsheet and the backsheet and including: first and second absorbent layers, the first absorbent layer including a first substrate and the second absorbent layer including a second substrate; absorbent particulate polymer material deposited on said first and second substrates; and thermoplastic adhesive material covering the absorbent particulate polymer material on the respective first and second substrates, first and second absorbent layers, the first absorbent layer including a first substrate and the second absorbent layer including a second substrate; absorbent particulate polymer material deposited on said first and second substrates; and thermoplastic adhesive material covering the absorbent particulate polymer material on the respective first and second substrates,
Use of a device for adjusting an object, comprising: a rotatably mounted pressure spindle; a torque motor with a stator and a rotor for rotating the pressure spindle, wherein the stator is constructed in the form of at least one electromagnetic coil and is mounted in stationary location; a pressure nut, which is arranged in stationary location and which is disposed in rotationally coupled engagement with the pressure spindle by way of a thread in order to generate an axial movement of the pressure spindle in the case of rotation thereof and to generate and transmit an axial adjusting force to the object; wherein the torque motor is constructed as an internal runner, wherein the rotor rotates in the stator; the rotor of the torque motor is constructed in the form of a rotatably mounted splined hub and the motor-side end of the pressure spindle is constructed in the form of a splined shaft which is pushed into the splined hub and for rotation of the pressure spindle is disposed in rotationally coupled engagement with the splined hub; characterised in that the device is used for adjusting a roll as the object in a roll stand for the rolling of metallic rolling material. a rotatably mounted pressure spindle; a torque motor with a stator and a rotor for rotating the pressure spindle, wherein the stator is constructed in the form of at least one electromagnetic coil and is mounted in stationary location; a pressure nut, which is arranged in stationary location and which is disposed in rotationally coupled engagement with the pressure spindle by way of a thread in order to generate an axial movement of the pressure spindle in the case of rotation thereof and to generate and transmit an axial adjusting force to the object; wherein the torque motor is constructed as an internal runner, wherein the rotor rotates in the stator; the rotor of the torque motor is constructed in the form of a rotatably mounted splined hub and the motor-side end of the pressure spindle is constructed in the form of a splined shaft which is pushed into the splined hub and for rotation of the pressure spindle is disposed in rotationally coupled engagement with the splined hub; characterised in that the device is used for adjusting a roll as the object in a roll stand for the rolling of metallic rolling material.
A method for monitoring and managing an Automated Driving System, ADS, of a plurality of ground vehicles, each ADS comprising a scenario identifier module configured to monitor scenarios in a surrounding environment of each corresponding ground vehicle, wherein each ADS is associated with a statistical model indicative of a statistical distribution related to a plurality of scenarios detectable by means of the scenario identifier module of each ADS, the method comprising: obtaining data from each of the plurality of ground vehicles, the data being indicative of: a set of locally updated model parameters of the statistical model, the locally updated model parameters being indicative of a statistical distribution associated with a detected scenario; updating the statistical model based on the obtained data; transmitting data indicative of the updated statistical model to the plurality of ground vehicles. obtaining data from each of the plurality of ground vehicles, the data being indicative of: a set of locally updated model parameters of the statistical model, the locally updated model parameters being indicative of a statistical distribution associated with a detected scenario; updating the statistical model based on the obtained data; transmitting data indicative of the updated statistical model to the plurality of ground vehicles.