mhurhangee/ep-ind-claims huggingface dataset:
Blind rivet element (1, 18) having a setting head and a shank, wherein the shank has an internal thread in the region of its end remote from the setting head, or has a receptacle for a threaded bolt, and has, next to the setting head, a shank portion, in the region of which the shank is introducible into a through-hole of an object to be connected by way of the blind rivet element (1, 18), and has, next to the internal thread or the receptacle for the threaded bolt, a deformation portion for forming a closing head for abutment against the object during the setting of the blind rivet element (1, 18), characterized in that the shank portion has a cross-sectional shape, the external contour of which, differing from a circular shape, is constant, wherein a first derivative of this curve is constant, and the shank has an identical cross section between the setting head and the receptacle or the shank portion having the internal thread.
A heat exchanger, comprising - at least one electrical resistance heating element, in particular at least one PTC element, - at least two conductors which are connected to the at least one electrical resistance heating element in an electrically conductive manner, in particular printed circuit boards (6, 7) in order to conduct electrical current through the at least one electrical resistance heating element and thus heat the electrical resistance heating element, - at least one electrical insulating element which electrically insulates the at least two conductors, wherein - the at least two conductors and the at least one electrical resistance heating element are arranged in at least one cavity delimited by at least one cavity wall, wherein the at least one cavity wall is formed by the at least one electrical insulating element, wherein the at least one electrical insulating element is a hose and the hose forms the fluid-tight outer cavity wall in the form of a tube, characterised in that the hose is flexible, wherein the hose consists of plastic with heat-conducting particles, wherein the hose is open at a first end and closed at another second end, wherein the hose is fluid-tight and only has the first open end as an opening. - at least one electrical resistance heating element, in particular at least one PTC element, - at least two conductors which are connected to the at least one electrical resistance heating element in an electrically conductive manner, in particular printed circuit boards (6, 7) in order to conduct electrical current through the at least one electrical resistance heating element and thus heat the electrical resistance heating element, - at least one electrical insulating element which electrically insulates the at least two conductors, wherein - the at least two conductors and the at least one electrical resistance heating element are arranged in at least one cavity delimited by at least one cavity wall, wherein the at least one cavity wall is formed by the at least one electrical insulating element, wherein the at least one electrical insulating element is a hose and the hose forms the fluid-tight outer cavity wall in the form of a tube, characterised in that the hose is flexible, wherein the hose consists of plastic with heat-conducting particles, wherein the hose is open at a first end and closed at another second end, wherein the hose is fluid-tight and only has the first open end as an opening.
An adapter of the Optical Network Unit, ONU, type, for coupling between: - an optical fiber (F x) of a shared-fiber optical network of the passive point-multipoint, PON, type; and - a network equipment forming a household gateway comprising an input/output port adapted to receive a pluggable optical converter module, for coupling the equipment to a dedicated optical fiber of an optical network of the active point-to-point, AON, type, said adapter for coupling said optical fiber to said equipment being characterized in that it comprises: - on the optical fiber side, an input/output port with a pluggable optical converter module, said optical converter module being adapted, on the one hand, to be coupled to said optical fiber (F x) of said PON network and including, on the other hand, input/output electrical terminals connected to said pluggable optical converter module to receive therefrom bidirectional signals exchanged in a Media Independent Interfacing, Mil, standard; - on the equipment side, a pluggable electrical connector configured in a format that is mechanically and electrically compatible with said input / output port of said equipment, so as to allow the coupling thereof to said input/output port; and - a circuit for multiplexing/demultiplexing and managing said bidirectional signals, coupled, on the one hand, in MII to the optical converter module and, on the other hand, directly connected, also in Mil, to the pluggable electrical connector. - an optical fiber (F x) of a shared-fiber optical network of the passive point-multipoint, PON, type; and - a network equipment forming a household gateway comprising an input/output port adapted to receive a pluggable optical converter module, for coupling the equipment to a dedicated optical fiber of an optical network of the active point-to-point, AON, type, - on the optical fiber side, an input/output port with a pluggable optical converter module, said optical converter module being adapted, on the one hand, to be coupled to said optical fiber (F x) of said PON network and including, on the other hand, input/output electrical terminals connected to said pluggable optical converter module to receive therefrom bidirectional signals exchanged in a Media Independent Interfacing, Mil, standard; - on the equipment side, a pluggable electrical connector configured in a format that is mechanically and electrically compatible with said input / output port of said equipment, so as to allow the coupling thereof to said input/output port; and - a circuit for multiplexing/demultiplexing and managing said bidirectional signals, coupled, on the one hand, in MII to the optical converter module and, on the other hand, directly connected, also in Mil, to the pluggable electrical connector.
