mhurhangee/ep-ind-claims huggingface dataset:
An inference accelerator comprising: a memory system (112, 114, 116, 118); a plurality of processing elements (102, 104, 106, 108), each processing element: having a tightly coupled memory, TCM; coupled to the memory system; and adapted to access the memory system; a global synchronization manager, GSM, module coupled to the plurality of processing elements and to the memory system, the GSM adapted to synchronize operations of the plurality of processing elements and memory system using corresponding synchronization modules of each of the plurality of processing elements; a second network connecting each of the plurality of processing elements to the memory system, characterised in further comprising: a first network interconnecting the plurality of processing elements and the first network configured to support multicast operations, wherein the second network is separate from the first network. a memory system (112, 114, 116, 118); a plurality of processing elements (102, 104, 106, 108), each processing element: having a tightly coupled memory, TCM; coupled to the memory system; and adapted to access the memory system; having a tightly coupled memory, TCM; coupled to the memory system; and adapted to access the memory system; a global synchronization manager, GSM, module coupled to the plurality of processing elements and to the memory system, the GSM adapted to synchronize operations of the plurality of processing elements and memory system using corresponding synchronization modules of each of the plurality of processing elements; a second network connecting each of the plurality of processing elements to the memory system, characterised in further comprising: a first network interconnecting the plurality of processing elements and the first network configured to support multicast operations, wherein the second network is separate from the first network. a first network interconnecting the plurality of processing elements and the first network configured to support multicast operations, wherein the second network is separate from the first network.
An engine cooling system which includes an engine provided with a water jacket at a cylinder head side and a water jacket at a cylinder block side, a radiator, a circulation flow passage for circulating cooling water between the engine and the radiator, a water pump which is arranged at the circulation flow passage, a cooling water control valve apparatus which is arranged at the engine and adjusts a flow rate of cooling water flowing from the engine to the radiator, wherein the cooling water control valve apparatus includes a first passage which is communicated with the water jacket at the cylinder head side via a first inlet port, a second passage which is communicated with the water jacket at the cylinder block side via a second inlet port, characterized in that an electrical control valve is arranged at the first passage and adjusts a flow rate of cooling water with electronic control; a thermosensitive valve is arranged at the second passage and adjusts a flow rate of cooling water owing to displacement of a temperature detecting medium with temperature; the upstream side from the electronic control valve of the first passage is communicated with the upstream side from the thermosensitive valve of the second passage through a check valve which allows cooling water to flow from the first passage to the second passage.
Light-emitting device comprising first and second light-emitting cells adapted to respectively emitting in first and second wavelength ranges, wherein: - each light-emitting cell comprises a stack of a first layer of a first semiconductor material and of a second layer (111; 311; 411) of a second semiconductor material having a mesh parameter different from that of the first material; - in the first cell, the first layer is in contact with the second layer (111; 311; 411) across the entire surface of the cell; and - in the second cell, a mask (107; 307; 407) provided with a plurality of through nano-openings (109; 309) regularly distributed across the entire surface of the cell forms an interface between the first layer and the second layer (111; 311; 411), the second layer (111; 311; 411) comprising a plurality of nanopillars (115; 315) of the second material arranged in the nano-openings of the mask, in contact, by a first surface, with the first layer, and a coalesced layer (113; 313) of the second material in contact with a second surface of the nanopillars opposite to the first layer, extending across substantially the entire surface of the cell on the side of the mask opposite to the first layer, and wherein, in each cell, the second layer (111; 311; 411) is topped with an active layer. - each light-emitting cell comprises a stack of a first layer of a first semiconductor material and of a second layer (111; 311; 411) of a second semiconductor material having a mesh parameter different from that of the first material; - in the first cell, the first layer is in contact with the second layer (111; 311; 411) across the entire surface of the cell; and - in the second cell, a mask (107; 307; 407) provided with a plurality of through nano-openings (109; 309) regularly distributed across the entire surface of the cell forms an interface between the first layer and the second layer (111; 311; 411), the second layer (111; 311; 411) comprising a plurality of nanopillars (115; 315) of the second material arranged in the nano-openings of the mask, in contact, by a first surface, with the first layer, and a coalesced layer (113; 313) of the second material in contact with a second surface of the nanopillars opposite to the first layer, extending across substantially the entire surface of the cell on the side of the mask opposite to the first layer,
A system to operate a valve including a direct current stepper motor, comprising: - a valve detector (442, 510) to identify the valve and determine whether the valve is operable in multiple operating modes; - a mode selector (444, 512) electrically coupled to the valve detector (442, 510), the mode selector (444, 512) to select an operating mode from the multiple operating modes supported by the valve; - a current selector (446, 514) electrically coupled to the mode selector (444, 512), the current selector (446, 514) to select a target current level based on the selected operating mode; and - a motor controller (450, 550) electrically coupled between the current selector and the direct current stepper motor, the motor controller (450, 550) to drive the direct current stepper motor with a drive current at the selected target current level. - a valve detector (442, 510) to identify the valve and determine whether the valve is operable in multiple operating modes; - a mode selector (444, 512) electrically coupled to the valve detector (442, 510), the mode selector (444, 512) to select an operating mode from the multiple operating modes supported by the valve; - a current selector (446, 514) electrically coupled to the mode selector (444, 512), the current selector (446, 514) to select a target current level based on the selected operating mode; and - a motor controller (450, 550) electrically coupled between the current selector and the direct current stepper motor, the motor controller (450, 550) to drive the direct current stepper motor with a drive current at the selected target current level.
