mhurhangee/ep-ind-claims huggingface dataset:
An imaging apparatus comprising: an image sensor configured to capture an image; a detector configured to detect a luminance level of a shooting environment from the captured image; and a mode determination unit configured to compare the luminance level with a predetermined threshold to select any one of autofocusing using a passive mode or autofocusing using an active mode; a passive mode calculator configured to calculate a shift amount of a lens in the autofocusing using the passive mode; an active mode calculator configured to calculate a shift amount of the lens in the autofocusing using the active mode; and wherein the imaging apparatus is configured to calculate the defocus amount using both the passive mode and the active mode, and to select the defocus amount calculated using any one of the passive mode or the active mode as appropriate depending on the result obtained by the mode determination unit. an image sensor configured to capture an image; a detector configured to detect a luminance level of a shooting environment from the captured image; and a mode determination unit configured to compare the luminance level with a predetermined threshold to select any one of autofocusing using a passive mode or autofocusing using an active mode; a passive mode calculator configured to calculate a shift amount of a lens in the autofocusing using the passive mode; an active mode calculator configured to calculate a shift amount of the lens in the autofocusing using the active mode; and wherein the imaging apparatus is configured to calculate the defocus amount using both the passive mode and the active mode, and to select the defocus amount calculated using any one of the passive mode or the active mode as appropriate depending on the result obtained by the mode determination unit.
A method of providing additional information associated with content, performed by a display apparatus, the method comprising: acquiring first user preference information corresponding to a first mobile terminal and second user preference information corresponding to a second mobile terminal; acquiring a keyword from the content that is being reproduced by the display apparatus; acquiring a search result corresponding to the acquired keyword by performing an Internet search using the acquired keyword; producing first additional information associated with the content by selecting information related to the first user preference information from the acquired search result, and producing second additional information associated with the content by selecting information related to the second user preference information from the acquired search result; transmitting a notification message to the first and second mobile terminals indicating that additional information has been produced, and providing, in response to receiving an information provision request from the first mobile terminal, the first additional information to the first mobile terminal, and providing, in response to receiving an information provision request from the second mobile terminal, the second additional information to the second mobile terminal. acquiring first user preference information corresponding to a first mobile terminal and second user preference information corresponding to a second mobile terminal; acquiring a keyword from the content that is being reproduced by the display apparatus; acquiring a search result corresponding to the acquired keyword by performing an Internet search using the acquired keyword; producing first additional information associated with the content by selecting information related to the first user preference information from the acquired search result, and producing second additional information associated with the content by selecting information related to the second user preference information from the acquired search result; transmitting a notification message to the first and second mobile terminals indicating that additional information has been produced, and providing, in response to receiving an information provision request from the first mobile terminal, the first additional information to the first mobile terminal, and providing, in response to receiving an information provision request from the second mobile terminal, the second additional information to the second mobile terminal.
Process for producing silicon particles by milling silicon-containing solids in a jet mill using a milling fluid which contains ≥ 20% by volume of steam, based on the total volume of the milling fluid.
Contactor for DC and AC operation with at least one contact point (2, 3) with a fixed contact (4; 5) and a moveable contact (6; 7), in which upon opening of the contacts (4, 6; 5, 7) an arc is formed, and with an arc extinguishing device for erasing the arc, wherein the contactor comprises a double interruption, and the two contact points (2, 3) of the double break are constructed mirror symmetrically to each other and the moveable contacts (6, 7) are arranged on a contact bridge, characterized in that between the arc quenching device and the arc guide plates (9, 10) or on a contact bridge a collecting through (37, 43) is arranged for the erosion particles generated by the switching arc in the contactor.
