mhurhangee/patent-ind-claim-en huggingface dataset:
Method for controlling a multitude of braking means of a vehicle to effect a desired brake function quantified as a desired brake parameter, wherein each of the braking means is controllable by an actuation parameter to effect at least a portion of said desired brake function, comprising the steps: Determine, for each braking means , a brake capability representing a maximum brake function achievable by the braking means ; Determine, for each braking means , an actuation priority, wherein the actuation priority is determined from at least one predetermined operating parameter of the braking means and/or the vehicle; in order from highest priority to lowest priority of the braking means , Allocating, to each braking means , the actuation parameter, wherein the actuation parameter is chosen between the brake capability and the quantity of the desired brake parameter not yet allocated to other braking means , whichever is lower, characterized in that when determining the actuation priority, the higher a regeneration efficiency of regenerational brake devices of a braking means , the higher its priority relative to other braking means comprising regenerational brake devices. Determine, for each braking means , a brake capability representing a maximum brake function achievable by the braking means ; Determine, for each braking means , an actuation priority, wherein the actuation priority is determined from at least one predetermined operating parameter of the braking means and/or the vehicle; in order from highest priority to lowest priority of the braking means , Allocating, to each braking means , the actuation parameter, wherein the actuation parameter is chosen between the brake capability and the quantity of the desired brake parameter not yet allocated to other braking means , whichever is lower, characterized in that when determining the actuation priority, the higher a regeneration efficiency of regenerational brake devices of a braking means , the higher its priority relative to other braking means comprising regenerational brake devices.
Method for selecting an operating mode for a vehicle which has at least two operating modes, in which graphics data of a graphics operator interface is generated and output, wherein the graphics operator interface comprises a background representation and at least two selectable button areas , wherein the button areas are each assigned to an operating mode of the vehicle ; a selection of a button area is sensed; and a control signal is generated in accordance with the operating mode which is assigned to the selected button area , and said control signal is transmitted to a control device of the vehicle ; characterized in that the background representation comprises a representation of a vehicle surface, wherein the represented vehicle surface is formed in accordance with the operating mode which is selected at the current point in time; and surroundings data are acquired and the background representation is additionally formed in accordance with the surroundings data; wherein the representation of the vehicle surface has a bodywork shape and a representation of virtual surroundings; wherein the representation of the virtual surroundings is formed in accordance with the operating mode which is selected at the current point in time, and the shape of the bodywork is represented in a superimposed fashion; wherein the virtual surroundings comprise a roadway, elements of traffic infrastructure and/or geographic features; wherein the virtual surroundings are formed as an abstract representation of the actual surroundings of the vehicle .
A system comprising: a dual-context camera that provides a first series of video frames encoded in accordance with a full color model and a second series of video frames encoded in accordance with an underdetermined color model, the first series of video frames and the second series of video frames being interleaved as to form a series of pairs of frames, each comprising a color video frame and an underdetermined video frame; an image merger that generates a composite image for each pair of frames in the series of frames, the composite image comprising a set of brightness values from the underdetermined video frame and a set of chrominance values from the color video frame; and a color video source that replaces the underdetermined video frame in each of the series of pairs of frames with the composite image generated for the pair of frames to provide a color video stream. a dual-context camera that provides a first series of video frames encoded in accordance with a full color model and a second series of video frames encoded in accordance with an underdetermined color model, the first series of video frames and the second series of video frames being interleaved as to form a series of pairs of frames, each comprising a color video frame and an underdetermined video frame; an image merger that generates a composite image for each pair of frames in the series of frames, the composite image comprising a set of brightness values from the underdetermined video frame and a set of chrominance values from the color video frame; and a color video source that replaces the underdetermined video frame in each of the series of pairs of frames with the composite image generated for the pair of frames to provide a color video stream.
A process for the removal of liquid from lyocell type-cellulose filament bundles or yarns from a lyocell spinning solution of cellulose in an aqueous tertiary amine oxide, wherein the lyocell type-cellulose filament bundles or yarns are guided around a roller under conditions so that equation is fulfilled, with the proviso that a_sp is at least 296 m/s 2 : a _ sp = r x ω 2 x titer / 40 with r being the radius of the roller (m), ω being the angular speed (1/s), and titer (dtex) being the bundle/yarn titer, with the proviso that same is at least 20.
