mhurhangee/ep-ind-claims huggingface dataset:
A vehicle comprising a front pillar, a front windshield glass and an airbag device, said airbag device comprising: an airbag stored folded between the front pillar and the front windshield glass; an inflator for supplying gas to the airbag to deploy the airbag; a garnish covering the airbag and openable by a deploying force of the airbag; a front connection section connecting a front side part, adjacent to the front pillar, of a front end portion of the airbag to the front pillar; a rear connection section connecting a rear side part, adjacent to the front pillar, of a rear end portion of the airbag to the front pillar; and a middle connection section connecting a middle lower part of the airbag to the front pillar, wherein the front connection section and the rear connection section prevent the airbag from buckling toward the front windshield glass when an obstacle has collided against the airbag following deployment of the airbag, and the middle connection section prevents the airbag from protruding toward the front windshield glass at an initial stage of deployment of the airbag, characterized in that the airbag is folded in half along a straight line interconnecting respective middle points, in a vehicle width direction, of the front end portion and the rear end portion of the airbag in such a manner that the middle lower part is located on an outer side of the airbag, and the airbag is also folded in an accordion configuration in such a manner that the middle lower part of the airbag folded in half is located on a lower side of the airbag. an airbag stored folded between the front pillar and the front windshield glass; an inflator for supplying gas to the airbag to deploy the airbag; a garnish covering the airbag and openable by a deploying force of the airbag; a front connection section connecting a front side part, adjacent to the front pillar, of a front end portion of the airbag to the front pillar; a rear connection section connecting a rear side part, adjacent to the front pillar, of a rear end portion of the airbag to the front pillar; and a middle connection section connecting a middle lower part of the airbag to the front pillar, wherein the front connection section and the rear connection section prevent the airbag from buckling toward the front windshield glass when an obstacle has collided against the airbag following deployment of the airbag, and the middle connection section prevents the airbag from protruding toward the front windshield glass at an initial stage of deployment of the airbag, characterized in that the airbag is folded in half along a straight line interconnecting respective middle points, in a vehicle width direction, of the front end portion and the rear end portion of the airbag in such a manner that the middle lower part is located on an outer side of the airbag, and the airbag is also folded in an accordion configuration in such a manner that the middle lower part of the airbag folded in half is located on a lower side of the airbag.
A method of anti-fouling of a protected surface, comprising, while the protected surface is at least partially submersed in a liquid environment: - providing an anti-fouling light, - providing a direct-lit optical medium (5, 105(a), 105(b), 205, 302) to the protected surface, the optical medium (5, 105(a), 105(b), 205, 302) having an emission surface (23, 304), and - emitting the anti-fouling light from the emission surface (23, 304) of the optical medium (5, 105(a), 105(b), 205, 302) in a direction away from the protected surface. - providing an anti-fouling light, - providing a direct-lit optical medium (5, 105(a), 105(b), 205, 302) to the protected surface, the optical medium (5, 105(a), 105(b), 205, 302) having an emission surface (23, 304), and - emitting the anti-fouling light from the emission surface (23, 304) of the optical medium (5, 105(a), 105(b), 205, 302) in a direction away from the protected surface.
Polyurea systems comprising A) amino-functional aspartic esters of the general formula where X is an n-valent organic radical obtained by removal of the primary amino groups of an n-valent amine, R 1, R 2 are the same or different organic radicals devoid of any Zerevitinov-active hydrogen and n is an integer of at least 2 and B) isocyanate-functional prepolymers having residual monomer contents of less than 1% by weight obtainable by reaction of B1) aliphatic isocyanates with B2) a polyol component having number average molecular weights of ≥ 400 g/mol and average OH functionalities of 2 to 6 which contains polyester-polyether polyols and optionally polyester polyols and/or polyether polyols and C) optionally organic fillers having a DIN 53019 viscosity at 23°C in the range from 10 to 6000 mPas, and D) optionally reaction products of isocyanate-functional prepolymers as per the definition of component B) with aspartic esters as per component A) and/or organic fillers as per C). A) amino-functional aspartic esters of the general formula where X is an n-valent organic radical obtained by removal of the primary amino groups of an n-valent amine, R 1, R 2 are the same or different organic radicals devoid of any Zerevitinov-active hydrogen and n is an integer of at least 2 and X is an n-valent organic radical obtained by removal of the primary amino groups of an n-valent amine, R 1, R 2 are the same or different organic radicals devoid of any Zerevitinov-active hydrogen and n is an integer of at least 2 B) isocyanate-functional prepolymers having residual monomer contents of less than 1% by weight obtainable by reaction of B1) aliphatic isocyanates with B2) a polyol component having number average molecular weights of ≥ 400 g/mol and average OH functionalities of 2 to 6 which contains polyester-polyether polyols and optionally polyester polyols and/or polyether polyols and B1) aliphatic isocyanates with B2) a polyol component having number average molecular weights of ≥ 400 g/mol and average OH functionalities of 2 to 6 which contains polyester-polyether polyols and optionally polyester polyols and/or polyether polyols C) optionally organic fillers having a DIN 53019 viscosity at 23°C in the range from 10 to 6000 mPas, and D) optionally reaction products of isocyanate-functional prepolymers as per the definition of component B) with aspartic esters as per component A) and/or organic fillers as per C).
