mhurhangee/ep-ind-claims huggingface dataset:
An anthropomorphic test device configured for use in crash test simulations, said anthropomorphic test device comprising: a hollow member comprising a simulated flesh having an inner foam core portion and with said hollow member defining an inner cavity; a support structure received within said inner cavity; and a mounting mechanism coupled to each of said hollow member and said support structure for maintaining the positioning of said simulated flesh relative to said support structure during the crash test simulations, wherein said mounting mechanism comprises: one or more inserts each respectively coupled within said simulated flesh, wherein each of said one or more inserts comprises: a flange portion positioned within said inner foam core portion; an elongated portion extending from said flange portion towards said support structure; and characterized by: a fastening member passing through said flange portion, extending along said elongated portion, and secured to said support structure. a hollow member comprising a simulated flesh having an inner foam core portion and with said hollow member defining an inner cavity; a support structure received within said inner cavity; and a mounting mechanism coupled to each of said hollow member and said support structure for maintaining the positioning of said simulated flesh relative to said support structure during the crash test simulations, wherein said mounting mechanism comprises: one or more inserts each respectively coupled within said simulated flesh, wherein each of said one or more inserts comprises: a flange portion positioned within said inner foam core portion; an elongated portion extending from said flange portion towards said support structure; and characterized by: a fastening member passing through said flange portion, extending along said elongated portion, and secured to said support structure. a flange portion positioned within said inner foam core portion; an elongated portion extending from said flange portion towards said support structure; and characterized by: a fastening member passing through said flange portion, extending along said elongated portion, and secured to said support structure.
An expanding blade comprising a first snap-fit portion, a second snap-fit portion, a fixation portion, a partition panel and hook edges, wherein: the first snap-fit portion is columnar, and the first snap-fit portion has an axial flat section on one side; the second snap-fit portion is columnar, the second snap-fit portion is connected with the first snap-fit portion at one end and fixed to the fixation portion at the other end,; the partition panel is connected with the fixation portion at one end, the hook edges which are inclined outwards is arranged at the other end, and both the fixation portion and the hook edges are arranged on the same side of the partition panel, characterized in that a convex locating block is arranged on the side wall of the second snap-fit portion, and an oblique section inclined to the flat section is arranged for the top side surface of the first snap-fit portion, the oblique section being flat and having the same facing direction than the flat section, so that when a stretching grip is installed to the first snap-fit portion through a snap ring of the stretching grip, the oblique section directly faces a butt block arranged on an inner side wall of the snap ring, to facilitate the butt block to be just pressed against the flat section. a convex locating block is arranged on the side wall of the second snap-fit portion, and an oblique section inclined to the flat section is arranged for the top side surface of the first snap-fit portion, the oblique section being flat and having the same facing direction than the flat section, so that when a stretching grip is installed to the first snap-fit portion through a snap ring of the stretching grip, the oblique section directly faces a butt block arranged on an inner side wall of the snap ring, to facilitate the butt block to be just pressed against the flat section.
A method for use in a wireless device, the method comprising: registering (2202, 2204) a first connection and a second connection with an authentication management function, AMF, wherein the first connection connects via a first access network, the second connection connects via a second access network, and the first connection and the second connection share afirst security context; performing a Security Mode Command, SMC, procedure with the AMF over the first access network, wherein the SMC procedure performed over the first access network causes a second security context to be taken into use on both the first connection and the second connection; retaining the first security context prior to performing the SMC procedure; starting a security context retainment timer; determining that the security context retainment timer has expired; and disposing of the first security context after performing the SMC procedure, wherein disposing of the first security context occurs after determining that the security context retainment timer has expired. registering (2202, 2204) a first connection and a second connection with an authentication management function, AMF, wherein the first connection connects via a first access network, the second connection connects via a second access network, and the first connection and the second connection share afirst security context; performing a Security Mode Command, SMC, procedure with the AMF over the first access network, wherein the SMC procedure performed over the first access network causes a second security context to be taken into use on both the first connection and the second connection; retaining the first security context prior to performing the SMC procedure; starting a security context retainment timer; determining that the security context retainment timer has expired; and disposing of the first security context after performing the SMC procedure, wherein disposing of the first security context occurs after determining that the security context retainment timer has expired.
