mhurhangee/ep-ind-claims huggingface dataset:
Hydraulic block for a brake system of a vehicle, having: at least one check valve which is arranged in a check valve receiving bore which extends partially through the hydraulic block, having - a fixedly arranged valve seat which projects at least partially into the check valve receiving bore; and - a valve body which is adjustable within at least a first subregion of the check valve receiving bore; wherein the check valve can be sealed off by means of contact between the valve body and the valve seat; wherein the check valve receiving bore is formed as a stepped depression in the hydraulic block, having the first subregion with at least a minimum diameter and having an inner, second subregion with at most a maximum diameter smaller than the minimum diameter; wherein the valve seat is inserted at and/or in the check valve receiving bore so as to be in direct contact with at least an inner wall of the check valve receiving bore; wherein the valve body is arranged adjustably within the first subregion of the check valve receiving bore without a cage; and wherein the valve body is of rotationally symmetrical form with a rounded side directed towards the valve seat; characterized in that the valve body comprises a conical or frustoconical intermediate portion or end portion; and, on a side of the valve body directed away from the valve seat, there are formed guide projections which project into guide tracks in the at least one inner wall of the check valve receiving bore. at least one check valve which is arranged in a check valve receiving bore which extends partially through the hydraulic block, having - a fixedly arranged valve seat which projects at least partially into the check valve receiving bore; and - a valve body which is adjustable within at least a first subregion of the check valve receiving bore; - a fixedly arranged valve seat which projects at least partially into the check valve receiving bore; and - a valve body which is adjustable within at least a first subregion of the check valve receiving bore; wherein the check valve can be sealed off by means of contact between the valve body and the valve seat; wherein the check valve receiving bore is formed as a stepped depression in the hydraulic block, having the first subregion with at least a minimum diameter and having an inner, second subregion with at most a maximum diameter smaller than the minimum diameter; wherein the valve seat is inserted at and/or in the check valve receiving bore so as to be in direct contact with at least an inner wall of the check valve receiving bore; wherein the valve body is arranged adjustably within the first subregion of the check valve receiving bore without a cage; and wherein the valve body is of rotationally symmetrical form with a rounded side directed towards the valve seat; characterized in that the valve body comprises a conical or frustoconical intermediate portion or end portion; and, on a side of the valve body directed away from the valve seat, there are formed guide projections which project into guide tracks in the at least one inner wall of the check valve receiving bore.
Protective cowl for a gas cylinder comprising: - a seat comprising an opening intended to be attached to a cylindrical neck of a gas cylinder, and - an annular shell extending from the radial end of the seat and having a first height, the annular shell being designed in such a way as to surround a valve of a gas cylinder over the entire height thereof. - the annular shell has at least a lateral opening, designed in such a way as to allow for lateral access to a side hole of a valve of the gas cylinder without disassembling the annular shell and/or in order to allow the mounting of a handle, - the annular shell comprises a honeycomb structure formed by two walls connected together by means of internal partitions extending radially between the walls, - the annular shell has a second height greater than the first height, forming at least one pillar at a terminating end leading onto at least one side opening. characterized in that the internal partition of the honeycomb structure nearest the pillar extends over only part of the first height of the annular shell - a seat comprising an opening intended to be attached to a cylindrical neck of a gas cylinder, and - an annular shell extending from the radial end of the seat and having a first height, the annular shell being designed in such a way as to surround a valve of a gas cylinder over the entire height thereof. - the annular shell has at least a lateral opening, designed in such a way as to allow for lateral access to a side hole of a valve of the gas cylinder without disassembling the annular shell and/or in order to allow the mounting of a handle, - the annular shell comprises a honeycomb structure formed by two walls connected together by means of internal partitions extending radially between the walls, - the annular shell has a second height greater than the first height, forming at least one pillar at a terminating end leading onto at least one side opening.
Method of controlling terminal units or computers by means of a remote control, wherein the movement of the remote control is detected by a sensor in the remote control and converted into control command s, wherein detected motion sequences are autonomously interpreted by the remote control as gestures and converted into simplified commands for controlling the terminal unit or the computer, to the effect that not the motion information themselves, but only the commands derived from it are transmitted to the terminal unit or the computer, movements whose absolute output value is below a non-operative threshold value being ignored and no gesture detection taking place, while movements whose absolute output value exceeds said non-operative threshold value being used for gesture detection, the method further providing a learning mode for learning gestures and storing them in the remote control as complex or simple motion sequences with certain dynamics in the form of a LIST OF GESTURES, wherein changes in the acceleration of the motion sequence are evaluated and characteristic features or evaluative distinctions are derived from said changes in acceleration, said derived characteristic features or evaluative distinctions being sorted with reference to a stored reference table (LOOKUPTABLE), a control command of a code table (CODETABLE) for controlling one or several terminal units being in turn individually allocated to each GESTURE in the LIST OF GESTURES, the method being characterized in that said control command is allocated by said user, by using a learning button (LEARN) on the remote control, indicating to the user by blinking (BLINK) of the button that sensors detected a motion sequence which was already carried out several times with the remote control, and wherein said user by further pressing said learning button (LEARN) signals to the remote control to link a specific control function (KEY, CODE) with the just carried out detected motion sequence.
