mhurhangee/ep-ind-claims huggingface dataset:
Flight attendant calling device for a passenger aircraft, comprising: at least one calling device control element set up to be assigned to a seat of the passenger aircraft for calling flight attendant staff on board the passenger aircraft by a passenger assigned to the seat; a calling device processor, which is designed to create a configuration profile of the at least one calling device control element based on passenger preferences of the passenger of the passenger aircraft assigned to the seat; and a control element configurator, which is coupled to the calling device processor, and which is designed to set a visual and/or haptic appearance as well as a flight attendant calling functionality of the at least one calling device control element on the basis of the configuration profile received from the calling device processor; wherein the at least one calling device control element has a physical knob, a physical rotary knob, a physical switch or a physical button; and a passenger service unit; wherein the at least one calling device control element is part of the passenger service unit. at least one calling device control element set up to be assigned to a seat of the passenger aircraft for calling flight attendant staff on board the passenger aircraft by a passenger assigned to the seat; a calling device processor, which is designed to create a configuration profile of the at least one calling device control element based on passenger preferences of the passenger of the passenger aircraft assigned to the seat; and a control element configurator, which is coupled to the calling device processor, and which is designed to set a visual and/or haptic appearance as well as a flight attendant calling functionality of the at least one calling device control element on the basis of the configuration profile received from the calling device processor; wherein the at least one calling device control element has a physical knob, a physical rotary knob, a physical switch or a physical button; and a passenger service unit; wherein the at least one calling device control element is part of the passenger service unit.
A key distribution system, comprising: user equipment, UE, a mobile network operator network element, MNO, and a key management system, KMS, wherein the UE is configured to: generate a public key and a private key that have an association relationship, and send a first key request to the MNO, wherein the first key request carries the public key of the UE; the MNO is configured to: receive the first key request, obtain the public key of the UE carried in the first key request, generate a second key request based on the public key of the UE, and send the second key request to the KMS, wherein the second key request carries the public key of the UE; the KMS is configured to: receive the second key request; obtain the public key of the UE carried in the second key request; allocate, to the UE, at least one public validation token PVT and one secret signing key SSK used for signing that are based on identity-based cryptography IBC; encrypt the at least one PVT and the one SSK based on the public key of the UE to obtain ciphertext; sign a to-be-signed object based on a preset digital signature private key to obtain a digital signature; determine a signature validation public key associated with the digital signature private key; and send, to the MNO, a key response carrying the signature validation public key, the public key of the UE, the ciphertext, and the digital signature, wherein the to-be-signed object comprises the public key of the UE and the ciphertext; the MNO is further configured to: receive the key response, and return the key response to the UE; and the UE is further configured to: receive the key response; obtain the signature validation public key, the public key of the UE, the digital signature, and the ciphertext that are carried in the key response; verify the digital signature based on the signature validation public key; and after the validation succeeds, decrypt the ciphertext based on the private key associated with the public key of the UE to obtain the at least one PVT and the one SSK, and store the at least one PVT and the one SSK.
A container trolley (1; 1000) adapted to pass from an unfolded position to a stowed position and conversely comprising, a base wall (60; 600), an upper wall (50; 500), two face walls (10, 30; 100, 300) each being movable in rotation along an axis parallel to the edge of the base wall (60; 600) along which it extends, and two side walls (20, 40; 200, 400) each being movable in rotation along an axis parallel to the edge of the base wall (60; 600) along which it extends, each of the side walls (20, 40; 200, 400) being foldable into at least two elements (13, 14, 15,16, 17, 18, 19, 21; 213, 214, 215, 216, 417, 418, 419, 421) characterized in that at least one of the face walls (10; 100) is adapted to be folded over the outer side of the top wall (50; 500).
Method of control of a tracked vehicle, in particular a tracked vehicle for the preparation of ski slopes, or for the maintenance of woods, the tracked vehicle comprising two tracks (3; 4) configured to be driven at respective speed (VT1, VT2) with respect to the tracked vehicle in order to advance said vehicle; the control method being characterized by comprising the steps of acquiring the traveling speed of the tracked vehicle; acquiring the speed (VT1; VT2) of the tracks (3; 4) with respect to the tracked vehicle; calculating a range of expected values of traveling speed as a function of the speed (VT1; VT2) of the tracks (3; 4), and varying the speed (VT1; VT2) of the tracks (3; 4) when the traveling speed of the tracked vehicle is outside the range of expected values.