A bearing device for a supercharger, comprising: a pair of ball bearings (11, 12) that are disposed on a rotary shaft of the supercharger; a retaining member that is a separate component from the pair of ball bearings (11, 12) and to which outer races (11b, 12b) of the pair of ball bearings (11, 12) are fitted; a bearing housing that is assembled with the retaining member to form an oil-film damper, which is an oil film that functions as a damper to support the outer races (11b, 12b); an inner-race spacer, disposed between inner races (11a, 12a) of the pair of ball bearings (11, 12), that maintains a fixed distance between the inner races (11a, 12a) in an axial direction; and an outer-race spacer, disposed between the outer races (11b, 12b), that maintains a fixed distance between the outer races (11b, 12b) in the axial direction, wherein the outer races (11b 12b) are located inward of end faces (22a, 22b) of the retaining member in the axial direction and are fitted to the retaining member, the oil film is formed in a clearance between the retaining member and the bearing housing, and an outer periphery and the axial end faces (22a, 22b) of the retaining member face the bearing housing via the clearance in which the oil film is formed, characterized in that the outer races (11b, 12b) are fitted to the retaining member in an unconstrained state to the outside in the axial direction, in that axial dimensions of the inner-race spacer and the outer-race spacer are set in a manner that preload does not act on the ball bearing, and in that the bearings are assembled without preload. a pair of ball bearings (11, 12) that are disposed on a rotary shaft of the supercharger; a retaining member that is a separate component from the pair of ball bearings (11, 12) and to which outer races (11b, 12b) of the pair of ball bearings (11, 12) are fitted; a bearing housing that is assembled with the retaining member to form an oil-film damper, which is an oil film that functions as a damper to support the outer races (11b, 12b); an inner-race spacer, disposed between inner races (11a, 12a) of the pair of ball bearings (11, 12), that maintains a fixed distance between the inner races (11a, 12a) in an axial direction; and an outer-race spacer, disposed between the outer races (11b, 12b), that maintains a fixed distance between the outer races (11b, 12b) in the axial direction, wherein the outer races (11b 12b) are located inward of end faces (22a, 22b) of the retaining member in the axial direction and are fitted to the retaining member, the oil film is formed in a clearance between the retaining member and the bearing housing, and an outer periphery and the axial end faces (22a, 22b) of the retaining member face the bearing housing via the clearance in which the oil film is formed, characterized in that the outer races (11b, 12b) are fitted to the retaining member in an unconstrained state to the outside in the axial direction, in that axial dimensions of the inner-race spacer and the outer-race spacer are set in a manner that preload does not act on the ball bearing, and in that the bearings are assembled without preload.
A pharmaceutical composition comprising an aqueous suspension of: (i) microcrystalline N-(3,4-dichlorophenyl)-3-(pyridin-4-yl)-7-oxabicyclo[2.2.1]heptane-2-carboxamide or a pharmaceutically acceptable salt thereof; and (ii) a surfactant comprising a water-soluble co-polymer characterized by > 5% solubility in water at 25 °C.
Pavement manhole comprising a frame, a panel, such as a plug, a cover or a grating, fitted to hinge on the frame by at least one tang connected to the panel and comprising a first spoke and a second spoke between which is formed at least one internal lateral opening in which a hinge point is engaged, which is connected with a part of the peripheral edge of the frame and works with the edges of the internal lateral opening to control the swivelling of the panel from its initial opening position to its closing position of the frame to which the panel fits into the peripheral edge of the frame with the first spoke of the tang distinctly flush with the upper edge of the peripheral edge of the frame, with the lateral opening of the tang leading to the end of the tang by means of a guide with a reduced section defined between the first and second branches (9,10) of the tang and enabling the engaging of the hinge point in the internal lateral opening of the tang by the reciprocal coming together of the panel with its approximate opening start position and the frame, characterised in that the first spoke of the tang comprises a crossover hole, leading to the reduced section guide to enable the inserting of a pin through the reduced section guide and in that the panel can take on two configurations, a first configuration according to which it can be detached from the frame from its initial opening position in the absence of the pin and a second configuration in which it cannot be detached from the frame after insertion of the pin in the first spoke of the tang and through the reduced section guide when the panel occupies its closing position for the frame.