A method for processing a heart sensor output, wherein the heart sensor output comprises a sensed aortic blood pressure in the aorta over a cardiac cycle of a heart, the method comprising the steps of: - obtaining (S11, S21) a modified sensed blood pressure by suppressing the sensed blood pressure during a time interval of a diastolic stage of the cardiac cycle; - deriving (S12, S21) a blood flow from the modified sensed blood pressure by using an arterial flow model and setting one or more values for arterial flow parameters for the arterial flow model; - deriving (S13, S22) a simulated aortic blood pressure from the derived blood flow using the arterial flow model and the set values for the arterial flow parameters; and - matching (S14, S23) the simulated aortic blood pressure to the modified sensed blood pressure in the cardiac cycle by manipulating at least one of the values for the arterial flow parameters of the arterial flow model. - obtaining (S11, S21) a modified sensed blood pressure by suppressing the sensed blood pressure during a time interval of a diastolic stage of the cardiac cycle; - deriving (S12, S21) a blood flow from the modified sensed blood pressure by using an arterial flow model and setting one or more values for arterial flow parameters for the arterial flow model; - deriving (S13, S22) a simulated aortic blood pressure from the derived blood flow using the arterial flow model and the set values for the arterial flow parameters; and - matching (S14, S23) the simulated aortic blood pressure to the modified sensed blood pressure in the cardiac cycle by manipulating at least one of the values for the arterial flow parameters of the arterial flow model.
An airfoil (500; 600; 700; 1000; 1010; 1020) for a gas turbine extending along a radial direction and having a leading edge (502; 602) and a trailing edge, the airfoil comprising: an airfoil wall; having an inner surface and an outer surface, the airfoil wall forming an airfoil chamber at least partially enclosed within the airfoil wall; and a plurality of airfoil passages (504; 604) formed in the airfoil wall at the leading edge, each of the plurality of airfoil passages (504; 604) comprising: a first opening (512; 708; 1008) in the outer surface, a second opening (514; 708; 1009) in the outer surface, and a channel (518; 702; 1002) extending from at least one of the first opening (512; 708; 1008) and the second opening (514; 708; 1009) within the airfoil wall to a third opening (516; 706; 1004) in the inner surface, the third opening (516; 708; 1004) providing fluid communication between the channel and the airfoil chamber; wherein each channel (518; 702;1002) is a wave-like channel comprising a first portion at a first angle with respect to the radial direction, a second portion at a second angle with respect to the radial direction and a rounded transitional portion which connects the first portion and the second portion; the first angle and the second angle being different from each other; or wherein each channel comprises a plurality of channels having different angles that intersect and form sharp-edged corners where they intersect, characterised in that for each of the plurality of airfoil passages, the channel tapers in at least one of a radial direction and an axial direction.
Wringer for a mopping appliance, comprising a basket-like receptacle, which is arranged in a rotatable manner in a holder, wherein the receptacle can be made to rotate via a mechanical drive, wherein the drive has a lever, which is mounted in a movable manner in the holder and is provided with a spindle nut which, upon movement of the lever, makes a spindle rotate, wherein a first gearwheel is arranged in a rotationally fixed manner on the spindle, wherein the axis of rotation of the holder is assigned a second gearwheel, wherein a freewheel is arranged between the axis of rotation and second gearwheel and allows torque transmission to the axis of rotation just in one direction of rotation, characterized in that a toothed belt is arranged between the first gearwheel and the second gearwheel.
A frame structure for a backrest, which is made of a resin and has a gate-shaped profile consisting of side frames extending in parallel to each other on both sides and a transverse frame extending between the tops of both the side frames integrally connected to the transverse frame, characterized in that a belt-shaped FRP sheet (6a, 6b) in which reinforcing fibers are unidirectionally-oriented is set as extending continuously or intermittently at least on the transverse frame between the side frames, and a matrix resin of the set FRP sheet (6a, 6b) and a resin constituting the transverse frame are integrally joined.
A flash-melt pharmaceutical dosage form, comprising a medicament, two superdisintegrants, a dispersing agent and a binder wherein said medicament is aripiprazole and wherein said dispersing agent is calcium silicate and wherein said superdisintegrants are crospovidone and croscarmellose sodium, wherein based on the total weight of said dosage form, said crospovidone comprises from 6 to 8 percent by weight and said croscarmellose sodium comprises from 2 to 4 percent by weight.
