mhurhangee/ep-ind-claims huggingface dataset:
A method of assigning spectral resources in a cellular network for wireless communications, wherein the spectral resources are partly utilized by other applications, the method comprising the steps of: receiving, at a controller of the cellular network, information indicative of one or more geographical areas and restrictions within the one or more geographical areas; and assigning spectral resources based on the received information, wherein the one or more geographical areas are specified by means of polygons, and wherein the information includes, or is associated with, a set of attributes that define the restrictions within the one or more geographical areas, the attributes comprising at least one of Absolute Radio-Frequency Channel Number, ARFCN, and allowed reference signal power, wherein the received information is included in a message according to a Licensed Sharing Access, LSA, protocol and wherein the message is an LSA Spectrum Resource Availability Information, LSRAI, wherein the LSRAI is associated with a validity time, and wherein, when the validity time expires, the controller initiates actions to obtain an updated LSRAI. receiving, at a controller of the cellular network, information indicative of one or more geographical areas and restrictions within the one or more geographical areas; and assigning spectral resources based on the received information, wherein the one or more geographical areas are specified by means of polygons, and wherein the information includes, or is associated with, a set of attributes that define the restrictions within the one or more geographical areas, the attributes comprising at least one of Absolute Radio-Frequency Channel Number, ARFCN, and allowed reference signal power, wherein the received information is included in a message according to a Licensed Sharing Access, LSA, protocol and wherein the message is an LSA Spectrum Resource Availability Information, LSRAI, wherein the LSRAI is associated with a validity time, and wherein, when the validity time expires, the controller initiates actions to obtain an updated LSRAI.
Sealing element for a brake cylinder, the brake cylinder comprising a spring-type brake cylinder and a service brake cylinder, the spring-type brake cylinder being designed as a diaphragm cylinder with a first spring which is arranged within the spring-type brake cylinder and which can be compressed by means of a spring store piston and a first diaphragm under the action of compressed air, it being possible for a second piston rod of the service brake cylinder to be actuated at least indirectly by means of the spring-type brake piston via a first piston rod, and it being possible for the first spring, when the spring store piston is not subjected to the action of compressed air, to be compressed by means of a release screw which can be removed from the brake cylinder, characterized in that an additional sealing element is arranged between a first pot-shaped cover of the spring-type brake cylinder and the first spring, which additional sealing element, when the first spring, is in the compressed state, generates a sealing action between the spring store piston and a first spring chamber of the spring-type brake cylinder.
Method for coating a surface of an object, having the steps of: providing an object, in particular a workpiece, which is to be coated on one surface, producing a coating on the surface of the object to be coated by means of a coating head, in particular ink jet head, which has a plurality of outlet openings for the coating material, the coating material is expelled from the outlet openings onto the surface to be coated in such a way that the result is a selected gloss value of the coated surface, wherein the gloss value of the surface to be coated is read or determined, and application of the coating material is carried out in consideration of the gloss value of the surface to be coated in order to obtain a selected gloss value of the coated surface, characterised in that before producing a coating the desired gloss value of the coated surface is selected from a gloss scale, preferably measured as a reflectometer value according to ISO 2813, and at least the interval between drops is varied to obtain the selected gloss value. providing an object, in particular a workpiece, which is to be coated on one surface, producing a coating on the surface of the object to be coated by means of a coating head, in particular ink jet head, which has a plurality of outlet openings for the coating material, the coating material is expelled from the outlet openings onto the surface to be coated in such a way that the result is a selected gloss value of the coated surface, wherein the gloss value of the surface to be coated is read or determined, and application of the coating material is carried out in consideration of the gloss value of the surface to be coated in order to obtain a selected gloss value of the coated surface, characterised in that before producing a coating the desired gloss value of the coated surface is selected from a gloss scale, preferably measured as a reflectometer value according to ISO 2813, and at least the interval between drops is varied to obtain the selected gloss value.
