mhurhangee/patent-ind-claim-en huggingface dataset:
A system for providing audio-derived information to a vehicle operator or vehicle control system of a vehicle , the vehicle having a vehicle data bus, the system comprising: (a) a plurality of microphones configured to be incorporated into the vehicle for generating an analog signal in response to sound waves external to the vehicle ; (b) a plurality of analysis modules, wherein each microphone is associated with an analysis module which is integrated with the microphone and which is adapted for converting the analog signal to a digital signal, wherein each analysis module comprises a computer processor configured to identify or detect a target sound, and the digital signal comprises confirmation of identification or detection of the target sound, wherein each analysis module is configured to communicate the digital signal to the vehicle data bus for communicating or transferring the digital signal to the vehicle operator or vehicle control system . (a) a plurality of microphones configured to be incorporated into the vehicle for generating an analog signal in response to sound waves external to the vehicle ; (b) a plurality of analysis modules, wherein each microphone is associated with an analysis module which is integrated with the microphone and which is adapted for converting the analog signal to a digital signal, wherein each analysis module comprises a computer processor configured to identify or detect a target sound, and the digital signal comprises confirmation of identification or detection of the target sound, wherein each analysis module is configured to communicate the digital signal to the vehicle data bus for communicating or transferring the digital signal to the vehicle operator or vehicle control system .
Abutment system for use in the area of the front teeth and premolars, comprising an abutment base having a first interface , which has a substantially planar proximal interface surface for placement on an implant , and a second interface for attachment of a prosthetic element, wherein the abutment base has a three-dimensional shape that is designed in a non-symmetrical manner relative to an axis that is concentric and at a right angle to the interface surface , and the abutment system comprises a separate prosthetic post , which can be fixed in the region of an upper side of the abutment base , wherein the prosthetic post extends coaxially to the axis in the fixed state, wherein the upper side of the abutment base has a vestibular level (NA) and a different oral level (NI) in the interdental side view, characterized in that the upper side of the abutment base is a scalloped upper side having an apex and a non-symmetrical circumferential edge/shoulder , and the abutment base has a lateral region that has a concave shape when viewed in vertical section.
A pressure relief door (PRD) assembly for use with an engine nacelle, the assembly comprising: a PRD frame ; a PRD hinge-coupled to the PRD frame; a latch element configured to normally remain in a latched condition to maintain the PRD in a closed condition relative to the PRD frame and to assume an unlatched condition to permit the PRD to assume an open condition relative to the PRD frame in accordance with an occurrence of a burst duct event within the PRD frame ; and a retention element configured to automatically activate responsive to the PRD opening, the retention element including an end disposable between the PRD and the PRD frame with the retention element automatically activated to provide positive interference directed to maintain the PRD in the open condition; characterised in that the retention element comprises: a first frame element affixed to the PRD ; a second frame element affixed to the PRD frame; and an elastic element coupled to one of the first and second frame elements such that the end is: elastically biased against the other of the first and second frame elements in a non-interfering position with the PRD in the closed condition, and disposable in an interference position between the PRD and the PRD frame with the PRD in the open condition. a PRD frame ; a PRD hinge-coupled to the PRD frame; a latch element configured to normally remain in a latched condition to maintain the PRD in a closed condition relative to the PRD frame and to assume an unlatched condition to permit the PRD to assume an open condition relative to the PRD frame in accordance with an occurrence of a burst duct event within the PRD frame ; and a retention element configured to automatically activate responsive to the PRD opening, the retention element including an end disposable between the PRD and the PRD frame with the retention element automatically activated to provide positive interference directed to maintain the PRD in the open condition; characterised in that the retention element comprises: a first frame element affixed to the PRD ; a second frame element affixed to the PRD frame; and an elastic element coupled to one of the first and second frame elements such that the end is: elastically biased against the other of the first and second frame elements in a non-interfering position with the PRD in the closed condition, and disposable in an interference position between the PRD and the PRD frame with the PRD in the open condition. a first frame element affixed to the PRD ; a second frame element affixed to the PRD frame; and an elastic element coupled to one of the first and second frame elements such that the end is: elastically biased against the other of the first and second frame elements in a non-interfering position with the PRD in the closed condition, and disposable in an interference position between the PRD and the PRD frame with the PRD in the open condition. elastically biased against the other of the first and second frame elements in a non-interfering position with the PRD in the closed condition, and disposable in an interference position between the PRD and the PRD frame with the PRD in the open condition.
