mhurhangee/patent-ind-claim-en huggingface dataset:
A method of augmenting a voice call between a first mobile device and a second mobile device with supplemental audio, the method comprising: providing a plurality of audio segments stored in a persistent memory of the first mobile device, wherein each audio segment comprises at least one type of information, wherein a unique input is assigned to each audio segment, wherein each audio segment has a first security level or a second security level, the unique input assigned to each audio segment with the first security level having a greater complexity than the unique input assigned to the audio segments with the second security level; receiving input on the first mobile device during a voice call established between the first mobile device and the second mobile device over a voice channel; and sending an audio segment or an indication of the audio segment corresponding to the input from the first mobile device to the second mobile device over a data channel between the first mobile device and the second mobile device during the voice call when the received input matches the unique input assigned to one of the plurality of audio segments, wherein the second mobile device plays the received audio segment or selects the audio segment corresponding to the received indication; playing the audio segment via a speaker of the second mobile device during the voice call after being received. providing a plurality of audio segments stored in a persistent memory of the first mobile device, wherein each audio segment comprises at least one type of information, wherein a unique input is assigned to each audio segment, wherein each audio segment has a first security level or a second security level, the unique input assigned to each audio segment with the first security level having a greater complexity than the unique input assigned to the audio segments with the second security level; receiving input on the first mobile device during a voice call established between the first mobile device and the second mobile device over a voice channel; and sending an audio segment or an indication of the audio segment corresponding to the input from the first mobile device to the second mobile device over a data channel between the first mobile device and the second mobile device during the voice call when the received input matches the unique input assigned to one of the plurality of audio segments, wherein the second mobile device plays the received audio segment or selects the audio segment corresponding to the received indication; playing the audio segment via a speaker of the second mobile device during the voice call after being received.
A power converter assembly comprising: - at least two power converter units (2a-e); - a busbar ; - at least two connecting elements (4a-e), each connecting element (4a-e) galvanically connecting one of said power converter units (2a-e) to the busbar , thereby interconnecting the at least two power converter units (2a-e); and - at least one converter housing (5a-e), wherein the at least one converter housing (5a-e) encloses and electromagnetically shields at least one of said power converter units (2a-e); characterized in that the power converter assembly further comprises a busbar housing in which the busbar is contained and electromagnetically shielded, wherein the at least two connecting elements (4a-e) are galvanically isolated from the busbar housing and from the at least one converter housing (5a-e). - at least two power converter units (2a-e); - a busbar ; - at least two connecting elements (4a-e), each connecting element (4a-e) galvanically connecting one of said power converter units (2a-e) to the busbar , thereby interconnecting the at least two power converter units (2a-e); and - at least one converter housing (5a-e), wherein the at least one converter housing (5a-e) encloses and electromagnetically shields at least one of said power converter units (2a-e);
A connector assembly comprising: a housing assembly including a housing shell , and a center pin disposed on an inner side of the housing shell ; and a head assembly including a head shell detachable from the housing shell , a head body fixed to an inner side of the head shell , and a socket to be mounted on the head body , wherein the socket includes at least four contact members disposed around a central axis (a) of the head body in a circumferential direction and which converge towards the central axis (a) of the head body , wherein the socket further includes a fixture fixed to an inner wall of the head body , wherein the at least four contact members each include: a first extension extending upward from the fixture and inclining towards the central axis (a) of the head body ; and a second extension extending upward from the first extension and inclining towards an inner wall of the head body , wherein a connecting portion of the first extension and the second extension is positioned closer to the central axis (a) of the head body than another portion of the socket so as to contact the center pin , characterised in that the first extension is provided with a shape which gradually narrows upwardly. a housing assembly including a housing shell , and a center pin disposed on an inner side of the housing shell ; and a head assembly including a head shell detachable from the housing shell , a head body fixed to an inner side of the head shell , and a socket to be mounted on the head body , wherein the socket includes at least four contact members disposed around a central axis (a) of the head body in a circumferential direction and which converge towards the central axis (a) of the head body , wherein the socket further includes a fixture fixed to an inner wall of the head body , wherein the at least four contact members each include: a first extension extending upward from the fixture and inclining towards the central axis (a) of the head body ; and a second extension extending upward from the first extension and inclining towards an inner wall of the head body , wherein a connecting portion of the first extension and the second extension is positioned closer to the central axis (a) of the head body than another portion of the socket so as to contact the center pin , characterised in that the first extension is provided with a shape which gradually narrows upwardly. a first extension extending upward from the fixture and inclining towards the central axis (a) of the head body ; and a second extension extending upward from the first extension and inclining towards an inner wall of the head body , wherein a connecting portion of the first extension and the second extension is positioned closer to the central axis (a) of the head body than another portion of the socket so as to contact the center pin , characterised in that the first extension is provided with a shape which gradually narrows upwardly.
