mhurhangee/ep-ind-claims huggingface dataset:
A transmission method, comprising: obtaining (Step 101), by a session management network element, transport network capability list information, wherein the transport network capability list information indicates that a transport network supports high-reliability transmission which is implemented using transport layer redundant transmission, and the transport network is a network between an access device and a user plane network element; and managing (Step 102, 1021), by the session management network element, a user plane connection, of a terminal, between the access device and the user plane network element based on the transport network capability list information, wherein the user plane connection is usable for transmitting a service flow packet of the terminal; wherein the managing, by the session management network element, a user plane connection, of a terminal, between the access device and the user plane network element based on the transport network capability list information, comprises: establishing, a single N3 tunnel serving as the user plane connection, between the access device and the user plane network element. obtaining (Step 101), by a session management network element, transport network capability list information, wherein the transport network capability list information indicates that a transport network supports high-reliability transmission which is implemented using transport layer redundant transmission, and the transport network is a network between an access device and a user plane network element; and managing (Step 102, 1021), by the session management network element, a user plane connection, of a terminal, between the access device and the user plane network element based on the transport network capability list information, wherein the user plane connection is usable for transmitting a service flow packet of the terminal; wherein the managing, by the session management network element, a user plane connection, of a terminal, between the access device and the user plane network element based on the transport network capability list information, comprises: establishing, a single N3 tunnel serving as the user plane connection, between the access device and the user plane network element.
Electrical machine with a stator, with a rotor and with multiple machine coils, wherein the electrical machine comprises a cooling device, which is suitable for cooling a superconductive material at least to below a transition temperature, wherein a winding (4, 13) at least of one machine coil consists of the superconductive material, wherein the winding (4, 13) is operatively connected to the cooling device in order to cool the winding (4, 13) to below the transition temperature, wherein the windings (4, 13) are enclosed by a thermal insulator and wherein the electrical machine comprises an open-loop- or closed-loop-controllable power supply device connected electrically conductively to the winding (4, 13) for the electrical supply and activation of the machine coil, wherein an open-loop- or closed-loop-controllable power output stage of the power supply device is arranged inside the thermal insulator and is connected electrically conductively to the winding (4, 13) of the at least one machine coil, wherein the thermal insulator is a vacuum and the power output stage is arranged inside the vacuum.
A variable cooling flow mechanism adapted to be secured to an annular cooling flow nozzle of a stator assembly of a gas turbine engine for controlling the mass flow of cooling air toward a downstream rotor assembly, the mechanism comprising: a plurality of airfoils disposed in the nozzle and spaced circumferentially from one another about an engine axis; wherein the plurality of airfoils are constructed and arranged to move for controlling cooling air flow mass rate through the nozzle; a sync ring centered to the engine axis and constructed and arranged to move the plurality of airfoils simultaneously; characterised in that each one of the plurality of airfoils has a gear in operable contact with a set of teeth of the sync ring. a plurality of airfoils disposed in the nozzle and spaced circumferentially from one another about an engine axis; wherein the plurality of airfoils are constructed and arranged to move for controlling cooling air flow mass rate through the nozzle; a sync ring centered to the engine axis and constructed and arranged to move the plurality of airfoils simultaneously; characterised in that each one of the plurality of airfoils has a gear in operable contact with a set of teeth of the sync ring.
Computer system for transmitting context-specific data to a first mobile communication terminal (3, 3') via a mobile radio network, comprising: a receiving module for receiving and storing conditional data assigned to data elements from a data delivery unit, a context checking module for checking whether a second mobile communication terminal outside the computer system complies with one or more conditions defined by the conditional data, and a data transmitting module for initiating the transmission of context-specific data elements assigned to conditional data, which define a condition complied with by the second mobile communication terminal, to the first mobile communication terminal (3, 3') via the mobile radio network. a receiving module for receiving and storing conditional data assigned to data elements from a data delivery unit, a context checking module for checking whether a second mobile communication terminal outside the computer system complies with one or more conditions defined by the conditional data, and a data transmitting module for initiating the transmission of context-specific data elements assigned to conditional data, which define a condition complied with by the second mobile communication terminal, to the first mobile communication terminal (3, 3') via the mobile radio network.