Cistern - having a cistern body for holding the flushing water, which - has an inspection opening, --- in the region of which inspection opening a frame is arranged, and having - a cover plate for covering the inspection opening, -- wherein an actuating button or actuating device is arranged in the cover plate and --- serves for controlling a discharge valve, wherein the cover plate is connected pivotably to the frame, characterized in that the cover plate is connected pivotably to the frame at the inspection opening by means of a hinge, and - the actuating button or actuating device is connected to an actuator of the discharge valve by means of a line without the connection being interrupted in the pivoted state of the cover plate. - having a cistern body for holding the flushing water, which - has an inspection opening, --- in the region of which inspection opening a frame is arranged, - a cover plate for covering the inspection opening, -- wherein an actuating button or actuating device is arranged in the cover plate and --- serves for controlling a discharge valve, - the actuating button or actuating device is connected to an actuator of the discharge valve by means of a line without the connection being interrupted in the pivoted state of the cover plate.
An air cleaner suitable to be disposed immediately upstream of a carburetor in an intake system of an engine, the air cleaner comprising: - a fuel accumulation part formed near, and so as to surround, a cleaner outlet provided in a cleaner bottom wall located, when in use, towards the carburetor, the fuel accumulation part being adapted to accumulate mixed fuel that back flows from the carburetor; - a back flow guide member adapted to guide, when in use, the mixed fuel that back flows into the air cleaner via the cleaner outlet not towards a filter but towards the fuel accumulation part; characterized by - a plurality of return flow paths (41,42,43,44), each of which comprises one end that is in communication with the cleaner outlet and another end that is in communication with the fuel accumulation part such that the plurality of return flow paths (41,42,43,44) is adapted to return, when in use, the mixed fuel that accumulates in the fuel accumulation part back towards the carburetor utilizing intake negative pressure, wherein - the plurality of return flow paths (41,42,43,44) are formed in a radial fashion about the cleaner outlet. - a fuel accumulation part formed near, and so as to surround, a cleaner outlet provided in a cleaner bottom wall located, when in use, towards the carburetor, the fuel accumulation part being adapted to accumulate mixed fuel that back flows from the carburetor; - a back flow guide member adapted to guide, when in use, the mixed fuel that back flows into the air cleaner via the cleaner outlet not towards a filter but towards the fuel accumulation part; - a plurality of return flow paths (41,42,43,44), each of which comprises one end that is in communication with the cleaner outlet and another end that is in communication with the fuel accumulation part such that the plurality of return flow paths (41,42,43,44) is adapted to return, when in use, the mixed fuel that accumulates in the fuel accumulation part back towards the carburetor utilizing intake negative pressure, wherein - the plurality of return flow paths (41,42,43,44) are formed in a radial fashion about the cleaner outlet.
Infrared sensor, comprising: an electrical insulating film sheet; first and second temperature sensor devices (3A, 3B) which are provided on one side face of the electrical insulating film sheet, the first and second temperature sensor devices (3A, 3B) being located at a distance from each other; a pair of contact electrodes, with which the first and second temperature sensor devices (3A, 3B) are in contact, respectively, the contact electrodes being formed on the one side face of the electrical insulating film sheet; an infrared absorbing film which is provided on the other side face of the electrical insulating film sheet, and which is positioned opposite the first temperature sensor device across the electrical insulating film sheet; and an infrared reflector film which is provided on the other side face of the electrical insulating film sheet, and which is positioned opposite the second temperature sensor device across the electrical insulating film sheet; wherein the first and second temperature sensor devices (3A, 3B) respectively comprise: a thermistor element having a plate shape and a pair of electrode layers, one of which is in contact with the contact electrode, said electrode layers being formed both on the upper and lower surfaces of the thermistor element, and wherein on the one side face of the electrical insulating film sheet, there are a pair of contact side terminal electrodes that are connected with the contact electrodes by contact side pattern wirings having a thin wire shape; a pair of wire bonding electrodes; and a pair of wire side terminal electrodes that are connected with the wire bonding electrodes by wire side pattern wirings having a thin wire shape; and wherein each of the electrode layers which are not in contact with the contact electrodes is connected electrically with each of the wire bonding electrodes by thin metal wiring derived from wire bonding. an electrical insulating film sheet; first and second temperature sensor devices (3A, 3B) which are provided on one side face of the electrical insulating film sheet, the first and second temperature sensor devices (3A, 3B) being located at a distance from each other; a pair of contact electrodes, with which the first and second temperature sensor devices (3A, 3B) are in contact, respectively, the contact electrodes being formed on the one side face of the electrical insulating film sheet; an infrared absorbing film which is provided on the other side face of the electrical insulating film sheet, and which is positioned opposite the first temperature sensor device across the electrical insulating film sheet; and an infrared reflector film which is provided on the other side face of the electrical insulating film sheet, and which is positioned opposite the second temperature sensor device across the electrical insulating film sheet; a thermistor element having a plate shape and a pair of electrode layers, one of which is in contact with the contact electrode, said electrode layers being formed both on the upper and lower surfaces of the thermistor element, and
