mhurhangee/ep-ind-claims huggingface dataset:
Method for updating a digital map for vehicle navigation, wherein the method comprises the following steps: Determining a setting signal for setting a capture area of a surroundings sensor of a vehicle to a section of a surrounding region of the vehicle corresponding to an area of the digital map to be updated, using an item of information about the area to be updated, wherein the setting signal is determined so as to set an aperture angle of the surroundings sensor. Inputting an update signal that comprises the information about the area of the digital map to be updated, via an interface with a management device external to the vehicle for managing the digital map; and Providing area data for updating the digital map, wherein the area data represent an image of the section of the surrounding region captured by the surroundings sensor, wherein the area data are provided to the interface with the management device external to the vehicle. Determining a setting signal for setting a capture area of a surroundings sensor of a vehicle to a section of a surrounding region of the vehicle corresponding to an area of the digital map to be updated, using an item of information about the area to be updated, wherein the setting signal is determined so as to set an aperture angle of the surroundings sensor. Inputting an update signal that comprises the information about the area of the digital map to be updated, via an interface with a management device external to the vehicle for managing the digital map; and Providing area data for updating the digital map, wherein the area data represent an image of the section of the surrounding region captured by the surroundings sensor, wherein the area data are provided to the interface with the management device external to the vehicle.
A mobile robot comprising: two first reflection parts having first reflection surfaces reflecting electromagnetic waves, the two first reflection parts each having a rotating body shape and having a rotation axis perpendicular to a travelling direction of the mobile robot, the two first reflection parts being arranged so that their respective rotation axes are parallel to each other, wherein the first reflection parts have a shape of a figure in which cross-sectional shapes, obtained by being cut in a direction perpendicular to the rotation axis are symmetrical and continuous with respect to points passing through the rotation axis, having the first reflection surfaces on side surfaces, and characterized in that a reflection surface angle made by the points passing through the rotation axis and both ends of the first reflection surface is 180 degrees or more to 360 degrees or less when the first reflection part is seen along the rotation axis, wherein, when a surface passing through respective rotation axes of the two first reflection parts is a reference surface, the two first reflection parts have the first reflection surfaces on the entire surfaces of at least one-side surfaces of respective side surfaces divided by the reference surface, the reference surface being perpendicular to the travel surface of the mobile robot. two first reflection parts having first reflection surfaces reflecting electromagnetic waves, the two first reflection parts each having a rotating body shape and having a rotation axis perpendicular to a travelling direction of the mobile robot, the two first reflection parts being arranged so that their respective rotation axes are parallel to each other, wherein the first reflection parts have a shape of a figure in which cross-sectional shapes, obtained by being cut in a direction perpendicular to the rotation axis are symmetrical and continuous with respect to points passing through the rotation axis, having the first reflection surfaces on side surfaces, and characterized in that a reflection surface angle made by the points passing through the rotation axis and both ends of the first reflection surface is 180 degrees or more to 360 degrees or less when the first reflection part is seen along the rotation axis, wherein, when a surface passing through respective rotation axes of the two first reflection parts is a reference surface, the two first reflection parts have the first reflection surfaces on the entire surfaces of at least one-side surfaces of respective side surfaces divided by the reference surface, the reference surface being perpendicular to the travel surface of the mobile robot.
Patient table for diagnostic equipment, characterized in that the patient table comprises ribbon-shaped, highly stretched monofilaments, wherein all these monofilaments have at least one orientation and are joined with a type-specific plastic.