A carriage body of a railway carriage, in particular of a passenger carriage, comprising a coupling adapter extending in the longitudinal direction of the carriage body for coupling the carriage body to a towing device, wherein the coupling adapter comprises a buffer flange, a longitudinally extending insertion carrier and a longitudinally at an angle to the insertion carrier extending support carrier, the buffer-side ends (4', 5') thereof being at a greater distance from one another than the carriage-side ends (4", 5") thereof, characterised - in that a connecting part is provided which connects the carriage-side ends (4", 5") of the insertion carrier and the support carrier to the carriage body, - and in that the connecting part is arranged above a wheelset axle, in particular above a rotary axle of a bogie, of the carriage body and extends in the longitudinal direction of the carriage body at least to the wheelset axle, in particular at least to the rotary axle. - in that a connecting part is provided which connects the carriage-side ends (4", 5") of the insertion carrier and the support carrier to the carriage body, - and in that the connecting part is arranged above a wheelset axle, in particular above a rotary axle of a bogie, of the carriage body and extends in the longitudinal direction of the carriage body at least to the wheelset axle, in particular at least to the rotary axle.
Process for the melt preparation of a semi-crystalline copolyamide comprising at least one aliphatic block and at least one semi-aromatic block, said process comprising at least the following steps: - mixing at least one aliphatic polyamide and at least one semi-aromatic polyamide, said polyamides being terminated with functions that are capable of reacting together, - heating the mixture so that the polyamides are molten and a polycondensation reaction may take place between the polyamides, - recovering the copolyamide comprising at least one aliphatic block and at least one semi-aromatic block, said semi-aromatic polyamide consisting of - an aromatic diacid containing at least one function of the alcohol and/or sulfonate type, combined with only one diamine, or - an aromatic diamine containing at least one function of the alcohol and/or sulfonate type, combined with only one diacid; in which the mixture comprises a polycondensation catalyst, the duration of the polycondensation step is less than 10 minutes, the temperature at which the polycondensation reaction is performed is higher than the highest melting point of the polyamides present (Thm), and the blocks have a mean size of at least 3 repeating units, this mean size is measured by NMR as described in the description. - mixing at least one aliphatic polyamide and at least one semi-aromatic polyamide, said polyamides being terminated with functions that are capable of reacting together, - heating the mixture so that the polyamides are molten and a polycondensation reaction may take place between the polyamides, - recovering the copolyamide comprising at least one aliphatic block and at least one semi-aromatic block, - an aromatic diacid containing at least one function of the alcohol and/or sulfonate type, combined with only one diamine, or - an aromatic diamine containing at least one function of the alcohol and/or sulfonate type, combined with only one diacid;
System for supplying electrical energy, particularly in a vehicle, comprising: a metal air battery, particularly a lithium air battery, operated with ambient air, a single water remover for constantly removing water from the ambient air, comprising a water uptaking material, and a first module being adapted to redirect waste heat thermal energy of the metal air battery towards the water remover, wherein the water remover is adapted to utilize the waste heat thermal energy for its operation, wherein the water remover, particularly its water uptaking material, is adapted to be regenerated by thermal energy and wherein the water remover comprises a supporting structure on which the water uptaking material is loaded, and wherein the supporting structure is a wheel rotating with respect to a separating plate, the water uptaking material on one side of the separating plate being constantly regenerated while the water uptaking material on the other side of the separating plate constantly removing water. a metal air battery, particularly a lithium air battery, operated with ambient air, a single water remover for constantly removing water from the ambient air, comprising a water uptaking material, and a first module being adapted to redirect waste heat thermal energy of the metal air battery towards the water remover, wherein the water remover is adapted to utilize the waste heat thermal energy for its operation, wherein the water remover, particularly its water uptaking material, is adapted to be regenerated by thermal energy and wherein the water remover comprises a supporting structure on which the water uptaking material is loaded, and wherein the supporting structure is a wheel rotating with respect to a separating plate, the water uptaking material on one side of the separating plate being constantly regenerated while the water uptaking material on the other side of the separating plate constantly removing water.