A curtain airbag assembly for a vehicle, the curtain airbag assembly having one or more airbags, characterised in that the airbags comprise one or more shaped portions that are shaped to complement at least a hook portion provided on a seat of the vehicle when the airbag is deployed, the shaped portions being configured such that when the airbag is deployed the shaped portions engage the hook portion of the seat to assist in securing the airbag in place.
A metallocene-catalyzed polymer comprising (i) a higher molecular weight component and (ii) a lower molecular weight component wherein the polymer has a polydispersity index of from 10 to 26; a zero shear viscosity of from 5x10 5 Pa.s to 2x10 14 Pa.s and a smooth-to-matte transition critical stress of from 20 kPa to 85 kPa at a shear rate of from 1.5 s -1 to 17 s -1.
A method for configuring a motorized drive device for a closure or sun-protection home-automation installation, the closure or sun-protection home-automation installation comprising a concealing device, the concealing device comprising at least: - a winding tube, - a screen, a first end of the screen being fastened to the winding tube, and - a load bar, a second end of the screen being fastened to the load bar, the motorized drive device comprising at least: - an electromechanical actuator making it possible to wind and unwind the screen on the winding tube, between a wound position and an unwound position, the electromechanical actuator comprising at least: - an electric motor, - an output shaft connected to the winding tube of the concealing device, and - an electronic control unit, the electronic control unit comprising at least: - a device for measuring a parameter of an electric current traversing the electric motor, and - a memory storing a value of the measured parameter, said method comprises at least the following steps: - entering a configuration mode of the motorized drive device, - first movement of the screen toward the unwound position by activating the motorized drive device, - automatically determining a low end-of-travel position of the screen, - moving the screen toward the wound position by activating the motorized drive device, - second movement of the screen toward the unwound position by activating the motorized drive device, - stopping the motorized drive device in the determined low end-of-travel position of the screen, during the automatic determination step, and the step for automatically determining the low end-of-travel position of the screen comprising a sub-step for measuring the parameter of the electric current traversing the electric motor using the measuring device and a sub-step for determining a variation (Δ) of the measured parameter. - a winding tube, - a screen, a first end of the screen being fastened to the winding tube, and - a load bar, a second end of the screen being fastened to the load bar, - an electromechanical actuator making it possible to wind and unwind the screen on the winding tube, between a wound position and an unwound position, - an electric motor, - an output shaft connected to the winding tube of the concealing device, and - an electronic control unit, - a device for measuring a parameter of an electric current traversing the electric motor, and - a memory storing a value of the measured parameter, - entering a configuration mode of the motorized drive device, - first movement of the screen toward the unwound position by activating the motorized drive device, - automatically determining a low end-of-travel position of the screen, - moving the screen toward the wound position by activating the motorized drive device, - second movement of the screen toward the unwound position by activating the motorized drive device, - stopping the motorized drive device in the determined low end-of-travel position of the screen, during the automatic determination step,
Biaxially stretched product comprising a copolyamide comprising monomeric units of: • aliphatic non-cyclic diamines X and aliphatic non-cyclic dicarboxylic acids Y, or aliphatic non-cyclic α,ω-amino acids Z, and • diamines M and diacids N in an amount between 0.1 to 1.5 wt% based on the total amount of copolyamide, and in which M and N are cyclic, wherein the molar ratio M:N is between 2:1 and 1:2, and wherein the product has been obtained from a planar stretching process, wherein a polymer melt leaving a rectangular slit is quenched to a film in the glassy phase, and downstream in the process the film material is heated to above the glass transition temperature (Tg) and below the melting temperature (Tm) of the copolyamide, and the film is stretched by continuous planar stretching at a temperature of between the glass transition temperature (Tg) and the melting temperature (Tm) of the copolyamide, either in a sequential fashion first in machine direction and consequently in transverse direction, or in both planar directions simultaneously, wherein Tm and Tg are determined by a calorimetric technique according to ASTM 11357-3 and ASTM 3418-3 respectively. • aliphatic non-cyclic diamines X and aliphatic non-cyclic dicarboxylic acids Y, or aliphatic non-cyclic α,ω-amino acids Z, and • diamines M and diacids N in an amount between 0.1 to 1.5 wt% based on the total amount of copolyamide, and in which M and N are cyclic, wherein the molar ratio M:N is between 2:1 and 1:2, and wherein the product has been obtained from a planar stretching process, wherein a polymer melt leaving a rectangular slit is quenched to a film in the glassy phase, and downstream in the process the film material is heated to above the glass transition temperature (Tg) and below the melting temperature (Tm) of the copolyamide, and the film is stretched by continuous planar stretching at a temperature of between the glass transition temperature (Tg) and the melting temperature (Tm) of the copolyamide, either in a sequential fashion first in machine direction and consequently in transverse direction, or in both planar directions simultaneously, wherein Tm and Tg are determined by a calorimetric technique according to ASTM 11357-3 and ASTM 3418-3 respectively.