A nacelle for a wind turbine , the nacelle comprising: - a roof panel forming an opening into an internal space; - a cooling arrangement extending upwards from the roof panel; - a closure movable between an open position revealing the opening and a closed position closing the opening; and - a track configured to guide the closure between the open and the closed positions, characterized in that the track is carried at least partly by the cooling arrangement. - a roof panel forming an opening into an internal space; - a cooling arrangement extending upwards from the roof panel; - a closure movable between an open position revealing the opening and a closed position closing the opening; and - a track configured to guide the closure between the open and the closed positions, characterized in that the track is carried at least partly by the cooling arrangement.
A device for delivering intraocular lens through an incision on an eye of a patient comprising: a tubular member defining a hollow elongate passageway accessible by a front through opening and a back through opening ; a nozzle having an expanded base , which is mounted to the front through opening of the tubular member , tapering towards a pointed end , the nozzle enclosing a lumen substantially tapered from the base to the pointed end and the lumen being aligned with the passageway that the lens is disposed within the lumen to be readily delivered; an elongate probe being at least partially housed within the passageway comprising a bifurcated tip , wherein said bifurcated tip is configured to telescopically slide out from the pointed end of the nozzle to push the disposed lens into the eye, and further wherein the bifurcated tip forks into a first prong and a second prong , which are different in size, forming a substantially U-shaped or V-shaped construct thereof for manipulating a configuration or an orientation of the delivered lens in the eye; and a plunger assembly comprising a shaft inserted into and moveable within the passageway to anteriorly engage with the probe to move the probe relative to the tubular member; wherein the plunger assembly comprises a posterior end connected substantially median of a prolonged piece , said prolonged piece expanding perpendicularly to the plunger assembly such that the plunger assembly and the prolonged piece collectively form a T-shaped structure, and configured to being pushed forth or back to control movement of the plunger assembly relative to the tubular member , characterized in that the prolonged piece has two ends fabricated with increased surface area to anchor and contact onto the face of the patient such to stabilize the hand of a user operating the device . a tubular member defining a hollow elongate passageway accessible by a front through opening and a back through opening ; a nozzle having an expanded base , which is mounted to the front through opening of the tubular member , tapering towards a pointed end , the nozzle enclosing a lumen substantially tapered from the base to the pointed end and the lumen being aligned with the passageway that the lens is disposed within the lumen to be readily delivered; an elongate probe being at least partially housed within the passageway comprising a bifurcated tip , wherein said bifurcated tip is configured to telescopically slide out from the pointed end of the nozzle to push the disposed lens into the eye, and further wherein the bifurcated tip forks into a first prong and a second prong , which are different in size, forming a substantially U-shaped or V-shaped construct thereof for manipulating a configuration or an orientation of the delivered lens in the eye; and a plunger assembly comprising a shaft inserted into and moveable within the passageway to anteriorly engage with the probe to move the probe relative to the tubular member;
An electrical DC switching system (1; 1-1; 1-2) for extinguishing an electric arc, wherein the electrical DC switching system (1; 1-1; 1-2) comprises: a main contact arrangement having a first contact and a second contact , the main contact arrangement being operable between a closed position and an open position, a plurality of serial contacts connected in series with each other and connected in parallel with the main contact arrangement , each serial contact being operable between a closed position and an open position, wherein in a current breaking operation the main contact arrangement is configured to be set in the open position before the plurality of serial contacts are configured to be set in their open positions, and a current injection circuit (5; 5-1; 5-2) including a resonance circuit and a first switch (S1), wherein the resonance circuit is configured to be connected in parallel with the series connection of series contacts via the first switch (S1), wherein the first switch (S1) is configured to be switched between an open state and a closed state and configured to be connected to the resonance circuit and to the serial contacts, wherein the first switch (S1) is configured to be set in the closed state when the serial contacts are in their open positions to enable an injection current to flow through the resonance circuit and into the serial contacts in a first flow direction which is opposite to a flow direction of an arc current flowing through the serial contacts , wherein