A zirconium alloy for a nuclear fuel cladding tube, consisting of: 0.5 to 1.2 wt% of Nb, 0.4 to 0.8 wt% of Mo, 0.1 to 0.15 wt% of Cu, 0.15 to 0.2 wt% of Fe, and a balance of zirconium. 0.5 to 1.2 wt% of Nb, 0.4 to 0.8 wt% of Mo, 0.1 to 0.15 wt% of Cu, 0.15 to 0.2 wt% of Fe, and a balance of zirconium.
A system comprising: a game engine comprising a rendering unit configured to render images for display in one of at least three operating modes: a render to video encoder only mode; a render to display only mode; and a render to video encoder and display mode; and a video encoder configured to encode rendered images that have been rendered in a first color space; wherein responsive to detecting the render to video encoder and display operating mode, the rendering unit is configured to: render each of a plurality of images in both a first color space and a second color space different from the first color space, wherein the first color space is compatible with the video encoder and the second color space is not compatible with the video encoder; generate a plurality of attributes associated with each image rendered in the first color space; convey the attributes and each image rendered in the first color space to the video encoder ; convey each image rendered in the second color space to a locally connected display device in parallel with conveying each image rendered in the first color space to the video encoder ; wherein the video encoder is configured to encode each rendered image received by the video encoder into a video bitstream based on the plurality of attributes provided by the rendering unit . a render to video encoder only mode; a render to display only mode; and a render to video encoder and display mode; and a video encoder configured to encode rendered images that have been rendered in a first color space; wherein responsive to detecting the render to video encoder and display operating mode, the rendering unit is configured to: render each of a plurality of images in both a first color space and a second color space different from the first color space, wherein the first color space is compatible with the video encoder and the second color space is not compatible with the video encoder; generate a plurality of attributes associated with each image rendered in the first color space; convey the attributes and each image rendered in the first color space to the video encoder ; convey each image rendered in the second color space to a locally connected display device in parallel with conveying each image rendered in the first color space to the video encoder ; render each of a plurality of images in both a first color space and a second color space different from the first color space, wherein the first color space is compatible with the video encoder and the second color space is not compatible with the video encoder; generate a plurality of attributes associated with each image rendered in the first color space; convey the attributes and each image rendered in the first color space to the video encoder ; convey each image rendered in the second color space to a locally connected display device in parallel with conveying each image rendered in the first color space to the video encoder ; wherein the video encoder is configured to encode each rendered image received by the video encoder into a video bitstream based on the plurality of attributes provided by the rendering unit .
Component - with a body with first and second internal electrodes , arranged alternately therein, of a multilayer capacitor and - with electrical external contacts , comprising a first electrical external contact and a second electrical external contact , all the electrical external contacts being arranged on a bottom of the body , such that a top and at least regions of planar configuration of the side faces of the body are free of electrical external contacts , - the first and second electrical external contacts being formed by a printed- or rolled-on and stoved layer and having a plane surface and the first internal electrodes being conductively connected with the first electrical external contact and the second internal electrodes being conductively connected with the second electrical external contact , characterized in that - the first and second internal electrodes are oriented in parallel with the bottom of the body and are connected to the electrical external contacts by means of vias , - the first internal electrodes are connected together and to the first external contact by means of a first via arranged in the body and - the second internal electrodes are connected together and with the second external contact by means of a second via arranged in the body. - with a body with first and second internal electrodes , arranged alternately therein, of a multilayer capacitor and - with electrical external contacts , comprising a first electrical external contact and a second electrical external contact , all the electrical external contacts being arranged on a bottom of the body , such that a top and at least regions of planar configuration of the side faces of the body are free of electrical external contacts , - the first and second electrical external contacts being formed by a printed- or rolled-on and stoved layer and having a plane surface and the first internal electrodes being conductively connected with the first electrical external contact and the second internal electrodes being conductively connected with the second electrical external contact , characterized in that - the first and second internal electrodes are oriented in parallel with the bottom of the body and are connected to the electrical external contacts by means of vias , - the first internal electrodes are connected together and to the first external contact by means of a first via arranged in the body and - the second internal electrodes are connected together and with the second external contact by means of a second via arranged in the body.