A cannula for intercostal access configured to be used for cardiac surgical procedures in conjunction with a suture placement system (52, 90), comprising: a riser tube having a proximal end and a distal end, wherein the distal end is configured to be placed on a beating heart; and a circumferential organization template at the proximal end of the riser tube, comprising: a plurality of suture channels positioned around the circumferential organization template and configured to have various sutures passing through the cannula wrapped around; and a plurality of suture pinching slots positioned around the circumferential organization template and configured to hold various sutures passing through the cannula and wrapped around the suture channels; characterized by a plurality of tube management grooves positioned around the circumferential organization template and configured to mount one or more tubes (64; 99) from the suture placement system (52; 99). a riser tube having a proximal end and a distal end, wherein the distal end is configured to be placed on a beating heart; and a circumferential organization template at the proximal end of the riser tube, comprising: a plurality of suture channels positioned around the circumferential organization template and configured to have various sutures passing through the cannula wrapped around; and a plurality of suture pinching slots positioned around the circumferential organization template and configured to hold various sutures passing through the cannula and wrapped around the suture channels; characterized by a plurality of tube management grooves positioned around the circumferential organization template and configured to mount one or more tubes (64; 99) from the suture placement system (52; 99). a plurality of suture channels positioned around the circumferential organization template and configured to have various sutures passing through the cannula wrapped around; and a plurality of suture pinching slots positioned around the circumferential organization template and configured to hold various sutures passing through the cannula and wrapped around the suture channels; characterized by a plurality of tube management grooves positioned around the circumferential organization template and configured to mount one or more tubes (64; 99) from the suture placement system (52; 99).
A method of preventing malicious settings changes to one of a plurality of Intelligent Electronic Devices (IEDs; R1,R2,R3,R4) used in a power network, said method comprises the following steps: detecting an attempted change to the protection settings of a first IED in the power network; characterized in that transmitting the attempted change to the protection settings of the first IED to a second IED in the power network; checking whether the attempted change to the protection settings of the first IED are consistent with the protection settings of the second IED; transmitting a nonconformance signal to the first IED from the second IED if the attempted change to the protection settings of the first IED are not consistent with the protection settings of the second IED; and denying the attempted change to the protection settings of the first IED upon receipt of a nonconformance signal. detecting an attempted change to the protection settings of a first IED in the power network; characterized in that transmitting the attempted change to the protection settings of the first IED to a second IED in the power network; checking whether the attempted change to the protection settings of the first IED are consistent with the protection settings of the second IED; transmitting a nonconformance signal to the first IED from the second IED if the attempted change to the protection settings of the first IED are not consistent with the protection settings of the second IED; and denying the attempted change to the protection settings of the first IED upon receipt of a nonconformance signal.
System for dispensing a makeup product, having a dispenser that receives at least two cartridges, each one having a reservoir containing a base product, the latter leaving the cartridge via an outlet channel of the cartridge, this outlet channel opening out at the outside of the dispenser or near the external surface thereof, the dispenser having a housing, and at least one of said cartridges being received in the housing of the dispenser, this cartridge having a body and a piston capable of moving in the body, the housing having a motorized drive mechanism for moving the piston of the cartridge, each cartridge having a hollow screw on which the piston is screwed, the piston being able to move axially on the screw as the latter turns, the friction of the piston against the body of the cartridge preventing it from turning when the screw turns.
An array comprising a multiplicity of adjacent, electrically separated multilayered MRAM devices of various uniform horizontal widths but all having a common vertical height, said devices having coplanar upper surfaces and said devices being electrically connected by a common top metal contact, a common substrate; a multiplicity of N spatially separated multilayered devices formed on said common substrate, wherein each said multilayered device has a width d n where n runs from 1 to N and wherein said widths are different; wherein each of said N multilayered devices has common height h and wherein there is a space-filling encapsulation layer of variable width S jk between adjacent multilayered devices where j varies from 1 to N, and k=j+1; wherein each said multilayered device further comprises: a lower electrode (201, 202) of identical thickness, an active device element formed on said lower electrode; an upper electrode formed on said active device element, wherein said upper electrode has an identical thickness and wherein upper surfaces of all said upper electrodes are coplanar; and a single top metal contact formed over said upper electrodes, making open-free electrical contact with each said upper electrode and characterized in that lower electrodes (201, 202) of adjacent multilayered devices have different widths. a lower electrode (201, 202) of identical thickness, an active device element formed on said lower electrode; an upper electrode formed on said active device element, wherein said upper electrode has an identical thickness and wherein upper surfaces of all said upper electrodes are coplanar; and a single top metal contact formed over said upper electrodes, making open-free electrical contact with each said upper electrode and characterized in that lower electrodes (201, 202) of adjacent multilayered devices have different widths.