Electrical connection device formed of an active base and a plug each provided with at least one power contact which are arranged so as to be connected together when the plug and said base are coupled in a connection position, pilot contacts (7, 8) of a pilot circuit being provided to control an apparatus for switching on or switching off the power to the power contacts of the base respectively through the closure and the opening respectively of said circuit, this closure and opening of the pilot circuit being obtained by means of an actuator arranged on the base, while a device for locking and unlocking the plug in the base in a connection position is also provided and comprises matching locking means arranged on the plug and the base respectively, characterised in that the locking means of the base separate from the actuator is mounted so that it is mobile and has at least one locking position and one unlocking position, the actuator of the pilot circuit (7, 8) being arranged to secure said locking means for the base in its locking position when said pilot circuit (7, 8) is closed, and release the locking means when the pilot circuit is open, while the locking means for the base prevents any manoeuvre to couple the plug and the base or separate these once coupled, when said locking means is secured in its locking position by said actuator.
A high strength hot rolled steel sheet comprising, by mass%: C: 0.02% or more and 0.30% or less; Si: 0.20% or more and 2.0% or less; Mn: 0.5% or more and 3.0% or less; P: 0.10% or less; S: 0.010% or less; Al: 0.10% or more and 1.0% or less; N: 0.010% or less; Ti: 0.06% or more and 0.20% or less; Nb: 0% or more and 0.10% or less; Ca: 0% or more and 0.0060% or less; Mo: 0% or more and 0.50% or less; Cr: 0% or more and 1.0% or less; and a remainder of Fe and impurities, wherein a structure of the high strength hot rolled steel sheet at a thickness 1/4 depth position in a cross section in a hot rolling direction contains a martensite in an area ratio of 20% or more and 60% or less and a ferrite in an area ratio of 40% or more, and a total area ratio of the martensite and the ferrite is 90% or more, an average grain size of the martensite is 5.0 μm or more and 50 μm or less, a ratio of a hardness of the martensite at a thickness 1/4 depth position in a cross section in a hot rolling direction to a hardness of the ferrite at a thickness 1/4 depth position in a cross section in a hot rolling direction is 0.6 or more and 1.6 or less, and a tensile strength of the high strength hot rolled steel sheet measured in accordance with JIS Z 2241 is 980 MPa or more. C: 0.02% or more and 0.30% or less; Si: 0.20% or more and 2.0% or less; Mn: 0.5% or more and 3.0% or less; P: 0.10% or less; S: 0.010% or less; Al: 0.10% or more and 1.0% or less; N: 0.010% or less; Ti: 0.06% or more and 0.20% or less; Nb: 0% or more and 0.10% or less; Ca: 0% or more and 0.0060% or less; Mo: 0% or more and 0.50% or less; Cr: 0% or more and 1.0% or less; and a remainder of Fe and impurities, wherein a structure of the high strength hot rolled steel sheet at a thickness 1/4 depth position in a cross section in a hot rolling direction contains a martensite in an area ratio of 20% or more and 60% or less and a ferrite in an area ratio of 40% or more, and a total area ratio of the martensite and the ferrite is 90% or more, an average grain size of the martensite is 5.0 μm or more and 50 μm or less, a ratio of a hardness of the martensite at a thickness 1/4 depth position in a cross section in a hot rolling direction to a hardness of the ferrite at a thickness 1/4 depth position in a cross section in a hot rolling direction is 0.6 or more and 1.6 or less, and a tensile strength of the high strength hot rolled steel sheet measured in accordance with JIS Z 2241 is 980 MPa or more.