An optical assembly for imaging a section of a specimen by illuminating said section with a scanning beam and receiving returned light from said section, said assembly comprising a laser adapted to provide a linearly polarized illumination beam; an objective via which said scanning beam is incident on said specimen and on which said return beam is incident, and oscillating mirrors (128a, 130a) which translate the illumination beam into said scanning beam and receiving said return beam for descanning said beam, said illuminating and return beams transiting along a path between said mirrors, said path extending to an entrance aperture of said objective which defines an entrance pupil thereof, characterized by optics (132, 134) having magnification providing a focus in said path between said oscillating mirrors (128a, 130a), said optics is a telescope lens disposed with its optical axis along said path, said objective has an optical axis coincident with said optical axis of said telescope lens, said telescope lens has at least two lenses (132, 134) with a first lens closest to said scanning mirrors (128a, 130a) and a second lens closest to said objective, said magnification of said optics (132, 134) being sufficient to overfill said entrance pupil with said illumination beam such that said entrance pupil is filled with said illumination beam over the full deflection of said scanning beam over said entrance pupil, wherein said first lens having a focal length less than said second lens, said focal lengths of said telescope lenses (132, 134) being in a ratio to provide said magnification to enable filling of said entrance pupil across the entire length of said scanning beam. a laser adapted to provide a linearly polarized illumination beam; an objective via which said scanning beam is incident on said specimen and on which said return beam is incident, and oscillating mirrors (128a, 130a) which translate the illumination beam into said scanning beam and receiving said return beam for descanning said beam, said illuminating and return beams transiting along a path between said mirrors, said path extending to an entrance aperture of said objective which defines an entrance pupil thereof, characterized by
Vehicle seat having a seat segment which comprises a first seating space having a first backrest which can be pivoted about a pivot axis which extends in the transverse direction (y) and a second seating space having a second backrest which can be pivoted about the pivot axis, wherein there is arranged on the second backrest a locking device which cooperates with a curved locking member which is provided on the first backrest, characterized in that the locking device comprises at least one axial pin whose longitudinal axis extends in an inclined manner relative to the transverse direction (y), that is to say when the second backrest is in a substantially upright position for use, substantially perpendicularly to the vertical direction (z) and in an inclined manner, but not perpendicularly to the travel direction (x), and when the second backrest is in the non-use position, substantially perpendicularly to the travel direction (x) and in an inclined manner, but not perpendicularly to the vertical direction (z).
A method for operating a welding device for the formation of an arc with an energy storage, wherein for the conversion of the energy of the energy storage at least one switch of a step-down converter is switched on and off by a control device in a controlled manner, said at least one switch being connected to the energy storage at the input end, characterized in that a synchronous converter is used as the step-down converter for operating the arc with an output current (Ia), wherein the output current (Ia) is guided via an inductor, and that the at least one switch of the synchronous converter that is designed as a power unit is connected to a snubber circuit at the output end such that at least the switch is switched on and off in a snubbed state, in that at the switch-on process of the at least one switch, in order to charge the inductor again, the current rise is limited by an inductor arranged in series to the switch and the inductor is charged and the voltage at the connection of the inductor at the output end increases up to the voltage of the energy storage; after the switch-on process a control unit formed by a switch is activated, and at least one capacitor allocated to the switch at the output end is charged up to the voltage of the energy storage while the switch is in the switched-on state, and a capacitor arranged at the output end of the switch is charged via a inductor; after the complete charging of the capacitor allocated to the switch at the output end the switch is opened, whereupon the capacitor is charged with the energy stored in the inductor up to the voltage of the energy storage; at the switch-off process of the at least one switch, with the switch of the control unit being deactivated, the voltage being applied at switch at the output end is held substantially at the voltage of the energy storage by means of the capacitor, so that the at least one switch is switched off substantially voltage-free, and the energy of the inductor and of the capacitor is supplied to the output current (Ia).
