mhurhangee/ep-ind-claims huggingface dataset:
A disconnect clutch having an axis of rotation for a drive train, having at least the following components: - a friction pack which is designed to be normally closed for transmitting a torque when in an engaged state; - a hydrostatic actuating device rotating with the clutch for switchably releasing the engaged state of the friction pack; and - a damper device comprising a torsional vibration damper and/or a centrifugal pendulum, wherein the actuating device is arranged in an axially overlapping manner with the damper device at least in the extended state, wherein the friction pack comprises a friction disc, a pressure plate, a counter plate, a pressure pot and a disc spring, characterised in that the pressure pot is arranged for force-transmitting contact with: - the pressure plate radially outside the friction surface of the friction disc, and - the actuating device radially inside the friction surface of the friction disc, engaging through the counter plate. - a friction pack which is designed to be normally closed for transmitting a torque when in an engaged state; - a hydrostatic actuating device rotating with the clutch for switchably releasing the engaged state of the friction pack; and - a damper device comprising a torsional vibration damper and/or a centrifugal pendulum, wherein the actuating device is arranged in an axially overlapping manner with the damper device at least in the extended state, wherein the friction pack comprises a friction disc, a pressure plate, a counter plate, a pressure pot and a disc spring, characterised in that the pressure pot is arranged for force-transmitting contact with: - the pressure plate radially outside the friction surface of the friction disc, and - the actuating device radially inside the friction surface of the friction disc, - the pressure plate radially outside the friction surface of the friction disc, and - the actuating device radially inside the friction surface of the friction disc, engaging through the counter plate.
Pharmaceutical composition comprising one or more isoxazoline compounds selected from the group consisting of: Fluralaner, Afoxolaner, Lotilaner, and Sarolaner in a pharmaceutically acceptable solvent and a co-solvent for use in the treatment or prevention of parasite infestations of animals, characterised in that the pharmaceutical composition comprises vitamin E and is used to prepare a medicated drinking water by diluting the composition in drinking water that comprises a water sanitizer.
A method comprising: encrypting customer information in an encryption stream, wherein said customer information comprises at least one of a name identifier, a customer age identifier, an address identifier, and a customer agreement identifier (steps 702, 704); causing said encryption stream to be transferred from a customer to a merchant in a purchase transaction for a purchased electronic item (step 706); causing said encryption stream to be routed to a verification entity (step 708); producing, by said verification entity, a unique transaction identifier comprising at least one of an identity verification and a payment authorization, based on said encryption stream (steps 710, 712); modifying, by said verification entity, said encryption stream to include said unique transaction identifier; transferring, by said verification entity, the modified encryption stream and said unique transaction identifier to said merchant, wherein said modified encryption stream and said unique transaction identifier are devoid of personal payment information of said customer (step 714); causing said modified encryption stream to be added, by said merchant, to said purchased electronic item to create a personalized electronic item (steps 716, 718); and causing said personalized electronic item to be supplied from said merchant to said customer (step 720), wherein each personalized electronic item supplied to different customers is different because of a uniqueness of each modified encryption stream. encrypting customer information in an encryption stream, wherein said customer information comprises at least one of a name identifier, a customer age identifier, an address identifier, and a customer agreement identifier (steps 702, 704); causing said encryption stream to be transferred from a customer to a merchant in a purchase transaction for a purchased electronic item (step 706); causing said encryption stream to be routed to a verification entity (step 708); producing, by said verification entity, a unique transaction identifier comprising at least one of an identity verification and a payment authorization, based on said encryption stream (steps 710, 712); modifying, by said verification entity, said encryption stream to include said unique transaction identifier; transferring, by said verification entity, the modified encryption stream and said unique transaction identifier to said merchant, wherein said modified encryption stream and said unique transaction identifier are devoid of personal payment information of said customer (step 714); causing said modified encryption stream to be added, by said merchant, to said purchased electronic item to create a personalized electronic item (steps 716, 718); and causing said personalized electronic item to be supplied from said merchant to said customer (step 720), wherein each personalized electronic item supplied to different customers is different because of a uniqueness of each modified encryption stream.
