mhurhangee/ep-ind-claims huggingface dataset:
A fastener cartridge, comprising: a body comprising a tissue-supporting deck, wherein fastener cavities are defined through the tissue-supporting deck in the body, wherein the fastener cavities comprise a first cavity, and wherein the tissue-supporting deck comprises: a tissue-facing side; and an underside opposite the tissue-facing side, wherein the underside comprises an underside surface contour adjacent to the first cavity; fasteners removably positioned in the fastener cavities; and drivers movably supporting the fasteners and configured to move through a portion of the fastener cavities to fired positions to eject the fasteners from the fastener cavities, wherein the drivers comprise a first driver, comprising: a first support column comprising a fastener cradle; a base extending laterally from the first support column; and a second support column laterally-offset from the first support column, wherein the base forms a bridge between the first support column and the second support column, and characterized in that: a top portion of the bridge comprises a top surface contour configured to mate with the underside surface contour when the first driver is in the fired position. a body comprising a tissue-supporting deck, wherein fastener cavities are defined through the tissue-supporting deck in the body, wherein the fastener cavities comprise a first cavity, and wherein the tissue-supporting deck comprises: a tissue-facing side; and an underside opposite the tissue-facing side, wherein the underside comprises an underside surface contour adjacent to the first cavity; a tissue-facing side; and an underside opposite the tissue-facing side, wherein the underside comprises an underside surface contour adjacent to the first cavity; fasteners removably positioned in the fastener cavities; and drivers movably supporting the fasteners and configured to move through a portion of the fastener cavities to fired positions to eject the fasteners from the fastener cavities, wherein the drivers comprise a first driver, comprising: a first support column comprising a fastener cradle; a base extending laterally from the first support column; and a second support column laterally-offset from the first support column, wherein the base forms a bridge between the first support column and the second support column, and characterized in that: a top portion of the bridge comprises a top surface contour configured to mate with the underside surface contour when the first driver is in the fired position. a first support column comprising a fastener cradle; a base extending laterally from the first support column; and a second support column laterally-offset from the first support column, wherein the base forms a bridge between the first support column and the second support column, and characterized in that: a top portion of the bridge comprises a top surface contour configured to mate with the underside surface contour when the first driver is in the fired position.
Plain bearing bush, comprising a cylindrical main body with a first shell surface and a second shell surface which have a plurality of exchange bores for a lubricant, at least one of the replacement bores having a first diameter on the first shell surface and a second diameter on the second shell surface, the second diameter being greater than the first diameter in order to increase the load-bearing capability of the plain bearing bush, characterized in that two exchange bores which are spaced apart axially on the second shell surface are connected to one another by way of a pocket depression.
A steering column for a vehicle, the has said column comprising a portion rear to which is fixed a steering wheel and coupled to a portion intermediate translatable on a predetermined maximum distance relative to a portion before, intended to be secured fixedly to said vehicle, in the event of strong support on said wheel, characterized e in that' e lie further comprises d are means of retraction comprising i) at least one rack (CRj) secured fixedly to the one of said s part s Intermediate and front, ii) at least one wheel toothed (Rdj) rotatably mounted relative to ' a n addition of said intermediate portions and before and meshing with said rack (CRj), and iii) drive means own, in the event of rotation being driven on an angular sector by a hand of a user of said vehicle, to drive said toothed wheel (RDj) in rotation on this angular sector in order to translate said rack (CRj), and therefore said intermediate part, relative to said front part over a distance which is a function of said angular sector and less than or equal to said maximum distance.
A method for data transmission, comprising: receiving, by a first network device, a registration request message or a registration updating request message from a user equipment, UE; acquiring, by the first network device, UE context information and UE data from a second network device based on the registration request message or the registration updating request message; and sending, by the first network device, a registration response message to the UE, wherein the registration request message or the registration updating request message carries UE uplink data, and the method further comprises: extracting, by the first network device, the UE uplink data from the registration request message or the registration updating request message, and caching, by the first network device, the UE uplink data; and sending, by the first network device, the cached UE uplink data to a third network device after acquiring the UE context information. receiving, by a first network device, a registration request message or a registration updating request message from a user equipment, UE; acquiring, by the first network device, UE context information and UE data from a second network device based on the registration request message or the registration updating request message; and sending, by the first network device, a registration response message to the UE, wherein the registration request message or the registration updating request message carries UE uplink data, and the method further comprises: extracting, by the first network device, the UE uplink data from the registration request message or the registration updating request message, and caching, by the first network device, the UE uplink data; and sending, by the first network device, the cached UE uplink data to a third network device after acquiring the UE context information. extracting, by the first network device, the UE uplink data from the registration request message or the registration updating request message, and caching, by the first network device, the UE uplink data; and sending, by the first network device, the cached UE uplink data to a third network device after acquiring the UE context information.
