mhurhangee/ep-ind-claims huggingface dataset:
A control device which controls a broadcast receiver, comprising: a communication interface unit configured to communicate with the broadcast receiver; a touch display unit configured to receive a touch input; a sensor configured to sense a grip direction of the control device being held by a user; a control unit configured to: identify whether the control device is in a first control mode corresponding to a vertical grip direction or a second control mode corresponding to a horizontal grip direction based on the grip direction sensed by the sensor, control the touch display unit to display a user interface, UI, for controlling the broadcast receiver in response to identifying that the control device is in the first control mode, and control the touch display unit to display menu information received from the broadcast receiver in response to identifying that the control device is in the second control mode, the menu information being a same menu information which is currently displayed on a screen of the broadcast receiver. a communication interface unit configured to communicate with the broadcast receiver; a touch display unit configured to receive a touch input; a sensor configured to sense a grip direction of the control device being held by a user; a control unit configured to: identify whether the control device is in a first control mode corresponding to a vertical grip direction or a second control mode corresponding to a horizontal grip direction based on the grip direction sensed by the sensor, control the touch display unit to display a user interface, UI, for controlling the broadcast receiver in response to identifying that the control device is in the first control mode, and control the touch display unit to display menu information received from the broadcast receiver in response to identifying that the control device is in the second control mode, the menu information being a same menu information which is currently displayed on a screen of the broadcast receiver. identify whether the control device is in a first control mode corresponding to a vertical grip direction or a second control mode corresponding to a horizontal grip direction based on the grip direction sensed by the sensor, control the touch display unit to display a user interface, UI, for controlling the broadcast receiver in response to identifying that the control device is in the first control mode, and control the touch display unit to display menu information received from the broadcast receiver in response to identifying that the control device is in the second control mode, the menu information being a same menu information which is currently displayed on a screen of the broadcast receiver.
Coaxial plug connection with a coaxial plug connector and a mating plug connector, wherein the coaxial plug connector has an inner conductor, an outer conductor surrounding the inner conductor and a bayonet nut arranged rotatably in relation to the outer conductor which forms a locking groove designed to receive a projection on the mating plug connector, characterised in that the locking groove is designed in the form of a helical groove and the bayonet nut has a first bayonet nut part and a seconds bayonet nut part which each form a flank of the helical groove, wherein the bayonet nut parts (9, 10) are displaceable relative to each other in the longitudinal axial direction of the coaxial plug connector in order to clamp the projection of the mating plug connector in the helical groove by placing the flank of the helical groove against the projection, and wherein the bayonet nut parts (9, 10) can be fixed in position relative to each other by means of a fixing element so that the clamping of the projection of the mating plug connector can be permanently maintained.
Vehicle having a braking device (21; 21') which has at least - a friction brake unit (22; 22') with at least brake components (31; 31') made of a composite material, - an electrical brake unit (24; 24') and - a brake control device (26; 26') with a monitoring device (50; 50') for monitoring a braking operation performed by the electrical brake unit (24; 24'), wherein, in a normal braking mode, the brake control device (26; 26') is provided to perform a braking operation with the electrical brake unit as a priority and, in a safety mode with a limitation of the electrical brake unit (24; 24') detected by the monitoring device (50; 50'), to perform the braking operation with the friction brake unit (22; 22') as a priority, and wherein the brake components (31; 31') of the friction brake unit (22; 22') are designed such that in the normal operating mode an oxidation limit temperature of the composite material is not exceeded, and in the safety mode the composite material can be operated in a temperature range which lies above the oxidation limit temperature. - a friction brake unit (22; 22') with at least brake components (31; 31') made of a composite material, - an electrical brake unit (24; 24') and - a brake control device (26; 26') with a monitoring device (50; 50') for monitoring a braking operation performed by the electrical brake unit (24; 24'),
A clasp for use in a heart valve repair device for repairing a native valve of a patient, the clasp comprising: a fixed arm attachable to a paddle of the valve repair device; a moveable arm; a hinge portion connecting the movable arm to the fixed arm; wherein the moveable arm is moveable relative to the fixed arm to form an opening between the moveable arm and the fixed arm; and an indicator arm coupled to the moveable arm; wherein the indicator arm is configured to move through the moveable arm when the leaflet of the native valve is inserted into the opening between the fixed arm and the movable arm to at least a minimum insertion depth. a fixed arm attachable to a paddle of the valve repair device; a moveable arm; a hinge portion connecting the movable arm to the fixed arm; wherein the moveable arm is moveable relative to the fixed arm to form an opening between the moveable arm and the fixed arm; and an indicator arm coupled to the moveable arm; wherein the indicator arm is configured to move through the moveable arm when the leaflet of the native valve is inserted into the opening between the fixed arm and the movable arm to at least a minimum insertion depth.