An X-ray radiography device, the device comprising: an X-ray source including a plurality of X-ray emitting elements to emit X-rays to a target respectively; and an X-ray detector including a plurality of X-ray detecting elements to detect each of the X-rays transmitted through the target, characterized in that the plurality of X-ray emitting elements are arranged in an at least 2 x 2 pixel matrix on a first curved surface that covers at least three sides of the target, the plurality of X-ray detecting elements (121a, 121b) are arranged in an at least 2 x 2 pixel matrix on a second curved surface, and the first curved surface has an opening used as a path for an entrance of the target, the second curved surface has a radius smaller than the first curved surface and the second curved surface is adapted to move along the inside of the first curved surface. an X-ray source including a plurality of X-ray emitting elements to emit X-rays to a target respectively; and an X-ray detector including a plurality of X-ray detecting elements to detect each of the X-rays transmitted through the target, characterized in that the plurality of X-ray emitting elements are arranged in an at least 2 x 2 pixel matrix on a first curved surface that covers at least three sides of the target, the plurality of X-ray detecting elements (121a, 121b) are arranged in an at least 2 x 2 pixel matrix on a second curved surface, and the first curved surface has an opening used as a path for an entrance of the target, the second curved surface has a radius smaller than the first curved surface and the second curved surface is adapted to move along the inside of the first curved surface.
A base station comprising: a receiving antenna coupled to receive a backscatter signal from a backscattering tag (307A, 307B); a backscatter receiving module coupled to receive the backscatter signal, wherein the backscatter receiving module includes: a first decoding module configured to generate first data by decoding symbols encoded at a first frequency into the backscatter signal, wherein the symbols include a first subset and a second subset of symbols; and a second decoding module configured to output second data in response to data encoded at a second frequency into the backscatter signal, wherein the first data has a higher resolution than the second data, wherein the second decoding module is configured to generate a first state of the second data when the symbols are in the first subset for a length of time, and wherein the second module is configured to generate a second state of the second data when the symbols are in the second subset for the length of time, the second frequency being lower than the first frequency. a receiving antenna coupled to receive a backscatter signal from a backscattering tag (307A, 307B); a backscatter receiving module coupled to receive the backscatter signal, wherein the backscatter receiving module includes: a first decoding module configured to generate first data by decoding symbols encoded at a first frequency into the backscatter signal, wherein the symbols include a first subset and a second subset of symbols; and a second decoding module configured to output second data in response to data encoded at a second frequency into the backscatter signal, wherein the first data has a higher resolution than the second data, wherein the second decoding module is configured to generate a first state of the second data when the symbols are in the first subset for a length of time, and wherein the second module is configured to generate a second state of the second data when the symbols are in the second subset for the length of time, the second frequency being lower than the first frequency.
An intra-mode moulding foam molding device of a thermoplastic polymer particle, comprising a supercritical fluid delivery system, a mould pressing foaming system,, wherein the supercritical fluid delivery system is communicated with the mould pressing foaming system, characterized in that the device further comprising a preheating quantitative feeding system and a moving rail, the moving rail is arranged under the mould pressing foaming system and the preheating quantitative feeding system, the mould pressing foaming system is arranged on the moving rail, and the mould pressing foaming system and the preheating quantitative feeding system are connected through the moving rail, the preheating quantitative feeding system comprises a polymer particle preheating device, a quantitative feeding device and a temperature control device, adding polymer particles into a polymer particle preheating device to be preheated, regulating a preheating temperature through a temperature control device according to the added polymer particles, and then delivering the polymer particles into a quantitative feeding device.
A pleating device for screening a building opening against insects, having a pleated fabric that is folded several times and can be pulled out in the horizontal direction, a thread system for stabilising the pleated fabric and a guide rail that can be attached to or in the building opening, preferably as a downwardly open U-profile, and which receives the upper edge of the pleated fabric, wherein the upper edge of the pleated fabric is secured against displacement out of the guide rail by means of at least one securing element, wherein the securing element has a running body movable along the guide rail and a connecting piece attached to the upper edge of the pleated fabric, characterised in that the connecting piece is rotatably mounted on the running body about a vertical axis.
A system configured to produce a series of printed clips, the system including: a source of web material, wherein the web material is configured to pass through the system in a machine direction; a cutting station configured to cut a first portion of the web material into at least a first clip, the cutting station configured to index the first portion after cutting to sequentially cut a second portion of the web material into at least a second clip, wherein cut portions of the web material exit the cutting station in a free loop; a drive assembly (70, 72) configured to feed web material of the free loop through a printing station at a web speed; and the printing station configured to print indicia on a first surface (18f, 18b) of the cut portions of the web material. a source of web material, wherein the web material is configured to pass through the system in a machine direction; a cutting station configured to cut a first portion of the web material into at least a first clip, the cutting station configured to index the first portion after cutting to sequentially cut a second portion of the web material into at least a second clip, wherein cut portions of the web material exit the cutting station in a free loop; a drive assembly (70, 72) configured to feed web material of the free loop through a printing station at a web speed; and the printing station configured to print indicia on a first surface (18f, 18b) of the cut portions of the web material.
