mhurhangee/ep-ind-claims huggingface dataset:
A multimedia file (30, 30') including: - a header for identifying said file and providing the residual length of said file after said header; and - a plurality of chunks for carrying information, said chunks including a plurality of video chunks, a plurality of audio chunks, a plurality of subtitle chunks, and an index chunk (44,44'); said audio chunks being portions of at least one audio track; said subtitle chunks being portions of at least one subtitle track, said subtitle chunks including information concerning a start time and a stop time for the particular subtitle contained within said subtitle chunk; said video chunks being portions of at least one video track, said video track comprising a series of encoded video frames; said index chunk (44, 44') carrying information supplying references to the location within said file of each of said audio chunks, subtitle chunks, and video chunks; wherein said audio chunks, subtitle chunks, and video chunks are interleaved so that the audio and subtitle chunks are located within the file prior to the video chunks containing information concerning the video frames to which they correspond; and wherein the video chunk following a subtitle chunk includes the portion of said video track that occurs at the start time of the particular subtitle contained within said subtitle chunk and the audio chunk preceding a video chunk contains the portion of the audio track corresponding to the portion of the video track contained in said video chunk. - a header for identifying said file and providing the residual length of said file after said header; and - a plurality of chunks for carrying information, said chunks including a plurality of video chunks, a plurality of audio chunks, a plurality of subtitle chunks, and an index chunk (44,44'); said audio chunks being portions of at least one audio track; said subtitle chunks being portions of at least one subtitle track, said subtitle chunks including information concerning a start time and a stop time for the particular subtitle contained within said subtitle chunk; said video chunks being portions of at least one video track, said video track comprising a series of encoded video frames; said index chunk (44, 44') carrying information supplying references to the location within said file of each of said audio chunks, subtitle chunks, and video chunks; said audio chunks being portions of at least one audio track; said subtitle chunks being portions of at least one subtitle track, said subtitle chunks including information concerning a start time and a stop time for the particular subtitle contained within said subtitle chunk; said video chunks being portions of at least one video track, said video track comprising a series of encoded video frames; said index chunk (44, 44') carrying information supplying references to the location within said file of each of said audio chunks, subtitle chunks, and video chunks;
A fit and positioning optimization system for a biosignal monitoring device, the biosignal monitoring device being configured to monitor physiological signals of a user, the biosignal monitoring device having a number of bio sensors configured to sense physiological activity of the user; the optimization system comprising: a fit event detector comprising a number of sensory event actuators configured to deliver sensory stimuli to the user; and a controller comprising a signal analysis unit and configured to be in electrical communication with the number of bio sensors and the fit event detector; and wherein the number of sensory event actuators are configured to transmit information about a timing of delivered sensory stimuli to the signal analysis unit, wherein the signal analysis unit is configured to determine a trigger time of at least one physiological signal produced in the user in response to the sensory stimuli, wherein the controller is configured to use the fit event detector to define a user response in response to the sensory stimuli based on physiological activity signals sensed by the number of bio sensors, wherein the signal analysis unit is configured to store physiological response reference data and to determine if the user response is within a predefined normative range based on the reference data, wherein the controller is configured to form a recommendation, based on whether the user response is within the normative range, indicating whether adjustments to the fit or positioning of the biosignal monitoring device are required in order to optimize monitoring of the physiological signals, and wherein the controller is configured to alert the user of the recommendation through a user interface. a fit event detector comprising a number of sensory event actuators configured to deliver sensory stimuli to the user; and a controller comprising a signal analysis unit and configured to be in electrical communication with the number of bio sensors and the fit event detector; and wherein the number of sensory event actuators are configured to transmit information about a timing of delivered sensory stimuli to the signal analysis unit, wherein the signal analysis unit is configured to determine a trigger time of at least one physiological signal produced in the user in response to the sensory stimuli, wherein the controller is configured to use the fit event detector to define a user response in response to the sensory stimuli based on physiological activity signals sensed by the number of bio sensors, wherein the signal analysis unit is configured to store physiological response reference data and to determine if the user response is within a predefined normative range based on the reference data, wherein the controller is configured to form a recommendation, based on whether the user response is within the normative range, indicating whether adjustments to the fit or positioning of the biosignal monitoring device are required in order to optimize monitoring of the physiological signals, and wherein the controller is configured to alert the user of the recommendation through a user interface.