Transport system, in particular for a production plant, comprising - a first fleet of driverless transport vehicles and a first manufacturer-specific master controller for controlling the driverless transport vehicles of the first fleet; - a second fleet of driverless transport vehicles and a second manufacturer-specific master controller for controlling the driverless transport vehicles of the second fleet, wherein the first master controller and the second master controller are not compatible with one another, wherein the first fleet of the driverless transport vehicles and the second fleet of the driverless transport vehicles, just like the first manufacturer-specific master controller and the second manufacturer-specific master controller, originate from different manufacturers; - a central fleet controller which is connected via respective interfaces to the first master controller and the second master controller and is set up to distribute respective driving instructions to the driverless transport vehicles of the first fleet and of the second fleet and to carry out traffic control for all driverless transport vehicles (7, 9) of the two fleets (6, 8) on a common, cross-fleet traffic area, the traffic area being driving areas on which the driverless transport vehicles (7, 9) can move themselves, characterised in that the transport system has at least one display device which is set up to visualise the respective positions of the driverless transport vehicles (7, 9) across fleets, and wherein the at least one display device is set up to visualise the respective positions of non-fleet vehicles. - a first fleet of driverless transport vehicles and a first manufacturer-specific master controller for controlling the driverless transport vehicles of the first fleet; - a second fleet of driverless transport vehicles and a second manufacturer-specific master controller for controlling the driverless transport vehicles of the second fleet, wherein the first master controller and the second master controller are not compatible with one another, wherein the first fleet of the driverless transport vehicles and the second fleet of the driverless transport vehicles, just like the first manufacturer-specific master controller and the second manufacturer-specific master controller, originate from different manufacturers; - a central fleet controller which is connected via respective interfaces to the first master controller and the second master controller and is set up to distribute respective driving instructions to the driverless transport vehicles of the first fleet and of the second fleet and to carry out traffic control for all driverless transport vehicles (7, 9) of the two fleets (6, 8) on a common, cross-fleet traffic area, the traffic area being driving areas on which the driverless transport vehicles (7, 9) can move themselves, characterised in that the transport system has at least one display device which is set up to visualise the respective positions of the driverless transport vehicles (7, 9) across fleets, and wherein the at least one display device is set up to visualise the respective positions of non-fleet vehicles.
Method for producing a smoke-proof, heat-insulating fire protection molded part, produced by shaping a plastic mass and drying at temperatures between room temperature and 110°C, the mass containing: at least one lightweight filler, a binder, a water-eliminating mineral, fibers and/or mineral needles, and water, expanded closed-cell volcanic rock provided with a superficial water protection layer, and/or hollow glass spheres, being used as the lightweight filler, the lightweight filler having a bulk density of less than 200 kg/m 3, at least one organic-inorganic binder that contains finely divided silicic acid and an organic polymer being used as the binder, and the mass containing a surface-treated siliceous earth, water-eliminating mineral fillers and optionally a mixture of silicic acid sol and kaolin or kaolinite, characterized by the following composition: lightweight filler 45 to 75 wt.% fibers up to 15 wt.% reaction product of the thermal hardening of the organic-inorganic hybrid binder 8 to 25 wt.% wollastonite up to 30 wt.% water-eliminating minerals 6 to 18 wt.%. at least one lightweight filler, a binder, a water-eliminating mineral, fibers and/or mineral needles, and water, expanded closed-cell volcanic rock provided with a superficial water protection layer, and/or hollow glass spheres, being used as the lightweight filler, the lightweight filler having a bulk density of less than 200 kg/m 3, at least one organic-inorganic binder that contains finely divided silicic acid and an organic polymer being used as the binder, and the mass containing a surface-treated siliceous earth, water-eliminating mineral fillers and optionally a mixture of silicic acid sol and kaolin or kaolinite, characterized by the following composition: lightweight filler 45 to 75 wt.% fibers up to 15 wt.% reaction product of the thermal hardening of the organic-inorganic hybrid binder 8 to 25 wt.% wollastonite up to 30 wt.% water-eliminating minerals 6 to 18 wt.%. lightweight filler 45 to 75 wt.% fibers up to 15 wt.% reaction product of the thermal hardening of the organic-inorganic hybrid binder 8 to 25 wt.% wollastonite up to 30 wt.% water-eliminating minerals 6 to 18 wt.%.