Use of a composition comprising at least one semicrystalline copolyamide A/X 1 Y in which: - A is a repeating unit obtained from the polycondensation of at least one C 6 to C 12, preferably C 12 lactam, or of at least one C 6 to C 12, preferably C 11 amino acid, or of at least one repeating unit XY obtained from the polycondensation of at least one aliphatic C 4 to C 18, in particular C 4 to C 12 diamine and of at least one aliphatic C 6 to C 18, in particular C 6 to C 12 dicarboxylic acid, - X 1 Y is a repeating unit obtained from the polycondensation of a diamine (X 1) chosen from an arylamine, a cycloaliphatic diamine and a branched aliphatic diamine, and of at least one aliphatic dicarboxylic acid identical to that of the unit XY, the A/X 1 Y weight ratio being between from 60/40 to 95/5, glass fibres with a circular cross section, and optionally at least one impact modifier and/or at least one additive, in order to limit the warping of an article obtained from said composition while keeping the cycle time of the composition obtained appropriate for the processing thereof for the preparation of said article, in particular by injection moulding, compared to an article obtained from a linear aliphatic polyamide A alone. - A is a repeating unit obtained from the polycondensation of at least one C 6 to C 12, preferably C 12 lactam, or of at least one C 6 to C 12, preferably C 11 amino acid, or of at least one repeating unit XY obtained from the polycondensation of at least one aliphatic C 4 to C 18, in particular C 4 to C 12 diamine and of at least one aliphatic C 6 to C 18, in particular C 6 to C 12 dicarboxylic acid, - X 1 Y is a repeating unit obtained from the polycondensation of a diamine (X 1) chosen from an arylamine, a cycloaliphatic diamine and a branched aliphatic diamine, and of at least one aliphatic dicarboxylic acid identical to that of the unit XY, the A/X 1 Y weight ratio being between from 60/40 to 95/5, glass fibres with a circular cross section, and optionally at least one impact modifier and/or at least one additive, in order to limit the warping of an article obtained from said composition while keeping the cycle time of the composition obtained appropriate for the processing thereof for the preparation of said article, in particular by injection moulding, compared to an article obtained from a linear aliphatic polyamide A alone.
Method for detecting a possible collision between a motor vehicle and an object, in which a driving tube is determined, wherein the driving tube describes an area in which the motor vehicle will be moved during a future movement, sensor data, which describe the object, are received from a sensor, an on the basis of the received sensor data and object area is determined which describes a position of the object including a spatial uncertainty level, and if the object area is arranged partially within the driving tube the possible collision is detected on the basis of a relative position of the driving tube with respect to the object area, wherein a distance (d) between the driving tube and a point of the object area which is arranged outside the driving tube is determined and the possible collision is detected on the basis of the determined distance (d), characterized in that the distance (d) from that point of the object area which is arranged furthest away from the driving tube is determined.
Combination of a twine tensioner arm (172, 252) and arm position sensor arrangement (200, 250) for a large square baler, said twine tensioner arm (172, 252) having front and rear ends and being mounted to a frame at a front end region establishing a connection permitting said tensioner arm (172, 252) to be moved between upper and lower extreme positions; said tensioner arm (172, 252) being biased to said upper extreme position and having a twine guide (186, 268) at its rear end for being engaged by a twine strand (62a - 62f), which, when tensioned during bale formation, moves said tensioner arm (172, 252) toward said lower extreme position; said arm position sensor arrangement (200, 250) including a rotary potentiometer (210, 236) having a rotatable sensing shaft, a follower arm (228, 272) having a first end coupled to said rotatable sensing shaft and having a separate end located in a path of movement of the twine tensioner arm (172, 252) for being engaged by, and moved together with, the tensioner arm (172, 252) as it moves between said upper and lower extreme positions, with the potentiometer (210, 236) generating an electrical signal representative of the position of the tensioner arm (172, 252) at any given time, characterized in that said twine tensioner arm comprises a rigid arm mounted for pivoting about an axis in substantial axial alignment with the sensor shaft, wherein said follower arm is generally L-shaped with a first leg extending parallel to said axis and being received in an opening provided in the tensioner arm and with a second leg extending perpendicular to said axis and being fixed on said sensing shaft.