An automotive system comprising: a gaze detector; and at least one virtual mirror, the virtual mirror coupled to the gaze detector; wherein the gaze detector to continuously monitor a driver of an automobile to determine whether the driver is looking in the direction of the virtual mirror; and if the driver is not looking in the direction of the virtual mirror, placing the virtual mirror in a low operational mode, wherein if the driver is looking in the direction of the virtual mirror, placing the virtual mirror in a high operational characterised in that, the at least one virtual mirror comprises a plurality of virtual mirrors, the plurality of virtual mirrors coupled to the gaze detector, wherein if the driver is not looking in the direction of one of the plurality of virtual mirrors, placing each of the plurality of virtual mirrors in a low operational mode, wherein each virtual mirror includes a camera communicatively coupled to a display, the camera to capture images in real time of the automobile surroundings and the display to display the captured images, wherein coupled between the camera and the display of each virtual mirror are an encoder and a decoder, wherein a low operational mode comprises a lower resolution of at least one of the display, camera, and encoder. a gaze detector; and at least one virtual mirror, the virtual mirror coupled to the gaze detector; wherein the gaze detector to continuously monitor a driver of an automobile to determine whether the driver is looking in the direction of the virtual mirror; and if the driver is not looking in the direction of the virtual mirror, placing the virtual mirror in a low operational mode, wherein if the driver is looking in the direction of the virtual mirror, placing the virtual mirror in a high operational characterised in that, the at least one virtual mirror comprises a plurality of virtual mirrors, the plurality of virtual mirrors coupled to the gaze detector, wherein if the driver is not looking in the direction of one of the plurality of virtual mirrors, placing each of the plurality of virtual mirrors in a low operational mode, wherein each virtual mirror includes a camera communicatively coupled to a display, the camera to capture images in real time of the automobile surroundings and the display to display the captured images, wherein coupled between the camera and the display of each virtual mirror are an encoder and a decoder, wherein a low operational mode comprises a lower resolution of at least one of the display, camera, and encoder.
A method for manufacturing a vehicle side airbag module having a side airbag inflated and deployed from a seat back to a vehicle front side through a side of a seat by inflator gas ejected from an inflator stored inside, the side airbag having an inflator storing region provided on a rear side in a vehicle front-back direction to store the inflator, the method comprising the steps of: folding an upper region of the side airbag above a folding line on a lower region thereof under the folding line along the folding line, and setting on the side airbag a folding region for folding the side airbag into a cone shape having a tapered upper part and a widened lower part, the folding line being set across the side airbag from a vehicle rear side to a vehicle front side; characterized by folding the folding region toward the inflator storing region with respect to at least one folding center set on the folding line as a reference for starting folding and forming a folded part, the folding line defining an upper edge of the folding region, wherein the folding center is set on the bag surface in the side airbag before the folding step. folding an upper region of the side airbag above a folding line on a lower region thereof under the folding line along the folding line, and setting on the side airbag a folding region for folding the side airbag into a cone shape having a tapered upper part and a widened lower part, the folding line being set across the side airbag from a vehicle rear side to a vehicle front side; characterized by folding the folding region toward the inflator storing region with respect to at least one folding center set on the folding line as a reference for starting folding and forming a folded part, the folding line defining an upper edge of the folding region, wherein the folding center is set on the bag surface in the side airbag before the folding step.
An oxide sintered body for a target for sputtering or a target for ion plating, consisting of zinc, tin, oxygen and optionally at least one kind of an element selected from gallium, titanium, niobium, tantalum, tungsten, molybdenum, or antimony, as an additive element, wherein the content of said additive element is equal to or less than 0.08, as atomic number ratio, with respect to total amount of total metal elements, characterized by containing tin at an atomic number ratio, Sn/(Zn + Sn), of 0.23 to 0.50, and being composed of a zinc oxide phase and a zinc stannate compound phase, or being composed of a zinc stannate compound phase only, wherein in the case of the oxide sintered body being composed of the zinc oxide phase and the zinc stannate compound phase, the zinc oxide phase is at least one selected from the group consisting of ZnO, ZnO having a tin element as a solid solution, ZnO with oxygen deficit, and the zinc stannate compound phase includes ZnSnO 3, Zn 2 SnO 4 or also those having a tin element, as a solid solution, at the Zn site thereof, in addition, those introduced with oxygen deficit, or with a non-stoichiometric composition such as having a little deviated ratio of Sn/(Zn + Sn) from these compounds are also included, in the case of the oxide sintered body being composed of a zinc stannate compound phase only, the zinc stannate compound phase includes ZnSnO 3 or also those having a tin element, as a solid solution, at the Zn site thereof, in addition, those introduced with oxygen deficit, or with a non-stoichiometric composition such as having a little deviated ratio of Sn/(Zn + Sn) from these compounds are also included, and the oxide sintered body does not contain a tin oxide crystal phase or a tin oxide crystal phase having zinc as a solid solution. in the case of the oxide sintered body being composed of the zinc oxide phase and the zinc stannate compound phase, the zinc oxide phase is at least one selected from the group consisting of ZnO, ZnO having a tin element as a solid solution, ZnO with oxygen deficit, and the zinc stannate compound phase includes ZnSnO 3, Zn 2 SnO 4 or also those having a tin element, as a solid solution, at the Zn site thereof, in addition, those introduced with oxygen deficit, or with a non-stoichiometric composition such as having a little deviated ratio of Sn/(Zn + Sn) from these compounds are also included, in the case of the oxide sintered body being composed of a zinc stannate compound phase only, the zinc stannate compound phase includes ZnSnO 3 or also those having a tin element, as a solid solution, at the Zn site thereof, in addition, those introduced with oxygen deficit, or with a non-stoichiometric composition such as having a little deviated ratio of Sn/(Zn + Sn) from these compounds are also included, and the oxide sintered body does not contain a tin oxide crystal phase or a tin oxide crystal phase having zinc as a solid solution.