A cycle seat comprising: a seat section defining a support surface having a forward extension for a user to straddle and a rearward platform for supporting a user's backside; a rear support portion including: a proximal portion that extends substantially contiguously with the support surface in line with the forward end; and a distal portion that extends away from the rearward platform of the support surface for engaging the coccyx of a user and thereby restricting rearward motion of a user when sat on the support surface, wherein a maximum width of the rear support portion is less than the width of the rearward platform and characterised in that the rearward platform is formed from two opposing saddle sections, the two opposing saddle sections having therebetween an opening, and the proximal portion is arranged in the opening between the two opposing saddle sections 4, behind the forward extension, and the rear support portion has a curved midsection joining the distal portion to the proximal portion. a seat section defining a support surface having a forward extension for a user to straddle and a rearward platform for supporting a user's backside; a rear support portion including: a proximal portion that extends substantially contiguously with the support surface in line with the forward end; and a distal portion that extends away from the rearward platform of the support surface for engaging the coccyx of a user and thereby restricting rearward motion of a user when sat on the support surface, a proximal portion that extends substantially contiguously with the support surface in line with the forward end; and a distal portion that extends away from the rearward platform of the support surface for engaging the coccyx of a user and thereby restricting rearward motion of a user when sat on the support surface, wherein a maximum width of the rear support portion is less than the width of the rearward platform and characterised in that the rearward platform is formed from two opposing saddle sections, the two opposing saddle sections having therebetween an opening, and the proximal portion is arranged in the opening between the two opposing saddle sections 4, behind the forward extension, and the rear support portion has a curved midsection joining the distal portion to the proximal portion.
A method for compensating robot movement deviations caused by a gear box connected between a robot section and a motor controlling the movement of the robot section, the method comprising the steps of: - obtaining motor data ( q̇ r) of the motor; - obtaining motor torque data ( τ); - determining a measure of the temperature of the gear box based on the motor data ( q̇ r) and motor torque data ( τ); - estimating the drift (Δ q) based on a drift value of the robot section, said drift value in turn being obtained based on the gearbox temperature measure and a gravitational torque ( τ grav) of the motor, where the drift value or the drift value after processing is used as the estimated drift; and - adjusting a control value ( q r) used to control the positioning of the robot based on the estimated drift (Δ q); wherein the estimating of the drift comprises obtaining the drift value by applying the temperature measure and gravitational torque on known relationships between drift value, temperature measure and gravitational torque and the determining of the temperature measure comprises low pass filtering the motor data, where the result of the filtering is the temperature measure. - obtaining motor data ( q̇ r) of the motor; - obtaining motor torque data ( τ); - determining a measure of the temperature of the gear box based on the motor data ( q̇ r) and motor torque data ( τ); - estimating the drift (Δ q) based on a drift value of the robot section, said drift value in turn being obtained based on the gearbox temperature measure and a gravitational torque ( τ grav) of the motor, where the drift value or the drift value after processing is used as the estimated drift; and - adjusting a control value ( q r) used to control the positioning of the robot based on the estimated drift (Δ q);
Feeding method for vacuum arc satellite propulsion, characterized in that it consists in guiding an annular cathode on a helical trajectory about a central axis (X'X), in arranging - in immediate proximity to and radially with respect to the cathode - a plurality of anodes that are regularly distributed in a plane that is perpendicular to the central axis (X'X), in adjusting the pitch (p τ) of the helical trajectory of the cathode, as well as the progress of the cathode on its helical trajectory and the intensity of the impact cycles of electron discharges between the cathode and the anodes, such that the helices formed by the electron discharges between the cathode and each of the anodes are juxtaposed until all of the available cathode material is consumed, and in reshaping the plasma jet formed by the electron discharges along the central axis (X'X) so as to form a plasma that generates a propulsive reaction force parallel to this axis (X'X).
Docking equipment for a loading dock comprising at least two bumpers (A1, A2) for stopping a vehicle, placed on the front of the dock in order to form a refuge space between said two bumpers and the dock characterised in that said bumpers (A1, A2) are inflatable via at least one air circuit and air supply pipe controlled by solenoid valves connected to at least one presence sensor in the gap forming the refuge space.