A lighting control device for controlling one or more lighting parameters of each one of one or more light sources for creating a lighting atmosphere, comprising: at least a first user interaction element (410a-n) for receiving a user input and arranged to store at least a first lighting setting comprising at least one lighting parameter value for at least one light source from the one or more light sources; a memory for saving the lighting parameter values of the stored at least first light setting; a light setting control unit adapted to set the lighting parameters of the one or more light sources according to the first light setting in response to the user input received via the first user interaction element, and an element appearance control unit adapted to read the lighting parameter values of the stored at least first light setting from the memory and set a first appearance associated with the first user interaction element based on at least one lighting parameter value of the lighting parameter values read from the memory, wherein the first appearance comprises a representation of the first light setting on the lighting control device, to enable the user to find and select the stored first light setting on the lighting control device. at least a first user interaction element (410a-n) for receiving a user input and arranged to store at least a first lighting setting comprising at least one lighting parameter value for at least one light source from the one or more light sources; a memory for saving the lighting parameter values of the stored at least first light setting; a light setting control unit adapted to set the lighting parameters of the one or more light sources according to the first light setting in response to the user input received via the first user interaction element, and an element appearance control unit adapted to read the lighting parameter values of the stored at least first light setting from the memory and set a first appearance associated with the first user interaction element based on at least one lighting parameter value of the lighting parameter values read from the memory, wherein the first appearance comprises a representation of the first light setting on the lighting control device, to enable the user to find and select the stored first light setting on the lighting control device.
A method for displaying images on a display device of a motor vehicle, comprising the steps of: - capturing a camera image of a surrounding area of the motor vehicle by means of a camera (5, 6, 7) of the motor vehicle, - capturing information about distances between the motor vehicle and objects (12, 17, 18, 19, 20, 21) present in the surrounding area, - subdividing the camera image into at least two image regions (B1 to B4), in which respective objects (12, 17, 18, 19, 20, 21) are depicted at a different distance from the motor vehicle, by means of a computing device of the motor vehicle, - digital processing of one of the image regions (B1 to B4) independently of the other image region (B1 to B4) by means of the computing device and - joining the image regions (B1 to B4) into a display image and displaying the display image on the display device. - capturing a camera image of a surrounding area of the motor vehicle by means of a camera (5, 6, 7) of the motor vehicle, - capturing information about distances between the motor vehicle and objects (12, 17, 18, 19, 20, 21) present in the surrounding area, - subdividing the camera image into at least two image regions (B1 to B4), in which respective objects (12, 17, 18, 19, 20, 21) are depicted at a different distance from the motor vehicle, by means of a computing device of the motor vehicle, - digital processing of one of the image regions (B1 to B4) independently of the other image region (B1 to B4) by means of the computing device and - joining the image regions (B1 to B4) into a display image and displaying the display image on the display device.
An isolated nucleic acid molecule comprising i) a sequence of Seq ID No: 1 or a fragment thereof comprising nt 579 to nt 800 of SEQ ID NO:1, or ii) a sequence having at least 70% identity to said sequence of Seq ID No: 1 or a sequence having at least 90% identity to a fragment thereof comprising nt 579 to nt 800 of SEQ ID NO:1, wherein the sequences i) and ii) have a promoter activity, wherein the nucleic acid molecule comprises up to 30,000 nucleotides. i) a sequence of Seq ID No: 1 or a fragment thereof comprising nt 579 to nt 800 of SEQ ID NO:1, or ii) a sequence having at least 70% identity to said sequence of Seq ID No: 1 or a sequence having at least 90% identity to a fragment thereof comprising nt 579 to nt 800 of SEQ ID NO:1, wherein the sequences i) and ii) have a promoter activity, wherein the nucleic acid molecule comprises up to 30,000 nucleotides.
