mhurhangee/patent-ind-claim-en huggingface dataset:
A monitoring device for a motor vehicle , comprising a sensor device and a navigation device , wherein - the sensor device is configured to detect a predetermined state of fatigue of a driver of the motor vehicle by means of a recording of at least one predetermined body feature of the driver and/or one predetermined motion characteristic of the motor vehicle, and wherein - the sensor device is configured to send a control signal to the navigation device when the state of fatigue of the driver of the motor vehicle is detected, and - the navigation device is configured to determine a target object intended for the state of fatigue when the control signal is received and to calculate a travel route from a current geographical vehicle position of the motor vehicle to a geographical target position of the intended target object , characterized in that the navigation device is configured to output a warning signal after receiving the control signal at least for one predetermined time period, and wherein the navigation device is configured to introduce a navigation mode for navigating along the travel path in the event of a predetermined user input during the output of the warning signal . - the sensor device is configured to detect a predetermined state of fatigue of a driver of the motor vehicle by means of a recording of at least one predetermined body feature of the driver and/or one predetermined motion characteristic of the motor vehicle, and wherein - the sensor device is configured to send a control signal to the navigation device when the state of fatigue of the driver of the motor vehicle is detected, and - the navigation device is configured to determine a target object intended for the state of fatigue when the control signal is received and to calculate a travel route from a current geographical vehicle position of the motor vehicle to a geographical target position of the intended target object , characterized in that the navigation device is configured to output a warning signal after receiving the control signal at least for one predetermined time period, and wherein the navigation device is configured to introduce a navigation mode for navigating along the travel path in the event of a predetermined user input during the output of the warning signal .
Machine coil for an electric machine , wherein the machine coil comprises at least one winding , and wherein the winding comprises a plurality of winding layers of an electrical conductor, which winding layers are in each case arranged adjacent to one another and are electrically conductively connected to one another, wherein a heat-conducting element is arranged between two winding layers arranged adjacent to one another and is connected in a heat-exchanging manner to at least one winding layer , wherein at least one portion of the heat-conducting element protrudes from the winding and wherein a cooling element which can be connected to a cooling device is arranged on the portion and is connected in a heat-exchanging manner to the portion , characterised in that the heat-conducting element is electrically conductively connected to at least one winding layer adjoining the heat-conducting element , so that the heat-conducting element and the winding layer electrically conductively connected to the heat-conducting element are at the same potential.
A method for producing a fibre-reinforced plastics-material component, especially a body part of a vehicle, wherein at least two fibre components • are provided, • are arranged in relation to each other such that they overlap one another at least in a partial region, • are injection-moulded around or impregnated with a resin-like liquid and • then are cured, wherein the at least two fibre components are injection-moulded around or impregnated with the resin-like liquid in an injection mould and prior to the injection moulding-around or impregnation are stapled together in their region of overlap with at least one staple element by means of a stapling tool, characterised in that , when being stapled together, the two fibre components are pressed against a forming face by means of a template-like tool. • are provided, • are arranged in relation to each other such that they overlap one another at least in a partial region, • are injection-moulded around or impregnated with a resin-like liquid and • then are cured, wherein the at least two fibre components are injection-moulded around or impregnated with the resin-like liquid in an injection mould and prior to the injection moulding-around or impregnation are stapled together in their region of overlap with at least one staple element by means of a stapling tool, characterised in that , when being stapled together, the two fibre components are pressed against a forming face by means of a template-like tool.
A decorative film configured to be provided on a decoration subject , comprising: a base layer containing at least one type of pigment defining a base color; the base layer is configured to be provided on a surface of the decoration subject , and at least one transparent layer with the base layer being located between the at least one transparent layer and the decoration subject , wherein the transparent layer contains a glittering material , and a difference (Δh, Δh') between a hue angle (h1) of the base color and a hue angle (h2, h3) of a color of the glittering material is 60° or larger and 142° or smaller. a base layer containing at least one type of pigment defining a base color; the base layer is configured to be provided on a surface of the decoration subject , and at least one transparent layer with the base layer being located between the at least one transparent layer and the decoration subject , wherein the transparent layer contains a glittering material , and a difference (Δh, Δh') between a hue angle (h1) of the base color and a hue angle (h2, h3) of a color of the glittering material is 60° or larger and 142° or smaller.