A mounting clip device for securing an externally corrugated guide tube for wires, cable or pipes to a base, the clip being formed approximately as a U-shape with a curved portion and two branches , and wherein the clip has a fixing means selected from one of: a fixing leg that is an integral extension of at least one of the U's two branches, a fixing nail with sleeve therefor in connection with at least one of the U's two branches, and a lug projecting at a right angle from at least one of the U's two branches, the lug having a hole for engagement with a nail, screw or rivet, wherein the U-shaped clip on its interior surface is configured having at least one boss or stud (7;8;15;16;27;28;36;37;38';38";38';39";43;44;47';47") located on at least one of the respective branches of the clip below the curved portion , said at least one boss or stud (7;8;15;16;27;28;36;37;38';38";38';39";43;44;47';47") is configured to be wholly or partly enterable into a depression between adjacent corrugations on the guide tube , the at least one boss or stud (7;8;15;16;27;28;36;37;38';38";38';39";43;44;47';47") allows the clip , when applied onto the guide tube , to form snap engagement with the guide tube and to provide axial fixation of the guide tube in its longitudinal direction.
A method of characterizing the environment with respect to a host vehicle , said vehicle including one or more systems adapted to detect single objects in the vehicle vicinity; comprising i) determining the spatial location of a plurality of single objects in the vicinity of said vehicle ; ii) grouping a plurality of said single objects based on one or more attributes of each single object into groups (CO); iii) subsequently processing each group of objects as a single group object (CO), wherein step iii) comprises forming a single boundary (B) in respect of each group (CO), the method further comprising additionally including tracking the movement of one or more objects of said groups (CO) and subsequently reformulating the boundaries (B) of one of more groups (CO), characterized in : determining if an object of a first group (CO) moves such that it is in closer proximity to the boundary (B) of a second group (CO) than the boundary (B) of said first group (CO), relative to said vehicle , and if so assigning said object to said second group (CO). i) determining the spatial location of a plurality of single objects in the vicinity of said vehicle ; ii) grouping a plurality of said single objects based on one or more attributes of each single object into groups (CO); iii) subsequently processing each group of objects as a single group object (CO), wherein step iii) comprises forming a single boundary (B) in respect of each group (CO), the method further comprising additionally including tracking the movement of one or more objects of said groups (CO) and subsequently reformulating the boundaries (B) of one of more groups (CO), characterized in : determining if an object of a first group (CO) moves such that it is in closer proximity to the boundary (B) of a second group (CO) than the boundary (B) of said first group (CO), relative to said vehicle , and if so assigning said object to said second group (CO). wherein step iii) comprises forming a single boundary (B) in respect of each group (CO), the method further comprising additionally including tracking the movement of one or more objects of said groups (CO) and subsequently reformulating the boundaries (B) of one of more groups (CO), characterized in : determining if an object of a first group (CO) moves such that it is in closer proximity to the boundary (B) of a second group (CO) than the boundary (B) of said first group (CO), relative to said vehicle , and if so assigning said object to said second group (CO).
A method of wireless communication comprising: receiving , from a serving evolved Node B, eNB, information comprising one or more transmission characteristics of at least one non-serving eNB, wherein the transmission characteristics comprise one or more interference characteristics of the at least one non-serving eNB, and wherein the information further indicates whether subframes from the at least one non-serving eNB are based on a legacy carrier type, LCT, a new carrier type, NCT, or the LCT and the NCT; and performing at least one of interference cancellation , demodulation , or providing an improved channel quality indicator, CQI, based on the received information comprising the one or more interference characteristics. receiving , from a serving evolved Node B, eNB, information comprising one or more transmission characteristics of at least one non-serving eNB, wherein the transmission characteristics comprise one or more interference characteristics of the at least one non-serving eNB, and wherein the information further indicates whether subframes from the at least one non-serving eNB are based on a legacy carrier type, LCT, a new carrier type, NCT, or the LCT and the NCT; and performing at least one of interference cancellation , demodulation , or providing an improved channel quality indicator, CQI, based on the received information comprising the one or more interference characteristics.
