mhurhangee/ep-ind-claims huggingface dataset:
A tank for an automobile vehicle intended to contain a cryogenic fluid, such as liquefied natural gas, comprising: - a cryogenic fluid storage container, the container comprising an inner reinforcing structure, and - an outer protective shell disposed around said container, the container and said outer shell each having generally a substantially parallelepipedal shape, said tank being characterised in that said inner reinforcing structure comprises: - corner reinforcing plates attached to the inner wall of said container and each connecting two adjacent inner faces of said container, - reinforcing rails attached in the centre of each of the four inner longitudinal walls of the container and extending along the longitudinal axis (Ax) of said tank, - a reinforcing framework disposed along the longitudinal axis (Ax) of said tank, and - means for securing said reinforcing framework to each of the reinforcing rails, said securing means being disposed inside said reinforcing rails. - a cryogenic fluid storage container, the container comprising an inner reinforcing structure, and - an outer protective shell disposed around said container, the container and said outer shell each having generally a substantially parallelepipedal shape, said tank being characterised in that said inner reinforcing structure comprises: - corner reinforcing plates attached to the inner wall of said container and each connecting two adjacent inner faces of said container, - reinforcing rails attached in the centre of each of the four inner longitudinal walls of the container and extending along the longitudinal axis (Ax) of said tank, - a reinforcing framework disposed along the longitudinal axis (Ax) of said tank, and - means for securing said reinforcing framework to each of the reinforcing rails, said securing means being disposed inside said reinforcing rails. - corner reinforcing plates attached to the inner wall of said container and each connecting two adjacent inner faces of said container, - reinforcing rails attached in the centre of each of the four inner longitudinal walls of the container and extending along the longitudinal axis (Ax) of said tank, - a reinforcing framework disposed along the longitudinal axis (Ax) of said tank, and - means for securing said reinforcing framework to each of the reinforcing rails, said securing means being disposed inside said reinforcing rails.
An insulation panel for fitting between joining profiles in a framework of an insulating building system for an external building structure, said insulation panel being a mineral wool panel which comprises substantially parallel first and second main surfaces with substantially parallel, oppositely situated first and second profile contact sides and substantially parallel, oppositely situated third and fourth sides between said main surfaces, wherein said first and second profile contact sides are provided with a longitudinal slit substantially parallel to the first main surface in a predetermined distance therefrom so that said first and second profile contact sides are provided with a profile abutment portion and a profile covering portion, wherein the profile covering portion on the side of the insulation panel comprises a compressible flex zone, characterized in that the flex zone is made less rigid than the rest of the panel by compression during manufacture, in the portion extending beyond the abutment portion, thereby made flexible in that zone in order to secure a tight panel to panel fit around a joining profile for obtaining better thermal insulation; and wherein the insulation panel is load-bearing and made of mineral fibre wool material with a density between 60-100 kg/m 3 and in that the insulation panel has a compression elasticity modulus of at least 500 kPa when measured parallel to the width of said insulation panel.
A combination of two interconnected shafts (16, 17) for high-speed rotors of high-speed motors and generators used in micro gas turbines, of which one shaft has a hollow end part having a butt end with an end surface, and the other shaft has an end part with a reduced cross section that is inserted into the hollow end part and has a step between the end part and the rest of the shaft, which step has a surface that is in contact with the end surface of the butt end, wherein the inner surface of the hollow end part is connected to the outer surface of the end part with a reduced cross section by connection means, thereby forming a shaft-to-shaft interface, characterized in that the end surface of the butt end and the surface of the step are inclined towards the interface, wherein the end surface of the step has an inverse conical shape.
An information processing apparatus for use in a collision avoidance system, the information processing apparatus comprising: a detection unit configured to detect a target object from an input image by use of an image analysis technology, wherein the target object is a pedestrian or a two-wheeled vehicle and a rider thereof; an estimation unit configured to estimate a posture of the detected target object by use of skeleton estimation on the basis of positions of a framework of the detected target object, wherein the framework is expressed by barycenter points of parts of the detected target object, lines connecting the barycenter points and a head portion of the detected target object; and a judgment unit configured to judge a possibility of the target object slipping on the basis of the estimated posture by calculating a barycenter related to the target object and a contact point of the target object with a road surface on the basis of the estimated posture and judging the possibility of a slip on the basis of an angle between a straight line connecting the feature point and the contact point and the road surface. a detection unit configured to detect a target object from an input image by use of an image analysis technology, wherein the target object is a pedestrian or a two-wheeled vehicle and a rider thereof; an estimation unit configured to estimate a posture of the detected target object by use of skeleton estimation on the basis of positions of a framework of the detected target object, wherein the framework is expressed by barycenter points of parts of the detected target object, lines connecting the barycenter points and a head portion of the detected target object; and a judgment unit configured to judge a possibility of the target object slipping on the basis of the estimated posture by calculating a barycenter related to the target object and a contact point of the target object with a road surface on the basis of the estimated posture and judging the possibility of a slip on the basis of an angle between a straight line connecting the feature point and the contact point and the road surface.