A fluid fan clutch, wherein a fan (2,22) is removably fixed to a housing (5,25) via a flange ring (11, 21) with a bolt, the housing is composed of a front-side housing component (5-1, 25-1) and a back-side housing component (5-2, 25-2) and has radial fan fixing projections (5-2, 25-3) arranged at regular intervals in a circumferential direction on an outer circumference of the front-side housing component, and the flange ring is capable of fitting in the housing from a front side or a back side of the fan clutch, characterized in that the back-side housing component is provided with projecting parts (5-4, 25-4) for preventing backflow of fan air integrally with the back-side housing component, and the projecting parts are arranged to be shifted in a circumferential direction with respect to the fan fixing projections of the front-side housing component.
Use of a door comprising: a door leaf that is movable between an open position and a closed position, in which it is arranged approximately in a vertical plane, and two edge strips which are arranged in the region of the side edges of the opening to be closed with the door leaf, extend substantially over the entire height of the door leaf from the bottom of said opening and are configured as an angle profile which comprises a support arm laid against the wall having the opening and a fastening arm extending approximately perpendicular thereto in a horizontal sectional plane running perpendicular to the longitudinal axis, wherein in the case of at least one of the edge strips at least a section of the lower edge of the corresponding fastening arm is arranged vertically offset above the lower edge of the corresponding support arm, characterised in that this at least one edge strip only stands with the support arm on the floor of the room to be closed by the door and, in the region of the fastening arm that protrudes therefrom into said room, there is still space for a possible camber of the floor. a door leaf that is movable between an open position and a closed position, in which it is arranged approximately in a vertical plane, and two edge strips which are arranged in the region of the side edges of the opening to be closed with the door leaf, extend substantially over the entire height of the door leaf from the bottom of said opening and are configured as an angle profile which comprises a support arm laid against the wall having the opening and a fastening arm extending approximately perpendicular thereto in a horizontal sectional plane running perpendicular to the longitudinal axis, wherein in the case of at least one of the edge strips at least a section of the lower edge of the corresponding fastening arm is arranged vertically offset above the lower edge of the corresponding support arm, characterised in that this at least one edge strip only stands with the support arm on the floor of the room to be closed by the door and, in the region of the fastening arm that protrudes therefrom into said room, there is still space for a possible camber of the floor.
A plasma sheath control system comprising: a high voltage DC power supply that produces a DC voltage greater than 200 V; a resonant circuit driver (1605; 1905) comprising a plurality of high voltage switches that alternately switch on and off to produce a sinusoidal waveform with a frequency greater than 20 kHz and a peak voltage greater than 1 kV; a plasma chamber electrically coupled with the resonant circuit driver (1605; 1905), the plasma chamber having a plurality of ions that are accelerated into a surface disposed within the plasma chamber with energies greater than about 1 kV, and the plasma chamber produces a plasma sheath within the plasma chamber from the sinusoidal waveform; a blocking diode electrically connected between the resonant circuit driver and the plasma chamber that rectifies the sinusoidal waveform, characterized by an energy recovery circuit including a diode and an inductor arranged in series, the energy recovery circuit disposed between a node between the blocking diode and the plasma chamber and the high voltage DC power supply. a high voltage DC power supply that produces a DC voltage greater than 200 V; a resonant circuit driver (1605; 1905) comprising a plurality of high voltage switches that alternately switch on and off to produce a sinusoidal waveform with a frequency greater than 20 kHz and a peak voltage greater than 1 kV; a plasma chamber electrically coupled with the resonant circuit driver (1605; 1905), the plasma chamber having a plurality of ions that are accelerated into a surface disposed within the plasma chamber with energies greater than about 1 kV, and the plasma chamber produces a plasma sheath within the plasma chamber from the sinusoidal waveform; a blocking diode electrically connected between the resonant circuit driver and the plasma chamber that rectifies the sinusoidal waveform, characterized by an energy recovery circuit including a diode and an inductor arranged in series, the energy recovery circuit disposed between a node between the blocking diode and the plasma chamber and the high voltage DC power supply.