A selectively actuated barrier for a tubular string in a subterranean location comprising: a plurality of circumferentially disposed segments supported from a housing and movable from a first position where said segments extend into the tubular string and a second position where said segments retract to enlarge a passage defined by said segments in said housing in said first position; said segments are spaced apart from each other outside said passage in the second position; said segments cannot return to said first position after assuming said second position; a tapered member mounted in said housing adjacent said segments and having a taper opening larger than said passage, when said segments are in said first position; an object to land on said segments and substantially block said passage when said segments are in said first position and to pass through said passage when said segments retract to said second position. a plurality of circumferentially disposed segments supported from a housing and movable from a first position where said segments extend into the tubular string and a second position where said segments retract to enlarge a passage defined by said segments in said housing in said first position; said segments are spaced apart from each other outside said passage in the second position; said segments cannot return to said first position after assuming said second position; a tapered member mounted in said housing adjacent said segments and having a taper opening larger than said passage, when said segments are in said first position; an object to land on said segments and substantially block said passage when said segments are in said first position and to pass through said passage when said segments retract to said second position.
A stretch-modified elastomeric multilayer film comprising: a core layer comprising a first propylene/alpha-olefin copolymer, wherein the first propylene/alpha-olefin copolymer comprises at least 50 wt.% propylene, has a melt flow rate (230°C/2.16 Kg) from 0.1 g/10 min to 35 g/10 min, and has a crystallinity in the range of from at least 1 percent by weight to 40 percent by weight; and at least one outer layer independently comprising a second propylene/alpha-olefin copolymer and from 2.5 to 30 wt.% of an antiblock agent, wherein the second propylene/alpha-olefin copolymer has a melt flow rate (230°C/2.16 Kg) from 0.1 g/10 min to 35 g/10 min, and has a crystallinity in the range of from at least 1 percent by weight to 40 percent by weight as measured via differential scanning calorimetry, and wherein the second propylene/alpha-olefin copolymer is a propylene/ethylene copolymer, wherein the propylene content is greater than 80 wt.% of the whole polymer and the ethylene content is from 8 to 20 wt.% of the whole polymer; wherein the crystallinity of the first propylene/alpha-olefin copolymer is equal to or greater than the crystallinity of the second propylene/alpha-olefin copolymer. a core layer comprising a first propylene/alpha-olefin copolymer, wherein the first propylene/alpha-olefin copolymer comprises at least 50 wt.% propylene, has a melt flow rate (230°C/2.16 Kg) from 0.1 g/10 min to 35 g/10 min, and has a crystallinity in the range of from at least 1 percent by weight to 40 percent by weight; and at least one outer layer independently comprising a second propylene/alpha-olefin copolymer and from 2.5 to 30 wt.% of an antiblock agent, wherein the second propylene/alpha-olefin copolymer has a melt flow rate (230°C/2.16 Kg) from 0.1 g/10 min to 35 g/10 min, and has a crystallinity in the range of from at least 1 percent by weight to 40 percent by weight as measured via differential scanning calorimetry, and wherein the second propylene/alpha-olefin copolymer is a propylene/ethylene copolymer, wherein the propylene content is greater than 80 wt.% of the whole polymer and the ethylene content is from 8 to 20 wt.% of the whole polymer; wherein the crystallinity of the first propylene/alpha-olefin copolymer is equal to or greater than the crystallinity of the second propylene/alpha-olefin copolymer.
A ceiling mounting type air conditioner comprising: a body that is suitable for being fixed onto a ceiling and has an opened bottom surface; an outlet panel that is coupled at a lower portion of the body and has plurality of an air outlet openings formed along a periphery; an inlet panel that is coupled at a lower portion of the outlet panel and has an air inlet opening; and a door panel that is arranged to conceal the air inlet opening, form an air inlet path between the door panel and the inlet panel when moving down, and shields the inlet panel when moving up, wherein the outlet panel includes a further opening to allow access to the inside of the body, characterized in that one end of the inlet panel is connected to a side of the further opening by a hinge, and the other end thereof is detachably connected to the other side of the further opening, the other end of the inlet panel is pivoted with respect to the one end of the inlet panel, which is connected to the hinge to open and close the further opening, wherein the door panel is larger than the inlet panel. a body that is suitable for being fixed onto a ceiling and has an opened bottom surface; an outlet panel that is coupled at a lower portion of the body and has plurality of an air outlet openings formed along a periphery; an inlet panel that is coupled at a lower portion of the outlet panel and has an air inlet opening; and a door panel that is arranged to conceal the air inlet opening, form an air inlet path between the door panel and the inlet panel when moving down, and shields the inlet panel when moving up, wherein the outlet panel includes a further opening to allow access to the inside of the body, characterized in that one end of the inlet panel is connected to a side of the further opening by a hinge, and the other end thereof is detachably connected to the other side of the further opening, the other end of the inlet panel is pivoted with respect to the one end of the inlet panel, which is connected to the hinge to open and close the further opening, wherein the door panel is larger than the inlet panel.