A vascular access device comprising: a catheter having a proximal end and a distal end; a catheter adapter having a distal end , a proximal end , an overall length extending from the distal end to the proximal end , an internal cavity , an upper portion , a lower portion and a tip having a distal opening having a circumference through which the catheter extends, the catheter adapter (18/118) being connected to the proximal end of the catheter ; an introducer needle having a distal end and a proximal end; a needle hub connected to the proximal end of the introducer needle; and a flexible, kink resistant extension extending from the distal opening of the tip to support the catheter adjacent the distal opening, characterized in that the distal opening has an internal curvature defining a tapered region wherein the tapered region supports the catheter at the distal opening , a wing element ; an internal connecting channel formed on an inside surface of the catheter adapter, the internal connection channel being formed between the wing element and the adapter tip of the catheter adapter, the internal connecting channel configured to minimize impact to the tip . a catheter having a proximal end and a distal end; a catheter adapter having a distal end , a proximal end , an overall length extending from the distal end to the proximal end , an internal cavity , an upper portion , a lower portion and a tip having a distal opening having a circumference through which the catheter extends, the catheter adapter (18/118) being connected to the proximal end of the catheter ; an introducer needle having a distal end and a proximal end; a needle hub connected to the proximal end of the introducer needle; and a flexible, kink resistant extension extending from the distal opening of the tip to support the catheter adjacent the distal opening, characterized in that the distal opening has an internal curvature defining a tapered region wherein the tapered region supports the catheter at the distal opening , a wing element ; an internal connecting channel formed on an inside surface of the catheter adapter, the internal connection channel being formed between the wing element and the adapter tip of the catheter adapter, the internal connecting channel configured to minimize impact to the tip .
An assembly for accessing coconut water of the coconut comprising: a plunger having a plunger collar perpendicularly mounted to a plunger lance ; and a lid having a lid bore for receiving and housing a tip of the plunger lance ; characterized by a stopper clip for holding the plunger lance suitably for preventing the tip of the plunger lance in the lid bore from puncturing a germination pore of the coconut, wherein the lid of the assembly is suitable to be placed and fixed on the germination pore of the coconut by a fixing mean. a plunger having a plunger collar perpendicularly mounted to a plunger lance ; and a lid having a lid bore for receiving and housing a tip of the plunger lance ; characterized by a stopper clip for holding the plunger lance suitably for preventing the tip of the plunger lance in the lid bore from puncturing a germination pore of the coconut, wherein the lid of the assembly is suitable to be placed and fixed on the germination pore of the coconut by a fixing mean.
A computer-implemented method for evaluating content provided to users via user interfaces, at least a portion of the method being performed by a computing device comprising at least one processor, the method comprising: monitoring , by a security application via an accessibility application program interface provided by an operating system of the computing device, accessibility events designed to provide user interface enhancements for users with impairments by describing state transitions in user interfaces of applications running on the computing device; receiving , by the security application, an accessibility event from the operating system through the accessibility application program interface that indicates that a user of the computing device is viewing a user interface of an application running on the computing device; using , by the security application, the accessibility event received from the operating system through the accessibility application program interface to identify content that the user is attempting to access via the application; determining , by the security application, that the content is harmful; and in response to determining that the content is harmful, performing , by the security application, at least one security action to prevent the harmful content from compromising the computing device. monitoring , by a security application via an accessibility application program interface provided by an operating system of the computing device, accessibility events designed to provide user interface enhancements for users with impairments by describing state transitions in user interfaces of applications running on the computing device; receiving , by the security application, an accessibility event from the operating system through the accessibility application program interface that indicates that a user of the computing device is viewing a user interface of an application running on the computing device; using , by the security application, the accessibility event received from the operating system through the accessibility application program interface to identify content that the user is attempting to access via the application; determining , by the security application, that the content is harmful; and in response to determining that the content is harmful, performing , by the security application, at least one security action to prevent the harmful content from compromising the computing device.
