mhurhangee/ep-ind-claims huggingface dataset:
Process control device, with an electro-pneumatic control unit designed to control a pneumatic actuator, which has a mounting module which has, on a lower side, a mounting interface designed for fixing to a drive housing of the actuator and which has, fixed to the mounting module, an electrically operable control valve unit containing at least one control valve which communicates with at least one drive passage (67, 68) passing through the mounting module for fluidic connection with the actuator, wherein the control unit has an interface board, separate from the mounting module, which is mounted on the mounting module at its upper side facing away from the mounting interface, and through which passes an interface board fluid passage system communicating with at least one drive passage (67, 68) of the mounting module, wherein the interface board has on its upper side facing away from the mounting module a mechanical-pneumatic mounting interface, at which the control valve unit is mounted with simultaneous communication with the interface board fluid passage system, characterised in that the mounting module has on its upper side facing away from the mounting interface a locating recess in which the interface board is inserted, wherein the interface board is held completely in the locating recess in such a way that its upper side runs flush with the surface sections of the upper side of the mounting module framing the locating recess.
A golf club, comprising: a golf club head; a shaft having a first end connected to the golf club head and further including a core formed of a first material and airfoil shaped skin formed of a second material, the airfoil shaped skin extending around and in contact with the core, being movable relative to the core during a golf swing, the airfoil shaped skin being removable from the core and including a textured exterior surface; and a grip removably connected to a second end of the shaft and configured to allow removal of the skin from the core, the grip including a fastener configured to mate with a corresponding fastener arranged on the core of the shaft. a golf club head; a shaft having a first end connected to the golf club head and further including a core formed of a first material and airfoil shaped skin formed of a second material, the airfoil shaped skin extending around and in contact with the core, being movable relative to the core during a golf swing, the airfoil shaped skin being removable from the core and including a textured exterior surface; and a grip removably connected to a second end of the shaft and configured to allow removal of the skin from the core, the grip including a fastener configured to mate with a corresponding fastener arranged on the core of the shaft.
Drive system for a submarine, comprising energy generation means (20, 30), an electric drive motor, more than two DC networks (50 1, 50 2,... 50 n) arranged in parallel, which are fed with energy by the energy generation means (20, 30) and which supply the drive motor with the electrical energy, a plurality of battery strings (60 1, 60 2,... 60 n), characterized in that the DC networks (50 1, 50 2,... 50 n) are designed autonomously with respect to one another in such a way that each of the DC networks (50 1, 50 2,... 50 n) is connectable as required with at least one of the battery strings (60 1, 60 2,... 60 n), with at least one part of the energy generation means (20, 30) and with at least one part of the drive motor through respective power electronic actuators (32, 42, 62), such that the power level of each of the DC networks (50 1, 50 2,... 50 n) can be regulated actively and independently of each of the other DC networks (50 1, 50 2,... 50 n), in such a way that it is possible to vary the voltage level of the individual DC networks (50 1, 50 2,... 50 n) depending on the requirement and the operating situation of the submarine, wherein each battery string and each part of the drive motor can be connected exclusively with one and the same DC network (50 1, 50 2,... 50 n). an electric drive motor, more than two DC networks (50 1, 50 2,... 50 n) arranged in parallel, which are fed with energy by the energy generation means (20, 30) and which supply the drive motor with the electrical energy, a plurality of battery strings (60 1, 60 2,... 60 n), characterized in that the DC networks (50 1, 50 2,... 50 n) are designed autonomously with respect to one another in such a way that each of the DC networks (50 1, 50 2,... 50 n) is connectable as required with at least one of the battery strings (60 1, 60 2,... 60 n), with at least one part of the energy generation means (20, 30) and with at least one part of the drive motor through respective power electronic actuators (32, 42, 62), such that the power level of each of the DC networks (50 1, 50 2,... 50 n) can be regulated actively and independently of each of the other DC networks (50 1, 50 2,... 50 n), in such a way that it is possible to vary the voltage level of the individual DC networks (50 1, 50 2,... 50 n) depending on the requirement and the operating situation of the submarine, wherein each battery string and each part of the drive motor can be connected exclusively with one and the same DC network (50 1, 50 2,... 50 n).
