mhurhangee/ep-ind-claims huggingface dataset:
Chocolate or cream comprising 20 to 70% by mass of a sugar alcohol and 20 to 70% by mass of oils and fats, wherein the oils and fats contain 1 to 50% by mass of triacylglycerol consisting of a medium chain fatty acid of 6 to 12 carbons as a constituent fatty acid.
A computer-implemented method for input in a virtual reality, VR, scenario of a VR application, the VR scenario including a virtual element, the method being performed by a VR device, the method comprising: presenting the virtual element in the VR scenario, wherein the virtual element is a virtual button (210, 420) that is presented for performing user input, the virtual button having a rectangular shape; determining an effective interaction region, EIR, of the virtual element that the virtual element can effectively interact with, wherein the EIR has an area which is smaller than an area of the virtual element and overlaps a portion of the area of the virtual element, the EIR being a rectangular area with an upper boundary line (240, 340, 440, 640) and a lower boundary line (250, 350, 450, 650) inside the area of the virtual element, wherein the upper boundary line and the lower boundary line are provided at locations relative to the virtual element; determining a trajectory (230, 330, 630) of an operational focus of the VR application based on a movement sensed by the VR device; and selecting the virtual element if an interaction between the trajectory of the operational focus and the EIR satisfies one or more conditions for triggering a selection event of the virtual element, wherein the one or more conditions of the interaction include that the trajectory intersects with one or more of the upper boundary line (240, 340) and the lower boundary line (250, 350) of the EIR for more than two times. presenting the virtual element in the VR scenario, wherein the virtual element is a virtual button (210, 420) that is presented for performing user input, the virtual button having a rectangular shape; determining an effective interaction region, EIR, of the virtual element that the virtual element can effectively interact with, wherein the EIR has an area which is smaller than an area of the virtual element and overlaps a portion of the area of the virtual element, the EIR being a rectangular area with an upper boundary line (240, 340, 440, 640) and a lower boundary line (250, 350, 450, 650) inside the area of the virtual element, wherein the upper boundary line and the lower boundary line are provided at locations relative to the virtual element; determining a trajectory (230, 330, 630) of an operational focus of the VR application based on a movement sensed by the VR device; and selecting the virtual element if an interaction between the trajectory of the operational focus and the EIR satisfies one or more conditions for triggering a selection event of the virtual element, wherein the one or more conditions of the interaction include that the trajectory intersects with one or more of the upper boundary line (240, 340) and the lower boundary line (250, 350) of the EIR for more than two times.
A valve with - an inlet - an outlet that is connected to the inlet via a fluid connection, and - a valve body, which can be brought - by displacing it along a displacement direction - o into a first position, in which the fluid connection is blocked, and o into a second position, in which the fluid connection is open, wherein the inlet is designed and arranged in such a way that a fluid entering through the inlet exerts a total force on the valve body that at least also acts in a force direction which is perpendicular to the displacement direction when the valve body is in the first position, characterized in that the valve comprises a throttle outlet, wherein the valve body is designed and arranged in such a way that fluid flowing in through the inlet leaves the valve at least also through the throttle outlet, regardless of the position of the valve body. - an inlet - an outlet that is connected to the inlet via a fluid connection, and - a valve body, which can be brought - by displacing it along a displacement direction - o into a first position, in which the fluid connection is blocked, and o into a second position, in which the fluid connection is open, - a valve body, which can be brought - by displacing it along a displacement direction - o into a first position, in which the fluid connection is blocked, and o into a second position, in which the fluid connection is open, o into a first position, in which the fluid connection is blocked, and o into a second position, in which the fluid connection is open, wherein the inlet is designed and arranged in such a way that a fluid entering through the inlet exerts a total force on the valve body that at least also acts in a force direction which is perpendicular to the displacement direction when the valve body is in the first position, characterized in that the valve comprises a throttle outlet, wherein the valve body is designed and arranged in such a way that fluid flowing in through the inlet leaves the valve at least also through the throttle outlet, regardless of the position of the valve body.
