mhurhangee/ep-ind-claims huggingface dataset:
A guide plate for a shift lever device formed in correspondence with a movement range of a shift lever, the guide plate for the shift lever device characterized in that: the shift lever is a momentary type shift lever that automatically returns to a home position after being operated, the guide plate comprises: an elastic member that includes an operation hole, which restricts the movement range of the shift lever and guides movement of the shift lever; and an impact absorption mechanism formed in the elastic member for absorbing impact of the shift lever when the shift lever automatically returns to the home position, wherein the impact absorption mechanism includes a slit (45, 46, 48) arranged proximal to the operation hole, a seat (43a, 44a, 47a) capable of absorbing impact of the shift lever, wherein the seat (43a, 44a, 47a) is arranged closer to the operation hole than the slit (45, 46, 48), and a stopper (43b, 44b, 47b) arranged at a back side of the seat (43a, 44a, 47a) relative to the slit (45, 46, 48), wherein the stopper (43b, 44b, 47b) supports inwardly curved deformation of the seat (43a, 44a, 47a). the shift lever is a momentary type shift lever that automatically returns to a home position after being operated, the guide plate comprises: an elastic member that includes an operation hole, which restricts the movement range of the shift lever and guides movement of the shift lever; and an impact absorption mechanism formed in the elastic member for absorbing impact of the shift lever when the shift lever automatically returns to the home position, wherein the impact absorption mechanism includes a slit (45, 46, 48) arranged proximal to the operation hole, a seat (43a, 44a, 47a) capable of absorbing impact of the shift lever, wherein the seat (43a, 44a, 47a) is arranged closer to the operation hole than the slit (45, 46, 48), and a stopper (43b, 44b, 47b) arranged at a back side of the seat (43a, 44a, 47a) relative to the slit (45, 46, 48), wherein the stopper (43b, 44b, 47b) supports inwardly curved deformation of the seat (43a, 44a, 47a). an elastic member that includes an operation hole, which restricts the movement range of the shift lever and guides movement of the shift lever; and an impact absorption mechanism formed in the elastic member for absorbing impact of the shift lever when the shift lever automatically returns to the home position, wherein the impact absorption mechanism includes a slit (45, 46, 48) arranged proximal to the operation hole, a seat (43a, 44a, 47a) capable of absorbing impact of the shift lever, wherein the seat (43a, 44a, 47a) is arranged closer to the operation hole than the slit (45, 46, 48), and a stopper (43b, 44b, 47b) arranged at a back side of the seat (43a, 44a, 47a) relative to the slit (45, 46, 48), wherein the stopper (43b, 44b, 47b) supports inwardly curved deformation of the seat (43a, 44a, 47a).
A method for correcting a color temperature of a flash lamp, comprising: obtaining a first color temperature value of a gray point region in a first image, wherein the first image is obtained by capturing a scene when the flash lamp is closed, and a difference between values of two color channels of a gray point in the gray point region is less than a preset value; searching for an image region corresponding to the gray point region in a second image, wherein the second image is obtained by capturing the scene when the flash lamp is open, and pixel points in the image region exist and the pixel points correspond to gray points in the gray point region; obtaining a second color temperature value of the image region; and correcting (104, 206) the color temperature for light compensation of the flash lamp according to a difference obtained by subtracting the first color temperature value from the second color temperature value. obtaining a first color temperature value of a gray point region in a first image, wherein the first image is obtained by capturing a scene when the flash lamp is closed, and a difference between values of two color channels of a gray point in the gray point region is less than a preset value; searching for an image region corresponding to the gray point region in a second image, wherein the second image is obtained by capturing the scene when the flash lamp is open, and pixel points in the image region exist and the pixel points correspond to gray points in the gray point region; obtaining a second color temperature value of the image region; and correcting (104, 206) the color temperature for light compensation of the flash lamp according to a difference obtained by subtracting the first color temperature value from the second color temperature value.