A mobile terminal, comprising: a camera; a touch screen; and a controller configured to: control the touch screen to output a preview screen of the camera and record the preview screen as a video, specify an object in the preview screen, receive a pause command from a user, after reception of the pause command, receive a touch path input on the preview screen via the touch screen, associate a handwriting memo of the touch path input with the specified object, display the handwriting memo together with the specified object while the recorded video is reproduced in the touchscreen, enlarge both the reproduced video and handwriting memo in response to a first command for enlarging the reproduced video, reduce both the reproduced video and the handwriting memo in response to a second command for reducing the reproduced video, and automatically enlarge a size of the reduced handwriting memo, if the size of the reduced handwriting memo becomes less than a prescribed size. a camera; a touch screen; and a controller configured to: control the touch screen to output a preview screen of the camera and record the preview screen as a video, specify an object in the preview screen, receive a pause command from a user, after reception of the pause command, receive a touch path input on the preview screen via the touch screen, associate a handwriting memo of the touch path input with the specified object, display the handwriting memo together with the specified object while the recorded video is reproduced in the touchscreen, enlarge both the reproduced video and handwriting memo in response to a first command for enlarging the reproduced video, reduce both the reproduced video and the handwriting memo in response to a second command for reducing the reproduced video, and automatically enlarge a size of the reduced handwriting memo, if the size of the reduced handwriting memo becomes less than a prescribed size. control the touch screen to output a preview screen of the camera and record the preview screen as a video, specify an object in the preview screen, receive a pause command from a user, after reception of the pause command, receive a touch path input on the preview screen via the touch screen, associate a handwriting memo of the touch path input with the specified object, display the handwriting memo together with the specified object while the recorded video is reproduced in the touchscreen, enlarge both the reproduced video and handwriting memo in response to a first command for enlarging the reproduced video, reduce both the reproduced video and the handwriting memo in response to a second command for reducing the reproduced video, and automatically enlarge a size of the reduced handwriting memo, if the size of the reduced handwriting memo becomes less than a prescribed size.
Sensor unit with a pressure sensor, which is designed to determine a change in pressure of a fluid, wherein the pressure sensor has a pressure transducer which can be connected to the fluid via a pressure channel of the pressure sensor, and electronic components for operating the pressure sensor and for generating a first output signal, which are electrically connected to the pressure transducer for this purpose, further comprising - at least one board, hereinafter referred to as mainboard, on which at least the pressure sensor and the electronic components, as well as further electronic components are arranged, wherein the mainboard has a passage which is closed on one side by the pressure sensor, - a sensor, hereinafter referred to as position sensor, which is formed for the contactless detection of a change in position and orientation of an external component, not associated with the sensor unit, relative to the sensor unit, - wherein the position sensor or at least a region thereof is arranged on the main board or on a further board, the latter being referred to below as the secondary board, - wherein the position sensor is electrically connected to electronic components assigned to it and to the further electronic components assigned to it, which are designed to operate the position sensor and to generate an output signal of the position sensor, hereinafter referred to as the second output signal, and - electrical connections for tapping the first and second output signals. wherein the pressure sensor has a pressure transducer which can be connected to the fluid via a pressure channel of the pressure sensor, and electronic components for operating the pressure sensor and for generating a first output signal, which are electrically connected to the pressure transducer for this purpose, further comprising - at least one board, hereinafter referred to as mainboard, on which at least the pressure sensor and the electronic components, as well as further electronic components are arranged, wherein the mainboard has a passage which is closed on one side by the pressure sensor, - a sensor, hereinafter referred to as position sensor, which is formed for the contactless detection of a change in position and orientation of an external component, not associated with the sensor unit, relative to the sensor unit, - wherein the position sensor or at least a region thereof is arranged on the main board or on a further board, the latter being referred to below as the secondary board, - wherein the position sensor is electrically connected to electronic components assigned to it and to the further electronic components assigned to it, which are designed to operate the position sensor and to generate an output signal of the position sensor, hereinafter referred to as the second output signal, and - electrical connections for tapping the first and second output signals.