A lock cylinder opening system comprising: a lock cylinder body housing with a direction of elongation defining an axial direction for the system, having a first and a second end, and having a first and a second axial bores; a rotatable first cylindrical plug in the first bore, the first plug having an axially extending key slot from the first end of the lock cylinder; a rotatable second cylindrical plug in the first bore, the second plug extending to the second end; a rotatable opening shaft in the second bore, the opening shaft extending at the first and second ends of the lock cylinder; and a selector unit positioned at the second end, having a mechanical connection with the second plug and receiving the opening shaft, the selector unit adapted to selectively enable and disable rotation of the second plug by rotation of the opening shaft. a lock cylinder body housing with a direction of elongation defining an axial direction for the system, having a first and a second end, and having a first and a second axial bores; a rotatable first cylindrical plug in the first bore, the first plug having an axially extending key slot from the first end of the lock cylinder; a rotatable second cylindrical plug in the first bore, the second plug extending to the second end; a rotatable opening shaft in the second bore, the opening shaft extending at the first and second ends of the lock cylinder; and a selector unit positioned at the second end, having a mechanical connection with the second plug and receiving the opening shaft, the selector unit adapted to selectively enable and disable rotation of the second plug by rotation of the opening shaft.
An X-ray generation device comprising: an X-ray tube including an electron gun configured to generate an electron beam and a target configured to generate an X-ray by incidence of the electron beam; a power supply portion including a booster configured to boost an input voltage (Vo) from outside to generate a high voltage and an insulating block configured to seal the booster with an insulating material; and a control unit (83, 95) configured to perform control to generate the X-ray, wherein the control unit (83, 95) includes a first information processing element configured to operate at a high reference potential (Vp) where a high potential based on the high voltage is regarded as reference potential, and to perform, at the high potential, at least part of the control using a digital signal, wherein the first information processing element is sealed with the insulating material in the insulating block. an X-ray tube including an electron gun configured to generate an electron beam and a target configured to generate an X-ray by incidence of the electron beam; a power supply portion including a booster configured to boost an input voltage (Vo) from outside to generate a high voltage and an insulating block configured to seal the booster with an insulating material; and a control unit (83, 95) configured to perform control to generate the X-ray, wherein the control unit (83, 95) includes a first information processing element configured to operate at a high reference potential (Vp) where a high potential based on the high voltage is regarded as reference potential, and to perform, at the high potential, at least part of the control using a digital signal, wherein the first information processing element is sealed with the insulating material in the insulating block.
A conveying device at least for conveying a fluid, having at least one conveying chamber, having at least one conveying chamber element which is formed, in particular separately from a housing, at least partially delimiting the conveying chamber and designed to be dimensionally stable, and having at least one elastically deformable conveying element, in particular a conveying diaphragm, which delimits the conveying chamber together with the conveying chamber element and is arranged on the conveying chamber element, with the conveying chamber element comprising at least one supply connection piece and a fluid supply adapter, in particular of a different design from a hose, associated therewith and/or at least one, in particular further, discharge connection piece and a fluid discharge adapter, in particular of a different design from a hose, associated therewith, which are/is arranged on a side facing away from the conveying element, in particular on an outer side, of the conveying chamber element characterised by at least one movement compensation unit, which comprises at least one elastic damping element, which is arranged between the supply connection piece and the fluid supply adapter, in order to at least partially compensate and/or dampen relative movements between the fluid supply adapter and the supply connection piece in a connected state of the supply connection piece with the fluid supply adapter and/or with the movement compensation unit comprising at least one elastic damping element, which is arranged between the discharge connection piece and the fluid discharge adapter in order, in a connected state of the, in particular further, discharge connection piece with the fluid discharge adapter, to at least partially compensate and/or dampen relative movements between the fluid discharge adapter and the, in particular further, discharge connection piece.
