mhurhangee/ep-ind-claims huggingface dataset:
A rope suspension device with at least one rope suspension module that is adapted for suspension of at least one rope from a rotorcraft, said rope suspension module comprising at least one lockable load beam that is rotatable around an axis of rotation between a locked state and an unlocked state and that is adapted for supporting in said locked state at least one rope that is to be suspended from said rope suspension module, said at least one lockable load beam being, upon unlocking in operation, rotatable from said locked state around said axis of rotation into said unlocked state at least on the basis of a load that is applied to said at least one lockable load beam by means of at least one rope that is supported by said at least one lockable load beam, wherein said at least one lockable load beam is provided with a hinge, said hinge being pivotally mounted to an associated support member, wherein at least one locking element is provided that is moveable between at least a first and a second position, said at least one locking element being adapted for locking said at least one lockable load beam in said first position and for unlocking said at least one lockable load beam in said second position, characterized in that said at least one locking element is translationally movable in a direction that is at least approximately parallel to the longitudinal extension of the at least one lockable load beam in the locked state.
A resin molded bushing comprising: - an electric field relaxation shield which concentrically surrounds the outer periphery of an internal conductor made of conductor; - a cast resin which covers the internal conductor and the electric field relaxation shield; and - an elastic member which is disposed on the outer periphery of the electric field relaxation shield and is embedded in the cast resin, - characterized in that the height of the elastic member is equal to the thickness of the cast resin which covers the electric field relaxation shield. - an electric field relaxation shield which concentrically surrounds the outer periphery of an internal conductor made of conductor; - a cast resin which covers the internal conductor and the electric field relaxation shield; and - an elastic member which is disposed on the outer periphery of the electric field relaxation shield and is embedded in the cast resin, - characterized in that the height of the elastic member is equal to the thickness of the cast resin which covers the electric field relaxation shield.
A device (1, 100) for managing a battery, comprising: - a first coupled inductor element (4, 400), connected to an electric plug adapted to be connected to an electrical grid, - a first electronic bridge, connected to said first coupled inductor element (4, 400), - a capacitor, connected to said first electronic bridge, - a second electronic bridge, connected to said capacitor, - a second coupled inductor element, said second coupled inductor element defining the primary element of a transformer, said transformer comprising a secondary element, said second coupled inductor element being connected to said second electronic bridge, - a first rectifier, which is connected to said secondary element of said transformer; said device being characterized in that it comprises a first switching device adapted to connect the battery alternatively to either said second coupled inductor element, in a buck/boost converter configuration of said device, or to said first rectifier, in a battery charger configuration of said device; said battery being connected to said capacitor by means of a first switch; said first switching device and said first switch being adapted to isolate said battery from the electrical grid when said first switching device and said first switch are in said battery charger configuration. - a first coupled inductor element (4, 400), connected to an electric plug adapted to be connected to an electrical grid, - a first electronic bridge, connected to said first coupled inductor element (4, 400), - a capacitor, connected to said first electronic bridge, - a second electronic bridge, connected to said capacitor, - a second coupled inductor element, said second coupled inductor element defining the primary element of a transformer, said transformer comprising a secondary element, said second coupled inductor element being connected to said second electronic bridge, - a first rectifier, which is connected to said secondary element of said transformer; said device being characterized in that it comprises a first switching device adapted to connect the battery alternatively to either said second coupled inductor element, in a buck/boost converter configuration of said device, or to said first rectifier, in a battery charger configuration of said device; said battery being connected to said capacitor by means of a first switch; said first switching device and said first switch being adapted to isolate said battery from the electrical grid when said first switching device and said first switch are in said battery charger configuration.
