mhurhangee/ep-ind-claims huggingface dataset:
A method for user equipment, UE, in an Evolved Packet System, EPS, the method comprising: receiving (1A-3), at the UE, a Non Access Stratum, NAS, protocol response message with a network provided Voice over IP Multimedia, IM, Core Network, CN, Subsystem, VoIMS, indicator, wherein the UE has a UE usage setting, the UE usage setting being (1A-7, 1B-5) one of a preference of the UE for voice service, a preference of the UE for data service or Data Only (72, 73) meaning that the UE requires only data services and can accept that there is no voice service, wherein the NAS protocol response message is an Attach Accept message; and in the event of VoIMS being supported, attempting IMS registration and in the event of IMS registration failure, responsive to the UE usage setting indicating UE preference for voice service, selecting (1A-9) by the UE another radio access technology, RAT and disabling, by the UE, evolved universal mobile telecommunications system terrestrial radio access, E-UTRA, cell reselection and cell selection. receiving (1A-3), at the UE, a Non Access Stratum, NAS, protocol response message with a network provided Voice over IP Multimedia, IM, Core Network, CN, Subsystem, VoIMS, indicator, wherein the UE has a UE usage setting, the UE usage setting being (1A-7, 1B-5) one of a preference of the UE for voice service, a preference of the UE for data service or Data Only (72, 73) meaning that the UE requires only data services and can accept that there is no voice service, wherein the NAS protocol response message is an Attach Accept message; and in the event of VoIMS being supported, attempting IMS registration and in the event of IMS registration failure, responsive to the UE usage setting indicating UE preference for voice service, selecting (1A-9) by the UE another radio access technology, RAT and disabling, by the UE, evolved universal mobile telecommunications system terrestrial radio access, E-UTRA, cell reselection and cell selection.
Locking assembly in the form of a rotary press lock for a door of a tempering chamber, in particular for the door of a cooling chamber, - with an actuating handle in the form of a handle bar (13, 43) which is rotatably mounted on the inside of the door and on the outside of the door, - with a connecting bolt which passes through the door leaf and connects the handle bars (13, 43) to one another, - with a locking bolt on the inside, which is coupled with a rotary lock, engages behind a striking plate in a locking position and can be moved into an open position by turning a handle bar (13, 43) and the axis of rotation defined by the connecting bolt, - with an actuating handle arranged rotatably about an axis of rotation on a cooling chamber door, - with a base of the actuating handle, which projects axially with respect to the door leaf and from which a handle bar, which is axially spaced from the door leaf, projects radially, wherein the locking assembly is subjected to a torque for locking and unlocking the door and tensile and compressive forces act on the handle bar for swinging the door open and closed, characterized in that - the handle bar is interchangeably fixed to the base, - a radially directed mandrel protrudes from the base, - the handle bar forms a housing for the mandrel, - the mandrel is positively mounted in the housing. - with an actuating handle in the form of a handle bar (13, 43) which is rotatably mounted on the inside of the door and on the outside of the door, - with a connecting bolt which passes through the door leaf and connects the handle bars (13, 43) to one another, - with a locking bolt on the inside, which is coupled with a rotary lock, engages behind a striking plate in a locking position and can be moved into an open position by turning a handle bar (13, 43) and the axis of rotation defined by the connecting bolt, - with an actuating handle arranged rotatably about an axis of rotation on a cooling chamber door, - with a base of the actuating handle, which projects axially with respect to the door leaf and from which a handle bar, which is axially spaced from the door leaf, projects radially, wherein the locking assembly is subjected to a torque for locking and unlocking the door and tensile and compressive forces act on the handle bar for swinging the door open and closed, - the handle bar is interchangeably fixed to the base, - a radially directed mandrel protrudes from the base, - the handle bar forms a housing for the mandrel, - the mandrel is positively mounted in the housing.
A method implemented by a computing device, comprising: displaying, on an electronic display, images (10A-10F) from a sequence of images that depicts a scene; receiving user input that selects an image (10A-10F) from the sequence to be used as a base image; receiving user input that selects an object from the sequence of images (10A-10F); determining a movement trajectory of the selected object from the sequence of images (10A-10F); first repositioning the selected object based on user input that drags the selected object along the determined movement trajectory from an initial position to a new first position; characterized by second repositioning the selected object based on user input that drags the selected object along the determined movement trajectory from an initial position to a new second position; and creating a new image by combining the base image, the first repositioned object and the second repositioned object. displaying, on an electronic display, images (10A-10F) from a sequence of images that depicts a scene; receiving user input that selects an image (10A-10F) from the sequence to be used as a base image; receiving user input that selects an object from the sequence of images (10A-10F); determining a movement trajectory of the selected object from the sequence of images (10A-10F); first repositioning the selected object based on user input that drags the selected object along the determined movement trajectory from an initial position to a new first position; characterized by second repositioning the selected object based on user input that drags the selected object along the determined movement trajectory from an initial position to a new second position; and creating a new image by combining the base image, the first repositioned object and the second repositioned object.
