mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for controlling vehicle parts comprising: a display configured to provide a control user interface , wherein the control user interface displays a plurality of interactive elements for controlling various vehicle parts; and a processor configured to control, in response to receiving an indication message indicative of entering into the control user interface , at least some of the plurality of interactive elements to be arranged and displayed on the control user interface , characterized in that the processor is configured to control, in response to receiving the indication message indicative of entering into the control user interface , at least some of the plurality of interactive elements to be arranged and displayed by categories of physical attributes of their correspondingly controlled vehicle parts on the control user interface , and the processor is further configured to control the display of a default user interface on the display, and control, in response to the indication message indicative of entering into the control user interface by means of a sliding operation on the default user interface, the display to switch to the display of the control user interface . a display configured to provide a control user interface , wherein the control user interface displays a plurality of interactive elements for controlling various vehicle parts; and a processor configured to control, in response to receiving an indication message indicative of entering into the control user interface , at least some of the plurality of interactive elements to be arranged and displayed on the control user interface , characterized in that the processor is configured to control, in response to receiving the indication message indicative of entering into the control user interface , at least some of the plurality of interactive elements to be arranged and displayed by categories of physical attributes of their correspondingly controlled vehicle parts on the control user interface , and the processor is further configured to control the display of a default user interface on the display, and control, in response to the indication message indicative of entering into the control user interface by means of a sliding operation on the default user interface, the display to switch to the display of the control user interface .
An entertainment system for an amusement park, comprising: a cylinder disposed within a body of liquid ; an entertainment platform disposed within the cylinder , wherein the entertainment platform is configured to move axially within the cylinder ; and a pump system configured to remove fluid from and provide fluid to an interior of the cylinder on a first side of the entertainment platform to move the entertainment platform within the cylinder . a cylinder disposed within a body of liquid ; an entertainment platform disposed within the cylinder , wherein the entertainment platform is configured to move axially within the cylinder ; and a pump system configured to remove fluid from and provide fluid to an interior of the cylinder on a first side of the entertainment platform to move the entertainment platform within the cylinder .
A power supply for a synchronized notification appliance comprising: a first energy store having a first energy storage capacity; a processor powered by energy from the first energy store ; and a second energy store having a second energy storage capacity greater than the first energy storage capacity, characterized in that the processor initiates charging of the second energy store after a delay beginning at a time of receipt of a charge of predefined level from the first energy store . a first energy store having a first energy storage capacity; a processor powered by energy from the first energy store ; and a second energy store having a second energy storage capacity greater than the first energy storage capacity, characterized in that the processor initiates charging of the second energy store after a delay beginning at a time of receipt of a charge of predefined level from the first energy store .
Bypass turbofan engine comprising an engine with a fan casing and a nacelle surrounding the engine in which a flow path for a secondary flow is delimited between the nacelle and the engine , said nacelle comprising: - a fixed structure , - a mobile assembly with a slide capable of translational movement on the fixed structure and bearing a mobile cowl and a frame capable of translational movement on the fixed structure and bearing deflectors , in which the mobile assembly is able to move between a forward position in which the slide is positioned in such a way that the mobile cowl is close to the fan casing and a backward position in which the slide is positioned in such a way that the mobile cowl is distanced from the fan casing in order between them to define an open passage between the flow path and the outside of the nacelle through the deflectors , - at least one differentiation mechanism which is configured in such a way as to ensure a length of travel of the slide that is different from the length of travel of the frame , and - a set of actuators designed to ensure, starting from the forward position, a translational travel of the slide as far as the backward position and vice versa, in which each differentiation mechanism comprises a shaft mounted on the fixed structure and free to rotate about its axis, a first pinion and a second pinion which are fixed to said shaft and coaxial with said axis, a first rack solid with the slide and meshing with the first pinion , a second rack solid with the frame and meshing with the second pinion , and in which the diameter of the first pinion and the diameter of the second pinion are different. - a fixed structure , - a mobile assembly with a slide capable of translational movement on the fixed structure and bearing a mobile cowl and a frame capable of translational movement on the fixed structure and bearing deflectors , in which the mobile assembly is able to move between a forward position in which the slide is positioned in such a way that the mobile cowl is close to the fan casing and a backward position in which the slide is positioned in such a way that the mobile cowl is distanced from the fan casing in order between them to define an open passage between the flow path and the outside of the nacelle through the deflectors , - at least one differentiation mechanism which is configured in such a way as to ensure a length of travel of the slide that is different from the length of travel of the frame , and - a set of actuators designed to ensure, starting from the forward position, a translational travel of the slide as far as the backward position and vice versa,