Method of producing a component made of a fibre-reinforced composite material by forming a thermoplastic semi-finished product in a membrane press, with a lower press part on which a mould is is arranged, an upper press part which comprises an pressure case which can be sealed against the lower press part, at least one press cylinder which acts on the upper press part and/or the lower press part, a membrane which can be stretched over the mould, a vacuum pump with which a negative pressure can be produced on one side of the membrane, wherein at least one semi-finished product is placed in the form or a workpiece on or in the mould, wherein with the interspersion of the semi-finished product, the elastically expandable membrane is stretched over the mould and forming the component, the semi-finished product is formed, in that a negative pressure is applied to the membrane on the side facing the mould and an overpressure is applied to the side facing away from the mould, so that the semi-finished product takes on the shape of the mould, wherein a mould is used, which at least in sections is permeable to air, through which air is sucked during the production of the negative pressure, wherein the overpressure is at least 20 bar and wherein a mould made of a porous material is used.
A method comprising: binding, by a processor, a software thread in a set of software threads to an available hardware context in a set of hardware contexts, the set of software threads having instructions waiting to issue; storing, by the processor, an identifier of the available hardware context bound to the software thread in a next available entry in an ordered list; reading, by the processor, the identifier stored in the ordered list; responsive to determining that an instruction associated with the identifier does not have dependencies with any other instructions among the instructions waiting to issue, issuing, by the processor, the instruction to the hardware context associated with the identifier; and characterised in that responsive to determining that the instruction associated with the identifier has one or more dependencies with other instructions among the instructions waiting to issue, issuing, by the processor, a no-operation for the associated software thread. binding, by a processor, a software thread in a set of software threads to an available hardware context in a set of hardware contexts, the set of software threads having instructions waiting to issue; storing, by the processor, an identifier of the available hardware context bound to the software thread in a next available entry in an ordered list; reading, by the processor, the identifier stored in the ordered list; responsive to determining that an instruction associated with the identifier does not have dependencies with any other instructions among the instructions waiting to issue, issuing, by the processor, the instruction to the hardware context associated with the identifier; and characterised in that responsive to determining that the instruction associated with the identifier has one or more dependencies with other instructions among the instructions waiting to issue, issuing, by the processor, a no-operation for the associated software thread.
A system for automatically avoiding signal interference between product proximity detection subsystems that emit signals through mutually facing presentation windows of different workstations, the system comprising: a magnetometer in each workstation, each magnetometer being operative for determining a direction faced by a respective presentation window; and a controller in each workstation and operatively connected to a respective magnetometer and a respective product proximity detection subsystem, each controller being operative for controlling a respective product proximity detection subsystem to emit and receive a signal with a first signal characteristic when the respective magnetometer determines that the respective presentation window faces a first direction, and for controlling a respective product proximity detection subsystem to emit and receive a signal with a second signal characteristic, which is different from the first signal characteristic, when the respective magnetometer determines that the respective presentation window faces a second direction, which is different from the first direction. a magnetometer in each workstation, each magnetometer being operative for determining a direction faced by a respective presentation window; and a controller in each workstation and operatively connected to a respective magnetometer and a respective product proximity detection subsystem, each controller being operative for controlling a respective product proximity detection subsystem to emit and receive a signal with a first signal characteristic when the respective magnetometer determines that the respective presentation window faces a first direction, and for controlling a respective product proximity detection subsystem to emit and receive a signal with a second signal characteristic, which is different from the first signal characteristic, when the respective magnetometer determines that the respective presentation window faces a second direction, which is different from the first direction.
A system for use in a subsea operation, comprising: a wellhead having an internal wellhead passage; a subsea tree system having an internal passage, the subsea tree system being sealably coupled with the wellhead via a seal; and an isolation sleeve extending from the internal passage of the subsea tree system into the internal wellhead passage to facilitate pressure testing of the seal, the isolation sleeve comprising: a mandrel formed as a single, continuous structure having an internal mandrel passage; a lower seal positioned along an exterior of the mandrel for sealing engagement with the wellhead; an upper seal positioned along the exterior of the mandrel for sealing engagement with the subsea tree system; and characterised in that a retention nut with an external thread is rotatably mounted on the exterior of the mandrel between the upper seal and the lower seal, and the retention nut is threadably engaged with a corresponding thread located along the internal passage of the subsea tree system. a wellhead having an internal wellhead passage; a subsea tree system having an internal passage, the subsea tree system being sealably coupled with the wellhead via a seal; and an isolation sleeve extending from the internal passage of the subsea tree system into the internal wellhead passage to facilitate pressure testing of the seal, the isolation sleeve comprising: a mandrel formed as a single, continuous structure having an internal mandrel passage; a lower seal positioned along an exterior of the mandrel for sealing engagement with the wellhead; an upper seal positioned along the exterior of the mandrel for sealing engagement with the subsea tree system; and a mandrel formed as a single, continuous structure having an internal mandrel passage; a lower seal positioned along an exterior of the mandrel for sealing engagement with the wellhead; an upper seal positioned along the exterior of the mandrel for sealing engagement with the subsea tree system; and characterised in that a retention nut with an external thread is rotatably mounted on the exterior of the mandrel between the upper seal and the lower seal, and the retention nut is threadably engaged with a corresponding thread located along the internal passage of the subsea tree system.