Pressure regulating valve for opening and closing an outlet of a high-pressure accumulator for an injection device for an internal combustion engine, having a valve element which can be actuated by a solenoid actuator, which solenoid actuator acts by way of an armature on a closing element which closes or opens up a hydraulic connection from the high-pressure accumulator to a valve chamber, wherein the armature has an armature plate and an armature pin which is guided in axially movable fashion in a valve housing, wherein the armature plate is arranged in movable fashion in an armature chamber, wherein the valve chamber is hydraulically connected to a low-pressure port, and wherein the armature chamber is hydraulically connected via a return connection to the valve chamber, characterized in that the return connection is formed by a connecting bore between the valve chamber and armature chamber, said connecting bore being formed in the armature pin.
A method for determining a pressure deviation (p Rel) between a target tire pressure (p ideal) and a current tire pressure (p Actual) for a tire of a vehicle, comprising the steps: Determination of a wheel load (f) for the tire, determination of a dynamic tire radius (r dyn) of the tire, and determination of the pressure deviation depending on the wheel load (f) and the dynamic tire radius (r dyn), wherein an unloaded tire radius (r 0) of the tire is specified in the unloaded state, wherein the current tire pressure (p Actual) is calculated depending on the wheel load (f), the unloaded tire radius (r 0) and the dynamic tire radius (r dyn) by means of a tire stiffness function. Determination of a wheel load (f) for the tire, determination of a dynamic tire radius (r dyn) of the tire, and determination of the pressure deviation depending on the wheel load (f) and the dynamic tire radius (r dyn), wherein an unloaded tire radius (r 0) of the tire is specified in the unloaded state, wherein the current tire pressure (p Actual) is calculated depending on the wheel load (f), the unloaded tire radius (r 0) and the dynamic tire radius (r dyn) by means of a tire stiffness function.
Method for controlling the operation of a fully automatic driver assistance system of a vehicle which is configured for independent vehicle guidance, in which, upon occurrence of at least one takeover condition, a driver takeover request is output, which results in the deactivation of the driver assistance system when the driver takes over control in particular by operating the steering wheel and/or the pedals, wherein at least one status value specifying the current status of the driver with regard to vehicle guidance is automatically determined by taking into account data from at least one sensor (8, 9, 10, 11), whereupon the status value and/or a value derived therefrom is compared with a respective comparative value, a warning and/or a driver takeover request being output, depending on the comparison result, when the driver is not ready to take over control, a responsiveness value specifying the motor responsiveness of the driver by his current position and a situation awareness value indicating the attentive monitoring of the traffic situation by the driver being used as the status values.
A rotorcraft rotor blade assembly (400, 800) comprising: an upper skin portion (404, 804) extending substantially a full span of the rotor blade assembly (400, 800) and a lower skin portion (406, 806) extending substantially the full span of the rotor blade assembly (400, 800), characterized by the features: wherein a thickness of the upper skin portion (404, 804) at an inboard end (408, 808) of the rotor blade assembly (400, 800) is at least four times a thickness of the upper skin portion (404, 804) at an outboard end (410, 810) of the rotor blade assembly (400, 800); wherein a thickness of the lower skin portion (406, 806) at the inboard end (408, 808) of the rotor blade assembly (400, 800) is at least four times a thickness of the lower skin portion (406, 806) at the outboard end (410, 810) of the rotor blade assembly (400, 800); and wherein each of the upper skin portion (404, 804) and the lower skin portion (406, 806) include a composite material configured to carry at least substantially 30% of torsional and centrifugal rotor blade assembly loads. an upper skin portion (404, 804) extending substantially a full span of the rotor blade assembly (400, 800) and a lower skin portion (406, 806) extending substantially the full span of the rotor blade assembly (400, 800), characterized by the features: wherein a thickness of the upper skin portion (404, 804) at an inboard end (408, 808) of the rotor blade assembly (400, 800) is at least four times a thickness of the upper skin portion (404, 804) at an outboard end (410, 810) of the rotor blade assembly (400, 800); wherein a thickness of the lower skin portion (406, 806) at the inboard end (408, 808) of the rotor blade assembly (400, 800) is at least four times a thickness of the lower skin portion (406, 806) at the outboard end (410, 810) of the rotor blade assembly (400, 800); and wherein a thickness of the upper skin portion (404, 804) at an inboard end (408, 808) of the rotor blade assembly (400, 800) is at least four times a thickness of the upper skin portion (404, 804) at an outboard end (410, 810) of the rotor blade assembly (400, 800); wherein a thickness of the lower skin portion (406, 806) at the inboard end (408, 808) of the rotor blade assembly (400, 800) is at least four times a thickness of the lower skin portion (406, 806) at the outboard end (410, 810) of the rotor blade assembly (400, 800); and wherein each of the upper skin portion (404, 804) and the lower skin portion (406, 806) include a composite material configured to carry at least substantially 30% of torsional and centrifugal rotor blade assembly loads.