A process for the polymerisation of monomer selected from ethylene and propylene in a reaction system comprising at least three reactors operated in series, which process comprises (a) polymerising monomer in a first reactor, said first reactor having a volume of at least 50m 3, to produce a first polymer, (b) passing the first polymer to a second reactor and polymerising monomer in the second reactor to produce a second polymer comprising the first polymer and polymer produced in the second reactor, (c) passing the second polymer to a third reactor and polymerising monomer in the third reactor to produce a third polymer comprising the second polymer and polymer produced in the third reactor, wherein the polymerisations are performed such that at least 30wt% of the total mass of the third polymer is produced in each of the first and third reactors and between 0.01 and 5wt% of the total mass of the third polymer is polymer produced in the second reactor. (a) polymerising monomer in a first reactor, said first reactor having a volume of at least 50m 3, to produce a first polymer, (b) passing the first polymer to a second reactor and polymerising monomer in the second reactor to produce a second polymer comprising the first polymer and polymer produced in the second reactor, (c) passing the second polymer to a third reactor and polymerising monomer in the third reactor to produce a third polymer comprising the second polymer and polymer produced in the third reactor,
A gearbox assembly comprising: a first face gear driveable about a face gear axis in a first direction by at least one first pinion gear; a second face gear driveable about the face gear axis in a second direction opposite the first direction by at least one second pinion gear; wherein the first face gear is configured to drive rotation of a first shaft in the first direction and the second face gear is configured to drive rotation of a second shaft in the second direction characterized by a common thrust bearing disposed between the first face gear and the second face gear to allow counter-rotation of the first face gear and the second face gear. a first face gear driveable about a face gear axis in a first direction by at least one first pinion gear; a second face gear driveable about the face gear axis in a second direction opposite the first direction by at least one second pinion gear; wherein the first face gear is configured to drive rotation of a first shaft in the first direction and the second face gear is configured to drive rotation of a second shaft in the second direction characterized by a common thrust bearing disposed between the first face gear and the second face gear to allow counter-rotation of the first face gear and the second face gear.
A rigid axle as non-driven rear axle of a motor vehicle, comprising an axle body which is guided relative to the vehicle body exclusively by four rod links (3l, 3r, 4l, 4r) that are rubber-mounted at least on the vehicle-body side and which connects the wheel carriers of the two wheels, wherein two rod links (3l, 4l, 3r, 4r), which are arranged in an arrow-shaped manner pointing outwardly from the vehicle longitudinal axis and which are preferably oriented towards the vehicle centre, are arranged on each vehicle side such that the rod links (3l, 3r) hinged to the axle body or wheel carrier above the wheel centre run towards the front in the driving direction, characterised in that the rod links (4l, 4r) hinged to the axle body or wheel carrier below the wheel centre run towards the rear against the driving direction, and in that the vehicle-body-side rubber mountings of the rod links (3, 3r) running towards the front are softer than the vehicle-body-side rubber mountings of the rod links (4l, 4r) running towards the rear, wherein a negative camber is set in the installed position and the stiffness characteristics of the vehicle-body-side rubber mountings have a progressive course, with an above-proportional increase in stiffness with increasing deformation.