A method of operating an electronic device, comprising: at an electronic device with a display: receiving context data associated with the electronic device; determining, based on the context data, a task that may be performed by a digital assistant of the electronic device in response to a natural-language expression; determining, based on the context data, whether suggestion criteria associated with the determined task are satisfied, wherein the suggestion criteria include a requirement that the determined task has been performed on the electronic device without using the digital assistant a threshold number of times; and in accordance with a determination that the suggestion criteria are satisfied, providing a suggestion indicating that the determined task may be performed using the digital assistant of the electronic device. receiving context data associated with the electronic device; determining, based on the context data, a task that may be performed by a digital assistant of the electronic device in response to a natural-language expression; determining, based on the context data, whether suggestion criteria associated with the determined task are satisfied, wherein the suggestion criteria include a requirement that the determined task has been performed on the electronic device without using the digital assistant a threshold number of times; and in accordance with a determination that the suggestion criteria are satisfied, providing a suggestion indicating that the determined task may be performed using the digital assistant of the electronic device.
A convergent-divergent type cold-spray nozzle comprising: a convergent part; a throat part; and a divergent part sequentially arranged in this order for constituting a working gas flow path along the working gas flow direction from an inlet side to an outlet side, wherein an inner peripheral surface of the divergent part has a conical shape, characterized in that only a part of the inner peripheral surface of the divergent part is constituted by a glass material, and the part of the inner peripheral surface constituted by the glass material in the divergent part is the area from the position of approximately 50 mm from the throat part toward the outlet side of the working gas to a spout from where the working gas ejects in operation. a convergent part; a throat part; and a divergent part sequentially arranged in this order for constituting a working gas flow path along the working gas flow direction from an inlet side to an outlet side, wherein an inner peripheral surface of the divergent part has a conical shape, characterized in that only a part of the inner peripheral surface of the divergent part is constituted by a glass material, and the part of the inner peripheral surface constituted by the glass material in the divergent part is the area from the position of approximately 50 mm from the throat part toward the outlet side of the working gas to a spout from where the working gas ejects in operation.
Extractor hood (100, 100A) comprising: - a body comprising a wall disposed in such a way to receive the hot steam that rises from a cooktop; - an inlet section provided in said wall of the body; - an electrical fan suitable for extracting the hot steam that rises from said cooktop through the inlet section; - a grease filter connected to the body and disposed in correspondence with the inlet section or in intermediate position between the inlet section and the electrical fan; said grease filter being suitable for receiving the hot steam that rises from said cooktop; - an anti-condensation system comprising at least one radiation emitter configured in such a way to emit electromagnetic radiation with a wavelength comprised between 0.74 μm and 2000 μm, which irradiates and heats the grease filter in such a way to prevent the formation of condensation in said grease filter; wherein said at least one radiation emitter comprises at least one infrared film disposed in parallel direction to said grease filter and partially covering said grease filter, in such a way not to obstruct the flow of hot steam that is extracted by the extractor hood (100, 100A); and said infrared film comprises a first side directed towards the grease filter and a second side opposite to said first side; characterized in that said anti-condensation system comprises a layer of thermal insulation material transparent to infrared radiation that covers said first side of the infrared film. - a body comprising a wall disposed in such a way to receive the hot steam that rises from a cooktop; - an inlet section provided in said wall of the body; - an electrical fan suitable for extracting the hot steam that rises from said cooktop through the inlet section; - a grease filter connected to the body and disposed in correspondence with the inlet section or in intermediate position between the inlet section and the electrical fan; said grease filter being suitable for receiving the hot steam that rises from said cooktop; - an anti-condensation system comprising at least one radiation emitter configured in such a way to emit electromagnetic radiation with a wavelength comprised between 0.74 μm and 2000 μm, which irradiates and heats the grease filter in such a way to prevent the formation of condensation in said grease filter; wherein said at least one radiation emitter comprises at least one infrared film disposed in parallel direction to said grease filter and partially covering said grease filter, in such a way not to obstruct the flow of hot steam that is extracted by the extractor hood (100, 100A); and said infrared film comprises a first side directed towards the grease filter and a second side opposite to said first side; characterized in that said anti-condensation system comprises a layer of thermal insulation material transparent to infrared radiation that covers said first side of the infrared film.