A control apparatus for controlling a rock drilling rig performing a multi-phase rock drilling event comprising three or more different working phases, the control apparatus comprising a display, an input device for receiving user inputs and at least one control unit that controls information to be displayed on the display, characterized in that the control unit is arranged to display a working phase indicator on the display, and that one or more rock drilling phase-specific display information elements are associated with at least some of the different working phases of the rock drilling event in binding information stored in a memory of the control apparatus, the control apparatus is arranged to specify one of the different working phases of the rock drilling event, and the control unit is arranged to update (402; 404) the working phase indicator so as to display at least one display information element that is specified on the basis of information indicative of the working phase and the binding information associating the working phases of the rock drilling event and display information elements with each other, wherein the control unit is arranged to display a plurality of information elements in the working phase indicator, at least two information elements at a time, each of the information elements indicating a different working phase, the working phase indicator being adapted to indicate at least two of a present working phase, a previous working phase or a following working phase, and wherein each one of the present working phase, the previous working phase and the following working phase is one of the three or more different working phases of the rock drilling event.
An aerosol-generating system comprising: a medicament source; and a volatile delivery enhancing compound source, the volatile delivery enhancing compound source comprising: a first sorption element; a second sorption element downstream of the first sorption element; and a volatile delivery enhancing compound sorbed on the first sorption element and the second sorption element, wherein the rate of release of the volatile delivery enhancing compound from the first sorption element is greater than the rate of release of the volatile delivery enhancing compound from the second sorption element. a medicament source; and a volatile delivery enhancing compound source, the volatile delivery enhancing compound source comprising: a first sorption element; a second sorption element downstream of the first sorption element; and a volatile delivery enhancing compound sorbed on the first sorption element and the second sorption element, a first sorption element; a second sorption element downstream of the first sorption element; and a volatile delivery enhancing compound sorbed on the first sorption element and the second sorption element, wherein the rate of release of the volatile delivery enhancing compound from the first sorption element is greater than the rate of release of the volatile delivery enhancing compound from the second sorption element.
Window or door profile of thermoplastic material with an extruded seal, wherein the window or door profile comprises a seal-receiving groove with two retaining webs (5, 5') facing one another for holding a replacement seal, and wherein the extruded seal comprises two connecting sections (8, 8') for the materially bonded connection of the extruded seal to the window or door profile and a seal head, and the extruded seal completely conceals the seal-receiving groove, wherein the first connecting section is materially connected to a profile outer wall directed towards the profile outer side, characterised in that the second connecting section is materially connected to the side of the retaining web facing the other retaining web.
Dynamic orthosis joint having a first rail arm and a second rail arm, which are flexibly connected to each other in a joint section, wherein the joint section has a housing and a spring, which pushes the rail arms (1, 2) in the extension direction or flexion direction and has a first spring end and a second spring end, wherein the first spring end is rotationally coupled to the housing, and the second spring end is in active connection with a spring force transmission device, characterised in that the housing is rotatably mounted in relation to the two rail arms (1, 2), the spring force transmission device in active connection with the second spring end has a coupling disc, which can be rotated around a pivot axis, the orthosis joint has a switching mechanism for switching between a first operating state, in which the spring force pushes the rail arms (1, 2) in the extension direction, and a second operating state, in which the spring force pushes the rail arms (1, 2) in the flexion direction, wherein the switching mechanism comprises a releasable rotational coupling device acting between the rail arms (1, 2), the housing and the spring force transmission device, with which rotation coupling device the first and second rail arm (1, 2) can selectively be brought into rotational coupling connection with the housing or the spring force transmission device, and, when the rotational coupling device is released, the housing can be rotated between a first rotational position, in which the housing can be non-rotationally connected to the first rail arm, while the coupling disc can be non-rotationally connected to the second rail arm, and a second rotational position, in which the housing can be non-rotationally connected to the second rail arm, while the coupling disc can be non-rotationally connected to the first rail arm. the housing is rotatably mounted in relation to the two rail arms (1, 2), the spring force transmission device in active connection with the second spring end has a coupling disc, which can be rotated around a pivot axis, the orthosis joint has a switching mechanism for switching between a first operating state, in which the spring force pushes the rail arms (1, 2) in the extension direction, and a second operating state, in which the spring force pushes the rail arms (1, 2) in the flexion direction, wherein the switching mechanism comprises a releasable rotational coupling device acting between the rail arms (1, 2), the housing and the spring force transmission device, with which rotation coupling device the first and second rail arm (1, 2) can selectively be brought into rotational coupling connection with the housing or the spring force transmission device, and, when the rotational coupling device is released, the housing can be rotated between a first rotational position, in which the housing can be non-rotationally connected to the first rail arm, while the coupling disc can be non-rotationally connected to the second rail arm, and a second rotational position, in which the housing can be non-rotationally connected to the second rail arm, while the coupling disc can be non-rotationally connected to the first rail arm.