A ventilation member (1, 4, 5) comprising: a waterproof gas permeable membrane (11, 41, 51); and a support body (12, 42, 52) having a through hole (13, 42a, 52a), one opening of the through hole (13, 42a, 52a) being closed by the gas permeable membrane, wherein the support body (12, 42, 52) includes, at an edge of the opening closed by the gas permeable membrane, a first region and a second region facing each other with the opening located therebetween, a first angled protrusion in which a peak and a trough are arranged alternately along the edge of the opening is provided in the first region, and a second angled protrusion in which a peak and a trough are arranged alternately along the edge of the opening is provided in the second region, and the gas permeable membrane (11, 41, 51) is joined onto the first angled protrusion and the second angled protrusion, and has a pleat shape or a wave shape in which a peak and a trough are arranged alternately along shapes of the first angled protrusion and the second angled protrusion, the ventilation member (1, 4, 5) being characterized in that both ends of the troughs of the gas permeable member are open. a waterproof gas permeable membrane (11, 41, 51); and a support body (12, 42, 52) having a through hole (13, 42a, 52a), one opening of the through hole (13, 42a, 52a) being closed by the gas permeable membrane, wherein the support body (12, 42, 52) includes, at an edge of the opening closed by the gas permeable membrane, a first region and a second region facing each other with the opening located therebetween, a first angled protrusion in which a peak and a trough are arranged alternately along the edge of the opening is provided in the first region, and a second angled protrusion in which a peak and a trough are arranged alternately along the edge of the opening is provided in the second region, and the gas permeable membrane (11, 41, 51) is joined onto the first angled protrusion and the second angled protrusion, and has a pleat shape or a wave shape in which a peak and a trough are arranged alternately along shapes of the first angled protrusion and the second angled protrusion,
An anti-Flt-1 antibody or antigen-binding fragment thereof comprising: (a) a light chain variable region comprising the amino acid sequence of SEQ ID NO: 60 and a heavy chain variable region comprising the amino acid sequence of SEQ ID NO: 45, (b) a light chain variable region comprising the amino acid sequence of SEQ ID NO: 52 and a heavy chain variable region comprising the amino acid sequence of SEQ ID NO:38, (c) a light chain variable region comprising the amino acid sequence of SEQ ID NO: 59 and a heavy chain variable region comprising the amino acid sequence of SEQ ID NO:45, (d) a light chain variable region comprising the amino acid sequence of SEQ ID NO: 53 and a heavy chain variable region comprising the amino acid sequence of SEQ ID NO:39, or (e) a light chain variable region comprising the amino acid sequence of SEQ ID NO: 51 and a heavy chain variable region comprising the amino acid sequence of SEQ ID NO:37. (a) a light chain variable region comprising the amino acid sequence of SEQ ID NO: 60 and a heavy chain variable region comprising the amino acid sequence of SEQ ID NO: 45, (b) a light chain variable region comprising the amino acid sequence of SEQ ID NO: 52 and a heavy chain variable region comprising the amino acid sequence of SEQ ID NO:38, (c) a light chain variable region comprising the amino acid sequence of SEQ ID NO: 59 and a heavy chain variable region comprising the amino acid sequence of SEQ ID NO:45, (d) a light chain variable region comprising the amino acid sequence of SEQ ID NO: 53 and a heavy chain variable region comprising the amino acid sequence of SEQ ID NO:39, or (e) a light chain variable region comprising the amino acid sequence of SEQ ID NO: 51 and a heavy chain variable region comprising the amino acid sequence of SEQ ID NO:37.