Signaling device for signaling identification data of a first vehicle from that first vehicle to a following second vehicle , wherein the device comprises a light source arrangement (R) for sending out light signals from the first vehicle to the following second vehicle and an electronic control unit for controlling the light source arrangement (R) in accordance with the identification data , wherein the light source arrangement (R) comprises an arrangement of several spatially distributed light sources and the control unit is designed to signal predefined single bits (b) of the identification data by means of a respective dedicated light source of the light source arrangement (R) by setting an activity state of the respective dedicated light source according to a corresponding content of the specific bit (b) of the identification data , characterized in that the dedicated light sources for sending the bits (b) have a predefined opening angle of light radiation that is different from the corresponding opening angle of at least one remaining light source of the light source arrangement (R) .
A method of forming a fibre article, comprising: providing a former having a contoured forming surface ; locating a fibre preform between a first diaphragm and a second diaphragm , the second diaphragm being offset from the forming surface; drawing a vacuum between the first and second diaphragms so as to hold the preform captive between the diaphragms; storing a plurality of formers in a storage zone located above the second diaphragm and, prior to the step of displacing; automatically moving a predetermined one of the said formers to an operative position over the second diaphragm; mechanically displacing the diaphragms relative to the automatically moved predetermined former so as to bring a part of the second diaphragm adjoining the preform into partial conformity with the former, during the said displacing step the former is located above the second diaphragm; drawing a vacuum between the second diaphragm and the former so as to increase the conformity between the said part of the second diaphragm and the former; and setting the preform in its configuration. providing a former having a contoured forming surface ; locating a fibre preform between a first diaphragm and a second diaphragm , the second diaphragm being offset from the forming surface; drawing a vacuum between the first and second diaphragms so as to hold the preform captive between the diaphragms; storing a plurality of formers in a storage zone located above the second diaphragm and, prior to the step of displacing; automatically moving a predetermined one of the said formers to an operative position over the second diaphragm; mechanically displacing the diaphragms relative to the automatically moved predetermined former so as to bring a part of the second diaphragm adjoining the preform into partial conformity with the former, during the said displacing step the former is located above the second diaphragm; drawing a vacuum between the second diaphragm and the former so as to increase the conformity between the said part of the second diaphragm and the former; and setting the preform in its configuration.
An electrical switch, in particular for a motor vehicle, such as for an electric parking brake in the motor vehicle, comprising an actuating member movable from a rest position into a switching position, in the form of a rocker, and comprising a contact system , wherein the actuating member in the switching position interacts with the contact system in a switching manner, and wherein the actuating member interacts by means of an actuating element , which is loaded with an elastic force, with a track in the form of a switching track for generating a return force when the actuating member moves out of the rest position, wherein a further track is provided in the form of a switching track, wherein a further actuating element for the further track is arranged on the actuating member such that the two actuating elements each interact with the respective tracks in the rest position and/or when the actuating member moves from the rest position, and wherein the track has a rising edge and a substantially planar path having a lower gradient than the rising edge , characterised in that the rising edge of the track merges into a flatter edge and then into a steeper edge such that in the switching position associated with the flatter edge a reduced return force is generated.
A method of a User Equipment, in the following also referred to as UE, wherein the UE is allocated with multiple Scheduling Request, in the following also referred to as SR, configurations by a network node, comprising: triggering a Medium Access Control, in the following also referred to as MAC, control element if a timer expires ; triggering a SR for the MAC control element ; and transmitting the SR based on a first SR configuration of the multiple SR configurations, characterized in that different SR configurations of the multiple SR configurations contain different radio resources in frequency domain, time domain and/or code domain, and each SR configuration of the multiple SR configurations is linked to an identity of a logical channel; and the first SR configuration is selected amongst the multiple SR configurations based on that the first SR configuration is linked to an identity of a highest priority logical channel having data available for transmission when the MAC control element is triggered . triggering a Medium Access Control, in the following also referred to as MAC, control element if a timer expires ; triggering a SR for the MAC control element ; and transmitting the SR based on a first SR configuration of the multiple SR configurations, characterized in that different SR configurations of the multiple SR configurations contain different radio resources in frequency domain, time domain and/or code domain, and each SR configuration of the multiple SR configurations is linked to an identity of a logical channel; and the first SR configuration is selected amongst the multiple SR configurations based on that the first SR configuration is linked to an identity of a highest priority logical channel having data available for transmission when the MAC control element is triggered .