Brake system for motor vehicles, comprising • at least four hydraulically actuatable wheel brakes (10a - 10d), • a main pressure medium reservoir that is under atmospheric pressure, • a first electrohydraulic brake control device, which comprises a wheel-specific outlet (120a - 120d) for each of the four wheel brakes, and • a second electrohydraulic brake control device, which, for each of the four wheel brakes, comprises a wheel-specific inlet (30a - 30d), which is connected to the wheel-specific outlet (120a - 120d) of the first brake control device that is associated with the wheel brake, a wheel-specific wheel outlet (40a - 40d), which is connected to the wheel brake, and a hydraulic wheel connecting line (32a - 32d), which connects the inlet (30a - 30d) to the wheel outlet (40a - 40d), wherein the second brake control device comprises a first pump with a first pressure side and a first suction side, wherein the first pressure side is connected to a first and a second wheel connecting line (32a, 32b) of the four wheel connecting lines, and a second pump with a second pressure side and a second suction side, wherein the second pressure side is connected to the two other wheel connecting lines, namely the third and the fourth wheel connecting line (32c, 32d), characterized in that the second brake control device comprises at least a first and a second pressure medium reservoir (5a, 5b) that are under atmospheric pressure and are integrated into the second brake control device. • at least four hydraulically actuatable wheel brakes (10a - 10d), • a main pressure medium reservoir that is under atmospheric pressure, • a first electrohydraulic brake control device, which comprises a wheel-specific outlet (120a - 120d) for each of the four wheel brakes, and • a second electrohydraulic brake control device, which, for each of the four wheel brakes, comprises a wheel-specific inlet (30a - 30d), which is connected to the wheel-specific outlet (120a - 120d) of the first brake control device that is associated with the wheel brake, a wheel-specific wheel outlet (40a - 40d), which is connected to the wheel brake, and a hydraulic wheel connecting line (32a - 32d), which connects the inlet (30a - 30d) to the wheel outlet (40a - 40d),
A computer-implemented method comprising: accessing audio data generated by a computing device based on audio input from a user, the audio data encoding one or more user utterances; generating a first transcription of the utterances by performing speech recognition on the audio data using a first speech recognizer, wherein the first speech recognizer employs a language model that is based on user-specific data; determining that the first transcription of the utterances includes a term from a predefined set of one or more terms associated with actions that are performable by the computing device; generating a second transcription (115a, 115b) of the utterances by performing speech recognition on the audio data using a second speech recognizer, wherein the second speech recognizer employs a language model independent of user-specific data; determining that the second transcription (115a, 115b) of the utterances also includes the term from the predefined set of one or more terms associated with actions that are performable by the computing device; and based on determining that the second transcription (115a, 115b) of the utterance also includes the term from the predefined set of one or more terms, providing an output of the first transcription of the utterance. accessing audio data generated by a computing device based on audio input from a user, the audio data encoding one or more user utterances; generating a first transcription of the utterances by performing speech recognition on the audio data using a first speech recognizer, wherein the first speech recognizer employs a language model that is based on user-specific data; determining that the first transcription of the utterances includes a term from a predefined set of one or more terms associated with actions that are performable by the computing device; generating a second transcription (115a, 115b) of the utterances by performing speech recognition on the audio data using a second speech recognizer, wherein the second speech recognizer employs a language model independent of user-specific data; determining that the second transcription (115a, 115b) of the utterances also includes the term from the predefined set of one or more terms associated with actions that are performable by the computing device; and based on determining that the second transcription (115a, 115b) of the utterance also includes the term from the predefined set of one or more terms, providing an output of the first transcription of the utterance.
Power circuit having a current-limiting semiconductor switch, which has at least one field effect transistor (21, 22), and a controller which is connected to the gate electrode (29, 30) of the field effect transistor (21, 22) and is intended to turn the field effect transistor (21, 22) on and off by applying a gate voltage in order to switch a nominal current via the field effect transistor (21, 22), which nominal current is below a saturation current of the field effect transistor (21, 22), the controller also having a short-circuit protective circuit for recording and assessing the voltage drop across the field effect transistor (21, 22), the maximum gate voltage applied to the field effect transistor (21, 22) by the controller being dimensioned in such a manner that current limitation with the saturation current is carried out, when the field effect transistor (21, 22) with the maximum gate voltage is fully turned on, below a maximum permissible current load of the field effect transistor (21, 22), characterized in that the value of the maximum permissible current load of the field effect transistor (21, 22) corresponds to at least three times the saturation current of the field effect transistor, and the short-circuit protective circuit being designed to classify a sudden change in the voltage drop across the field effect transistor (21, 22) in the current saturation mode as a short circuit and to turn off the field effect transistor.
A respiratory syncytial virus vaccine comprising an isolated immunogen that elicits a protective immune response wherein said isolated immunogen is a polypeptide consisting of the amino acid sequence (i) as depicted from amino acid position 163 to amino acid position 190 of SEQ ID NO: 1, from amino acid position 163 to amino acid position 190 of SEQ ID NO: 7, or from amino acid position 163 to amino acid position 190 of SEQ ID NO: 8; or (ii) as depicted from amino acid position 155 to amino acid position 206 of SEQ ID NO: 1; or (iii) according to SEQ ID NO: 6. (i) as depicted from amino acid position 163 to amino acid position 190 of SEQ ID NO: 1, from amino acid position 163 to amino acid position 190 of SEQ ID NO: 7, or from amino acid position 163 to amino acid position 190 of SEQ ID NO: 8; or (ii) as depicted from amino acid position 155 to amino acid position 206 of SEQ ID NO: 1; or (iii) according to SEQ ID NO: 6.