An induction heating device, comprising: a working coil provided inside of a case; a cover plate coupled to an upper surface of the case; a luminous element provided inside of the case; a light guide provided in the case and installed on the luminous element, and disposed around the working coil, the light guide being configured to display whether the working coil is driven and an output intensity of the working coil; an input interface flatly buried in an upper surface of the cover plate and the input interface being configured to display a specific image, characterised by a first controller configured to control driving of the working coil and driving of the luminous element and detect a position of an object disposed on the upper surface of the cover plate and an arrangement order of objects disposed on the upper surface of the cover plate; and a second controller configured to receive, from the first controller, information on the position of the detected object and the arrangement order of the detected objects and control the input interface to display an image of a heating zone for the object on the input interface based on the received information on the position of the object and the arrangement order of the objects. a working coil provided inside of a case; a cover plate coupled to an upper surface of the case; a luminous element provided inside of the case; a light guide provided in the case and installed on the luminous element, and disposed around the working coil, the light guide being configured to display whether the working coil is driven and an output intensity of the working coil; an input interface flatly buried in an upper surface of the cover plate and the input interface being configured to display a specific image, characterised by a first controller configured to control driving of the working coil and driving of the luminous element and detect a position of an object disposed on the upper surface of the cover plate and an arrangement order of objects disposed on the upper surface of the cover plate; and a second controller configured to receive, from the first controller, information on the position of the detected object and the arrangement order of the detected objects and control the input interface to display an image of a heating zone for the object on the input interface based on the received information on the position of the object and the arrangement order of the objects.
A vehicle for the public transport of passengers essentially comprising a dashboard and a driver's cab in front of said dashboard, said driver's cab comprising a seat for a driver of said vehicle comprising: - a wall fixed with respect to the floor of said vehicle and configured to surround the rear of said seat and at least one side part of the space around said seat leaving an access space to said driver's cab between said side part and said dashboard; and - a first leaf configured to slide along said wall between a first position wherein it is completely superimposed over said wall and a second position wherein it surrounds the side space around the seat between said wall and said dashboard to close said access space characterized in that said wall and said first leaf are curved and in that said driver's cab comprises a second leaf configured to slide along said wall and on said first leaf, said second leaf being configured to completely surround the side space around the seat on top of said first leaf to separate the space. - a wall fixed with respect to the floor of said vehicle and configured to surround the rear of said seat and at least one side part of the space around said seat leaving an access space to said driver's cab between said side part and said dashboard; and - a first leaf configured to slide along said wall between a first position wherein it is completely superimposed over said wall and a second position wherein it surrounds the side space around the seat between said wall and said dashboard to close said access space
A rotary input device comprising: a first annular magnetic body (11, 71) in which a plurality of outward protrusions (11a, 71a) protruding toward an outside in a radial direction are disposed along a circumferential direction; a second annular magnetic body (21, 61) in which a plurality of inward protrusions (21a, 61a) formed to oppose the outward protrusions (11a, 71a) of the first magnetic body (11, 71) are provided along a circumferential direction; and a rotary knob (20, 30) configured to relatively rotate the first magnetic body (11, 71) and the second magnetic body (21, 61), wherein at least one of the first magnetic body (11, 71) and the second magnetic body (21, 61) includes a magnet (21, 51, 62, 72) which has two surfaces (12a, 12b) on opposite sides in the vertical direction, which is the same direction as the axis of rotation of the rotary knob, the magnet being magnetized to two poles of an upper pole and a lower pole including the opposing surfaces (12a, 12b), a pair of yokes (13, 14; 63, 64; 73, 74) that sandwiches the opposing surfaces of the magnet (21, 51, 62, 72) vertically, and the outward protrusion (11a, 71a) or the inward protrusion (21a, 61a) formed on the pair of yokes (13, 14; 63, 64; 73, 74); characterised in that the rotary knob is configured to allow for a pushing-down operation and for a tilting operation. a first annular magnetic body (11, 71) in which a plurality of outward protrusions (11a, 71a) protruding toward an outside in a radial direction are disposed along a circumferential direction; a second annular magnetic body (21, 61) in which a plurality of inward protrusions (21a, 61a) formed to oppose the outward protrusions (11a, 71a) of the first magnetic body (11, 71) are provided along a circumferential direction; and a rotary knob (20, 30) configured to relatively rotate the first magnetic body (11, 71) and the second magnetic body (21, 61), wherein at least one of the first magnetic body (11, 71) and the second magnetic body (21, 61) includes a magnet (21, 51, 62, 72) which has two surfaces (12a, 12b) on opposite sides in the vertical direction, which is the same direction as the axis of rotation of the rotary knob, the magnet being magnetized to two poles of an upper pole and a lower pole including the opposing surfaces (12a, 12b), a pair of yokes (13, 14; 63, 64; 73, 74) that sandwiches the opposing surfaces of the magnet (21, 51, 62, 72) vertically, and the outward protrusion (11a, 71a) or the inward protrusion (21a, 61a) formed on the pair of yokes (13, 14; 63, 64; 73, 74); characterised in that the rotary knob is configured to allow for a pushing-down operation and for a tilting operation.