A method comprising: receiving, over an information-centric network and by an origin node, an interest packet for an application container, the interest packet comprising a request for migrating the application to a destination node, and the information-centric network comprising one or more interim network nodes between the origin node and the destination node; the origin node transmitting, to the destination node and via the interim network nodes, a copy of the application container; shutting down, at the origin node, the application container; and the origin node transmitting, to the destination node and via the interim nodes, a remaining container state, the remaining container state comprising changes to a runtime of the application occurring during transmission of the copy of the application container. receiving, over an information-centric network and by an origin node, an interest packet for an application container, the interest packet comprising a request for migrating the application to a destination node, and the information-centric network comprising one or more interim network nodes between the origin node and the destination node; the origin node transmitting, to the destination node and via the interim network nodes, a copy of the application container; shutting down, at the origin node, the application container; and the origin node transmitting, to the destination node and via the interim nodes, a remaining container state, the remaining container state comprising changes to a runtime of the application occurring during transmission of the copy of the application container.
An user equipment device comprising: wireless circuitry configured to communicate with external equipment over a first communications link having a first bandwidth and over a second communications link having a second bandwidth that is less than the first bandwidth; and control circuitry coupled to the wireless circuitry for controlling transmission of Short Message Service "SMS" message data, wherein the control circuitry is configured to: control, while the first communications link is available, the wireless circuitry to transmit the SMS message data in a Session Initiation Protocol "SIP" message over the first communications link, and control, while the first communications link is unavailable, the wireless circuitry to transmit the SMS message data in a compressed message over the second communications link. wireless circuitry configured to communicate with external equipment over a first communications link having a first bandwidth and over a second communications link having a second bandwidth that is less than the first bandwidth; and control circuitry coupled to the wireless circuitry for controlling transmission of Short Message Service "SMS" message data, wherein the control circuitry is configured to: control, while the first communications link is available, the wireless circuitry to transmit the SMS message data in a Session Initiation Protocol "SIP" message over the first communications link, and control, while the first communications link is unavailable, the wireless circuitry to transmit the SMS message data in a compressed message over the second communications link. control, while the first communications link is available, the wireless circuitry to transmit the SMS message data in a Session Initiation Protocol "SIP" message over the first communications link, and control, while the first communications link is unavailable, the wireless circuitry to transmit the SMS message data in a compressed message over the second communications link.
Device for installing and removing a component on a gas turbine, comprising a rail system on which in particular a runner can be displaced along a predefined displacement axis, further comprising a terminal positioning part which is securely connected to the rail system, the positioning part comprises at least one guide section (28, 29) which is suitable merely to align the device for installing and removing the component on the gas turbine, and is designed to mechanically cooperate with a respective mating guide section (38, 39) adjacent to a burner mating flange on the casing of the gas turbine in order to achieve a suitable orientation of the device on the casing of the gas turbine, and wherein the positioning part further comprises at least one connecting section (31, 32) which is designed in each case to establish a secure yet releasable connection with a respective mating connecting section (41, 42) adjacent to a burner mating flange on the casing of the gas turbine, which connection is suitable for supporting the weight of the component on the rail system solely by means of this connection and introducing this weight into the casing of the gas turbine, characterized in that the positioning part is designed as a connection plate and the connection plate is shaped such that it has two planar sections (26, 27) each in the form of a projection (26, 27), on or in each of which there is provided one of the at least one guide section (28, 29).