Method for balancing clutch wear in a dual clutch transmission, the transmission comprising a first transmission mechanism arranged to transmit mechanical driving force from an output shaft of a prime mover to a first input shaft and to put any one of a first set of gears in an engaged state to connect the first input shaft to ground engaging members; a second transmission mechanism arranged to transmit mechanical driving force from the output shaft of the prime mover to a second input shaft and to put any one of a second set of gears in an engaged state to connect the second input shaft to the ground engaging members; a controllable first clutch unit arranged to bring the output shaft of the prime mover and the first input shaft into engagement with each other; a controllable second clutch unit arranged to bring the output shaft of the prime mover and the second input shaft into engagement with each other, and an electronic control unit arranged to control gear selection and actuation of the first and second clutch unit (21, 22), and where the method is characterized by the control unit performing the steps of: - determining which of the first and second clutch unit is subjected to the most accumulated wear based on which one of the first and second clutch units being used for the top gear; and - selecting a gear for launch actuated by the other clutch unit than the above determined clutch unit (22; 21), which gear is higher than the lowest gear in the transmission. - determining which of the first and second clutch unit is subjected to the most accumulated wear based on which one of the first and second clutch units being used for the top gear; and - selecting a gear for launch actuated by the other clutch unit than the above determined clutch unit (22; 21), which gear is higher than the lowest gear in the transmission.
A stent graft member having attached thereto a first stent and a second stent arranged distally of the first stent, each stent comprising: a plurality of proximal apices and a plurality of distal apices connected with the proximal apices by a plurality of generally straight portions, each proximal apex comprising a first curved portion and each distal apex comprising a second curved portion; the stents being arranged in a confronting configuration, and each first curved portion and each second curved portion having at least one radius of curvature wherein the radius of curvature of at least one of the proximal apices of the first stent is greater than the radius of curvature of at least one of the distal apices thereof and in that the radius of curvature of at least one of the distal apices of the second stent is greater than the radius of curvature of at least one of the proximal apices thereof; characterised in that the radius of curvature of the at least one of the proximal apices of the first stent is at least two times the radius of curvature of the at least one of the distal apices thereof and the radius of curvature of the at least one of the distal apices of the second stent is at least two times the radius of curvature of the at least one of the proximal apices thereof.
A method for phase-voltage based motor period measurement, the method comprising generating a commanded phase voltage; applying the commanded phase voltage to a first phase voltage input of an electric motor, a second phase voltage input of the electric motor, and a third phase voltage input of the electric motor, the first phase voltage input and the second phase voltage input being connected to a first differential capacitively coupled interface of a first integrated circuit and the second phase voltage input and the third phase voltage input being connected to a second differential capacitively coupled interface of a second integrated circuit; measuring, at an integrated analog comparator of the first integrated circuit, a first period of a phase voltage associated with the first phase voltage input and the second phase voltage input; comparing the first period of the phase voltage associated with the first phase voltage input and the second phase voltage input to a frequency associated with the commanded phase voltage; and in response to a determination that the first period of the phase voltage associated with the first phase voltage input and the second phase voltage input is outside of a range of the frequency associated with the commanded phase voltage, identifying a fault associated with at least one of the first integrated circuit and a corresponding signal path applying the commanded phase voltage to a first phase voltage input of an electric motor, a second phase voltage input of the electric motor, and a third phase voltage input of the electric motor, the first phase voltage input and the second phase voltage input being connected to a first differential capacitively coupled interface of a first integrated circuit and the second phase voltage input and the third phase voltage input being connected to a second differential capacitively coupled interface of a second integrated circuit; measuring, at an integrated analog comparator of the first integrated circuit, a first period of a phase voltage associated with the first phase voltage input and the second phase voltage input; comparing the first period of the phase voltage associated with the first phase voltage input and the second phase voltage input to a frequency associated with the commanded phase voltage; and in response to a determination that the first period of the phase voltage associated with the first phase voltage input and the second phase voltage input is outside of a range of the frequency associated with the commanded phase voltage, identifying a fault associated with at least one of the first integrated circuit and a corresponding signal path