A method of normalizing a titer of a first stain within a query image to a titer of the first stain in a template image, the query image being of a biological sample stained with at least the first stain, comprising: deriving chromatic and density distribution coordinates in the query image within a color model which incorporates density information; estimating a titer level of the first stain depicted in the query image, wherein the titer level identifies an amount of the first stain in the query image; accessing, from a parameter database, statistical parameters corresponding to the estimate titer level of the first stain; aligning, utilizing the statistical parameters, the derived chromatic distributions coordinates in the query image with template image chromatic distribution coordinates to provide transformed chromatic distribution coordinates; scaling, utilizing the statistical parameters, the derived density distribution coordinates in the query image with template image density distribution coordinates to provide transformed density distribution coordinates; and reconstructing an RGB image by inversely transforming the query image within the color model incorporating the density information using weighted transformed chromatic and density distribution coordinates. deriving chromatic and density distribution coordinates in the query image within a color model which incorporates density information; estimating a titer level of the first stain depicted in the query image, wherein the titer level identifies an amount of the first stain in the query image; accessing, from a parameter database, statistical parameters corresponding to the estimate titer level of the first stain; aligning, utilizing the statistical parameters, the derived chromatic distributions coordinates in the query image with template image chromatic distribution coordinates to provide transformed chromatic distribution coordinates; scaling, utilizing the statistical parameters, the derived density distribution coordinates in the query image with template image density distribution coordinates to provide transformed density distribution coordinates; and reconstructing an RGB image by inversely transforming the query image within the color model incorporating the density information using weighted transformed chromatic and density distribution coordinates.
An attachable lighting control apparatus, comprising: one or more touch pads; a placement sensor to detect that the attachable lighting control apparatus is secured to a surface; a microcontroller configured to generate, based on touch input received at the one or more touch pads, a lighting instruction to cause a light source to emit light having one or more lighting properties; and a communication interface configured to wirelessly transmit the lighting instruction to the light source, characterised in that the microcontroller is further configured to transition the attachable lighting control apparatus from a first state in which the apparatus consumes a first amount of power to a second state in which the apparatus consumes a second amount of power that is greater than the first amount of power, in response to detection by the placement sensor that the apparatus is secured to a surface, wherein the attachable lighting control apparatus further comprises a commissioning module for commissioning the attachable lighting control apparatus to control the light source in response to the detection that the attachable lighting control apparatus has been secured to the surface. one or more touch pads; a placement sensor to detect that the attachable lighting control apparatus is secured to a surface; a microcontroller configured to generate, based on touch input received at the one or more touch pads, a lighting instruction to cause a light source to emit light having one or more lighting properties; and a communication interface configured to wirelessly transmit the lighting instruction to the light source, characterised in that the microcontroller is further configured to transition the attachable lighting control apparatus from a first state in which the apparatus consumes a first amount of power to a second state in which the apparatus consumes a second amount of power that is greater than the first amount of power, in response to detection by the placement sensor that the apparatus is secured to a surface, wherein the attachable lighting control apparatus further comprises a commissioning module for commissioning the attachable lighting control apparatus to control the light source in response to the detection that the attachable lighting control apparatus has been secured to the surface.
Corrosion-inhibitor container having at least one chamber for receiving a corrosion inhibitor, having at least one gas-permeable wall and having at least one external thread; wherein the corrosion-inhibitor container is configured to be screwed into a core hole of a transmission housing by way of the external thread; wherein the wall separates the chamber from an interior of the transmission housing when the corrosion-inhibitor container has been screwed into the core hole; characterized by at least one internal thread which is configured to receive a closure screw which is configured to be screwed into the core hole. the corrosion-inhibitor container is configured to be screwed into a core hole of a transmission housing by way of the external thread; wherein the wall separates the chamber from an interior of the transmission housing when the corrosion-inhibitor container has been screwed into the core hole; characterized by at least one internal thread which is configured to receive a closure screw which is configured to be screwed into the core hole.