Device for extracting physiological information indicative of at least one vital sign of a subject, said device comprising: - an input interface for obtaining at least two detection signals (C n) derived from detected electromagnetic radiation transmitted through or reflected from a skin region of a subject, wherein each detection signal comprises wavelength-dependent reflection or transmission information in a different wavelength channel, - a pulse signal computation unit for computing at least two pulse signals (S 1, S 2) from said at least two detection signals (C n) using different given signature vectors (P bv 1, P bv 2), wherein for the computation of each pulse signal a different given signature vector is used, wherein a given signature vector represents expected relative pulsatilities of the respective pulse signal in the at least two detection signals, wherein the computation of a pulse signal involves computing a weighted combination of the at least two detection signals using weights resulting in a pulse signal for which the products with the original detection signals equals the relative pulsatilities as represented by the respective signature vector, - a quality indicator computation unit for computing quality indicator values (Q 1, Q 2) for said pulse signals (S 1, S 2) indicating a characteristic of the respective pulse signal, and - a processing unit for deriving physiological information indicative of at least one vital sign from the signature vector that results in the pulse signal with the best quality indicator value (Q 1, Q 2) and/or from said pulse signal. - an input interface for obtaining at least two detection signals (C n) derived from detected electromagnetic radiation transmitted through or reflected from a skin region of a subject, wherein each detection signal comprises wavelength-dependent reflection or transmission information in a different wavelength channel, - a pulse signal computation unit for computing at least two pulse signals (S 1, S 2) from said at least two detection signals (C n) using different given signature vectors (P bv 1, P bv 2), wherein for the computation of each pulse signal a different given signature vector is used, wherein a given signature vector represents expected relative pulsatilities of the respective pulse signal in the at least two detection signals, wherein the computation of a pulse signal involves computing a weighted combination of the at least two detection signals using weights resulting in a pulse signal for which the products with the original detection signals equals the relative pulsatilities as represented by the respective signature vector, - a quality indicator computation unit for computing quality indicator values (Q 1, Q 2) for said pulse signals (S 1, S 2) indicating a characteristic of the respective pulse signal, and - a processing unit for deriving physiological information indicative of at least one vital sign from the signature vector that results in the pulse signal with the best quality indicator value (Q 1, Q 2) and/or from said pulse signal.
A dental implant having a first implant part provided for being inserted into a jawbone and having a second implant part associated therewith, provided for attaching a dental prosthetic piece, wherein the implant parts (1, 2) can be mechanically connected to each other via a connection pin which is formed onto one of the implant parts and which can be inserted into a receiving channel provided in the other implant part, wherein the connection pin and, adapted thereto, the receiving channel associated with said connection pin, each include in a first indexing zone a plurality of contact surfaces inclined towards the longitudinal axis of the first implant part, wherein at least one of the contact surfaces is provided, on at least one of the implant parts (1, 2), with a friction-reducing coating, and wherein said first implant part provided for being inserted into said jaw-bone includes in the connection region a second indexing zone in the form of a rotational lock, with functional surfaces running in parallel to the longitudinal axis of the connection pin.
An in vitro method for increasing the effectiveness of antigen presentation by a LOX-1-expressing dendritic cell comprising contacting the dendritic cell with an anti-LOX-1-specific antibody or fragment thereof, wherein the LOX-specific antibody is an antibody comprising a variable heavy and variable light chain pair selected from 11C8 VH and VL: and respectively; 10F9 VH and VL: and respectively; or 15C4 VH and VL: respectively, or humanized 10F9, 15C4, or 11C8. 11C8 VH and VL: and respectively; 10F9 VH and VL: and respectively; or 15C4 VH and VL: respectively, or
Food cooking management device intended to be removably arranged on a cooking vessel engaging with a heating plate, said cooking management device being designed to emit signals intended either for controlling the heating plate or for prompting the user to control the heating plate and/or the food being cooked, characterised in that the cooking management device comprises a system for recognising the type and/or the size of the cooking vessel on which it is arranged, said recognition system controlling the cooking management device so as to adjust the signals emitted based on the type and/or the size of the recognised cooking vessel.