An ultrasound diagnostic device, comprising: a storage unit for storing cine data comprising a plurality of consecutive image frames as cine images, based on ultrasound echoes reflected from a target object; an image processing unit for setting marks to image frames among the consecutive image frames and forming preview images only for the image frames with the marks set, wherein the preview images are stored in the storage unit in association with the corresponding image frames; a display unit for displaying the preview images at a predetermined position on a screen; and a user input unit allowing a user to input a bookmark setting instruction for setting bookmarks to image frames of the cine data, wherein bookmark information being set to first and last frames of the cine images to be replayed, the bookmark information being indicated at the preview images, wherein the image processing unit is further configured to read out frame data based on image frame information included in the bookmark information if the user selects one of the preview images, on which the bookmarks are set, displayed on the screen, and the image processing unit is further configured to perform image processing upon the frame data to thereby form a cine image, and the display unit is further configured to display the cine image corresponding to the bookmark information of the selected preview image from the storage unit in response to the selection instruction. a storage unit for storing cine data comprising a plurality of consecutive image frames as cine images, based on ultrasound echoes reflected from a target object; an image processing unit for setting marks to image frames among the consecutive image frames and forming preview images only for the image frames with the marks set, wherein the preview images are stored in the storage unit in association with the corresponding image frames; a display unit for displaying the preview images at a predetermined position on a screen; and a user input unit allowing a user to input a bookmark setting instruction for setting bookmarks to image frames of the cine data, wherein bookmark information being set to first and last frames of the cine images to be replayed, the bookmark information being indicated at the preview images, wherein the image processing unit is further configured to read out frame data based on image frame information included in the bookmark information if the user selects one of the preview images, on which the bookmarks are set, displayed on the screen, and the image processing unit is further configured to perform image processing upon the frame data to thereby form a cine image, and the display unit is further configured to display the cine image corresponding to the bookmark information of the selected preview image from the storage unit in response to the selection instruction.
Device for attaching an aircraft engine to a pylon secured to the structure of the aircraft, the attachment device comprising: - a beam, able to be secured to the said pylon and comprising a first clevis mount which comprises two cheeks (311, 312) connected to one another by a first clevis pin; - a second clevis mount, secured to the engine and comprising two cheeks connected to one another by a second clevis pin; - a shackle connected to the said first pin by a first spherical joint and to the second pin by a second spherical joint; the attachment device comprising at least one pair of washers (61, 62) which are positioned around one of the said pins (350, 230), one on each side of the said shackle, and separating the said shackle from the cheeks (311, 312) of the clevis mount bearing the said pin (350, 230), characterized in that the said shackle in its extreme positions of rotation about the pin passing through the said two spherical joints (521, 522) comes into contact with the said washers (61, 62). - a beam, able to be secured to the said pylon and comprising a first clevis mount which comprises two cheeks (311, 312) connected to one another by a first clevis pin; - a second clevis mount, secured to the engine and comprising two cheeks connected to one another by a second clevis pin; - a shackle connected to the said first pin by a first spherical joint and to the second pin by a second spherical joint;
A light emitting die package comprising: a light emitting device; a leadframe, a portion of the leadframe defining a mounting pad, wherein the light emitting device is mounted on the mounting pad; a molded body integrated with portions of the leadframe, the molded body having a first horizontal top surface with an opening there through and a second horizontal surface formed within the opening below the top surface, the diameter of the opening being constant between the top and second surfaces and gradually decreasing below the second surface due to angled walls formed by the molded body; a lens having an upper portion terminating at a ledge that rests on the second surface and having a lower portion fitting within the angled walls formed below the second surface and extending downward beyond the light emitting device so as to surround the light emitting device; and wherein a lowest point of the lower portion of the lens terminates above the leadframe to form a gap between the top side of the leadframe and the lowest point of the lens lower portion. a light emitting device; a leadframe, a portion of the leadframe defining a mounting pad, wherein the light emitting device is mounted on the mounting pad; a molded body integrated with portions of the leadframe, the molded body having a first horizontal top surface with an opening there through and a second horizontal surface formed within the opening below the top surface, the diameter of the opening being constant between the top and second surfaces and gradually decreasing below the second surface due to angled walls formed by the molded body; a lens having an upper portion terminating at a ledge that rests on the second surface and having a lower portion fitting within the angled walls formed below the second surface and extending downward beyond the light emitting device so as to surround the light emitting device; and wherein a lowest point of the lower portion of the lens terminates above the leadframe to form a gap between the top side of the leadframe and the lowest point of the lens lower portion.