A method of detecting boundaries within a stratified substance in an aircraft fuel tank comprising the steps of: providing a capacitive fuel probe comprising a plurality of discrete capacitive sections, immersing the capacitive fuel probe in a stratified substance (214, 216, 218) in an aircraft fuel tank, sequentially measuring the capacitance of each of the plurality of discrete capacitive sections at predetermined time intervals (t) to create a time-domain output signal, detecting a change in the time-domain output signal, calculating the location of a boundary along the fuel probe within the stratified substance based on the time of the change (Tw) in the time-domain output signal, and, characterised by: providing a first reference capacitor at a known position on the capacitive fuel probe, the reference capacitor having a capacitance outside of the expected capacitive range of each element of the stratified substance, and, detecting the first reference capacitor by detecting the capacitance outside of the expected capacitive range of the stratified substance, in which the location of the boundary (Tw) is calculated by determining the time between the detection of the reference capacitor and the detection of the change in capacitance in the time-domain output signal. providing a capacitive fuel probe comprising a plurality of discrete capacitive sections, immersing the capacitive fuel probe in a stratified substance (214, 216, 218) in an aircraft fuel tank, sequentially measuring the capacitance of each of the plurality of discrete capacitive sections at predetermined time intervals (t) to create a time-domain output signal, detecting a change in the time-domain output signal, calculating the location of a boundary along the fuel probe within the stratified substance based on the time of the change (Tw) in the time-domain output signal, and, characterised by: providing a first reference capacitor at a known position on the capacitive fuel probe, the reference capacitor having a capacitance outside of the expected capacitive range of each element of the stratified substance, and, detecting the first reference capacitor by detecting the capacitance outside of the expected capacitive range of the stratified substance, in which the location of the boundary (Tw) is calculated by determining the time between the detection of the reference capacitor and the detection of the change in capacitance in the time-domain output signal. providing a first reference capacitor at a known position on the capacitive fuel probe, the reference capacitor having a capacitance outside of the expected capacitive range of each element of the stratified substance, and, detecting the first reference capacitor by detecting the capacitance outside of the expected capacitive range of the stratified substance, in which the location of the boundary (Tw) is calculated by determining the time between the detection of the reference capacitor and the detection of the change in capacitance in the time-domain output signal.
A terminal comprising: a touch screen; and a control unit configured to: control at least one touch-available icon to appear on the touch screen in a first direction of a first touch-drag on the touch screen, when one of the at least one touch-available icon is touched, execute a specific function such that an execution image related to the executed specific function is displayed on the touch screen, receive a message while the specific function is being executed, characterized in that the control unit is further configured to: display a message reception indicator together with the execution image on the touch screen when the message is received, receive a second touch-drag in a second direction on the touch screen after the message reception indicator is displayed, control a message window for the received message to appear on the touch screen such that the execution image and the message reception indicator are no longer displayed on the touchscreen, the message window displaying content of the received message and sender information of the received message, receive a third touch-drag in a third direction opposite to the second direction on the touch screen, and control the message window for the received message to completely disappear from the touch screen to reveal the execution image according to the second vertical direction. a touch screen; and a control unit configured to: control at least one touch-available icon to appear on the touch screen in a first direction of a first touch-drag on the touch screen, when one of the at least one touch-available icon is touched, execute a specific function such that an execution image related to the executed specific function is displayed on the touch screen, receive a message while the specific function is being executed, control at least one touch-available icon to appear on the touch screen in a first direction of a first touch-drag on the touch screen, when one of the at least one touch-available icon is touched, execute a specific function such that an execution image related to the executed specific function is displayed on the touch screen, receive a message while the specific function is being executed, display a message reception indicator together with the execution image on the touch screen when the message is received, receive a second touch-drag in a second direction on the touch screen after the message reception indicator is displayed, control a message window for the received message to appear on the touch screen such that the execution image and the message reception indicator are no longer displayed on the touchscreen, the message window displaying content of the received message and sender information of the received message, receive a third touch-drag in a third direction opposite to the second direction on the touch screen, and control the message window for the received message to completely disappear from the touch screen to reveal the execution image according to the second vertical direction.