A method, comprising: determining a first set of spatial resolutions of a first image acquired with an image-capture device onboard a vehicle; determining a second set of spatial resolutions of a second image acquired from a database, wherein the second image is an edge map image; adjusting an edge-determining algorithm by scaling one or more parameters of the edge-determining algorithm with a ratio of the spatial resolutions between the second image and the first image; generating, with the adjusted edge-determining algorithm, an edge map of the first image; and computing and/or correcting at least one navigation parameter of the vehicle based on a difference between the second image and the generated edge map. determining a first set of spatial resolutions of a first image acquired with an image-capture device onboard a vehicle; determining a second set of spatial resolutions of a second image acquired from a database, wherein the second image is an edge map image; adjusting an edge-determining algorithm by scaling one or more parameters of the edge-determining algorithm with a ratio of the spatial resolutions between the second image and the first image; generating, with the adjusted edge-determining algorithm, an edge map of the first image; and computing and/or correcting at least one navigation parameter of the vehicle based on a difference between the second image and the generated edge map.
An Optical barrier device for detecting objects in a monitoring area, having at least one transmitter and at least one receiver at opposite edges of the monitoring area, light beams emitted by the transmitter being guided to the receiver when the monitoring area is free, and having an evaluation unit which is designed to generate an object detection signal as a function of received signals from the receiver, the transmitter emitting light beams in the form of pulse sequences with at least two light pulses (P1, P2) separated by a pulse pause, and the evaluation unit being designed to detect a pulse sequence in that the distance between the falling edges of the light pulses (P1, P2) and/or the distance between the rising edges of the light pulses (P1, P2) is detected as a measure of the pulse interval between light pulses (P1, P2), P2) is detected, characterised in that a selection of the evaluation of the spacing of the falling edges of the light pulses (P1, P2) and/or the spacing of the rising edges of the light pulses (P1, P2) takes place depending on the signal strengths of the light pulses (P1, P2).
A motor-vehicle transmission having - a gearbox with at least one input shaft (11, 111), and - a clutch unit and a flywheel assembly which are mounted between the gearbox and a crankshaft of the motor-vehicle, wherein the clutch unit comprises at least one normally-engaged dry clutch (13, 113) including a driven portion (48, 50, 148, 150) and a driving portion (41, 52, 54, 141, 152, 154), which are fast for rotation with the at least one input shaft (11, 111) and with the crankshaft, respectively, and which can be coupled torsionally with each other to permit the transmission of torque between said at least one input shaft (11, 111) and the crankshaft; wherein the flywheel assembly is a two-mass flywheel comprising, a first engine-side mass, and a second, gearbox-side mass comprising the driving portion (41, 52, 54, 141, 152, 154) of the at least one clutch (13, 113); wherein an element of the first, engine-side mass is connected to the second, gearbox-side mass through a torsional damper; wherein the second, gearbox-side mass is supported for rotation by a radial ball bearing; characterized by that said at least one clutch (13, 113) comprises an abutment member (41, 141) which is connected to said flywheel and is supported for rotation by said bearing; and wherein the bearing is mounted on the at least one input shaft (11, 111) in such a manner that its outer race is clamped axially between a pair of shoulders provided by two elements of the second, gearbox-side mass and that its inner race is mounted in axial abutment on one side with a side of a splined portion or of a shoulder formed on the outer cylindrical surface of the at least one input shaft (11, 111) and is clamped axially on the opposite side by means of a ring nut. - a gearbox with at least one input shaft (11, 111), and - a clutch unit and a flywheel assembly which are mounted between the gearbox and a crankshaft of the motor-vehicle,
An aerosol delivery device comprising: at least one housing defining a reservoir for storing aerosol precursor composition; and a first element and second element contained within the at least one housing, the second element being configured to activate and vaporize components of the aerosol precursor composition to thereby form a non-condensing vapor in response to a flow of air through at least a portion of the at least one housing, and the first element being configured to vaporize components of the non-condensing vapor to form a condensation aerosol, the first element being positioned proximately parallel to the second element. at least one housing defining a reservoir for storing aerosol precursor composition; and a first element and second element contained within the at least one housing, the second element being configured to activate and vaporize components of the aerosol precursor composition to thereby form a non-condensing vapor in response to a flow of air through at least a portion of the at least one housing, and the first element being configured to vaporize components of the non-condensing vapor to form a condensation aerosol, the first element being positioned proximately parallel to the second element.