A compound according to the general structural formula as well as pharmaceutically acceptable salts, solvates and/or R/S enantiomers thereof, wherein R 1 is H, a branched or unbranched, saturated or unsaturated, substituted or unsubstituted hydrocarbon chain having a chain length of 1 to 12, R 7 is H or OH, R 8 is H or R 9, NH 2, NHR 9, N(R 9) 2 or NHCOOR 1 R 9 is a branched or unbranched alkyl group having a chain length of 1 to 4 carbon atoms, and wherein possible substituents for R 1 and R 9 are selected from the group consisting of fluorine, chlorine, bromine and iodine, oxygen, sulfur, alkoxy, acyloxy, hydroxyl, mercapto, cyano, nitro and a thio alkoxy group, wherein if R 7 is H and R 8 is NH 2, R 1 is not H or not CH 2 CH 3. R 1 is H, a branched or unbranched, saturated or unsaturated, substituted or unsubstituted hydrocarbon chain having a chain length of 1 to 12, R 7 is H or OH, R 8 is H or R 9, NH 2, NHR 9, N(R 9) 2 or NHCOOR 1 R 9 is a branched or unbranched alkyl group having a chain length of 1 to 4 carbon atoms, and
A vehicular information-processing device for a vehicle, which processes information of said vehicle, wherein the vehicle selects one of a first mode and a second mode, the first mode restrains or prohibits operation of an internal combustion engine, while prioritizing operation of a motor, which consumes a charge amount of a battery, and the second mode activates at least one of the engine and the motor to maintain the charge amount of the battery, and travels according to a travel plan for a travel route from a departure place to a destination including a plurality of sections (K1-K6), the travel plan assigns one of the first mode and the second mode to each of the sections (K1-K6), which are included in the travel route, characterized in that the vehicular information-processing device comprises: an assessing section, which assesses a tendency (R, α) of assignment of the first mode in the travel route, which corresponds to the magnitude of fuel efficiency improvement that will be achieved by traveling in accordance with the travel plan in comparison to the fuel efficiency of traveling not in accordance with the travel plan; and a notifying section, which notifies information corresponding to the tendency (R, α) assessed by the assessing section to a driver of said vehicle. an assessing section, which assesses a tendency (R, α) of assignment of the first mode in the travel route, which corresponds to the magnitude of fuel efficiency improvement that will be achieved by traveling in accordance with the travel plan in comparison to the fuel efficiency of traveling not in accordance with the travel plan; and a notifying section, which notifies information corresponding to the tendency (R, α) assessed by the assessing section to a driver of said vehicle.
A rotary nursing bed consisting of a place to rest upon, a headrest and a footrest in the form of flat, cuboid boxes placed on travelling wheels, a main frame connected with wheel elements characterized in that the main frame is connected with the wheel elements by means of gas spring, wherein the main frame is equipped with two additional "L" shaped securing beams that form a demountable internal basket and each securing beam move upon steel bars, wherein said steel bars are located in headrest and footrest and said steel bars are so arranged that they form arched shaped guides allowing the outer ends of the safety beams to move and to set their selected position in relation to the main frame.
A process for producing a solid polymerization catalyst component comprising the steps of withdrawing a mixed stream comprising the solid polymerization catalyst component and a mixture of a first liquid comprising a hydrocarbon or halogenated hydrocarbon solvent and a second liquid comprising a liquid capable of forming an emulsion with said first liquid from a catalyst preparation stage; separating said mixed stream into a liquid stream comprising a majority of said mixture of said first liquid and said second liquid and a product stream comprising a majority of said solid polymerization catalyst component; dividing said liquid stream into a first liquid stream comprising a majority of said first liquid and a second liquid stream comprising a majority of said second liquid; forming a purified second liquid stream and a disposable stream; and returning at least a part of said purified second liquid stream into said catalyst preparation stage; wherein said first liquid forms an azeotrope with said second liquid, characterized in that said purified second liquid stream is formed by distilling said second liquid stream and said azeotrope is withdrawn as a distillate stream, said purified second liquid is withdrawn as a side withdrawal stream and said disposable stream is withdrawn as a bottom stream. withdrawing a mixed stream comprising the solid polymerization catalyst component and a mixture of a first liquid comprising a hydrocarbon or halogenated hydrocarbon solvent and a second liquid comprising a liquid capable of forming an emulsion with said first liquid from a catalyst preparation stage; separating said mixed stream into a liquid stream comprising a majority of said mixture of said first liquid and said second liquid and a product stream comprising a majority of said solid polymerization catalyst component; dividing said liquid stream into a first liquid stream comprising a majority of said first liquid and a second liquid stream comprising a majority of said second liquid; forming a purified second liquid stream and a disposable stream; and returning at least a part of said purified second liquid stream into said catalyst preparation stage;
A supplied air respirator that comprises: (a) a clean air supply source that is designed to be carried by a user of the supplied air respirator; (b) a face piece (18; 18') that is sized to fit at least over the user's nose and mouth; and (c) an adjustable length hose (12; 12'; 52) that extends from the clean air supply source to the facepiece (18; 18') for supplying clean air to the user, characterised in that the adjustable length hose (12; 12'; 52) includes a first sleeve and a tube (15; 15'), the first sleeve being disposed over the tube (15; 15') and having first and second ends (30, 32), wherein the first end engages the first end of the tube (15; 15'), and wherein the second sleeve end firmly grasps the tube (15; 15') in a spaced relation to the first sleeve end, wherein a portion of the tube extends out from the interior of sleeve to achieve the desired length of the adjustable length hose (12; 12'; 52). (a) a clean air supply source that is designed to be carried by a user of the supplied air respirator; (b) a face piece (18; 18') that is sized to fit at least over the user's nose and mouth; and (c) an adjustable length hose (12; 12'; 52) that extends from the clean air supply source to the facepiece (18; 18') for supplying clean air to the user, characterised in that the adjustable length hose (12; 12'; 52) includes a first sleeve and a tube (15; 15'), the first sleeve being disposed over the tube (15; 15') and having first and second ends (30, 32), wherein the first end engages the first end of the tube (15; 15'), and wherein the second sleeve end firmly grasps the tube (15; 15') in a spaced relation to the first sleeve end, wherein a portion of the tube extends out from the interior of sleeve to achieve the desired length of the adjustable length hose (12; 12'; 52).