Feeder unit of a sheet working or processing machine, in which feeder unit a stack of sheets to be processed can be received, the feeder unit comprising at least one handling tool , by means of which an uppermost sheet of a stack received in the feeder unit can be transported in a transport direction (T) away from the stack into a downstream adjoining transport path, and a blowing device , by means of which blown air can be applied in the region of the lateral sheet edge to sheets of a stack received in the feeder unit , on a side of the stack extending vertically and in parallel with the transport direction (T), wherein the blowing device is mounted in or on the feeder unit in such a way as to be movable by at least a movement component in the transport direction (T) as well as along a mechanically predefined movement path by at least a movement component transverse to the transport direction (T), characterized in that a coupling through control technology or a mechanical coupling is provided such that, by virtue thereof, a positioning of the blowing device transversely to the transport direction (T) and a positioning in the transport direction (T) compulsorily takes place or is effected in a defined, coupled manner in such a way that the site of action of the blowing device is simultaneously moved inward and forward in the transport direction (T).
Method for non-destructively testing a specimen by means of acoustic waves, comprising the steps of - (S2) receiving from a testing device at a measurement position, in mechanical contact with the specimen , raw data representing acoustic waves that propagated through the specimen , - (S3) providing options to process the raw data by at least a first and a second processing algorithm, - (S4) processing the raw data by at least one of the first and the second processing algorithm, wherein the first processing algorithm comprises deriving information about the specimen from multiple reflections of the acoustic waves, wherein the second processing algorithm comprises deriving information about the specimen from a travel time of a single reflection of the acoustic waves, characterized in that the first processing algorithm includes determining a frequency spectrum of the raw data. - (S2) receiving from a testing device at a measurement position, in mechanical contact with the specimen , raw data representing acoustic waves that propagated through the specimen , - (S3) providing options to process the raw data by at least a first and a second processing algorithm, - (S4) processing the raw data by at least one of the first and the second processing algorithm, wherein the first processing algorithm comprises deriving information about the specimen from multiple reflections of the acoustic waves, wherein the second processing algorithm comprises deriving information about the specimen from a travel time of a single reflection of the acoustic waves, characterized in that the first processing algorithm includes determining a frequency spectrum of the raw data.
A conjugated diene-based polymer having an absolute molecular weight measured by viscosity detector-equipped GPC-light scattering measurement, of 100 × 10 4 or more and 5000 × 10 4 or less, and having a branching number (Bn) measured by the viscosity detector-equipped GPC-light scattering measurement, of 8 or more.
A polyurethane and polyorganosiloxane foam material comprising: a) a polyurethane, wherein the polyurethane is formed from an isocyanate and a polyol; b) a polyorganosiloxane; c) a polymerization catalyst for polymerizing the polyorganosiloxane; d) a polymerization reaction initiator, said initiator being an isoprenoid compound; and e) a polymerization reaction accelerator; wherein the polyurethane and polyorganosiloxane are cross-linked in a common layer to one another using a cross-linker; and wherein the material comprises at least one foam layer comprising the polyurethane and the polyorganosiloxane. a) a polyurethane, wherein the polyurethane is formed from an isocyanate and a polyol; b) a polyorganosiloxane; c) a polymerization catalyst for polymerizing the polyorganosiloxane; d) a polymerization reaction initiator, said initiator being an isoprenoid compound; and e) a polymerization reaction accelerator;
A component of an electronic vapour provision device , the device having a reservoir for storing source liquid, an atomiser for vaporising source liquid from the reservoir and delivering vapour into an air flow path through the device, and an electrical power supply for providing electrical power to the atomiser, in which the component is a cartomiser component housing the reservoir and the atomiser and is connectable to a power component housing the electrical power supply, and comprises: an absorbent element to collect source liquid escaped from the reservoir, the absorbent element located so as to be upstream of the atomiser with respect to an air flow direction along the air flow path when the component is assembled into the electronic vapour provision device, wherein the absorbent element has a planar shape and characterised in that the absorbent element is located on an outer surface of an end wall of the component.