Method for producing a composite pane for a motor vehicle, with the steps: providing a first pane and a second pane; arranging a plastic film between the first pane and the second pane; arranging an LED on a surface of the plastic film; local heating of the plastic film at least in the region of the LED into a fluid state by means of a heating source positioned on an outer surface (12a; 14a) of the first pane or the second pane or arranged at a distance from the outer surface (12a; 14a) of the first pane or the second pane; introducing the LED into the plastic film heated into the fluid state with displacement of a predefined volume of the plastic film; after introducing the LED into the plastic film, laminating the first pane and the second pane with the interposed plastic film. providing a first pane and a second pane; arranging a plastic film between the first pane and the second pane; arranging an LED on a surface of the plastic film; local heating of the plastic film at least in the region of the LED into a fluid state by means of a heating source positioned on an outer surface (12a; 14a) of the first pane or the second pane or arranged at a distance from the outer surface (12a; 14a) of the first pane or the second pane; introducing the LED into the plastic film heated into the fluid state with displacement of a predefined volume of the plastic film; after introducing the LED into the plastic film, laminating the first pane and the second pane with the interposed plastic film.
Electrical assembly comprising: - a first element having a first connection portion and a second element having a second connection portion, and - an electrical connection device having an electrical member comprising a connection part with a first portion and a second portion; wherein the electrical member of the electrical connection device is at least partly inserted in a first opening section of the first connection portion and in a second opening section of the second connection portion along an inserting axis, the first portion of the connection part being in electrical connection with the first connection portion of the first element and the second portion of the connection part being in electrical connection with the second connection portion of the second element, wherein the electrical connection device comprises a non-conductive housing, characterized in that the electrical connection device comprises an adjustable inclination system adapted to allow an inclination of the electrical member with regard to the non-conductive housing of at least 1° up to 5°. - a first element having a first connection portion and a second element having a second connection portion, and - an electrical connection device having an electrical member comprising a connection part with a first portion and a second portion;
A tidal power generation and storage system comprising three tanks (12, 14, 16) located in a tidal sea, a first pair of the tanks (12, 14) each comprising a selectively openable and closeable sea aperture (22, 45) in fluid communication with the sea, the system being configured such that: a first one of the first pair's tank's sea aperture is openable on a flood tide to fill it with seawater to a level corresponding substantially to a high tide level; and a second one of the first pair's tank's sea aperture is openable on an ebb tide to substantially empty it of seawater to a level corresponding with a low tide level, the system being characterised by: a first fluid passageway extending between the first pair of tanks (12, 14), the first fluid passageway comprising a first turbine-generator assembly configured to generate a first power as water flows between the tanks of the first pair of tanks (12, 14), the first power being used to drive a pump for pumping water between a second pair (12, 16) of the three tanks via a second fluid passageway, the second pair (12, 16) being a different pair of tanks than the first pair of tanks (12,14); a third fluid passageway extending between a third pair of tanks (16, 14), the third pair being (16,14) a different pair of tanks than the first two pairs of tanks (12,14; 12, 16), the third fluid passageway comprising a flow control means and a second turbine-generator assembly configured to generate a second output power as water flows between the third pair of tanks (16, 14), the second output power being controllable by actuation of the flow control means.