A method of producing an image on non-porous media, comprising: inkjet printing a fixer fluid on the non-porous media, wherein the non-porous media has a surface energy lower than 40 dynes/cm, the fixer fluid comprising: a liquid vehicle including water and co-solvent having a boiling point from 160°C to 250°C, the co-solvent present in the fixer fluid in an amount of 5 wt% to 40 wt%, a surfactant, the surfactant present in the fixer fluid in an amount of 0.1 wt% to 10 wt%, and a cationic polymer, the cationic polymer present in the fixer fluid in an amount of 0.1 wt% to 25 wt%, wherein the fixer fluid does not include more than 5 wt% volatile co-solvent and more than 3 wt% non-volatile co-solvent; wherein a non-volatile solvent is an organic solvent that has a boiling point above 250°C and a volatile solvent is an organic solvent that has a boiling point of less than 160°C; and inkjet printing an ink on the fixer fluid, the ink comprising an anionic pigment dispersion and a latex. inkjet printing a fixer fluid on the non-porous media, wherein the non-porous media has a surface energy lower than 40 dynes/cm, the fixer fluid comprising: a liquid vehicle including water and co-solvent having a boiling point from 160°C to 250°C, the co-solvent present in the fixer fluid in an amount of 5 wt% to 40 wt%, a surfactant, the surfactant present in the fixer fluid in an amount of 0.1 wt% to 10 wt%, and a cationic polymer, the cationic polymer present in the fixer fluid in an amount of 0.1 wt% to 25 wt%, wherein the fixer fluid does not include more than 5 wt% volatile co-solvent and more than 3 wt% non-volatile co-solvent; wherein a non-volatile solvent is an organic solvent that has a boiling point above 250°C and a volatile solvent is an organic solvent that has a boiling point of less than 160°C; and a liquid vehicle including water and co-solvent having a boiling point from 160°C to 250°C, the co-solvent present in the fixer fluid in an amount of 5 wt% to 40 wt%, a surfactant, the surfactant present in the fixer fluid in an amount of 0.1 wt% to 10 wt%, and a cationic polymer, the cationic polymer present in the fixer fluid in an amount of 0.1 wt% to 25 wt%, wherein the fixer fluid does not include more than 5 wt% volatile co-solvent and more than 3 wt% non-volatile co-solvent; wherein a non-volatile solvent is an organic solvent that has a boiling point above 250°C and a volatile solvent is an organic solvent that has a boiling point of less than 160°C; and inkjet printing an ink on the fixer fluid, the ink comprising an anionic pigment dispersion and a latex.
Method for managing at least one communication between a first and at least one second communication equipment (U1, U2) used on separate communication networks (R1, R2), respectively, and managed by a first communication management device and at least one second communication management device, respectively, characterized in that said method comprises the following steps implemented by said first communication management device: - obtaining at least one risk indicator (INC R) indicating the risk of the confidentiality of data associated with said at least one communication being breached, the risk of the confidentiality being breached arising from the second communication management device; - transmitting said at least one risk indicator to said first communication equipment. - obtaining at least one risk indicator (INC R) indicating the risk of the confidentiality of data associated with said at least one communication being breached, the risk of the confidentiality being breached arising from the second communication management device; - transmitting said at least one risk indicator to said first communication equipment.
Stator core assembly, comprising a stator core, insulating paper and insulation frame, wherein both sides of the said stator core are each formed with a recess, a said insulating paper being provided in each said recess, a said insulation frame being provided at both ends of the said stator core and of the said insulating paper in each case, characterized in that at least one insertion opening is provided at the end part of the said stator core, a fastening pin which corresponds to the said insertion opening being provided on the inside of the said insulation frame, wherein a bending part is formed at the second end of each said insulating paper, wherein the outside of the central part of the insulation frame, which is associated with the said second end, forms a channel, wherein the bending part is arranged in the channel, and wherein a chock is inserted into the said channel and presses against the said bending part.
A control unit for a robot, the control unit being adapted to be arranged between a base of the robot and a structure to which the robot is to be fastened, the control unit comprising: - a bottom plate and an optional sidewall, wherein the bottom plate is adapted to abut the structure, the bottom plate and optionally the sidewall forming an inner surface of the control unit, - a control circuit comprising a processing unit having a heat dissipating surface, characterized in that the control circuit is arranged with the heat dissipating surface of the processing unit abutting the inner surface of the control unit. - a bottom plate and an optional sidewall, wherein the bottom plate is adapted to abut the structure, the bottom plate and optionally the sidewall forming an inner surface of the control unit, - a control circuit comprising a processing unit having a heat dissipating surface,
Mechanical change of state indicator device for a semi-instantaneous or instantaneous display mechanism by jumps of a given magnitude driven by a drive element of a movement or a timepiece, wherein for the display of a transition between two stable display states of said given magnitude said device comprises a change of state display indicator which is movable, close to the display zone of said given magnitude in relation to a supplementary change of state display, and in that said indicator is driven indirectly and discontinuously by said drive element against elastic return means that said device comprises, characterised in that said device comprises a driving pinion fitted to be driven directly or indirectly by a said drive element, wherein said driving pinion drives a star wheel in a discontinuous manner in order to control a pivoting movement of said star wheel to control each jump of said semi-instantaneous or instantaneous display mechanism against a jumper applied against said star wheel by said elastic return means and said jumper is formed by a beak of a lever controlling a pivoting movement and a return to position of said indicator each time said beak passes between two successive tooth spaces that said star wheel comprises by means of a tooth located between said spaces, said lever comprising a first support arm of said beak and a second support arm of said indicator or controlling the displacement of said indicator.