each serial contact consists of a non-magnetic material. a main contact arrangement having a first contact and a second contact , the main contact arrangement being operable between a closed position and an open position, a plurality of serial contacts connected in series with each other and connected in parallel with the main contact arrangement , each serial contact being operable between a closed position and an open position, wherein in a current breaking operation the main contact arrangement is configured to be set in the open position before the plurality of serial contacts are configured to be set in their open positions, and a current injection circuit (5; 5-1; 5-2) including a resonance circuit and a first switch (S1), wherein the resonance circuit is configured to be connected in parallel with the series connection of series contacts via the first switch (S1), wherein the first switch (S1) is configured to be switched between an open state and a closed state and configured to be connected to the resonance circuit and to the serial contacts, wherein the first switch (S1) is configured to be set in the closed state when the serial contacts are in their open positions to enable an injection current to flow through the resonance circuit and into the serial contacts in a first flow direction which is opposite to a flow direction of an arc current flowing through the serial contacts , wherein each serial contact consists of a non-magnetic material.
A catheter assembly for performing a puncture of an anatomical wall, the catheter assembly comprising: a patient cannula comprising a lumen configured to receive a catheter or guide wire for advancing the patient cannula to a desired anatomical site; a puncture catheter at least partially enclosed within the patient cannula ; an imaging catheter comprising lumen separate from the lumen of the patient cannula configured to receive a guidewire for advancing the imaging catheter to the desired anatomical site, and at least one transducer located on a distal portion of the imaging catheter configured to emit an energy beam in an axial direction, the energy beam being capable of reflecting from a portion of the anatomical wall and to detect energy reflected from the anatomical wall; and a transmitter for conveying a signal representative of the detected energy from the transducer to a signal processor for obtaining information for visually distinguishing thickness of different portions of the anatomical wall. a patient cannula comprising a lumen configured to receive a catheter or guide wire for advancing the patient cannula to a desired anatomical site; a puncture catheter at least partially enclosed within the patient cannula ; an imaging catheter comprising lumen separate from the lumen of the patient cannula configured to receive a guidewire for advancing the imaging catheter to the desired anatomical site, and at least one transducer located on a distal portion of the imaging catheter configured to emit an energy beam in an axial direction, the energy beam being capable of reflecting from a portion of the anatomical wall and to detect energy reflected from the anatomical wall; and a transmitter for conveying a signal representative of the detected energy from the transducer to a signal processor for obtaining information for visually distinguishing thickness of different portions of the anatomical wall.
Method for monitoring a vulcanization process of a vehicle tire in a tire heating press , wherein at least one sensor value and/or at least one control variable of the tire heating press is acquired, characterized in that the at least one sensor value and/or the at least one control variable is fed to an evaluation device, in that the evaluation device comprises an ML model configured by way of a machine learning method, and in that the evaluation device and/or the ML model outputs a warning notification when an evaluation of the at least one sensor value and/or of the at least one control variable by the evaluation device reveals - that there is a defect or an anomaly with the tire heating press or at least part of the tire heating press , - or that there will be a defect or an anomaly with the tire heating press or at least part of the tire heating press in the foreseeable future. wherein at least one sensor value and/or at least one control variable of the tire heating press is acquired, characterized in that the at least one sensor value and/or the at least one control variable is fed to an evaluation device, in that the evaluation device comprises an ML model configured by way of a machine learning method, and in that the evaluation device and/or the ML model outputs a warning notification when an evaluation of the at least one sensor value and/or of the at least one control variable by the evaluation device reveals - that there is a defect or an anomaly with the tire heating press or at least part of the tire heating press , - or that there will be a defect or an anomaly with the tire heating press or at least part of the tire heating press in the foreseeable future. - that there is a defect or an anomaly with the tire heating press or at least part of the tire heating press , - or that there will be a defect or an anomaly with the tire heating press or at least part of the tire heating press in the foreseeable future.