A pneumatic pressure regulation valve comprising: a valve inlet ; a valve outlet ; a piston arranged to control gas flow from the inlet to the outlet; a sense line fluidly connecting the inlet to a pressure regulation chamber and with a pressure relief valve connected thereto to limit the pressure in the pressure regulation chamber; wherein the piston is arranged between the pressure regulation chamber and the valve outlet such that the position of the piston is determined by the relative pressures in the regulation chamber and the valve outlet and the position of the piston controls the flow from the valve inlet to the valve outlet; wherein the sense line comprises a flow restriction upstream of the pressure relief valve; characterized in that said flow restriction is larger than the orifice that connects the sense line to the inlet, wherein said flow restriction is sufficiently large to allow rapid venting of the regulation chamber and wherein the cross-sectional area of said flow restriction is smaller than the cross-sectional area of the sense line upstream of said restriction. a valve inlet ; a valve outlet ; a piston arranged to control gas flow from the inlet to the outlet; a sense line fluidly connecting the inlet to a pressure regulation chamber and with a pressure relief valve connected thereto to limit the pressure in the pressure regulation chamber; wherein the piston is arranged between the pressure regulation chamber and the valve outlet such that the position of the piston is determined by the relative pressures in the regulation chamber and the valve outlet and the position of the piston controls the flow from the valve inlet to the valve outlet; wherein the sense line comprises a flow restriction upstream of the pressure relief valve; characterized in that said flow restriction is larger than the orifice that connects the sense line to the inlet, wherein said flow restriction is sufficiently large to allow rapid venting of the regulation chamber and wherein the cross-sectional area of said flow restriction is smaller than the cross-sectional area of the sense line upstream of said restriction.
Radio sensor node comprising - a sensor unit for capturing a measurement variable and outputting an analogue electrical sensor signal (S), - an energy harvesting unit for harvesting energy from the sensor signal (S), - a signal processing unit for generating a transmission signal (T) from the sensor signal (S), and - a radio unit for transmitting the transmission signal (T) as a radio signal, - wherein the sensor signal (S) can be alternately supplied to the energy harvesting unit and to the signal processing unit , and - wherein the signal processing unit has an averaging circuit for generating the transmission signal (T) as an average value of the sensor signal (S) rectified with a rectifier circuit , or wherein the signal processing unit generates a root mean square value of the sensor signal (S) as the transmission signal (T). - a sensor unit for capturing a measurement variable and outputting an analogue electrical sensor signal (S), - an energy harvesting unit for harvesting energy from the sensor signal (S), - a signal processing unit for generating a transmission signal (T) from the sensor signal (S), and - a radio unit for transmitting the transmission signal (T) as a radio signal, - wherein the sensor signal (S) can be alternately supplied to the energy harvesting unit and to the signal processing unit , and - wherein the signal processing unit has an averaging circuit for generating the transmission signal (T) as an average value of the sensor signal (S) rectified with a rectifier circuit , or wherein the signal processing unit generates a root mean square value of the sensor signal (S) as the transmission signal (T).
A monitor device for an ostomy appliance of an ostomy system , the monitor device comprising a processor and a sensor unit , characterized in that the sensor unit comprises a first sensor with a first sensor surface accommodated in a monitor device housing , the monitor device housing having a sensor opening in a proximal surface of the monitor device , the proximal surface configured for facing the skin of a user during use, the sensor opening forming at least a part of a sensor path from surroundings of the proximal surface to the first sensor surface .