Nebulization device (1; 101; 201) comprising: - a nebulizing nozzle (20; 120; 220) provided with at least one liquid inlet orifice and at least one liquid outlet orifice , provided in the lower part of said nozzle, as well as a piezoelectric element , provided in the upper part of said nozzle, capable of emitting acoustic waves into said liquid, - a nebulization enclosure (2; 102; 202) comprising at least one diffusion orifice , said nozzle being capable of generating a jet of liquid inside said nebulization enclosure, - a volume (VC; VC") of liquid, called collection volume, suitable for collecting a fraction of the jet of liquid generated by the nozzle and also suitable for supplying the at least one inlet orifice of the nozzle, - circulation means extending between the collection volume (VC; VC") and the at least one inlet orifice, - ventilation means (7; 107; 207), capable of generating a gas flow intended to entrain a portion of the liquid, exiting the nozzle, towards the at least one diffusion orifice , said collection volume (VC; VC") being capable of collecting by gravity said fration of the jet liquid generated by the nozzle, characterized in that the nebulization enclosure comprises a closed bottom , an upper wall and side walls connecting this bottom and this upper wall, the collection volume (VC) being delimited by the bottom and a part of the side walls, and in that the upper wall is formed by a cover attached removably to the side walls of the enclosure, the nebulization nozzle being fixed to this cover. - a nebulizing nozzle (20; 120; 220) provided with at least one liquid inlet orifice and at least one liquid outlet orifice , provided in the lower part of said nozzle, as well as a piezoelectric element , provided in the upper part of said nozzle, capable of emitting acoustic waves into said liquid, - a nebulization enclosure (2; 102; 202) comprising at least one diffusion orifice , said nozzle being capable of generating a jet of liquid inside said nebulization enclosure, - a volume (VC; VC") of liquid, called collection volume, suitable for collecting a fraction of the jet of liquid generated by the nozzle and also suitable for supplying the at least one inlet orifice of the nozzle, - circulation means extending between the collection volume (VC; VC") and the at least one inlet orifice, - ventilation means (7; 107; 207), capable of generating a gas flow intended to entrain a portion of the liquid, exiting the nozzle, towards the at least one diffusion orifice , said collection volume (VC; VC") being capable of collecting by gravity said fration of the jet liquid generated by the nozzle, characterized in that the nebulization enclosure comprises a closed bottom , an upper wall and side walls connecting this bottom and this upper wall, the collection volume (VC) being delimited by the bottom and a part of the side walls, and in that the upper wall is formed by a cover attached removably to the side walls of the enclosure, the nebulization nozzle being fixed to this cover.
Process for building tyres for vehicle wheels, comprising: i. arranging a forming drum having a radially outer surface and comprising a first body and a second body that are movable with respect to each other, wherein a relative movement between said first body and said second body causes the passage between a radially contracted configuration and a radially expanded configuration of the radially outer surface ; ii. coupling the forming drum by means of a grip unit of a handling device ; iii. carrying said forming drum , by means of the handling device , to at least one delivering station for delivering semifinished products and making it rotate around a symmetry axis (x-x) thereof in order to wind at least one semifinished product on the radially outer surface and form a sleeve; iv. contracting the radially outer surface of the forming drum in order to release the sleeve from said drum ; wherein coupling the forming drum comprises: removably engaging the first body of the forming drum with first grip devices associated with a first shaft of the grip unit ; removably engaging the second body of the forming drum with second grip devices associated with a second shaft of the grip unit coaxial and external with respect to the first shaft . i. arranging a forming drum having a radially outer surface and comprising a first body and a second body that are movable with respect to each other, wherein a relative movement between said first body and said second body causes the passage between a radially contracted configuration and a radially expanded configuration of the radially outer surface ; ii. coupling the forming drum by means of a grip unit of a handling device ; iii. carrying said forming drum , by means of the handling device , to at least one delivering station for delivering semifinished products and making it rotate around a symmetry axis (x-x) thereof in order to wind at least one semifinished product on the radially outer surface and form a sleeve; iv. contracting the radially outer surface of the forming drum in order to release the sleeve from said drum ; removably engaging the first body of the forming drum with first grip devices associated with a first shaft of the grip unit ; removably engaging the second body of the forming drum with second grip devices associated with a second shaft of the grip unit coaxial and external with respect to the first shaft .
A precursor ink comprising a solvent, at least about 0.01 weight percent metal nanowires and from 0.5 mM to 50 mM halide anions.
A park lock assembly for a vehicle transmission, the park lock assembly comprising: a toothed park lock gear , a moveable locking pawl that is moveable between an engaged state, in which the locking pawl is in locking engagement with the park lock gear , and a disengaged state, in which the park lock gear is freely rotatable relative to the locking pawl , characterised in that the park lock assembly further comprises an inductive angular position sensor located on an axial side of the park lock gear and configured for detecting angular position of the park lock gear , wherein the toothed park lock gear is configured for accomplishing transmission park lock functionality combined with angular position detection. a toothed park lock gear , a moveable locking pawl that is moveable between an engaged state, in which the locking pawl is in locking engagement with the park lock gear , and a disengaged state, in which the park lock gear is freely rotatable relative to the locking pawl , characterised in that the park lock assembly further comprises an inductive angular position sensor located on an axial side of the park lock gear and configured for detecting angular position of the park lock gear , wherein the toothed park lock gear is configured for accomplishing transmission park lock functionality combined with angular position detection.