A die for the manufacture of a film by extrusion, comprising two blocks defining between them a flow duct , one at least of the two blocks comprising: - a body having a portion configured to be elastically deformable and extending in the vicinity of an outlet mouthpiece of the duct, and - adjustable biasing means of this deformable portion of the body to deform the deformable portion to selectively modify the distance between the latter and the other block of the die, which adjustable biasing means comprise: - at least one bearing part positioned to be supported on the deformable portion by extending according to a general direction (V) perpendicular to a flow plane at the die outlet defined by the outlet mouthpiece, each bearing part comprising a first end supported on the deformable portion , and - adjusting means also mobile relative to the body , capable of exerting action on a second end of each bearing part opposite the first end and away from the die outlet so as to modify the position of this part, the biasing means comprising at least one intermediate lever , the or each lever being placed between the or one of the bearing parts , so as to be supported against its second end, and adjusting means , characterized in that the body of the block(s) comprising the deformable portion comprises an end surface also overall concave, the bearing parts following the concave contour of the body by having an essentially constant thickness. - a body having a portion configured to be elastically deformable and extending in the vicinity of an outlet mouthpiece of the duct, and - adjustable biasing means of this deformable portion of the body to deform the deformable portion to selectively modify the distance between the latter and the other block of the die, which adjustable biasing means comprise: - at least one bearing part positioned to be supported on the deformable portion by extending according to a general direction (V) perpendicular to a flow plane at the die outlet defined by the outlet mouthpiece, each bearing part comprising a first end supported on the deformable portion , and - adjusting means also mobile relative to the body , capable of exerting action on a second end of each bearing part opposite the first end and away from the die outlet so as to modify the position of this part, the biasing means comprising at least one intermediate lever , the or each lever being placed between the or one of the bearing parts , so as to be supported against its second end, and adjusting means , characterized in that the body of the block(s) comprising the deformable portion comprises an end surface also overall concave, the bearing parts following the concave contour of the body by having an essentially constant thickness.
A pressure regulating bypass valve , comprising: - a hollow element internally defining a chamber (C), said chamber (C) having an inlet section (I), a delivery section (E) and a discharge section (S); - an interception member housed inside said chamber (C) and that is slidably movable between a discharge position, in which it defines a fluid connection between the inlet section (I) and the discharge section (S), occluding a fluid connection between the inlet section (I) and the delivery section (E), and a delivery position, in which it defines a fluid connection between the inlet section (I) and the delivery section (E), occluding a fluid connection between the inlet section (I) and the discharge section (S); - elastic means configured to exert an elastic force on said interception member so as to push said interception member towards the discharge position, said elastic means determining a positioning and/or movement of the interception member between the discharge position and the delivery position as a function of an inlet pressure of a fluid at the inlet section (I) and of a delivery pressure of a fluid at the delivery section (E), wherein said interception member can additionally be positioned in an intermediate position between the discharge and delivery positions, in which said interception member obstructs the fluid connection between the inlet section (I) and the discharge section (S), characterized in that said elastic means comprises a first elastic element and a second elastic element having greater rigidity with respect to the first elastic element , said first and second elastic elements being arranged in series so that said interception member can reach said intermediate position by means of a deformation of at least said first elastic element and in such a manner that a subsequent passage of the interception member from the intermediate position to the delivery position is determined at least partly by an at least partial compression of the second elastic element . - a hollow element internally defining a chamber (C), said chamber (C) having an inlet section (I), a delivery section (E) and a discharge section (S); - an interception member housed inside said chamber (C) and that is slidably movable