Housing for a pressurized container, comprising in particular: - a bottom comprising: ∘ an opening intended to be closed by a stopper ; ∘ sealing means to ensure sealing between the stopper and the housing when the housing is provided with a stopper; and - retaining means to retain, when the container is pressurized, a stopper closing the opening, wherein the retaining means are distinct from the stopper and are in an inactive initial form and must, in order to fulfill their function, be activated after the opening has been closed with a stopper, characterized in that the activation of the retaining means is carried out either by deformation of the retaining means or by welding. - a bottom comprising: ∘ an opening intended to be closed by a stopper ; ∘ sealing means to ensure sealing between the stopper and the housing when the housing is provided with a stopper; and ∘ an opening intended to be closed by a stopper ; ∘ sealing means to ensure sealing between the stopper and the housing when the housing is provided with a stopper; and - retaining means to retain, when the container is pressurized, a stopper closing the opening,
Heating body (CC) for an ionic boiler, said heating body comprising an inlet opening to allow the entry of an ionic solution type fluid and an outlet opening to allow the exit of said fluid, a cylinder head receiving at least partially at least two first ends of at least two conductive electrodes connected to a phase, said cylinder head being connected to neutral, said heating body comprising at least one third conductive electrode , said at least three conductive electrodes defining a geometric shape in said heating body (CC) and said heating body comprising at least one secondary type electrode connected to neutral and positioned at the center of said geometric shape, characterized in that it comprises a deflector element in the vicinity of said outlet opening , said deflector element having a cavity in the shape of a trunk of cone at the center of which is provided a central opening coming to the right of said outlet opening of said body, and in that the cavity in the form of a truncated cone comprises housings to accommodate second ends of said conductive electrodes and possibly secondary electrodes and maintain them in a direction parallel to a central axis (Z) of said heating body.
An emergency vehicle patient transport system for transporting a patient comprising: an extensible cot comprising an expandable linkage; an emergency vehicle with a loading passage providing access to an interior compartment of the emergency vehicle and defining a loading direction in which to load the cot in the interior compartment, the interior compartment having a floor , a ceiling and a wall ; characterized in that the emergency vehicle patient transport system further comprises: a patient loading member coupled to the floor and configured to accept the extensible cot at the loading passage , guide the extensible cot along the loading direction , and secure the extensible cot at a transport position , a cot securing member coupled to the floor , and comprising an extending column with a cot engagement surface configured to releasably engage a locking portion of the cot , wherein the extending column is configured to raise the cot when engaged with the cot engagement surface along a cot raising direction , wherein: during raising of the extensible cot, the expandable linkage of the cot expands as the securing member lifts the cot . an extensible cot comprising an expandable linkage; an emergency vehicle with a loading passage providing access to an interior compartment of the emergency vehicle and defining a loading direction in which to load the cot in the interior compartment, the interior compartment having a floor , a ceiling and a wall ; characterized in that the emergency vehicle patient transport system further comprises: a patient loading member coupled to the floor and configured to accept the extensible cot at the loading passage , guide the extensible cot along the loading direction , and secure the extensible cot at a transport position , a cot securing member coupled to the floor , and comprising an extending column with a cot engagement surface configured to releasably engage a locking portion of the cot , wherein the extending column is configured to raise the cot when engaged with the cot engagement surface along a cot raising direction , wherein: during raising of the extensible cot, the expandable linkage of the cot expands as the securing member lifts the cot . a patient loading member coupled to the floor and configured to accept the extensible cot at the loading passage , guide the extensible cot along the loading direction , and secure the extensible cot at a transport position , a cot securing member coupled to the floor , and comprising an extending column with a cot engagement surface configured to releasably engage a locking portion of the cot , wherein the extending column is configured to raise the cot when engaged with the cot engagement surface along a cot raising direction , wherein: during raising of the extensible cot, the expandable linkage of the cot expands as the securing member lifts the cot .