Method of regulating a power plant of a rotary wing aircraft, said power plant comprising a first engine group, a second engine group and a main power transmission gearbox, the two engine groups (10,20) mechanically driving said main power transmission gearbox in order to rotate a main output shaft of said main power transmission gearbox, said main output shaft being integral in rotation with a main rotor of said aircraft having a frequency of rotation NR, said first engine group comprising at least two main engines (11,12), said second engine group comprising at least one secondary engine, each main engine (11,12) having a plurality of main operating limits and operating with first margins relative respectively to each of said main operating limits, each secondary engine having a plurality of secondary operating limits and operating with second margins relative respectively to each of said secondary operating limits, in the course of which, - a first setpoint NR* of said frequency of rotation NR of said main rotor is determined, - the operation of each main engine (11,12) is regulated according to said first setpoint NR* of said frequency of rotation NR, - a second setpoint W 2 * of power to be delivered by said second engine group, so that each secondary engine operates with said lowest second margin equal to said lowest first margin of said first engine group, is determined, and - the operation of each secondary engine is regulated according to said second setpoint W 2 * of power. - a first setpoint NR* of said frequency of rotation NR of said main rotor is determined, - the operation of each main engine (11,12) is regulated according to said first setpoint NR* of said frequency of rotation NR, - a second setpoint W 2 * of power to be delivered by said second engine group, so that each secondary engine operates with said lowest second margin equal to said lowest first margin of said first engine group, is determined, and - the operation of each secondary engine is regulated according to said second setpoint W 2 * of power.
A device unit, comprising: a client side element, configured to dynamically adjust a quantity of first timeslots according to a bandwidth, wherein the first timeslots are timeslots of the client side element, and the bandwidth is a bandwidth of a received data service before the received data service is mapped to an Optical Channel Data Unit, ODU, tunnel; a line side element, configured to configure, according to the quantity of the first timeslots adjusted by the client side element, a quantity of second timeslots matched with the first timeslots, wherein the second timeslots are timeslots of the line side element; a tunnel managing element, configured to adjust, according to the quantity of the first timeslots and the quantity of the second timeslots, a quantity of ODU tunnels used for connecting the client side element and the line side element, wherein the ODU tunnels used for connecting the client side element and the line side element after the adjustment carry the data service, and the ODU tunnels are ODU tunnels with fixed rates. a client side element, configured to dynamically adjust a quantity of first timeslots according to a bandwidth, wherein the first timeslots are timeslots of the client side element, and the bandwidth is a bandwidth of a received data service before the received data service is mapped to an Optical Channel Data Unit, ODU, tunnel; a line side element, configured to configure, according to the quantity of the first timeslots adjusted by the client side element, a quantity of second timeslots matched with the first timeslots, wherein the second timeslots are timeslots of the line side element; a tunnel managing element, configured to adjust, according to the quantity of the first timeslots and the quantity of the second timeslots, a quantity of ODU tunnels used for connecting the client side element and the line side element, wherein the ODU tunnels used for connecting the client side element and the line side element after the adjustment carry the data service, and the ODU tunnels are ODU tunnels with fixed rates.
An expansion vessel (10, 110) with diaphragm, which comprises a hollow body (11, 111) which is defined by a first half-shell (12a, 112a) and by a second half-shell (12b, 112b), which are closed hermetically onto each other, and which is provided with a connector (13, 113) for connection to a hydraulic circuit, and an elastically deformable membrane (14, 114) which is installed inside said hollow body (11, 111) and is coupled perimetrically to the inner wall of said hollow body (11, 111), defining two variable-volume chambers which are hermetically separated, of which a first chamber (15a, 115a) for a liquid and a second chamber (15b, 115b) for a gas, the first half-shell (12a, 112a) comprising a circular preformed protrusion (17, 117) provided before assembly of the expansion vessel extending on the inner wall of said first half-shell (12a, 112a), and said membrane (14, 114) is bell-shaped, with an edge (16, 116) shaped complementarily on one of its sides with respect to said circular preformed protrusion (17, 117) such that mechanical stress on the membrane is limited, wherein said edge (16, 116) of the membrane is retained so as to adhere to said protrusion (17, 117) by a ring (18, 118) which in turn is shaped complementarily with respect to the other side of said edge (16, 116) and is adapted to receive, in abutment against its perimeter, an edge (19, 119) of said second half-shell (12b, 112b) which overlaps the edge of said first half-shell (12a, 112a), there also being means (20, 120) of preventing the egress of said membrane (14, 114) from said connector (13, 113).