between a discharge position, in which it defines a fluid connection between the inlet section (I) and the discharge section (S), occluding a fluid connection between the inlet section (I) and the delivery section (E), and a delivery position, in which it defines a fluid connection between the inlet section (I) and the delivery section (E), occluding a fluid connection between the inlet section (I) and the discharge section (S); - elastic means configured to exert an elastic force on said interception member so as to push said interception member towards the discharge position, said elastic means determining a positioning and/or movement of the interception member between the discharge position and the delivery position as a function of an inlet pressure of a fluid at the inlet section (I) and of a delivery pressure of a fluid at the delivery section (E),
Force transmission module for an offshore wind turbine, which can be connected directly or indirectly to a tower of a wind turbine, having - an upper sheet metal ring which extends substantially horizontally during operation, and - a lower sheet metal ring which extends substantially horizontally during operation, - pluralities of sheet metal segments which extend substantially in a vertical direction between the upper sheet metal ring and the lower sheet metal ring during operation in order to transmit forces, wherein the sheet metal segments are welded to the upper and lower sheet metal ring , characterised in that a plurality of additional force transmission segments are welded to the sheet metal segments , on the one hand, and the lower sheet metal ring , on the other hand, wherein the additional force transmission segments are in the form of pipe halves and wherein two pipe halves are welded to opposing side faces of a sheet metal segment and the lower sheet metal ring . - an upper sheet metal ring which extends substantially horizontally during operation, and - a lower sheet metal ring which extends substantially horizontally during operation, - pluralities of sheet metal segments which extend substantially in a vertical direction between the upper sheet metal ring and the lower sheet metal ring during operation in order to transmit forces, wherein the sheet metal segments are welded to the upper and lower sheet metal ring ,
An electronic apparatus for wireless communications, comprising: processing circuitry, configured to: determine (S11) a distribution status of nodes within a management region of a spectrum management apparatus, wherein the distribution status of the nodes comprises one or more of the following: a model of a location distribution of the nodes; a density of the nodes; and the number of the nodes; calculate statistical parameters for accumulated interferences based on the distribution of the nodes; acquire (S12), based on the statistical parameters, a distribution model of the accumulated interferences for a particular node among the nodes subjected from other nodes among the nodes; determine (S13), based on the distribution model and an allowable interference upper limit of the particular node, an exclusion zone of the particular node which is represented by the number of nodes within the exclusion zone; determine neighboring relationship between the particular node and neighboring nodes; implement (S14) the exclusion zone by allocating, based on the neighboring relationship, spectrum resources for the neighboring nodes within the exclusion zone which are different from the spectrum resources allocated for the particular node; and re-allocate (S23), in a case that the neighboring relationship changes, the spectrum resources for the nodes based on changed neighboring relationship. determine (S11) a distribution status of nodes within a management region of a spectrum management apparatus, wherein the distribution status of the nodes comprises one or more of the following: a model of a location distribution of the nodes; a density of the nodes; and the number of the nodes; calculate statistical parameters for accumulated interferences based on the distribution of the nodes; acquire (S12), based on the statistical parameters, a distribution model of the accumulated interferences for a particular node among the nodes subjected from other nodes among the nodes; determine (S13), based on the distribution model and an allowable interference upper limit of the particular node, an exclusion zone of the particular node which is represented by the number of nodes within the exclusion zone; determine neighboring relationship between the particular node and neighboring nodes; implement (S14) the exclusion zone by allocating, based on the neighboring relationship, spectrum resources for the neighboring nodes within the exclusion zone which are different from the spectrum resources allocated for the particular node; and re-allocate (S23), in a case that the neighboring relationship changes, the spectrum resources for the nodes based on changed neighboring relationship.