A medical device (1, 100, 500), comprising a first unit and a second unit adapted to be secured to each other in a situation of use, the first unit being in the form of a transcutaneous device unit comprising: - a transcutaneous device, - a base portion comprising an upper surface, and - a mounting surface comprising adhesive means allowing the medical device to be attached to a skin surface of a subject, characterized in that the second unit is in the form of a reservoir unit comprising: - a generally flat lower surface adapted to be mounted onto the upper surface of the base portion - a reservoir adapted to contain a fluid drug, - an energy source, and - an expelling assembly (300, 580) adapted for cooperation with the reservoir to expel fluid drug out of the reservoir and through the skin of the subject via the transcutaneous device, - wherein the medical device does not comprise: enclosure means encapsulating in a first configuration an inlet end and a skin-penetrating end of the transcutaneous device in an initial sterile state, the enclosure means being transformable from the first to a second configuration in which the first and second ends are allowed to communicate with the exterior through the enclosure means, the enclosure means not enclosing the mounting surface. - a transcutaneous device, - a base portion comprising an upper surface, and - a mounting surface comprising adhesive means allowing the medical device to be attached to a skin surface of a subject, characterized in that - a generally flat lower surface adapted to be mounted onto the upper surface of the base portion - a reservoir adapted to contain a fluid drug, - an energy source, and - an expelling assembly (300, 580) adapted for cooperation with the reservoir to expel fluid drug out of the reservoir and through the skin of the subject via the transcutaneous device, - wherein the medical device does not comprise: enclosure means encapsulating in a first configuration an inlet end and a skin-penetrating end of the transcutaneous device in an initial sterile state, the enclosure means being transformable from the first to a second configuration in which the first and second ends are allowed to communicate with the exterior through the enclosure means, the enclosure means not enclosing the mounting surface.
A cooking system comprising: at least one radio frequency tag (2, 4); a cooking appliance with a radio frequency reader detecting when the radio frequency tag (2, 4) approaches, the cooking appliance initiating a predetermined mode when the radio frequency tag (2, 4) is detected; and a radio frequency tag recognition button in a manipulation unit of the cooking appliance, the radio frequency tag recognition button determining whether the radio frequency reader initiates a radio frequency tag reading operation to recognize the radio frequency tag (2, 4), wherein the radio frequency tags (2, 4) comprise at least two types of radio frequency tags, and the cooking appliance enters into one of a safety mode and a warning mode according to the type of the radio frequency tag (2, 4) when the radio frequency tag (2, 4) is detected by the cooking appliance, wherein the cooking appliance is turned off or a door of the cooking appliance is locked during the warning mode, and wherein a door-locking unit of the cooking appliance is released or main power of the cooking appliance is turned on during the safety mode. at least one radio frequency tag (2, 4); a cooking appliance with a radio frequency reader detecting when the radio frequency tag (2, 4) approaches, the cooking appliance initiating a predetermined mode when the radio frequency tag (2, 4) is detected; and a radio frequency tag recognition button in a manipulation unit of the cooking appliance, the radio frequency tag recognition button determining whether the radio frequency reader initiates a radio frequency tag reading operation to recognize the radio frequency tag (2, 4), wherein the radio frequency tags (2, 4) comprise at least two types of radio frequency tags, and the cooking appliance enters into one of a safety mode and a warning mode according to the type of the radio frequency tag (2, 4) when the radio frequency tag (2, 4) is detected by the cooking appliance, wherein the cooking appliance is turned off or a door of the cooking appliance is locked during the warning mode, and wherein a door-locking unit of the cooking appliance is released or main power of the cooking appliance is turned on during the safety mode.
An apparatus for treating obesity in a human patient, the apparatus comprising: two or more volume filling device segments 10b, 10c, 561a-d) adapted to be assembled to an implantable volume filling device of a controlled size, wherein the implantable volume filling device is adapted to be at least substantially invaginated by a stomach wall portion of the patient, wherein the implantable volume filling device is adapted to be placed with an outer surface of the implantable volume filling device resting against the stomach wall, such that the volume of the food cavity is reduced in size by a volume substantially exceeding the volume of the implantable volume filling device, when the implantable volume filling device is invaginated in the stomach wall, and wherein the implantable volume filling device is adapted to disassemble into its volume filling device segments if the implantable volume filling device leaves its implanted invaginated stomach position, wherein said segments are adapted to separately pass through the food passage way, thereby reducing risk for causing obstruction/ileus in the patient's intestine.