Vehicle having a drinking-water system comprising: - a drinking-water container; - a temperature-measuring unit; - a control unit which is connected to the temperature-measuring unit and is configured to read in the measured temperature; - wherein the control unit is configured to execute a control function in a manner dependent on the read-in temperature, characterized in that the temperature-measuring unit is configured to measure the temperature of the drinking water situated in the drinking-water container, wherein the drinking-water container is connected to a dosing device comprising a sterilizing agent, wherein furthermore the control unit is connected to the dosing device and the control unit is configured to effect a discharge of sterilizing agent from the dosing device into the drinking-water container in a manner dependent on the read-in temperature of the drinking-water, wherein the quantity of sterilizing agent to be discharged depends on the fill level of the drinking water situated in the drinking-water container. - a drinking-water container; - a temperature-measuring unit; - a control unit which is connected to the temperature-measuring unit and is configured to read in the measured temperature; - wherein the control unit is configured to execute a control function in a manner dependent on the read-in temperature,
Step for a staircase, having - a load-supporting step core, - an upper side, which forms a tread surface, - an underside, - a front end side, - a rear end side, wherein - the load-supporting step core consists of solid wood material, - an upper cover board layer is applied to the step core on the upper side, - a lower cover board layer is applied to the step core on the underside, - the upper and lower cover board layer (22, 24) consist of shrinkage- and swell-free material, - a laminate coating consisting of high-pressure laminate is applied at least to the upper cover board layer, characterized in that - a front end cover layer, also termed gluing-on unit, which consists of shrinkage- and swell-free material, is applied to the step core on the front end side, - the upper outer edge of the front end cover layer takes the form of a post-formed rounded edge having a rounding radius, - a laminate coating consisting of high-pressure laminate or continuous-pressure laminate is applied to the front side of the front end cover layer. - a load-supporting step core, - an upper side, which forms a tread surface, - an underside, - a front end side, - a rear end side, wherein - the load-supporting step core consists of solid wood material, - an upper cover board layer is applied to the step core on the upper side, - a lower cover board layer is applied to the step core on the underside, - the upper and lower cover board layer (22, 24) consist of shrinkage- and swell-free material, - a laminate coating consisting of high-pressure laminate is applied at least to the upper cover board layer, - a front end cover layer, also termed gluing-on unit, which consists of shrinkage- and swell-free material, is applied to the step core on the front end side, - the upper outer edge of the front end cover layer takes the form of a post-formed rounded edge having a rounding radius, - a laminate coating consisting of high-pressure laminate or continuous-pressure laminate is applied to the front side of the front end cover layer.
Method for controlling a real warehouse which comprises conveyor installations, automated machines and persons, for which purpose the real warehouse, including conveyor installations, automated machines and persons, is virtualised in a central computer, for which purpose a virtual model of the warehouse, including the real conveyor installation, the automated machines and the persons with their dimensions and movement parameters, including the actuator properties, is stored, images of the objects to be conveyed, automated machines and persons in the conveyor installation are captured by means of sensors at predefined short time intervals, the objects to be conveyed, automated machines and persons are identified from the captured images in the central computer by means of image recognition and the positions thereof in the real warehouse at the time of image capture are determined, and the virtual model is continuously updated with the identification and position determination of the objects in the central computer such that a virtualised real-time model is generated therefrom and the real conveyor installation and/or the automated machines are centrally controlled with the aid of the virtualised real-time model, wherein material flow control commands are generated for the real actuators for controlling the conveying movement of the respective conveyor installations and/or automated machines in order to avoid endangering the persons. for which purpose the real warehouse, including conveyor installations, automated machines and persons, is virtualised in a central computer, for which purpose a virtual model of the warehouse, including the real conveyor installation, the automated machines and the persons with their dimensions and movement parameters, including the actuator properties, is stored, images of the objects to be conveyed, automated machines and persons in the conveyor installation are captured by means of sensors at predefined short time intervals, the objects to be conveyed, automated machines and persons are identified from the captured images in the central computer by means of image recognition and the positions thereof in the real warehouse at the time of image capture are determined, and the virtual model is continuously updated with the identification and position determination of the objects in the central computer such that a virtualised real-time model is generated therefrom and the real conveyor installation and/or the automated machines are centrally controlled with the aid of the virtualised real-time model, wherein material flow control commands are generated for the real actuators for controlling the conveying movement of the respective conveyor installations and/or automated machines in order to avoid endangering the persons.