An electronic device (101;201;301;401) comprising: a first antenna; a first band filtering unit connected to the first antenna; a second antenna; a second band filtering unit connected to the second antenna; a processor configured to: identify at least one of a first frequency band and a second frequency band filtered by the first band filtering unit; identify at least one of the second frequency band and a third frequency band filtered by the second band filtering unit; control the first band filtering unit to receive a first radio frequency, RF, signal in the second frequency band from the first antenna; and control the second band filtering unit to receive a second RF signal in the second frequency band from the second antenna; and a pre-processing unit configured to: generate a pre-processed signal by combining the first RF signal and the second RF signal based on a ratio of a weight factor; and transmit, to a first RF receiver (440,443), the pre-processed signal. a first antenna; a first band filtering unit connected to the first antenna; a second antenna; a second band filtering unit connected to the second antenna; a processor configured to: identify at least one of a first frequency band and a second frequency band filtered by the first band filtering unit; identify at least one of the second frequency band and a third frequency band filtered by the second band filtering unit; control the first band filtering unit to receive a first radio frequency, RF, signal in the second frequency band from the first antenna; and control the second band filtering unit to receive a second RF signal in the second frequency band from the second antenna; and a pre-processing unit configured to: generate a pre-processed signal by combining the first RF signal and the second RF signal based on a ratio of a weight factor; and transmit, to a first RF receiver (440,443), the pre-processed signal. identify at least one of a first frequency band and a second frequency band filtered by the first band filtering unit; identify at least one of the second frequency band and a third frequency band filtered by the second band filtering unit; control the first band filtering unit to receive a first radio frequency, RF, signal in the second frequency band from the first antenna; and control the second band filtering unit to receive a second RF signal in the second frequency band from the second antenna; and a pre-processing unit configured to: generate a pre-processed signal by combining the first RF signal and the second RF signal based on a ratio of a weight factor; and transmit, to a first RF receiver (440,443), the pre-processed signal. generate a pre-processed signal by combining the first RF signal and the second RF signal based on a ratio of a weight factor; and transmit, to a first RF receiver (440,443), the pre-processed signal.
A method of controlling power consumption of a mobile device (120, 120r, 120x, 120y) comprising a multi-threaded processor during switching from a first base station to a second base station, the method comprising: receiving an indication of a data rate capability of the second base station (110, 110a, 110b, 110c, 110r, 110x, 110y, 110z); and dynamically changing a number of active hardware threads of the multi-threaded processor of the mobile device (120, 120r, 120x, 120y) based on the indicated data rate capability of the second base station (110, 110a, 110b, 110c, 110r, 110x, 110y, 110z). receiving an indication of a data rate capability of the second base station (110, 110a, 110b, 110c, 110r, 110x, 110y, 110z); and dynamically changing a number of active hardware threads of the multi-threaded processor of the mobile device (120, 120r, 120x, 120y) based on the indicated data rate capability of the second base station (110, 110a, 110b, 110c, 110r, 110x, 110y, 110z).
An internal combustion engine, comprising: a cylinder portion that includes a cylinder and a cylinder head; and a water pump unit disposed on a side surface of the cylinder head, wherein the cylinder portion includes a coolant inlet portion with which a discharge port of the water pump unit is directly connected, and in a side view facing the side surface of the cylinder head, the coolant inlet portion protrudes to an outside from a wall surface of the cylinder portion, wherein the cylinder portion includes a coolant outlet portion that serves as an outlet of coolant from the cylinder portion, and in the side view facing the side surface of the cylinder head, the coolant outlet portion protrudes to an outside from a wall surface of the cylinder portion, characterized in that the cylinder portion includes a cam chain that transmits rotation of a crankshaft to a valve actuating unit of the cylinder head and a cam chain chamber through which the cam chain passes, and in the side view facing the side surface, the coolant inlet portion and the coolant outlet portion do not overlap the cam chain chamber. a cylinder portion that includes a cylinder and a cylinder head; and a water pump unit disposed on a side surface of the cylinder head, wherein the cylinder portion includes a coolant inlet portion with which a discharge port of the water pump unit is directly connected, and in a side view facing the side surface of the cylinder head, the coolant inlet portion protrudes to an outside from a wall surface of the cylinder portion, wherein the cylinder portion includes a coolant outlet portion that serves as an outlet of coolant from the cylinder portion, and in the side view facing the side surface of the cylinder head, the coolant outlet portion protrudes to an outside from a wall surface of the cylinder portion, characterized in that the cylinder portion includes a cam chain that transmits rotation of a crankshaft to a valve actuating unit of the cylinder head and a cam chain chamber through which the cam chain passes, and in the side view facing the side surface, the coolant inlet portion and the coolant outlet portion do not overlap the cam chain chamber.