A method, performed by a serving network node, for managing a problem with a first radio link between a wireless device and the serving network node comprised in a wireless communication network, wherein the method comprises: - sending (201a; 301, 401a; 501; 601) in connection to the serving network node becomes serving and prior to the problem with the first radio link being detected first information to the wireless device, said first information comprising a firsttag value and implicitly informing the wireless device that the first tag value, if received from a candidate network node (110; 111a; 111b), means that the serving network node has authorized setting up a working radio link (121; 122a; 122b), without said problem, and continue to use a context from the first radio link, between the wireless device and said candidate node (110; 111a; 111b). - sending (201a; 301, 401a; 501; 601) in connection to the serving network node becomes serving and prior to the problem with the first radio link being detected first information to the wireless device, said first information comprising a firsttag value and implicitly informing the wireless device that the first tag value, if received from a candidate network node (110; 111a; 111b), means that the serving network node has authorized setting up a working radio link (121; 122a; 122b), without said problem, and continue to use a context from the first radio link, between the wireless device and said candidate node (110; 111a; 111b).
A fiber reinforced sheet material comprising reinforcement fibres and a reinforcement resin material cured from 30 to 90%, wherein the percentage of curing represents the percentage of exothermic energy released upon curing in relation to the fully cured sheet material; and further wherein, before curing, the reinforcement resin material comprises an epoxy resin having an epoxy equivalent weight in the range of from 200 to 500 or from 50 to 250, preferably from 100 to 200 and/or combinations of the aforesaid values, and an amine hardener; the sheet material comprising a surface structure for spacing the sheet material from adjacent moulding materials comprising structure elements for conducting the flow of an infusion resin.
A syringe with a blocking structure, comprising: a cylindrical body, including a flange (23, 24, 25); a rod; a one-way engagement unit (5, 6, 7), including a propping portion (51, 61, 71) extended outwardly from the rod and contacted with the flange (23, 24, 25); characterised by a flexible bracket (52, 62, 72) extended outwardly from the rod and isolated from the propping portion (51, 61, 71), the flexible bracket (52, 62, 72) having an external diameter greater than the external diameter of the propping portion (51, 61, 71); wherein when the rod is pushed forward with respect to the cylindrical body to push the propping portion (51, 61, 71) and the flexible bracket (52, 62, 72) to pass through the flange (23, 24, 25), the flange (23, 24, 25) is adapted to abut the flexible bracket (52, 62, 72) to tilt backward, and when the rod is pushed backward with respect to the cylindrical body, the flange (23, 24, 25) is adapted to abut the flexible bracket (52, 62, 72) to tilt forward, and the propping portion (51, 61, 71) is arranged to stop the flexible bracket (52, 62, 72) from tilting further and passing through the flange (23, 24, 25). a cylindrical body, including a flange (23, 24, 25); a rod; a one-way engagement unit (5, 6, 7), including a propping portion (51, 61, 71) extended outwardly from the rod and contacted with the flange (23, 24, 25); characterised by a flexible bracket (52, 62, 72) extended outwardly from the rod and isolated from the propping portion (51, 61, 71), the flexible bracket (52, 62, 72) having an external diameter greater than the external diameter of the propping portion (51, 61, 71); wherein when the rod is pushed forward with respect to the cylindrical body to push the propping portion (51, 61, 71) and the flexible bracket (52, 62, 72) to pass through the flange (23, 24, 25), the flange (23, 24, 25) is adapted to abut the flexible bracket (52, 62, 72) to tilt backward, and when the rod is pushed backward with respect to the cylindrical body, the flange (23, 24, 25) is adapted to abut the flexible bracket (52, 62, 72) to tilt forward, and the propping portion (51, 61, 71) is arranged to stop the flexible bracket (52, 62, 72) from tilting further and passing through the flange (23, 24, 25).
An electronic device, comprising: a housing; a first display in the housing, wherein the first display is transparent; a second display in the housing, wherein the first and second displays (48, 50) are overlapping and wherein the second display is selectively transparent; and a processor that generates a movable transparent window on the second display that is surrounded by an opaque portion of the second display, wherein the moveable transparent window is moveable by at least one of a touch input from a user or a movement of the housing detected by motion sensors. a housing; a first display in the housing, wherein the first display is transparent; a second display in the housing, wherein the first and second displays (48, 50) are overlapping and wherein the second display is selectively transparent; and a processor that generates a movable transparent window on the second display that is surrounded by an opaque portion of the second display, wherein the moveable transparent window is moveable by at least one of a touch input from a user or a movement of the housing detected by motion sensors.