An electrical system comprising: a plurality of distributed electrical components (602, 616, 622), at least some of the plurality of distributed electrical components positioned remotely from other ones of the plurality of distributed electrical components, at least some of the plurality of distributed electrical components electrically coupled through respective connecting components comprising a plurality of electrical conduits to other ones of the plurality of distributed electrical components; and a networked distributed protection system comprising a plurality of transient voltage suppression, TVS, devices electrically coupled to at least one of said electrical conduits and said distributed electrical components, said TVS devices positioned within said connecting components and proximate said at least one of said electrical conduits and said distributed electrical components providing a plurality of electrical dissipation paths for each distributed electrical component through the electrical conduits and TVS devices, said plurality of transient voltage suppressor devices providing a plurality of electrical paths to electrical ground, each TVS device comprising a wide band-gap semiconductor material. a plurality of distributed electrical components (602, 616, 622), at least some of the plurality of distributed electrical components positioned remotely from other ones of the plurality of distributed electrical components, at least some of the plurality of distributed electrical components electrically coupled through respective connecting components comprising a plurality of electrical conduits to other ones of the plurality of distributed electrical components; and a networked distributed protection system comprising a plurality of transient voltage suppression, TVS, devices electrically coupled to at least one of said electrical conduits and said distributed electrical components, said TVS devices positioned within said connecting components and proximate said at least one of said electrical conduits and said distributed electrical components providing a plurality of electrical dissipation paths for each distributed electrical component through the electrical conduits and TVS devices, said plurality of transient voltage suppressor devices providing a plurality of electrical paths to electrical ground, each TVS device comprising a wide band-gap semiconductor material.
Aircraft nacelle comprising an air intake configured to channel an air flow in the direction of an engine assembly which comprises a fan with an axis of rotation, said air intake comprising, according to a flow direction of the air flow, a lip with a leading edge and an internal conduit which extends said lip towards the fan, characterized in that the air intake comprises a plurality of protrusions distributed over the circumference of the air intake and after each protrusion a concave form configured in order to achieve compression of the air flow and in that each protrusion has, in the flow direction of the air flow, a profile such that the diameter of the air intake diminishes continuously from a downstream low point of the protrusion to a summit of the protrusion then increases continuously from the summit of the protrusion to a upstream low point of the protrusion.
An in-dwelling port for permitting access into a body, the port defining a proximal port opening and a distal port opening, wherein the port comprises: an external portion configured for placement outside of an incision and defining the proximal port opening; and a collapsible insertion portion attached to the external portion and positioned in a substantially coaxial relationship to the proximal port opening, the collapsible insertion portion is repeatably adjustable between an elongated position, wherein the collapsible insertion portion comprises an elongated length and an elongated width, and a collapsed position, wherein the collapsible insertion portion comprises a collapsed length and a collapsed width, and wherein the elongated length is greater than the collapsed length and the elongated width is less than the collapsed width characterised in that the collapsible insertion portion defines the distal port opening of the indwelling port. an external portion configured for placement outside of an incision and defining the proximal port opening; and a collapsible insertion portion attached to the external portion and positioned in a substantially coaxial relationship to the proximal port opening, the collapsible insertion portion is repeatably adjustable between an elongated position, wherein the collapsible insertion portion comprises an elongated length and an elongated width, and a collapsed position, wherein the collapsible insertion portion comprises a collapsed length and a collapsed width, and wherein the elongated length is greater than the collapsed length and the elongated width is less than the collapsed width
A frame, in particular a side frame (1a, 1b), for a drawer (4, 5), having the following features: a) an outer shell (11a, 11b); b) an inner shell (10a, 10b); c) at least one or more functional device(s) (52a, 52b, 52c) fastened to the outer shell (11a, 11b) and/or the inner shell (10a, 10b); d) the outer shell (11a, 11b) is movable relative to the inner shell (10a, 10b); e) the outer shell (11a, 11b) forms the upper side of the side frame; f) the outer shell (11a, 11b) and the inner shell (10a, 10b) form a connection in the upper region of the side frame; g) at least one of the functional devices comprises at least one energy storage device which generates at least one preferably vertical force component which presses the outer shell (11a, 11b) and the inner shell (10a, 10b) against one another in the region of the connection, wherein h) the outer shell (11a, 11b) is detachably fixable to the inner shell (10a, 10b) at least in one position relative to the inner shell (10a, 10b) by a securing element (53, 57a, 57b), so that the displacement is blocked in a securing position, and the relative movement, in particular the relative displacement, is released in a release position, characterized in that i) the at least one securing element is a screw or a resilient pressure piece (57a, 57b) which comprises at least one spring (58, 59) which is a coil spring. a) an outer shell (11a, 11b); b) an inner shell (10a, 10b); c) at least one or more functional device(s) (52a, 52b, 52c) fastened to the outer shell (11a, 11b) and/or the inner shell (10a, 10b); d) the outer shell (11a, 11b) is movable relative to the inner shell (10a, 10b); e) the outer shell (11a, 11b) forms the upper side of the side frame; f) the outer shell (11a, 11b) and the inner shell (10a, 10b) form a connection in the upper region of the side frame; g) at least one of the functional devices comprises at least one energy storage device which generates at least one preferably vertical force component which presses the outer shell (11a, 11b) and the inner shell (10a, 10b) against one another in the region of the connection, wherein h) the outer shell (11a, 11b) is detachably fixable to the inner shell (10a, 10b) at least in one position relative to the inner shell (10a, 10b) by a securing element (53, 57a, 57b), so that the displacement is blocked in a securing position, and the relative movement, in particular the relative displacement, is released in a release position, characterized in that i) the at least one securing element is a screw or a resilient pressure piece (57a, 57b) which comprises at least one spring (58, 59) which is a coil spring.