A method for assessing risk of infection or cardiovascular disease in a subject with an inflammatory disease which is rheumatoid arthritis, the method comprising: performing at least one immunoassay on a blood sample from the subject to generate a dataset comprising protein level data for at least two protein markers, wherein the at least two protein markers comprise chitinase 3-like 1 (cartilage glycoprotein-39) (CHI3L1) and at least one marker selected from C-reactive protein, pentraxin-related; epidermal growth factor (beta-urogastrone); interleukin 6 (interferon, beta 2); leptin; matrix metallopeptidase 1 (interstitial collagenase); matrix metallopeptidase 3 (stromelysin 1, progelatinase); resistin (RETN); serum amyloid A1; tumor necrosis factor receptor superfamily, member 1A (TNFRSF1A); vascular cell adhesion molecule 1 (VCAM1); and, vascular endothelial growth factor A (VEGFA); and determining a risk score for disease activity from the dataset using an interpretation function, wherein said risk score predicts the risk of infection or CVD in the subject; wherein the infection is one that leads to death, hospitalization or requires intravenous antibiotics; and wherein the CVD is myocardial infarction.
A beta-glycolipid derivative of formula: a salt or a metal complex thereof, wherein the acetalic bond of the anomeric carbon has β (beta) configuration, A 1 and A 2 are, independently of each other, saturated or monounsaturated linear or branched C 1 -C 30 alkyl, or are an acyl - R 1 and - R 2 respectively where R 1 and R 2 are, independently of each other, saturated or monounsaturated linear or branched C 1 -C 29 alkyl, and X is a sulphonic (-SO 3 H) group, for use as a vaccine adjuvant. A 1 and A 2 are, independently of each other, saturated or monounsaturated linear or branched C 1 -C 30 alkyl, or are an acyl - R 1 and - R 2 respectively where R 1 and R 2 are, independently of each other, saturated or monounsaturated linear or branched C 1 -C 29 alkyl, and X is a sulphonic (-SO 3 H) group,
A latching device comprising a housing and a base of an infusion set, for latching the housing to the base, the latching device comprising: a button; a retention boss; characterized by a movable keyhole slot latching device comprising a larger diameter portion and a smaller diameter portion, the movable keyhole slot latching device being movable between a first position at which the smaller diameter portion is engaged with the retention boss, and a second position at which the smaller diameter portion is disengaged from the retention boss; wherein the housing comprises the button and the movable keyhole slot latching device, and the base comprises the retention boss; and wherein when the button is pressed, the button actuates the movable keyhole slot latching device to move from the first position to the second position to unlatch the housing from the base. a button; a retention boss; characterized by a movable keyhole slot latching device comprising a larger diameter portion and a smaller diameter portion, the movable keyhole slot latching device being movable between a first position at which the smaller diameter portion is engaged with the retention boss, and a second position at which the smaller diameter portion is disengaged from the retention boss; wherein the housing comprises the button and the movable keyhole slot latching device, and the base comprises the retention boss; and wherein when the button is pressed, the button actuates the movable keyhole slot latching device to move from the first position to the second position to unlatch the housing from the base.
An aircraft docking system (100,200,300,400) comprising: a light based verification and positioning system (110,210,310,410) adapted to scan a volume (120,220,320,420) in connection to a stand, a receiving unit adapted to receive surveillance data including position data related to an aircraft (190,290,390,490) from an airport surveillance system (150,250,350,450), wherein the light based verification and positioning system (110,210,310,410) is further adapted to: control the extension of the scanned volume (120,220,320,420) based on the received position data, characterised in that the light based verification and positioning system (110,210,310,410) is further adapted to: reduce the size of the scanned volume (120, 320) based on the received surveillance data, and shift the scanned volume (120, 420) sideways based on the received surveillance data. a light based verification and positioning system (110,210,310,410) adapted to scan a volume (120,220,320,420) in connection to a stand, a receiving unit adapted to receive surveillance data including position data related to an aircraft (190,290,390,490) from an airport surveillance system (150,250,350,450), wherein the light based verification and positioning system (110,210,310,410) is further adapted to: control the extension of the scanned volume (120,220,320,420) based on the received position data, characterised in that the light based verification and positioning system (110,210,310,410) is further adapted to: reduce the size of the scanned volume (120, 320) based on the received surveillance data, and shift the scanned volume (120, 420) sideways based on the received surveillance data. control the extension of the scanned volume (120,220,320,420) based on the received position data, characterised in that the light based verification and positioning system (110,210,310,410) is further adapted to: reduce the size of the scanned volume (120, 320) based on the received surveillance data, and shift the scanned volume (120, 420) sideways based on the received surveillance data.