A system for extracting information pertaining to a portable wireless communications device which is connectable to a cellular communication network comprising: a mobile enclosure arranged so as to be substantially impenetrable by electromagnetic radiation and sized so as to comprise height, width and depth each of less than one metre; means (105, 102) for generating a cell of a cellular communication network within the mobile enclosure; and processing means, coupled to the means for generating a cell; wherein: the means for generating a cell is arranged to: transmit a signal to said portable wireless communications device when the portable wireless communications device device is disposed within and completely surrounded by the mobile enclosure the transmitted signal being for initiating registration of the portable wireless communication device with the cell generated within the mobile enclosure, and receive a signal from the portable wireless communications device, the received signal being for registering the portable wireless communications device with the cell generated within the mobile enclosure, the received signal comprising information pertaining to the portable wireless communications device and the processing means is arranged to extract the information pertaining to the device from the received signal. a mobile enclosure arranged so as to be substantially impenetrable by electromagnetic radiation and sized so as to comprise height, width and depth each of less than one metre; means (105, 102) for generating a cell of a cellular communication network within the mobile enclosure; and processing means, coupled to the means for generating a cell; the means for generating a cell is arranged to: transmit a signal to said portable wireless communications device when the portable wireless communications device device is disposed within and completely surrounded by the mobile enclosure the transmitted signal being for initiating registration of the portable wireless communication device with the cell generated within the mobile enclosure, and receive a signal from the portable wireless communications device, the received signal being for registering the portable wireless communications device with the cell generated within the mobile enclosure, the received signal comprising information pertaining to the portable wireless communications device and transmit a signal to said portable wireless communications device when the portable wireless communications device device is disposed within and completely surrounded by the mobile enclosure the transmitted signal being for initiating registration of the portable wireless communication device with the cell generated within the mobile enclosure, and receive a signal from the portable wireless communications device, the received signal being for registering the portable wireless communications device with the cell generated within the mobile enclosure, the received signal comprising information pertaining to the portable wireless communications device and the processing means is arranged to extract the information pertaining to the device from the received signal.
The use of a composition comprising a first, aqueous component and comprising a second component as an adhesive, the first component comprising at least one first polymer and at least one different second polymer, the first polymer being selected from polymers capable of forming crystalline domains, copolymers of ethylene and vinyl acetate, and a mixture thereof, and the second polymer being an amorphous polyurethane, and at least one of the two polymers containing carboxyl groups, the quantitative weight ratio of the first polymer to second polymer being from 2:8 to 8:2, and the second component comprising at least one silane compound that is reactive toward carboxyl groups and the second polymer being an amorphous polyurethane which has units derived from polyether diols.
Variable-attitude system applicable to stabilizer wheels for children's bicycles and mini-motorcycles, comprising: - a first metal arm suitable to be carried by a bicycle or mini-motorcycle frame; - a second metal arm; - a hinge joint; - a pin projecting from said first arm; wherein elastic means are provided, consisting of at least one double-torsion spring housed around the joint or consisting of a single compression spring or multiple compression springs in the number of two or three used side by side which, through the two first and second arms, imparts a pressure which may be modulated on the second arm which supports the stabilizer wheel apt to adhere to the sliding plane; whereby the system further comprises a suitable screw-type, tight-engagement or pressure-type knob acting on said elastic means and sliding along said pin so that the action on said knob increases or decreases the pressure on the elastic means on the second arm, thus adjusting the support of the stabilizer wheel during running; in such a manner to allow the progressive adaptation of the system to the ability level of the children using the bicycle or the mini-motorcycle; and further characterised in that on the second arm a slit-shaped hole is provided suitable to allow said pin to slide within said second arm, said pin having an end portion provided with a plurality of adjacent apertures, a metal pin arranged at the bottom of the elastic means below the second arm being provided to be selectively engaged within the pin in one of said apertures, so as to allow to stepwise adjust the inclination of the second arm with respect to said first arm upon the total release of the pressure of the elastic means. - a first metal arm suitable to be carried by a bicycle or mini-motorcycle frame; - a second metal arm; - a hinge joint; - a pin projecting from said first arm;
A system for sensing characteristics of a trench in a soil surface during planting operations, the system comprising: a trench opening assembly configured to open a trench in the soil surface as said trench opening assembly moves in a forward direction of travel; a trench closing assembly disposed rearward of said trench opening assembly to close said opened trench with soil as said trench closing assembly moves in said forward direction of travel; an appurtenance disposed in said open trench rearward of said trench opening assembly and forward of said trench closing assembly, said appurtenance having a body supporting at least one sensor (1000-1000G, 3000, 4000, 5000, 6000, 100, 2000, 2280, 7000, 8000) configured to provide characteristics of said trench, characterized in that said at least one sensor (1000-1000G, 3000, 4000, 5000, 6000, 100, 2000, 2280, 7000, 8000) includes a distance sensor disposed on said appurtenance body, said distance sensor selected from one of: radar, sonar, ultrasonic or LIDAR, said distance sensor measuring a distance from a rear of said appurtenance to an area of said trench closed by said trench closing assembly, wherein the area is a closed trench area. a trench opening assembly configured to open a trench in the soil surface as said trench opening assembly moves in a forward direction of travel; a trench closing assembly disposed rearward of said trench opening assembly to close said opened trench with soil as said trench closing assembly moves in said forward direction of travel; an appurtenance disposed in said open trench rearward of said trench opening assembly and forward of said trench closing assembly, said appurtenance having a body supporting at least one sensor (1000-1000G, 3000, 4000, 5000, 6000, 100, 2000, 2280, 7000, 8000) configured to provide characteristics of said trench, characterized in that said at least one sensor (1000-1000G, 3000, 4000, 5000, 6000, 100, 2000, 2280, 7000, 8000) includes a distance sensor disposed on said appurtenance body, said distance sensor selected from one of: radar, sonar, ultrasonic or LIDAR, said distance sensor measuring a distance from a rear of said appurtenance to an area of said trench closed by said trench closing assembly, wherein the area is a closed trench area.