Method for controlling the operation of a large reciprocating piston combustion engine of the diesel type, said method including injecting fuel into a combustion chamber (3, 23) of the reciprocating piston combustion engine and applying a variable injection timing under steady state conditions by advancing a value of the injection begin angle by an advance amount (Δα) of the injection begin angle in a partial load range, depending on engine load or engine speed in order to compensate a decrease in efficiency occurring at partial load, wherein an increase in engine load or engine speed is detected, the detected increase in engine load or engine speed is compared with a predetermined value, and if the detected increase in engine load or engine speed is equal to or less than the predetermined value, the advance amount (Δα) of the injection begin angle caused by the variable injection timing is kept unchanged, characterized in that, if the detected increase in engine load or engine speed exceeds the predetermined value, the advance amount (Δα) of the injection begin angle caused by the variable injection timing is shifted to zero until after stabilization of the engine load or engine speed, when the value of the injection begin angle is advanced by the advance amount (Δα) in the injection begin angle given by the variable injection timing under steady state conditions, depending on engine load or engine speed, wherein the stabilization of the engine load or engine speed, is defined as being established after a predefined stabilization time between 30 and 60 minutes or longer.
An aircraft seat rotary recline mechanism for allowing reclining movement of a first part of an aircraft seat, in use, relative to a second part of the aircraft seat, in use, the rotary recline mechanism comprising: a plurality of friction pads arranged to be compressed together into compressed frictional engagement, the plurality of friction pads comprising alternating first friction pads connected, in use, to the first part of the aircraft seat and second friction pads connected, in use, to the second part of the aircraft seat; biasing means to bias the friction pads into compressed frictional engagement; actuator means to which force is applied by a user; and a force transmission means (6,8) that translates a first force applied by the user in a first direction to act against the force of the biasing means to release the frictional pads from the compressed frictional engagement to allow the first friction pads to rotate relative to the second friction pads; and characterised by the rotary recline mechanism further comprising head injury criterion, HIC, features comprising a lock ring and a key ring which, in a normal state, are successively axially arranged and, when moving in a lock state, rotate and slot in axially relative to each other in order to engage, in the lock state, one radially outward from the other, and wherein the HIC features are mounted axially with respect to the friction pads such that the compressive force on the pads is reduced when the HIC lock ring and key ring are in the lock state.
Valve arrangement for draining water from the housing of a fuel filter, consisting of the filter housing at which a drain opening is disposed at a lateral low point, wherein a cylindrical borehole, which is disposed in the filter housing wall and realizes a connection to the ambient side, ends at the same time in the drain opening, wherein a connecting hole to the filter housing interior is disposed in the cylindrical borehole at a point lying geodetically above the drain opening, wherein an axially movable cylindrical pin is disposed in the borehole in such a way that the cylindrical pin closes the drain opening with a sealing element disposed on the front side by means of an axial pressure and at the same time closes the borehole in the area above the connecting hole by means of a radial seal disposed at the cylindrical pin, wherein the cylindrical pin is axially displaced in a loosened state in such a way that the sealing element opens the drain opening and at the same time the radial seal opens the cylindrical borehole towards the ambient side, wherein at least one borehole disposed in the cylindrical pin or one longitudinal groove disposed at the cylindrical pin ensures a flow channel towards the ambient side.
A device for centring and widening a portion of a fabric in open-width form fed along a longitudinal feed direction, comprising a structure having a slot, which the portion of fabric passes through as it moves continuously along the longitudinal direction, characterized in that - at least one groove is associated with the slot, oriented in a direction transversal to the portion of fabric and directing towards the portion of fabric an open side of its contour; - at least one supply duct is associated to said at least one groove for delivering at least one gaseous flow (4;4d,4s) travelling along it tangentially to the portion of fabric in the transversal direction; - directing means are provided for selectively directing into said at least one groove the gaseous flow (4;4d,4s) delivered by said at least one supply duct; whereby said at least one gaseous flow (4;4d,4s) applies on the portion of fabric a corresponding action which causes it to be widened and/or centred relative to the slot. - at least one groove is associated with the slot, oriented in a direction transversal to the portion of fabric and directing towards the portion of fabric an open side of its contour; - at least one supply duct is associated to said at least one groove for delivering at least one gaseous flow (4;4d,4s) travelling along it tangentially to the portion of fabric in the transversal direction; - directing means are provided for selectively directing into said at least one groove the gaseous flow (4;4d,4s) delivered by said at least one supply duct; whereby said at least one gaseous flow (4;4d,4s) applies on the portion of fabric a corresponding action which causes it to be widened and/or centred relative to the slot.