An epicyclic reduction gear for a turbomachine comprising: - a sun gear that is rotatable about a first axis (A) and adapted to be rotatably driven by a turbine of the turbomachine ; - a ring gear surrounding the sun gear and being rotatable about the first axis (A), the ring gear being secured to a ring gear carrier adapted to rotatably drive a fan shaft ; - at least one planet gear that is rotatable about a second axis (B), the planet gear being meshed with the sun gear and the ring gear ; - an immobile planet carrier , the planet gear being rotatably guided about the second axis (B) with respect to a bearing of the planet carrier ; - an item of equipment comprising a rotor ; characterised in that the item of equipment is fitted to the bearing of the planet carrier and the rotor of the item of equipment is rotatably driven by the ring gear carrier . - a sun gear that is rotatable about a first axis (A) and adapted to be rotatably driven by a turbine of the turbomachine ; - a ring gear surrounding the sun gear and being rotatable about the first axis (A), the ring gear being secured to a ring gear carrier adapted to rotatably drive a fan shaft ; - at least one planet gear that is rotatable about a second axis (B), the planet gear being meshed with the sun gear and the ring gear ; - an immobile planet carrier , the planet gear being rotatably guided about the second axis (B) with respect to a bearing of the planet carrier ; - an item of equipment comprising a rotor ;
Electronics module for a transmission controller of a motor vehicle, having: a transmission control unit having an electronic circuit ; at least one carrier element on which the electronic circuit is arranged and fastened; and at least one sensor dome , wherein the sensor dome has a dome body of elongate design that is arranged with a first end on a carrier element and that protrudes therefrom, wherein the sensor dome has an electronic sensor element on a second end opposite the first end, which electronic sensor element has at least two electrical lines that are each electrically conductively connected, at a contact point , to a conductor track , arranged between a cover layer and a base layer, of a conductor foil , wherein the conductor tracks of the conductor foil are each electrically conductively connected to the electronic circuit of the transmission control unit, and wherein the sensor element is encapsulated with a casting compound that completely encloses the sensor element at least on an outer circumference of the sensor element, wherein the at least two electrical lines of the sensor element, the contact points and a region of the conductor foil are encapsulated by the casting compound such that the electrical lines and the contact points are isolated from one another by the casting compound. a transmission control unit having an electronic circuit ; at least one carrier element on which the electronic circuit is arranged and fastened; and at least one sensor dome , wherein the sensor dome has a dome body of elongate design that is arranged with a first end on a carrier element and that protrudes therefrom, wherein the sensor dome has an electronic sensor element on a second end opposite the first end, which electronic sensor element has at least two electrical lines that are each electrically conductively connected, at a contact point , to a conductor track , arranged between a cover layer and a base layer, of a conductor foil , wherein the conductor tracks of the conductor foil are each electrically conductively connected to the electronic circuit of the transmission control unit, and wherein the sensor element is encapsulated with a casting compound that completely encloses the sensor element at least on an outer circumference of the sensor element, wherein the at least two electrical lines of the sensor element, the contact points and a region of the conductor foil are encapsulated by the casting compound such that the electrical lines and the contact points are isolated from one another by the casting compound.
A system for detecting an analyte with a reagentless dry test strip, comprising: a collector for collecting a blood sample from a user; a mixer, for receiving the collector and mixing the blood sample, the mixer separate from and shaped to mate with the collector; reagents in liquid form, located in the mixer, for mixing with the blood sample and forming a mixture; and a dry test strip for receiving the blood sample mixed with the reagents, the dry test strip including a reaction membrane that does not include any reagents prior to the application of the mixture, wherein the reagents are effective to cause a color change of the mixture prior to dosing the mixture to the dry test strip; an optical meter or handheld device for detecting the color change on the dry test strip. a collector for collecting a blood sample from a user; a mixer, for receiving the collector and mixing the blood sample, the mixer separate from and shaped to mate with the collector; reagents in liquid form, located in the mixer, for mixing with the blood sample and forming a mixture; and a dry test strip for receiving the blood sample mixed with the reagents, the dry test strip including a reaction membrane that does not include any reagents prior to the application of the mixture, wherein the reagents are effective to cause a color change of the mixture prior to dosing the mixture to the dry test strip; an optical meter or handheld device for detecting the color change on the dry test strip.