A computer-implemented method comprising: receiving, by a service provider system following a multifactor authentication for pre-authenticating a client device seeking access to call center services offered by the service provider using first authentication information, a support request to access a service provider application executing the call center services; in response to the support request, sending to the client device by the service provider, a request for second authentication information of a contactless card; receiving, by the service provider system from the client device, the second authentication information including a cryptogram from a contactless card via the client device; obtaining a validation of the cryptogram based on an authentication process executed by the service provider system; receiving by the service provider system an incoming call from the client device, wherein the incoming call has appended at least a portion of a pre-authentication number that includes a unique number associated with the pre-authentication of the client device, the pre-authentication number indicating the client device and the incoming call are pre-authenticated; filtering, by the service provider system, the incoming call for the pre-authentication number; and based on the incoming call being pre-authenticated, advancing the incoming call to a position in a call handling queue that bypasses an authentication queue. receiving, by a service provider system following a multifactor authentication for pre-authenticating a client device seeking access to call center services offered by the service provider using first authentication information, a support request to access a service provider application executing the call center services; in response to the support request, sending to the client device by the service provider, a request for second authentication information of a contactless card; receiving, by the service provider system from the client device, the second authentication information including a cryptogram from a contactless card via the client device; obtaining a validation of the cryptogram based on an authentication process executed by the service provider system; receiving by the service provider system an incoming call from the client device, wherein the incoming call has appended at least a portion of a pre-authentication number that includes a unique number associated with the pre-authentication of the client device, the pre-authentication number indicating the client device and the incoming call are pre-authenticated; filtering, by the service provider system, the incoming call for the pre-authentication number; and based on the incoming call being pre-authenticated, advancing the incoming call to a position in a call handling queue that bypasses an authentication queue.
A transducer array, comprising: a plurality of micromachined ultrasonic transducers (MUTs) in a staggered arrangement, wherein each MUT of the plurality of MUTs has a dimension along a first direction (Y) that is larger than a dimension along a second direction (X); and characterised in that the staggered arrangement comprises a first row of MUTs aligned along the first direction (Y) and a second row of MUTs aligned along the first direction; the second row being shifted relative to the first row to give an offset distance (VD) along the first direction between an MUT in the first row and its nearest neighbour in the second row a plurality of micromachined ultrasonic transducers (MUTs) in a staggered arrangement, wherein each MUT of the plurality of MUTs has a dimension along a first direction (Y) that is larger than a dimension along a second direction (X); and characterised in that the staggered arrangement comprises a first row of MUTs aligned along the first direction (Y) and a second row of MUTs aligned along the first direction; the second row being shifted relative to the first row to give an offset distance (VD) along the first direction between an MUT in the first row and its nearest neighbour in the second row
Device for determining a liquid level in a steam generator of a steam cooker , having a container for the liquid and an electrode arrangement , which has a first electrode and a second electrode arranged at a distance therefrom, wherein the electrodes extend into the container , wherein viewed in the vertical direction the electrodes are arranged one above the other and at a distance from one another or are arranged horizontally adjacent to one another and are located with their lowest point at the same height level and having an evaluation unit , which is embodied for detecting an electrical actual resistance value which is dependent on an actual liquid level between the electrodes , characterised in that the device is embodied so that a first electrical reference resistance value (R0) is stored which depends on the composition of the liquid and characterises an upper liquid level in the container , in which the liquid wets both electrodes , wherein a second reference resistance value (R2) is formed by the sum of the first reference resistance value (R0) and a resistance change value (R1), wherein the device is embodied so that a change, by value, in the resistance value (R1) between the first reference resistance value (R0) and a second reference resistance value (R2) characterising a lower liquid level in the container is stored as the resistance change value (R1), and the device is embodied so that the actual liquid level is determined as a function of a comparison of the stored change in the resistance value (R1) with an actual change in the actual resistance value.