A fastener comprising: a head; a tip including interior surfaces defining a recess configured to removably receive an end of a drill bit, and wherein the interior surfaces are configured to engage the end of the drill bit; and a threaded shank connected to the head at a first end and the tip at a second end, the threaded shank having a longitudinal axis extending from the head to the tip and including a plurality of thread formations; characterized in that the plurality of thread formations extend outwardly from at least a portion of the threaded shank adjacent to the tip; in that the fastener further comprises one or more v-grooves defined in and by the thread formations, the one or more v-grooves extend along a portion of the thread formations; and in that the fastener includes a locking ribs under the head. a head; a tip including interior surfaces defining a recess configured to removably receive an end of a drill bit, and wherein the interior surfaces are configured to engage the end of the drill bit; and a threaded shank connected to the head at a first end and the tip at a second end, the threaded shank having a longitudinal axis extending from the head to the tip and including a plurality of thread formations; characterized in that the plurality of thread formations extend outwardly from at least a portion of the threaded shank adjacent to the tip; in that the fastener further comprises one or more v-grooves defined in and by the thread formations, the one or more v-grooves extend along a portion of the thread formations; and in that the fastener includes a locking ribs under the head.
A multifunctional seat for a sanitary device for being attached to a toilet bowl or bidet bowl, comprising a lifting device for raising and/or lowering a cover and/or the seat relative to the toilet bowl or bidet bowl, a lighting device and the heating device, characterized in that the lifting device for raising and/or lowering the cover and/or the seat, the lighting device and the heating device are realized as part of the seat, particularly integrated into the seat, and the seat ring is realized in the form of a housing for accommodating the lifting device, the lighting device and the heating device.
A robotic work tool system for defining a working area in which at least one robotic work tool subsequently is intended to operate, wherein the robotic work tool system comprises at least one controller being configured to: - receive sensor data for pose estimation and event data relating to a plurality of events of at least one robotic work tool moving within the working area, wherein the received sensor data and event data are associated with each other in time; - determine positions for the plurality of events based on the received sensor data associated with the respective event data; - determine features reflecting the working area by relating positions associated with corresponding events with each other; - adjust the determined positions based on the determined features by, for each determined feature, comparing the respective determined positions with each other; and - determine, based on the adjusted positions of the determined features, a map defining the working area, wherein the robotic work tool system is characterized in that the at least one controller is configured to determine features reflecting the working area by: - categorize, based on the received event data, the determined positions into different categories; and - for each category, add the determined positions into a feature map, wherein the feature map corresponds to the respective feature. - receive sensor data for pose estimation and event data relating to a plurality of events of at least one robotic work tool moving within the working area, wherein the received sensor data and event data are associated with each other in time; - determine positions for the plurality of events based on the received sensor data associated with the respective event data; - determine features reflecting the working area by relating positions associated with corresponding events with each other; - adjust the determined positions based on the determined features by, for each determined feature, comparing the respective determined positions with each other; and - determine, based on the adjusted positions of the determined features, a map defining the working area, wherein the robotic work tool system is characterized in that the at least one controller is configured to determine features reflecting the working area by: - categorize, based on the received event data, the determined positions into different categories; and - for each category, add the determined positions into a feature map, wherein the feature map corresponds to the respective feature.