A method comprising using a robotic end effector (230, 410) to perform surface preparation on a surface of an aircraft component, the end effector (230, 410) including first, second and third abrasion tools (240, 250, 260, 420) having their backing pads (246, 255, 265, 422) in a triangular arrangement, the method characterized by selectively extending, retracting and operating the abrasion tools (240, 250, 260, 420) to apply the end effector (230, 410) to different surface area sizes.
An optical sheet comprising a cured resin layer, wherein the cured resin layer is formed from a composition containing metal oxide particles of the following formula 1: R l Zr m O n wherein R comprises a metal selected from the group consisting of Y, Ca, Mg and Ce, and 1, m and n are each an integer ranging from 1 to 10,000, wherein a surface of the cured resin layer has a structured shape in which a plurality of three-dimensional structures are linearly or non-linearly arranged, and wherein the three-dimensional structures are selected from the group consisting of a polyhedral shape that is polygonal, semicircular, or semielliptical in cross section; a columnar shape that is polygonal, semicircular, or semielliptical in cross section; and a curved columnar shape that is polygonal, semicircular, or semielliptical in cross section.
Pressure measuring device, with a support, a support body arranged on the support, a pressure sensor arranged on the support body, a first joint connecting the support body to the pressure sensor and comprising a joining material, and a second joint connecting the support body to the support and comprising a joining material, wherein, on the front face facing towards the pressure sensor, the support body has a first trench which is designed in such a way that on the outside the first trench surrounds, on all sides, a joint surface of the support body facing towards the pressure sensor, the joint surface of the support body and an area of the first joint are essentially of the same size and genuinely smaller than an area of the pressure sensor facing towards the first joint, and the first trench has a width (b) which is greater than or equal to a minimum width of 150 μm to 1 mm, and the first trench has a depth (t) which is greater than or equal to a minimum depth of 0.3 mm to 2 mm, and characterized in that the joint surface (29, 33) arranged on the front face of the support body facing towards the support is greater than or equal to the joint surface arranged on the front face of the support body facing towards the pressure sensor. a support, a support body arranged on the support, a pressure sensor arranged on the support body, a first joint connecting the support body to the pressure sensor and comprising a joining material, and a second joint connecting the support body to the support and comprising a joining material, wherein, on the front face facing towards the pressure sensor, the support body has a first trench which is designed in such a way that on the outside the first trench surrounds, on all sides, a joint surface of the support body facing towards the pressure sensor, the joint surface of the support body and an area of the first joint are essentially of the same size and genuinely smaller than an area of the pressure sensor facing towards the first joint, and the first trench has a width (b) which is greater than or equal to a minimum width of 150 μm to 1 mm, and the first trench has a depth (t) which is greater than or equal to a minimum depth of 0.3 mm to 2 mm, and
A communication method of a wireless network system that comprises a coordinator including an Access Point, or Personal Basic Service Set, PBSS, Control Point, a source device, a destination device and a relay device, and uses a reservation-based media access control, MAC, the method comprising: in the coordinator, receiving, from the source device, a frame that requests a reservation resource for the relay device, to enable a frame that the source device transmits to the destination device to be relayed via the relay device; providing an extended schedule element for providing a service period to allocate the reservation resource for the relay device; wherein the extended schedule element includes an element ID field, a length field and an allocation field, wherein the allocation field including an allocation control field, a BF control field, a source association ID, AID, area for the source device, a destination AID area for the destination device, an allocation start field, an allocation block duration field and an allocation block period field, and is transmitted using a beacon frame or an announce frame, wherein the relay device receives the frame transmitted from the source device corresponding to the source AID in the extended schedule element, and relays the frame to the destination device corresponding to the destination AID in the extended schedule element using relay scheme including full duplex amplify and forward, FD AF, or half duplex decode and forward, HD DF. in the coordinator, receiving, from the source device, a frame that requests a reservation resource for the relay device, to enable a frame that the source device transmits to the destination device to be relayed via the relay device; providing an extended schedule element for providing a service period to allocate the reservation resource for the relay device; wherein the extended schedule element includes an element ID field, a length field and an allocation field, wherein the allocation field including an allocation control field, a BF control field, a source association ID, AID, area for the source device, a destination AID area for the destination device, an allocation start field, an allocation block duration field and an allocation block period field, and is transmitted using a beacon frame or an announce frame, wherein the relay device receives the frame transmitted from the source device corresponding to the source AID in the extended schedule element, and relays the frame to the destination device corresponding to the destination AID in the extended schedule element using relay scheme including full duplex amplify and forward, FD AF, or half duplex decode and forward, HD DF.