An insertion apparatus, for use with a device for delivery of a therapeutic fluid into a body of a patient and/or for sensing of a bodily analyte, the insertion apparatus comprising: at least one cannula cartridge unit provided with a protective member accommodating therein at least one penetrating cartridge having a subcutaneously insertable element and a penetrating member for piercing a patient's skin and facilitating insertion of the subcutaneously insertable element; a displacement mechanism which upon actuation is capable of protracting the at least one penetrating cartridge from the protective member towards the body of the patient; wherein the protracting of the penetrating cartridge results in the penetrating member piercing a patient's skin allowing insertion of the subcutaneously insertable element into the body of the patient; characterized by a housing adapted for loading therein the at least one cannula cartridge unit, the housing including: a first opening for loading the at least one cannula cartridge unit therein; and a second opening for protracting the penetrating cartridge therethrough. at least one cannula cartridge unit provided with a protective member accommodating therein at least one penetrating cartridge having a subcutaneously insertable element and a penetrating member for piercing a patient's skin and facilitating insertion of the subcutaneously insertable element; a displacement mechanism which upon actuation is capable of protracting the at least one penetrating cartridge from the protective member towards the body of the patient; wherein the protracting of the penetrating cartridge results in the penetrating member piercing a patient's skin allowing insertion of the subcutaneously insertable element into the body of the patient;
A mechano-chemical reactor comprising: - a load-bearing structure (40; 190) formed by several members; - driving means (30; 350, 400) extended along one or more parallel axis (X; Y1, Y2); - a mass suitable to be subjected by the driving means to an alternate motion, namely a mass oscillating substantially along the direction of a vertical axis and comprising at least one restricted environment where substances in a solid and/or liquid state receive a physical or chemical-physical treatment by the kynetic energy of milling bodies (14; 89); - an elastic system for the compensation of a share of the inertial forces generated by the oscillations of said mass, characterized in that - said elastic system is able to compensate a majority share of the inertial forces generated by the oscillating mass and comprises one or more one-dimensional (52; 502, 504, 532, 534, 552, 554, 582, 584), or alternatively bi-dimensional, flexible elements made of titanium alloy which in rest conditions are extended substantially perpendicular to the direction of the oscillations and ensure the connection of the oscillating mass to the load-bearing structure; - when they are one-dimensional, the said flexible elements comprise a plurality of rectilinear parallel rods - or alternatively, when they are bidimensional, the said flexible elements comprise at least one polygonal plate having two sides parallel to the axis of the driving means. - a load-bearing structure (40; 190) formed by several members; - driving means (30; 350, 400) extended along one or more parallel axis (X; Y1, Y2); - a mass suitable to be subjected by the driving means to an alternate motion, namely a mass oscillating substantially along the direction of a vertical axis and comprising at least one restricted environment where substances in a solid and/or liquid state receive a physical or chemical-physical treatment by the kynetic energy of milling bodies (14; 89); - an elastic system for the compensation of a share of the inertial forces generated by the oscillations of said mass, - said elastic system is able to compensate a majority share of the inertial forces generated by the oscillating mass and comprises one or more one-dimensional (52; 502, 504, 532, 534, 552, 554, 582, 584), or alternatively bi-dimensional, flexible elements made of titanium alloy which in rest conditions are extended substantially perpendicular to the direction of the oscillations and ensure the connection of the oscillating mass to the load-bearing structure; - when they are one-dimensional, the said flexible elements comprise a plurality of rectilinear parallel rods - or alternatively, when they are bidimensional, the said flexible elements comprise at least one polygonal plate having two sides parallel to the axis of the driving means.
A method for configuring a wireless serial bus, WSB, host for obtaining a persistent universal serial bus, USB, service from a WSB client, the method comprising: discovering the WSB client by an application service protocol, ASP, layer in the WSB host; receiving a request for a persistent USB connection with the WSB client from an application in the WSB host; requesting a persistent peer-to-peer, P2P, group for the persistent USB connection with the WSB client by the ASP layer, wherein the ASP layer initiates the persistent USB connection by creating the persistent P2P group between the WSB host and the WSB client; mapping a service identifier to the created P2P group by the ASP layer; and obtaining the persistent USB service from the WSB client after storing the service identifier mapped to the created persistent P2P group and the persistent USB connection. discovering the WSB client by an application service protocol, ASP, layer in the WSB host; receiving a request for a persistent USB connection with the WSB client from an application in the WSB host; requesting a persistent peer-to-peer, P2P, group for the persistent USB connection with the WSB client by the ASP layer, wherein the ASP layer initiates the persistent USB connection by creating the persistent P2P group between the WSB host and the WSB client; mapping a service identifier to the created P2P group by the ASP layer; and obtaining the persistent USB service from the WSB client after storing the service identifier mapped to the created persistent P2P group and the persistent USB connection.