Electronically controllable positioning mechanism for positioning a spike setting pistol relative to the surface of a vehicle pneumatic tyre to be spiked, having - a first prismatic joint, which permits the movement of a first horizontal slide of the positioning mechanism relative to a base, - a second prismatic joint, which, parallel to the movement of the first horizontal slide, permits the movement of a second horizontal slide of the positioning mechanism relative to the base, - at least one further prismatic joint (13, 13'), which, substantially transversely with respect to the direction of movement of the horizontal slides (8, 9), permits the movement of a vertical slide of the positioning mechanism relative to the two horizontal slides (8, 9), - two rotary joints (14, 15), which permit an angular movement of the vertical slide in relation to the horizontal slides (8, 9), wherein the spike setting pistol is arranged on the vertical slide in such a manner that its main axis (a 1) running in the spike setting direction is oriented parallel to the guiding direction of the at least one further prismatic joint (13, 13'), and wherein the first, the second and the at least one further prismatic joint (11, 12, 13, 13') are actuable by means of one drive (M1, M2, M3) each. - a first prismatic joint, which permits the movement of a first horizontal slide of the positioning mechanism relative to a base, - a second prismatic joint, which, parallel to the movement of the first horizontal slide, permits the movement of a second horizontal slide of the positioning mechanism relative to the base, - at least one further prismatic joint (13, 13'), which, substantially transversely with respect to the direction of movement of the horizontal slides (8, 9), permits the movement of a vertical slide of the positioning mechanism relative to the two horizontal slides (8, 9), - two rotary joints (14, 15), which permit an angular movement of the vertical slide in relation to the horizontal slides (8, 9),
A method of detecting a stent strut in a representation of a blood vessel, the method comprising: storing, in memory accessible by an intravascular diagnostic system, intravascular data collected from imaging a blood vessel and side branch data comprising locations of side branches of the blood vessel collected during the imaging of the blood vessel, wherein the intravascular data comprises a first group of scan lines; extracting side branch scan lines from the first group of scan lines and the side branch data; identifying a second group of scan lines corresponding to the extracted side branch scan lines; determining a "peak-at-line" intensity for each scan line in the second group of scan lines; partitioning each scan line of the second group of scan lines into a plurality of samples; determining an intensity threshold based on the "peak-at-line" intensity; determining the number of samples in each scan line having an intensity greater than the intensity threshold; identifying a candidate scan line as containing a potential metal strut in a side branch when the number of samples determined to have an intensity greater than the intensity threshold is less than or equal to a threshold T; and validating the candidate scan lines to identify scan lines that include a side branch and a metal strut disposed therein. storing, in memory accessible by an intravascular diagnostic system, intravascular data collected from imaging a blood vessel and side branch data comprising locations of side branches of the blood vessel collected during the imaging of the blood vessel, wherein the intravascular data comprises a first group of scan lines; extracting side branch scan lines from the first group of scan lines and the side branch data; identifying a second group of scan lines corresponding to the extracted side branch scan lines; determining a "peak-at-line" intensity for each scan line in the second group of scan lines; partitioning each scan line of the second group of scan lines into a plurality of samples; determining an intensity threshold based on the "peak-at-line" intensity; determining the number of samples in each scan line having an intensity greater than the intensity threshold; identifying a candidate scan line as containing a potential metal strut in a side branch when the number of samples determined to have an intensity greater than the intensity threshold is less than or equal to a threshold T; and validating the candidate scan lines to identify scan lines that include a side branch and a metal strut disposed therein.
A peptide of formula, or a pharmaceutically acceptable salt thereof, C a C b C c C d C e FEX 1 SKYC f C g C h C i C j wherein: the N-terminal group of the peptide is a monoradical of formula -NHR 1, the C-terminal group of the peptide is a monoradical of formula -C -R 2; R 1 is a monoradical selected from hydrogen and -C -(C 1 -C 20)alkyl; R 2 is a monoradical selected from -OH and -NR 3 R 4 radical; R 3 and R 4 are independently selected from hydrogen and (C 1 -C 10)alkyl; "a" to "j" are integers from 0 to 1, provided that at least one of "a" to "j" is 1; and X 1 represents any amino acid. the N-terminal group of the peptide is a monoradical of formula -NHR 1, the C-terminal group of the peptide is a monoradical of formula -C -R 2; R 1 is a monoradical selected from hydrogen and -C -(C 1 -C 20)alkyl; R 2 is a monoradical selected from -OH and -NR 3 R 4 radical; R 3 and R 4 are independently selected from hydrogen and (C 1 -C 10)alkyl; "a" to "j" are integers from 0 to 1, provided that at least one of "a" to "j" is 1; and X 1 represents any amino acid.