An interbody spinal implant including a titanium or titanium alloy body, the body comprising: a top surface; a bottom surface; opposing lateral sides; opposing anterior and posterior portions; and at least one vertical aperture defining an internal wall surface and extending from the top surface to the bottom surface characterized in that at least a portion of the internal wall surface has a roughened surface topography having, in combination, a macro average height from peak to valley of greater than 100 μm, a microtexture height from peak to valley of from about 0.5 to about 100 μm and a nanotexture height from peak to valley of from about 1 to about 1000 nm, wherein said roughened topography facilitates attachment and proliferation of osteoblasts on the internal wall surface. a top surface; a bottom surface; opposing lateral sides; opposing anterior and posterior portions; and at least one vertical aperture defining an internal wall surface and extending from the top surface to the bottom surface characterized in that at least a portion of the internal wall surface has a roughened surface topography having, in combination, a macro average height from peak to valley of greater than 100 μm, a microtexture height from peak to valley of from about 0.5 to about 100 μm and a nanotexture height from peak to valley of from about 1 to about 1000 nm, wherein said roughened topography facilitates attachment and proliferation of osteoblasts on the internal wall surface.
A mud flow monitoring device for monitoring mud flow in a return line of a bore hole drilling operation, the flow monitoring device comprising: a mounting bracket mounted to the return line and having a viewing port for access to an interior of the return line; a light source configured to illuminate, through the viewing port, a portion of the mud flow in an observation zone within the return line; a camera configured to create a plurality of images of the mud flow in the observation zone; characterized by a controller configured to analyze the plurality images so as to: determine a level of the mud flow in the return line and the presence of at least one irregularity, track a movement of the irregularity across the plurality of images to determine a rate of movement of the irregularity, and calculate a flow rate of the mud flow through the return line based on the movement rate and the determined level. a mounting bracket mounted to the return line and having a viewing port for access to an interior of the return line; a light source configured to illuminate, through the viewing port, a portion of the mud flow in an observation zone within the return line; a camera configured to create a plurality of images of the mud flow in the observation zone; characterized by a controller configured to analyze the plurality images so as to: determine a level of the mud flow in the return line and the presence of at least one irregularity, track a movement of the irregularity across the plurality of images to determine a rate of movement of the irregularity, and calculate a flow rate of the mud flow through the return line based on the movement rate and the determined level. determine a level of the mud flow in the return line and the presence of at least one irregularity, track a movement of the irregularity across the plurality of images to determine a rate of movement of the irregularity, and calculate a flow rate of the mud flow through the return line based on the movement rate and the determined level.
A network communication method of a device, the network communication method comprising: detecting a preamble; extracting network identification information from the detected preamble; in response to a determination that a detected channel of the preamble is identical to a used channel of the device, determining whether a network corresponding to the extracted network identification information and a network to which the device belongs are the same or different; reducing transmission power in response to a determination that the extracted network identification information and the network to which the device belongs are different; and requesting other devices in the network to increase transmission power in response to a determination that the extracted network identification information and the network to which the device belongs are the same and that the preamble is in a reference frame. detecting a preamble; extracting network identification information from the detected preamble; in response to a determination that a detected channel of the preamble is identical to a used channel of the device, determining whether a network corresponding to the extracted network identification information and a network to which the device belongs are the same or different; reducing transmission power in response to a determination that the extracted network identification information and the network to which the device belongs are different; and requesting other devices in the network to increase transmission power in response to a determination that the extracted network identification information and the network to which the device belongs are the same and that the preamble is in a reference frame.
An aqueous, stable parenteral paracetamol formulation comprising: (i) hydroxy propyl beta cyclodextrin; (ii) sodium metabisulfite as antioxidant; characterized in that: (a) it has no buffering agent; (b) it has no organic solvent; (c) it exhibits an oxygen content of not more than 2 ppm. (i) hydroxy propyl beta cyclodextrin; (ii) sodium metabisulfite as antioxidant; (a) it has no buffering agent; (b) it has no organic solvent; (c) it exhibits an oxygen content of not more than 2 ppm.
A non-thermal equilibrium plasma ignition plug, comprising: a tubular metallic shell having an axial hole extending along an axial line; an insulator (10, 19) disposed in such a manner as to form a gap in cooperation with a wall surface of the axial hole at a forward end portion of the metallic shell, wherein the insulator (10, 19) is held to the metallic shell; and a center electrode held at the center of the insulator (10, 19), the non-thermal equilibrium plasma ignition plug is adapted for generating non-equilibrium plasma in response to voltage applied thereto from a power supply, characterized in that the insulator (10, 19) has a plurality of depressions (Dp) or protrusions (Pr) formed on a surface thereof which faces a discharge space therearound. a tubular metallic shell having an axial hole extending along an axial line; an insulator (10, 19) disposed in such a manner as to form a gap in cooperation with a wall surface of the axial hole at a forward end portion of the metallic shell, wherein the insulator (10, 19) is held to the metallic shell; and a center electrode held at the center of the insulator (10, 19), the non-thermal equilibrium plasma ignition plug is adapted for generating non-equilibrium plasma in response to voltage applied thereto from a power supply, characterized in that the insulator (10, 19) has a plurality of depressions (Dp) or protrusions (Pr) formed on a surface thereof which faces a discharge space therearound.