A secure random number generation system including a plurality of secure computation apparatuses (1 1,...,1 n) and generating a concealed value [r] of a random number r, the random number r following a discrete Laplace distribution with parameter α, wherein, α is a number that is larger than 0 and smaller than 1, and N is an integer of 2 or more, the secure computation apparatuses each comprises: a bit stream generating unit adapted to generate a concealed value stream [b 0], [b 1],..., [b N] that is constituted by a concealed value [b 0] of a random number bit b 0 that follows a Bernoulli distribution with probability (1-α)/(1+α) and concealed values [b i],..., [b N] of random number bits b 1,..., b N that each follow a Bernoulli distribution with probability (1-α); an absolute value determining unit adapted to obtain a concealed value of a position L at which 1 is first set from the head of the random number bits b 0, b 1,..., b N; and a sign determining unit adapted to obtain a result [L•s] obtained by multiplying the concealed value by a concealed value [s] of a random sign s, as the concealed value [r] of the random number r. wherein, α is a number that is larger than 0 and smaller than 1, and N is an integer of 2 or more, the secure computation apparatuses each comprises: a bit stream generating unit adapted to generate a concealed value stream [b 0], [b 1],..., [b N] that is constituted by a concealed value [b 0] of a random number bit b 0 that follows a Bernoulli distribution with probability (1-α)/(1+α) and concealed values [b i],..., [b N] of random number bits b 1,..., b N that each follow a Bernoulli distribution with probability (1-α); an absolute value determining unit adapted to obtain a concealed value of a position L at which 1 is first set from the head of the random number bits b 0, b 1,..., b N; and a sign determining unit adapted to obtain a result [L•s] obtained by multiplying the concealed value by a concealed value [s] of a random sign s, as the concealed value [r] of the random number r. a bit stream generating unit adapted to generate a concealed value stream [b 0], [b 1],..., [b N] that is constituted by a concealed value [b 0] of a random number bit b 0 that follows a Bernoulli distribution with probability (1-α)/(1+α) and concealed values [b i],..., [b N] of random number bits b 1,..., b N that each follow a Bernoulli distribution with probability (1-α); an absolute value determining unit adapted to obtain a concealed value of a position L at which 1 is first set from the head of the random number bits b 0, b 1,..., b N; and a sign determining unit adapted to obtain a result [L•s] obtained by multiplying the concealed value by a concealed value [s] of a random sign s, as the concealed value [r] of the random number r.
A computer-controlled video entertainment system, the system comprising: a display device connected to an IP-based network configured to receive output data via the IP-based network for displaying video entertainment pictures to at least one user; a plurality of remotely installed computing servers, including at least one computing device, being installed remotely from said display device and executing an entertainment software application for providing the output data to be transmitted via the IP-based network to said display device to display the video entertainment pictures, wherein the plurality of remotely installed computing servers are linked to each other to form a first and a second cluster of computing servers; a sensor device directly connected to the IP-based network, the sensor device being installed in the vicinity of said display device and comprising at least one optical sensory element and at least one acoustic sensory element for providing user-related input data to be processed by said entertainment software application, the sensor device further comprising a network interface configured to directly transmit said input data via said IP-based network to said at least one computing device, wherein the first cluster is a processing cluster for running the entertainment software application and rendering graphics under control of the user-related input data and the second cluster is a content cluster for providing content data to the processing cluster. a display device connected to an IP-based network configured to receive output data via the IP-based network for displaying video entertainment pictures to at least one user; a plurality of remotely installed computing servers, including at least one computing device, being installed remotely from said display device and executing an entertainment software application for providing the output data to be transmitted via the IP-based network to said display device to display the video entertainment pictures, wherein the plurality of remotely installed computing servers are linked to each other to form a first and a second cluster of computing servers; a sensor device directly connected to the IP-based network, the sensor device being installed in the vicinity of said display device and comprising at least one optical sensory element and at least one acoustic sensory element for providing user-related input data to be processed by said entertainment software application, the sensor device further comprising a network interface configured to directly transmit said input data via said IP-based network to said at least one computing device, wherein the first cluster is a processing cluster for running the entertainment software application and rendering graphics under control of the user-related input data and the second cluster is a content cluster for providing content data to the processing cluster.