Supply vehicle, in particular a supply vehicle for loading and/or unloading an aircraft, which has a chassis with a driver's cabin, wherein the supply vehicle comprises a height-adjustable transfer platform, which is arranged above the driver's cabin and is positioned in a first transition height, which is above the roof of the driver's cabin, or is movable to this first transition height, and wherein the transfer platform is divided in its width and comprises a first platform part and at least one second platform part, which is arranged above the driver's cabin, characterized in that the first platform part can be lowered and raised, independent of the second platform part of the transfer platform, laterally of the driver's cabin into a second transition height, which is smaller than the height of the driver's cabin.
A liquid crystal display apparatus (100, 200) comprising: a liquid crystal display panel (120,220) to display images, a backlight unit disposed behind the liquid crystal display panel (120, 220), and a chassis unit (110, 210) configured to accommodate the liquid crystal display panel (120, 220) and the backlight unit, and to provide the possibility of emitting at least some of the light provided by the backlight unit behind the liquid crystal display apparatus (100,200); wherein the chassis unit (110, 210) comprises a front chassis member (111,211) disposed in front of the liquid crystal display panel (120, 220) and a rear chassis member (112, 212) disposed behind the backlight unit; wherein the backlight unit comprises at least one LED light source module Z r (131, 133; 231, 233, 235, 237) and a reflective member (170, 270) disposed on an internal surface of the rear chassis member (112, 212) to reflect light being incident from the at least one LED light source module (131, 133; 231, 233, 235, 237) toward the rear chassis member (112, 212) to the liquid crystal display panel (120,220) and wherein the rear chassis member (112;212) comprises a fixed portion (112a;212a) disposed fixedly; Z r characterised in that the rear chassis member further comprises a movable portion (112b;212b) connected to the fixed portion (112a;212a) to be opened or closed, wherein, when the movable portion (112b;212b) is opened or closed, a portion of the reflective member (170;270) formed on the movable portion (112b;212b) is opened or closed along with the movable portion a liquid crystal display panel (120,220) to display images, a backlight unit disposed behind the liquid crystal display panel (120, 220), and a chassis unit (110, 210) configured to accommodate the liquid crystal display panel (120, 220) and the backlight unit, and to provide the possibility of emitting at least some of the light provided by the backlight unit behind the liquid crystal display apparatus (100,200); wherein the chassis unit (110, 210) comprises a front chassis member (111,211) disposed in front of the liquid crystal display panel (120, 220) and a rear chassis member (112, 212) disposed behind the backlight unit; wherein the backlight unit comprises at least one LED light source module Z r (131, 133; 231, 233, 235, 237) and a reflective member (170, 270) disposed on an internal surface of the rear chassis member (112, 212) to reflect light being incident from the at least one LED light source module (131, 133; 231, 233, 235, 237) toward the rear chassis member (112, 212) to the liquid crystal display panel (120,220) and wherein the rear chassis member (112;212) comprises a fixed portion (112a;212a) disposed fixedly; Z r characterised in that the rear chassis member further comprises a movable portion (112b;212b) connected to the fixed portion (112a;212a) to be opened or closed, wherein,
An electrosurgical wave generator, wherein when the electrosurgical wave generator is electrically coupled to an electrode to form an electrosurgical system: the wave generator is adapted to sense various parameters of the electrosurgical system and automatically adjust the level of electrical energy being transmitted from the electrode to the patient tissue based upon a customized power curve stored in the wave generator, the customized power curve being such that during an electrosurgical procedure, power to the electrode is rapidly increased up to a pre-determined tissue impedance level, and then as tissue impedance increases above the pre-determined tissue impedance level, the power to the electrode is rapidly reduced in inverse proportion to further increases in tissue impedance.
A method comprising: receiving a notification indicating that at least two messages are waiting for delivery; providing via user interface selectable handling instructions for the messages; and receiving as a user input a first handling instruction for a first message, characterised in that the method comprises: receiving as a user input a second handling instruction for a second message, the second handling instruction differing from the first handling instruction; forming a request containing received handling instructions (409, 410, 411, 412); and sending the request. receiving a notification indicating that at least two messages are waiting for delivery; providing via user interface selectable handling instructions for the messages; and receiving as a user input a first handling instruction for a first message, characterised in that the method comprises: receiving as a user input a second handling instruction for a second message, the second handling instruction differing from the first handling instruction; forming a request containing received handling instructions (409, 410, 411, 412); and sending the request. receiving as a user input a second handling instruction for a second message, the second handling instruction differing from the first handling instruction; forming a request containing received handling instructions (409, 410, 411, 412); and sending the request.