A method performed by a User Equipment, UE, of determining a precoder codebook in a wireless communication system, the method comprising: receiving from a base station values of precoder parameters enabling the UE to determine the precoder codebook, wherein the precoder parameters are associated with a plurality of antenna ports of the base station and wherein the precoder parameters specify a number of antenna ports in a first dimension and an oversampling factor in the first dimension and specify a number of antenna ports in a second dimension and an oversampling factor in the second dimension; and determining the precoder codebook based on the received values of the precoder parameters and a parameter-based codebook, wherein a precoder in the precoder codebook comprises a first precoder matrix associated with the first dimension, a second precoder matrix associated with the second dimension, and a frequency-selective precoder. receiving from a base station values of precoder parameters enabling the UE to determine the precoder codebook, wherein the precoder parameters are associated with a plurality of antenna ports of the base station and wherein the precoder parameters specify a number of antenna ports in a first dimension and an oversampling factor in the first dimension and specify a number of antenna ports in a second dimension and an oversampling factor in the second dimension; and determining the precoder codebook based on the received values of the precoder parameters and a parameter-based codebook, wherein a precoder in the precoder codebook comprises a first precoder matrix associated with the first dimension, a second precoder matrix associated with the second dimension, and a frequency-selective precoder.
Module for storing electrical energy for a vehicle comprising at least one electrical-energy accumulator comprising at least one negative electrode composed at least partially of lithium-metal nitride, said module for storing electrical energy further comprising at least one ammonia sensor for detecting a release of ammonia due to the decomposition of the lithium-metal nitride of the negative electrode in the presence of air or of moisture.
A method for producing foam for a motor vehicle washing installation, wherein water, surfactant and gas, in particular compressed air, are supplied to at least one inlet of a foam generating chamber , the foam generating chamber having an outlet for foam, and a fluid-permeable bed of loose particles, and wherein by pumping a stream of water, surfactant and gas through the bed in the foam generating chamber foam is generated, characterized in that the bed fills the foam generation chamber sufficiently to prevent fluidization of the bed and a portion of the foam generation chamber remains free of the bed , the size of which portion corresponds at least to half the increase in volume required for fluidization of the bed .
A process for steam-sterilizing a liquid-filled medical device , comprising providing a liquid-filled medical device featuring at least one open liquid port , closing at least one open liquid port of the liquid-filled medical device with a stopper ; closing any remaining open ports of the liquid-filled medical device ; and steam-sterilizing the closed liquid-filled medical device , characterized in that the stopper is obtainable by piercing a non-cannulated stopper comprised of an elastomeric material with a cannula having an outer diameter in the range of from 0.4 to 1.0 mm.
A work vehicle, comprising: an engine ; a power transmission device having a clutch (A) for transmitting rotational power of the engine to drive wheels; a travel control device for controlling the clutch (A) in the power transmission device and having a start restriction mode for restricting engagement of the clutch (A) when electrical power is turned on; a mobile terminal configured to transmit signals for enabling and disabling the start restriction mode; and a control unit configured to transmit and receive signals to and from the mobile terminal ; wherein the vehicle is configured to perform stationary tasks that do not involve movement of the work vehicle when the start restriction mode is enabled. an engine ; a power transmission device having a clutch (A) for transmitting rotational power of the engine to drive wheels; a travel control device for controlling the clutch (A) in the power transmission device and having a start restriction mode for restricting engagement of the clutch (A) when electrical power is turned on; a mobile terminal configured to transmit signals for enabling and disabling the start restriction mode; and a control unit configured to transmit and receive signals to and from the mobile terminal ; wherein the vehicle is configured to perform stationary tasks that do not involve movement of the work vehicle when the start restriction mode is enabled.
Elastic coupling for agricultural drives, which can be rotatably driven around a rotation axis (D), comprising: two coupling elements and at least one elastic element , which is positioned between the two coupling elements , characterised in that the at least one elastic element is clamped axially between the two coupling elements by at least one clamping device . two coupling elements and at least one elastic element , which is positioned between the two coupling elements , characterised in that the at least one elastic element is clamped axially between the two coupling elements by at least one clamping device .