A double wing aircraft comprising: a. a front wing defined by: i. an aspect ratio less than 4.5; ii. a taper ratio less than 0.2; b. a rear wing with an area that is 40% to 100% of the front wing defined by: i. an aspect ratio less than 6.5; ii. a taper with a taper ratio less than 0.2; c. at least one connecting element (130, 140) joining the front wing and the rear wing; d. an aircraft gravity center; e. a front wing mean aerodynamic chord with a leading and trailing edge having a front wing air pressure center located forward of 35% of the front wing mean aerodynamic chord in cruise and a rear wing mean aerodynamic chord with a leading and trailing edge having a rear wing air pressure center located forward of 35% of the rear wing mean aerodynamic chord in cruise wherein the rear wing mean aerodynamic chord leading edge is located aft of the front wing mean aerodynamic chord trailing edge at a short distance that is less than the front wing mean aerodynamic chord, the aircraft gravity center is located forward of the rear wing lifting surface air pressure center and aft of the front wing lifting surface air pressure center in cruise; f. the front wing being located lower than the rear wing. a. a front wing defined by: i. an aspect ratio less than 4.5; ii. a taper ratio less than 0.2; i. an aspect ratio less than 4.5; ii. a taper ratio less than 0.2; b. a rear wing with an area that is 40% to 100% of the front wing defined by: i. an aspect ratio less than 6.5; ii. a taper with a taper ratio less than 0.2; i. an aspect ratio less than 6.5; ii. a taper with a taper ratio less than 0.2; c. at least one connecting element (130, 140) joining the front wing and the rear wing; d. an aircraft gravity center; e. a front wing mean aerodynamic chord with a leading and trailing edge having a front wing air pressure center located forward of 35% of the front wing mean aerodynamic chord in cruise and a rear wing mean aerodynamic chord with a leading and trailing edge having a rear wing air pressure center located forward of 35% of the rear wing mean aerodynamic chord in cruise wherein the rear wing mean aerodynamic chord leading edge is located aft of the front wing mean aerodynamic chord trailing edge at a short distance that is less than the front wing mean aerodynamic chord, the aircraft gravity center is located forward of the rear wing lifting surface air pressure center and aft of the front wing lifting surface air pressure center in cruise; f. the front wing being located lower than the rear wing.
Apparatus for treating a respiratory disorder in a patient, comprising: a pressure generator configured to supply a flow of air at positive pressure to an airway of the patient through a patient interface; a sensor configured to generate a signal representative of respiratory flow rate of the patient; and a controller configured to: control the pressure generator to provide ventilation therapy having a base pressure to the patient interface, detect an apnea from the signal representative of respiratory flow rate, estimate a leak flow rate during the apnea, and adjust a set point for the base pressure of the ventilation therapy in response to the apnea based on the estimated leak flow rate during the apnea, wherein to adjust the set point for the base pressure of the ventilation therapy in response to the apnea the controller is configured to: compute an effective duration of the apnea dependent on the estimate of leak flow rate during the apnea, and adjust the set point for the base pressure based on the effective duration of the apnea. a pressure generator configured to supply a flow of air at positive pressure to an airway of the patient through a patient interface; a sensor configured to generate a signal representative of respiratory flow rate of the patient; and a controller configured to: control the pressure generator to provide ventilation therapy having a base pressure to the patient interface, detect an apnea from the signal representative of respiratory flow rate, estimate a leak flow rate during the apnea, and adjust a set point for the base pressure of the ventilation therapy in response to the apnea based on the estimated leak flow rate during the apnea, wherein to adjust the set point for the base pressure of the ventilation therapy in response to the apnea the controller is configured to: compute an effective duration of the apnea dependent on the estimate of leak flow rate during the apnea, and adjust the set point for the base pressure based on the effective duration of the apnea. control the pressure generator to provide ventilation therapy having a base pressure to the patient interface, detect an apnea from the signal representative of respiratory flow rate, estimate a leak flow rate during the apnea, and adjust a set point for the base pressure of the ventilation therapy in response to the apnea based on the estimated leak flow rate during the apnea, wherein to adjust the set point for the base pressure of the ventilation therapy in response to the apnea the controller is configured to: compute an effective duration of the apnea dependent on the estimate of leak flow rate during the apnea, and adjust the set point for the base pressure based on the effective duration of the apnea. compute an effective duration of the apnea dependent on the estimate of leak flow rate during the apnea, and adjust the set point for the base pressure based on the effective duration of the apnea.