Arrangement comprising a retaining profile and a frame profile, wherein the latter comprises an accommodating groove which has two legs (7a, 7b) and is intended for fastening in the outer region of an outer frame of a door or of a window, and the retaining profile has the following: a base part for butting against the outer region of the outer frame, at least one through-hole in the base part for the through-passage of a screw, by means of which the retaining profile can be fastened on the outer frame, a retaining part, which projects, in particular in one piece, away from the base part and can be connected to the frame profile, the frame profile can be connected to the retaining profile at its accommodating groove, the through-hole in the base part is positioned such that it is located within the hollow chamber which is formed when the retaining profile and frame profile are connected, and, for the purpose of fastening the frame profile in the outer region of the outer frame of the door or of the window by means of rotary fasteners and/or rotary clip fasteners, the two legs (7a, 7b) of the accommodating groove are of equal lengths and have crosspieces which are oriented towards one another at their respective free ends, the retaining part has an offset portion for engagement with one leg (e.g. 7b) of the frame profile, wherein the retaining part, in the region of the offset portion, has a groove for accommodating the end region of the leg (e.g. 7b) of the frame profile. a base part for butting against the outer region of the outer frame, at least one through-hole in the base part for the through-passage of a screw, by means of which the retaining profile can be fastened on the outer frame, a retaining part, which projects, in particular in one piece, away from the base part and can be connected to the frame profile, the frame profile can be connected to the retaining profile at its accommodating groove, the through-hole in the base part is positioned such that it is located within the hollow chamber which is formed when the retaining profile and frame profile are connected, and, for the purpose of fastening the frame profile in the outer region of the outer frame of the door or of the window by means of rotary fasteners and/or rotary clip fasteners, the two legs (7a, 7b) of the accommodating groove are of equal lengths and have crosspieces which are oriented towards one another at their respective free ends, the retaining part has an offset portion for engagement with one leg (e.g. 7b) of the frame profile, wherein the retaining part, in the region of the offset portion, has a groove for accommodating the end region of the leg (e.g. 7b) of the frame profile.
A formwork element in rectangular shape, comprising a planar base body made of wood and/or a wood material and/or a wood-plastic composite material, delimited by a lateral face and forming two plate surfaces (5, 6), and a protective edge made of plastic, located at the lateral face, wherein first protective edge sections are substantially flush with the plate surface (5, 6) of the base body along the edges of the rectangle, characterised in that second protective edge sections of the protective edge each have an elevated section raised with respect to the plate surface (5, 6) of the base body, in particular by at least 0.5 mm, in the corner sections of the formwork element.
Implantable mesh for surgical reconstruction in the area of the pelvic floor, comprising an anterior mesh portion for arrangement between the bladder and the vagina, a posterior mesh portion for arrangement between the vagina and the rectum, a pair of distal transobturator holding arms originating from the anterior mesh portion for placement extending laterally and ventrally originating from the anterior mesh portion through the obturator, a pair of proximal transobturator holding arms originating from the anterior mesh portion for placement extending laterally and ventrally originating from the anterior mesh portion through the obturator, and a pair of lower dorsal holding arms originating from the posterior mesh portion for placement extending laterally and dorsally originating from the posterior mesh portion, characterised in that the mesh comprises an intermediate portion lying between the anterior mesh portion and the posterior mesh portion, wherein the pair of lower dorsal holding arms originates in the region of the posterior mesh portion adjoining the intermediate portion, and in that furthermore in the region of the anterior mesh portion adjoining the intermediate portion, there originate a pair of upper dorsal holding arms for placement extending laterally and dorsally originating from the anterior mesh portion, and from the posterior mesh portion, a pair of distal transelevator holding arms, and a pair of proximal transelevator holding arms for placement extending laterally and ventrally originating from the posterior mesh portion through the levator muscle.