A chemical reactor for producing gaseous hydrocarbons derived from plastic materials, comprising at least one chamber for heating reacting substances introduced in the chemical reactor and at least one chamber for the reaction and mixing of said heated reacting substances in output from said at least one heating chamber in order to obtain reaction products, said at least one reaction and mixing chamber being functionally connected to said at least one heating chamber, said at least one heating chamber and said at least one reaction and mixing chamber being coaxial and contiguous and said at least one heating chamber having a smaller diameter than said at least one reaction and mixing chamber, characterized in that it comprises first screw means, which are accommodated within said at least one heating chamber to heat said reacting substances as a consequence of the mechanical friction of said reacting substances, and second screw means, which are accommodated in said at least one reaction and mixing chamber to maintain and/or further raise the temperature of said reacting substances to a reaction temperature and for the implementation of the chemical reaction, wherein if the friction of the reacting substances through the second screw means is not sufficient to maintain the reaction temperature of said reacting substances, a heating means is provided which is associated with the reaction and mixing chamber, said first and second screw means being respectively actuated, through respective first and second mechanical transmissions (21, 30), by first and second motor means, and in that said at least one heating chamber is provided, proximate to the end of the heating chamber that is connected to the at the least one reaction and mixing chamber, with at least one inlet for catalysts.
A method comprising: determining, by an assistant executing at one or more processors, a default group of actions that the assistant is configured to execute in response to receiving a particular audible command; determining, by the assistant, that a new computing device not previously associated with a particular user is now associated with the particular user; responsive to determining that the new computing device is now associated with the particular user, customizing (304, 305) the default group of actions to generate a custom group of actions that the assistant is configured to execute in response to receiving the particular audible command from the particular user, wherein the custom group of actions includes one or more additional actions associated with the new computing device that are not included in the default group of actions; receiving, by the assistant, an indication of the particular audible command; determining, by the assistant, whether the indication of particular audible command originated from the particular user; responsive to determining that the indication of particular audible command originated from the particular user, executing, by the assistant, each action from the custom group of actions; and responsive to determining that the indication of particular audible command did not originate from the particular user, executing, by the assistant, each action from the default group of actions. determining, by an assistant executing at one or more processors, a default group of actions that the assistant is configured to execute in response to receiving a particular audible command; determining, by the assistant, that a new computing device not previously associated with a particular user is now associated with the particular user; responsive to determining that the new computing device is now associated with the particular user, customizing (304, 305) the default group of actions to generate a custom group of actions that the assistant is configured to execute in response to receiving the particular audible command from the particular user, wherein the custom group of actions includes one or more additional actions associated with the new computing device that are not included in the default group of actions; receiving, by the assistant, an indication of the particular audible command; determining, by the assistant, whether the indication of particular audible command originated from the particular user; responsive to determining that the indication of particular audible command originated from the particular user, executing, by the assistant, each action from the custom group of actions; and responsive to determining that the indication of particular audible command did not originate from the particular user, executing, by the assistant, each action from the default group of actions.
An amine of the formula, where R is an alkyl, cycloalkyl, aralkyl or alkoxy radical having 1 to 22 carbon atoms which optionally comprises unsaturated fractions; and n is 0 or 1 or 2 or 3. R is an alkyl, cycloalkyl, aralkyl or alkoxy radical having 1 to 22 carbon atoms which optionally comprises unsaturated fractions; and n is 0 or 1 or 2 or 3.
Control unit for controlling a camera that is carried in a vehicle; the control unit being configured - to determine subject data relating to a subject to be captured; - to determine vehicle data relating to a state of the vehicle; the vehicle data comprising - information relating to a tyre pressure of at least one tyre of the vehicle; - information relating to a state of wear of a tyre of the vehicle; and/or - information relating to a loading state of the vehicle; and - to control the camera according to the subject data and according to the vehicle data in order to use the camera to take a photograph of the subject. - to determine subject data relating to a subject to be captured; - to determine vehicle data relating to a state of the vehicle; the vehicle data comprising - information relating to a tyre pressure of at least one tyre of the vehicle; - information relating to a state of wear of a tyre of the vehicle; and/or - information relating to a loading state of the vehicle; and - to control the camera according to the subject data and according to the vehicle data in order to use the camera to take a photograph of the subject.