An antenna apparatus comprising: a lower antenna element; an upper antenna element on the lower antenna element; and a feeding element connecting the upper antenna element to the lower antenna element, and configured to transfer a signal supplied to the lower antenna element to the upper antenna element, characterized in that it comprises an intermediate ground element interposed between the lower antenna element and the upper antenna element and vertically overlapping with the lower antenna element and the upper antenna element;. a lower antenna element; an upper antenna element on the lower antenna element; and a feeding element connecting the upper antenna element to the lower antenna element, and configured to transfer a signal supplied to the lower antenna element to the upper antenna element, characterized in that it comprises an intermediate ground element interposed between the lower antenna element and the upper antenna element and vertically overlapping with the lower antenna element and the upper antenna element;.
An apparatus for monitoring swallowing in a subject, the apparatus comprising: a motion sensor (104, 104a, 104b) adapted to generate motion signals, the motion signals indicative of swallowing motions transmitted along a feeding tube; and a processor configured to: acquire, from the motion sensor (104, 104a, 104b), the generated motion signals obtained from the feeding tube, when placed in the esophagus of the subject; and process the acquired motion signals to classify the acquired motion signals as indicative of the subject swallowing healthily or unhealthily. a motion sensor (104, 104a, 104b) adapted to generate motion signals, the motion signals indicative of swallowing motions transmitted along a feeding tube; and a processor configured to: acquire, from the motion sensor (104, 104a, 104b), the generated motion signals obtained from the feeding tube, when placed in the esophagus of the subject; and process the acquired motion signals to classify the acquired motion signals as indicative of the subject swallowing healthily or unhealthily. acquire, from the motion sensor (104, 104a, 104b), the generated motion signals obtained from the feeding tube, when placed in the esophagus of the subject; and process the acquired motion signals to classify the acquired motion signals as indicative of the subject swallowing healthily or unhealthily.
An osteosynthesis device for the vertebral column, the device comprising at least one elastically deformable connection system connected at opposite ends to at least first and second fixing portions suitable for being fixed to vertebrae by means of bone anchoring elements, wherein the elastically deformable connection system comprises: - a deformable connection member presenting: - in a "sagittal" plane, determined stiffness for exerting a return force on flexion-extension movements between the fixing portions; - in a "frontal" plane perpendicular to the sagittal plane, determined stiffness for exerting a return force on lateral inflexion movements between the fixing portions, the stiffness of the deformable connection member in the frontal plane being less than its stiffness in the sagittal plane; and - along an axis defined by the intersection between the sagittal and frontal planes, determined stiffness for exerting a return force on traction-compression movements between the fixing portions; - and means (17, 15, 14 1, 14 2) for limiting flexion-extension, traction-compression, and lateral inflexion movements between the fixing portions (3, 4). - a deformable connection member presenting: - in a "sagittal" plane, determined stiffness for exerting a return force on flexion-extension movements between the fixing portions; - in a "frontal" plane perpendicular to the sagittal plane, determined stiffness for exerting a return force on lateral inflexion movements between the fixing portions, the stiffness of the deformable connection member in the frontal plane being less than its stiffness in the sagittal plane; and - along an axis defined by the intersection between the sagittal and frontal planes, determined stiffness for exerting a return force on traction-compression movements between the fixing portions; - in a "sagittal" plane, determined stiffness for exerting a return force on flexion-extension movements between the fixing portions; - in a "frontal" plane perpendicular to the sagittal plane, determined stiffness for exerting a return force on lateral inflexion movements between the fixing portions, the stiffness of the deformable connection member in the frontal plane being less than its stiffness in the sagittal plane; and - along an axis defined by the intersection between the sagittal and frontal planes, determined stiffness for exerting a return force on traction-compression movements between the fixing portions; - and means (17, 15, 14 1, 14 2) for limiting flexion-extension, traction-compression, and lateral inflexion movements between the fixing portions (3, 4).