Hybrid drive device with an internal combustion engine (11a; 11b), with an electric machine (12a; 12b) having a rotor (17a; 17b), with a planetary gearbox (13a; 13b), with a first spur gear sub-unit (14a; 14b) and with a second spur gear sub-unit (15a; 15b), wherein the first spur gear sub-unit (14a; 14b) has a first input shaft (EW1a; EW1b) and the second spur gear sub-unit (15a; 15b) has a second input shaft (EW2a; EW2b), wherein the electric machine (12a; 12b) is directly connected to the planetary gearbox (13a; 13b), wherein the first spur gear sub-unit (14a; 14b) and the second spur gear sub-unit (15a; 15b) are directly connected to the planetary gearbox (13a; 13b), wherein the planetary gearbox (13a; 13b) has two planetary gear sets (P1a, P2a; P1b, P2b), wherein a first planetary gear set (P1a; P1b) of the planetary gearbox (13a; 13b) has a ring gear (P11a; P11b), a first planetary carrier (P12a; P12b) and a first sun gear (P13a; P13b), wherein the second planetary gear set (P2a, P2b) has a second ring gear (P11a; P11b) and the ring gear (P11a; P11b) and the second ring gear (P11a; P11b) are non-rotatably coupled to each other and coupled for torque transmission to the rotor (17a; 17b) of the electric machine (12a; 12b), wherein the second input shaft (EW2a; EW2b) is permanently non-rotatably coupled to the first planetary carrier (P12a; P12b) of the first planetary gear set (P1a; P1b) of the planetary gearbox (13a; 13b) characterised in that the internal combustion engine (11a; 11b) is connected to the planetary gearbox (13a; 13b) via a decoupler (16a; 16b), and in that the first planetary carrier (P12a; P12b) of the first planetary gear set (P1a; P1b) is non-rotatably coupled to a second planetary carrier (P22a; P22b) of the second planetary gear set (P2a; P2b). wherein the electric machine (12a; 12b) is directly connected to the planetary gearbox (13a; 13b), wherein the first spur gear sub-unit (14a; 14b) and the second spur gear sub-unit (15a; 15b) are directly connected to the planetary gearbox (13a; 13b), wherein the planetary gearbox (13a; 13b) has two planetary gear sets (P1a, P2a; P1b, P2b), wherein a first planetary gear set (P1a; P1b) of the planetary gearbox (13a; 13b) has a ring gear (P11a; P11b), a first planetary carrier (P12a; P12b) and a first sun gear (P13a; P13b), wherein the second planetary gear set (P2a, P2b) has a second ring gear (P11a; P11b) and the ring gear (P11a; P11b) and the second ring gear (P11a; P11b) are non-rotatably coupled to each other and coupled for torque transmission to the rotor (17a; 17b) of the electric machine (12a; 12b), wherein the second input shaft (EW2a; EW2b) is permanently non-rotatably coupled to the first planetary carrier (P12a; P12b) of the first planetary gear set (P1a; P1b) of the planetary gearbox (13a; 13b) characterised in that the internal combustion engine (11a; 11b) is connected to the planetary gearbox (13a; 13b) via a decoupler (16a; 16b), and in that the first planetary carrier (P12a; P12b) of the first planetary gear set (P1a; P1b) is non-rotatably coupled to a second planetary carrier (P22a; P22b) of the second planetary gear set (P2a; P2b).
A pillow comprising: - a U-shaped pillow body comprising two legs (110, 112) and a base therebetween, configured to receive and support a neck of a user; - a pocket formed on an inner radial portion of the U-shaped pillow body, wherein the inner radial portion is a portion at least partially adjacent to the back of the neck of the user when in use, wherein the pocket is comprised of a lightweight, permeable, breathable, flexible, stretchable material, and is adjacent to the back of the neck of the user when in use; and - a heat pack contained in the pocket for a sustained, targeted, and controlled heat transfer to the user, wherein the heat pack is an air-activated, disposable heat pack comprising a soft, lightweight, air-permeable pouch. - a U-shaped pillow body comprising two legs (110, 112) and a base therebetween, configured to receive and support a neck of a user; - a pocket formed on an inner radial portion of the U-shaped pillow body, wherein the inner radial portion is a portion at least partially adjacent to the back of the neck of the user when in use, wherein the pocket is comprised of a lightweight, permeable, breathable, flexible, stretchable material, and is adjacent to the back of the neck of the user when in use; and - a heat pack contained in the pocket for a sustained, targeted, and controlled heat transfer to the user, wherein the heat pack is an air-activated, disposable heat pack comprising a soft, lightweight, air-permeable pouch.