A turbofan of an air conditioning system comprising: a first shroud formed with an air inlet hole, the first shroud having a ring shape; a second shroud formed to be radially spaced outwards from the first shroud by a predetermined clearance so that an air passage is formed between the first and second shrouds (10, 20); a hub to rotate about an axis thereof through a rotational shaft of a drive motor; and a plurality of blades formed to be spaced apart from one another by a predetermined clearance along a circumferential direction of the hub to guide air introduced through the air inlet hole in the circumferential direction of the hub, wherein each of the first and second shrouds (10, 20) is coupled with a portion of an upper surface of each blade, characterised in that the first shroud comprises a first guide portion to guide air introduced through the air inlet hole in an axial direction of the hub, and a second guide portion to guide air introduced through the air inlet hole in the circumferential direction of the hub, and wherein the second shroud comprises an extending portion corresponding to the first guide portion of the first shroud to define the air passage along with the first guide portion, and an inducing portion corresponding to the second guide portion of the first shroud to define the air passage along with the second guide portion, the inducing portion conducting air introduced into the air passage in the circumferential direction of the hub. a first shroud formed with an air inlet hole, the first shroud having a ring shape; a second shroud formed to be radially spaced outwards from the first shroud by a predetermined clearance so that an air passage is formed between the first and second shrouds (10, 20); a hub to rotate about an axis thereof through a rotational shaft of a drive motor; and a plurality of blades formed to be spaced apart from one another by a predetermined clearance along a circumferential direction of the hub to guide air introduced through the air inlet hole in the circumferential direction of the hub, wherein each of the first and second shrouds (10, 20) is coupled with a portion of an upper surface of each blade, characterised in that the first shroud comprises a first guide portion to guide air introduced through the air inlet hole in an axial direction of the hub, and a second guide portion to guide air introduced through the air inlet hole in the circumferential direction of the hub, and wherein the second shroud comprises an extending portion corresponding to the first guide portion of the first shroud to define the air passage along with the first guide portion, and an inducing portion corresponding to the second guide portion of the first shroud to define the air passage along with the second guide portion, the inducing portion conducting air introduced into the air passage in the circumferential direction of the hub.
A fiber optic terminal comprising: a shell; at least one connection port disposed on the fiber optic terminal with the at least one connection port comprising an optical connector opening extending from an outer surface of the fiber optic terminal toward a cavity of the fiber optic terminal, wherein the at least one connection port is configured for receiving and optically mating an external fiber optic connector; an adapter associated with the at least one connection port for mating fiber optic connectors; a flexible tab disposed within the shell and associated with the at least one connection port, wherein the flexible tab is bowed to a normally-open connection position; and an actuator capable of translating relative to the fiber optic terminal, wherein the actuator is capable of engaging a portion of the flexible tab for deflecting a portion of the flexible tab. a shell; at least one connection port disposed on the fiber optic terminal with the at least one connection port comprising an optical connector opening extending from an outer surface of the fiber optic terminal toward a cavity of the fiber optic terminal, wherein the at least one connection port is configured for receiving and optically mating an external fiber optic connector; an adapter associated with the at least one connection port for mating fiber optic connectors; a flexible tab disposed within the shell and associated with the at least one connection port, wherein the flexible tab is bowed to a normally-open connection position; and an actuator capable of translating relative to the fiber optic terminal, wherein the actuator is capable of engaging a portion of the flexible tab for deflecting a portion of the flexible tab.
A coupling assembly comprising: an annular body having an outer surface and first and second inner diameter sections, the first inner diameter section being wider than the second inner diameter section; a rib extending around the first inner diameter section and projecting radially inwardly therefrom; and teeth situated within the second inner diameter section and projecting radially inwardly toward a central axis characterized in that teeth are integrally formed to a surface of the second inner diameter section. an annular body having an outer surface and first and second inner diameter sections, the first inner diameter section being wider than the second inner diameter section; a rib extending around the first inner diameter section and projecting radially inwardly therefrom; and teeth situated within the second inner diameter section and projecting radially inwardly toward a central axis characterized in that teeth are integrally formed to a surface of the second inner diameter section.