A method for controlling a generator of electric energy with a voltage inverter that is connected to an electric supply grid on a grid connection point in order to detect stability problems in the supply grid at an early stage comprising the following steps: - Incorporating at least one grid characteristic of the electric supply grid that is related to the grid connection point, which describe the behaviour of the supply grid in case of deviations from a nominal operating point, wherein the incorporation of at least one grid characteristic comprises the incorporation of a stability boundary, and the stability boundary 10 can be specified as a function of the grid voltage on the grid connection point depending on the fed-in reactive power and depending on the fed-in active power, - Controlling the generator in such way that it feeds active and reactive power into the electric supply grid subject to the incorporated grid characteristic, wherein the operating point of the generator is selected with a predetermined stability reserve with regard to the stability boundary and on the stable side of the stability boundary. - Incorporating at least one grid characteristic of the electric supply grid that is related to the grid connection point, which describe the behaviour of the supply grid in case of deviations from a nominal operating point, wherein the incorporation of at least one grid characteristic comprises the incorporation of a stability boundary, and the stability boundary 10 can be specified as a function of the grid voltage on the grid connection point depending on the fed-in reactive power and depending on the fed-in active power, - Controlling the generator in such way that it feeds active and reactive power into the electric supply grid subject to the incorporated grid characteristic, wherein the operating point of the generator is selected with a predetermined stability reserve with regard to the stability boundary and on the stable side of the stability boundary.
A method of image reconstruction in EIT (Electrical Impedance Tomography) to determine inhomogeneities of a sample, the method comprising: - positioning contacts at an edge of an investigated domain of the sample; - inducing flow of current through the contacts; and - reading potentials on the contacts, by using a system of connections connected between the contacts and a data acquisition system; the method characterized by: - determining a conformal map ( f) that represents a transformation of a shape of a disk to a shape of the investigated domain; - wherein the contacts are positioned at the edge of the investigated domain at positions which are calculated from equally spaced contacts located on an edge of the disk using the conformal map ( f); - providing a plurality of hole positions within the disk; - by means of a processor connected to the data acquisition system, processing the currents and potentials read at the contacts by: - selecting four ( α, β,γ, δ) of the contacts and measuring a four-probe resistance between the selected contacts ( R αβγδ = V γδ / j αβ); - determining what radiuses of holes at the provided hole positions provide a best fit for the measured four-probe resistance; and - imaging the determined radiuses of holes that are the best fit by means of a visualisation system, by transforming the positions and radiuses of these holes to the investigated domain using the conformal map ( f). - positioning contacts at an edge of an investigated domain of the sample; - inducing flow of current through the contacts; and - reading potentials on the contacts, by using a system of connections connected between the contacts and a data acquisition system; - determining a conformal map ( f) that represents a transformation of a shape of a disk to a shape of the investigated domain; - wherein the contacts are positioned at the edge of the investigated domain at positions which are calculated from equally spaced contacts located on an edge of the disk using the conformal map ( f); - providing a plurality of hole positions within the disk; - by means of a processor connected to the data acquisition system, processing the currents and potentials read at the contacts by: - selecting four ( α, β,γ, δ) of the contacts and measuring a four-probe resistance between the selected contacts ( R αβγδ = V γδ / j αβ); - determining what radiuses of holes at the provided hole positions provide a best fit for the measured four-probe resistance; and - imaging the determined radiuses of holes that are the best fit by means of a visualisation system, by transforming the positions and radiuses of these holes to the investigated domain using the conformal map ( f). - selecting four ( α, β,γ, δ) of the contacts and measuring a four-probe resistance between the selected contacts ( R αβγδ = V γδ / j αβ); - determining what radiuses of holes at the provided hole positions provide a best fit for the measured four-probe resistance; and - imaging the determined radiuses of holes that are the best fit by means of a visualisation system, by transforming the positions and radiuses of these holes to the investigated domain using the conformal map ( f).
Method for transmitting data using an Ethernet AVB transport protocol between nodes of a motor vehicle, in which data are transmitted at cyclic intervals via an Ethernet-based network by inputting the data into a transmission frame and forwarding to local transmitters and in which, prior to the data being sent, the resources that are necessary for the transmission of the data are reserved by means of reservation messages from a dedicated protocol, wherein the flow of data from a node is set to a particular transmission rate and/or data rate, and in which the local transmitters and receivers of a node are deactivated in non-use periods, in which no data need to be transmitted, and are activated again provided that data are pending transmission in a transmission frame, wherein the local transmitters and receivers are available for transmission following an activation time (T W), characterized in that the local transmitters and/or receivers of the nodes are activated on the basis of a reservation message and the setting of the transmission rate and/or data rate.