A computer-implemented method for guiding a scan of a jaw utilizing augmented visualization, the method comprising: obtaining a jaw model which is a standard three-dimensional jaw model; providing a scan strategy including the said jaw model and a first and second control points; overlaying the scan strategy as an augmentation on a target site in a patient's mouth through a display device having a head mounted augmented reality glass for augmented visualization such that the scan strategy appears directly superimposed on said target site; determining a recording path based on the first and second control points; acquiring a plurality of three-dimensional optical recordings from an intra-oral camera when the intra-oral camera is moved over the jaw along the determined recording path such that a corresponding region of the jaw defined by the determined recording path is recorded; and registering the plurality of three-dimensional optical recordings into an overall three-dimensional recording, wherein portions of the standard three-dimensional jaw model corresponding to an actual teeth of a patient that have been scanned and successfully registered are replaced with an ongoing three-dimensional reconstruction of the corresponding three dimensional optical recordings obtained by the intra-oral camera. obtaining a jaw model which is a standard three-dimensional jaw model; providing a scan strategy including the said jaw model and a first and second control points; overlaying the scan strategy as an augmentation on a target site in a patient's mouth through a display device having a head mounted augmented reality glass for augmented visualization such that the scan strategy appears directly superimposed on said target site; determining a recording path based on the first and second control points; acquiring a plurality of three-dimensional optical recordings from an intra-oral camera when the intra-oral camera is moved over the jaw along the determined recording path such that a corresponding region of the jaw defined by the determined recording path is recorded; and registering the plurality of three-dimensional optical recordings into an overall three-dimensional recording, wherein portions of the standard three-dimensional jaw model corresponding to an actual teeth of a patient that have been scanned and successfully registered are replaced with an ongoing three-dimensional reconstruction of the corresponding three dimensional optical recordings obtained by the intra-oral camera.
A two-wheeled motor vehicle pneumatic tire, comprising: a carcass layer straddling a pair of bead portions; an inclined belt layer (18,28) that is disposed at a tire radial direction outer side of a crown portion of the carcass layer, and that includes a plurality of cords (18A,28C,28D) that are inclined with respect to the tire circumferential direction; and a spiral belt layer that is disposed at the tire radial direction outer side of the inclined belt layer, and that is formed by winding a rubber-covered cord in a spiral shape in the tire circumferential direction, charaterised by further comprising a tread portion disposed at the tire radial direction outer side of the spiral belt layer, wherein a width of the spiral belt layer is set at from 70% to 80% of a tread periphery length between both tread edges as measured along a surface of the tread portion. a carcass layer straddling a pair of bead portions; an inclined belt layer (18,28) that is disposed at a tire radial direction outer side of a crown portion of the carcass layer, and that includes a plurality of cords (18A,28C,28D) that are inclined with respect to the tire circumferential direction; and a spiral belt layer that is disposed at the tire radial direction outer side of the inclined belt layer, and that is formed by winding a rubber-covered cord in a spiral shape in the tire circumferential direction, charaterised by further comprising a tread portion disposed at the tire radial direction outer side of the spiral belt layer, wherein a width of the spiral belt layer is set at from 70% to 80% of a tread periphery length between both tread edges as measured along a surface of the tread portion.
Deposition apparatus which is designed to deposit biological material in a frozen state in a target substrate, which includes biological cells, comprising a charging device and a driving device, wherein - the charging device is designed to supply the biological material to the driving device and the driving device is designed to apply a driving force to the biological material, - the driving device is formed for applying the driving force such that the biological material receives kinetic energy by the effect of the driving force, so that it can penetrate into the target substrate while displacing or destroying of cells present in the target substrate, wherein the kinetic energy is equal to a displacement work exerted by the biological material until it reaches a desired depth in the target substrate, and - the driving device comprises a fluid drive with a gas, which is designed for creating the driving force by applying a gas pressure to the biological material, characterized by - a cooling device which is designed to cool the biological material and at least part of the driving device, wherein - the cooling device is designed to provide the gas for transmitting the driving force at a temperature below the freezing point of the biological material. - the charging device is designed to supply the biological material to the driving device and the driving device is designed to apply a driving force to the biological material, - the driving device is formed for applying the driving force such that the biological material receives kinetic energy by the effect of the driving force, so that it can penetrate into the target substrate while displacing or destroying of cells present in the target substrate, wherein the kinetic energy is equal to a displacement work exerted by the biological material until it reaches a desired depth in the target substrate, and - the driving device comprises a fluid drive with a gas, which is designed for creating the driving force by applying a gas pressure to the biological material, - a cooling device which is designed to cool the biological material and at least part of the driving device, wherein - the cooling device is designed to provide the gas for transmitting the driving force at a temperature below the freezing point of the biological material.