mhurhangee/patent-ind-claim-en huggingface dataset:
A map viewer for displaying a three-dimensional, 3d, map view of a 3d geographical map, the map viewer comprising: - a database storing data which defines the 3d geographical map, wherein the database stores the data in a layered hierarchy comprising data layers which can be individually rendered for the 3d map view , wherein the database comprises at least the following data layers : - a data layer of a digital terrain model which is modelling a terrain surface ; and - a data layer of a 3d road network comprising 3d road elements; - a processor for rendering the 3d map view and coupled to the database , the processor being configured to: - select specific data layers of the database in response to a resolution setting of the 3d map view , - render the 3d map view using the selected specific data layers of the database , - an optical output device , configured for displaying the rendered 3d map view , characterized in that the 3d road elements of the data layer of the 3d road network model a road surface and a height difference between the road surface and the terrain surface of the digital terrain model . - a database storing data which defines the 3d geographical map, wherein the database stores the data in a layered hierarchy comprising data layers which can be individually rendered for the 3d map view , wherein the database comprises at least the following data layers : wherein the database stores the data in a layered hierarchy comprising data layers which can be individually rendered for the 3d map view , wherein the database comprises at least the following data layers : - a data layer of a digital terrain model which is modelling a terrain surface ; and - a data layer of a 3d road network comprising 3d road elements; - a processor for rendering the 3d map view and coupled to the database , the processor being configured to: - select specific data layers of the database in response to a resolution setting of the 3d map view , - render the 3d map view using the selected specific data layers of the database , - an optical output device , configured for displaying the rendered 3d map view ,
Hose storage adapted to receive a spiral hose , the hose storage comprising a base body , specifically a tubular base body, and confining a cavity (3.1) for receiving the spiral hose , said tubular base body comprising an aperture (3.2) at the top side for removing the spiral hose out of the cavity (3.1), wherein the cross-section of the tubular base body increases towards the aperture (3.2) and wherein the base body at least partially comprises a top portion (3.3) at which a wall portion of the base body bulges outwardly thereby providing a rounded top portion (3.3), and wherein the tubular base body comprises an opening for feeding a free end of the spiral hose through a wall portion of the tubular base body , characterized in that said opening is provided at the lower side of the base body and comprises a longitudinal, vertically oriented shape thereby allowing the free end of the spiral hose to move in the vertical direction.
A laser system comprising a laser pump and laser gain material , the laser pump comprising a laser diode array configured to generate optical radiation having a predetermined total linewidth approximately 20nm wide constructed from a plurality of individual wavelengths with a linewidth of up to 8nm, the centre wavelength of said radiation being within the absorption band of the laser gain material at a centre point of an operating temperature of the laser diode array , wherein the laser diode array comprises a stack of laser diode bars with a pitch between the laser diode bars greater than 400μm, the stack including spacers arranged between the laser diode bars ; and characterised in that the spacers are arranged to provide partially diffuse and partially specular reflections of laser pump light that has left the gain material , back into the gain material .
A shovel comprising: a lower traveling body ; an upper swiveling body that is rotatably mounted on the lower traveling body ; an attachment that is attached to the upper swiveling body ; and a controller characterized in that the controller is configured to perform straight facing control by which an actuator for swiveling or an actuator for travelling is automatically operated so that an operation plane (AF) of the attachment includes a normal to a target construction surface, based on information related to the target construction surface and information related to a direction of the upper swiveling body , the operation plane of the attachment being a virtual plane crossing the attachment in a longitudinal direction. a lower traveling body ; an upper swiveling body that is rotatably mounted on the lower traveling body ; an attachment that is attached to the upper swiveling body ; and a controller
Device for packaging and dispensing a product comprising a container , a moveable piston mounted inside the container and delimiting one compartment containing the product and a dispensing member mounted on the container and comprising at least one outlet orifice in communication with the compartment, characterized in that the device further comprises a pump system mounted on the container axially on the side opposite to the dispensing member and comprising a push-button made in one part and from elastically deformable material, the push-button of the pump system and the piston axially delimiting a chamber separate from the compartment , the volume of the chamber being variable upon deformation of the push-button , said variable volume chamber being not in communication with the outside via the pump system , the push-button of the pump system being moveable between an inactive position and an active position wherein said push-button is deformed to compress air confined in the chamber , said pump system being configured so that exerting a pressure on the push-button leads to a deformation of said push-button and a compression of the air confined in the chamber resulting in a forward displacement of the piston inside the container towards the dispensing member , and subsequent releasing of said push-button leads to a return back of said push-button in its initial position by elasticity and in air suck back into the compartment of the container only through the outlet orifice of the dispensing member resulting in a backward displacement of said piston away from said dispensing member, the product contained in the compartment having a viscosity below 25 (M3) UD. the device further comprises a pump system mounted on the container axially on the side opposite to the dispensing member and comprising a push-button made in one part and from elastically deformable material, the push-button of the pump system and the piston axially delimiting a chamber separate from the compartment , the volume of the chamber being variable upon deformation of the push-button , said variable volume chamber being not in communication with the outside via the pump system , the push-button of the pump system being moveable between an inactive position and an active position wherein said push-button is deformed to compress air confined in the chamber , said pump system being configured so that exerting a pressure on the push-button leads to a deformation of said push-button and a compression of the air confined in the chamber resulting in a forward displacement of the piston inside the container towards the dispensing member , and subsequent releasing of said push-button leads to a return back of said push-button in its initial position by elasticity and in air suck back into the compartment of the container only through the outlet orifice of the dispensing member resulting in a backward displacement of said piston away from said dispensing member, the product contained in the compartment having a viscosity below 25 (M3) UD.
A navigation system for an aircraft , the navigation system comprising: a vertical gyroscope operable to determine a true vertical direction, a horizontal plane and angles of inclination relative thereto of the aircraft during flight; a turn rate gyroscope operable to determine a rate of change in a heading of the aircraft during flight; a directional gyroscope operable to determine the heading of the aircraft during flight, the directional gyroscope having a magnetic heading correction mode, a nonmagnetic manual heading correction mode and a nonmagnetic automatic heading correction mode; a magnetic field sensor operably coupled to the directional gyroscope and operable to generate magnetic north-based signals; a heading correction input operably coupled to the directional gyroscope and operable to generate manual signals upon actuation thereof; and a global positioning system sensor operably coupled to the directional gyroscope and operable to generate track-based signals; wherein, in the magnetic heading correction mode, the directional gyroscope receives the magnetic north-based signals from the magnetic field sensor for heading corrections; wherein, in the nonmagnetic manual heading correction mode, the directional gyroscope receives the manual signals from the heading correction input for heading corrections; and wherein, in the nonmagnetic automatic heading correction mode, the directional gyroscope receives the track-based signals from the global positioning system sensor for heading corrections. a vertical gyroscope operable to determine a true vertical direction, a horizontal plane and angles of inclination relative thereto of the aircraft during flight; a turn rate gyroscope operable to determine a rate of change in a heading of the aircraft during flight; a directional gyroscope operable to determine the heading of the aircraft during flight, the directional gyroscope having a magnetic heading correction mode, a nonmagnetic manual heading correction mode and a nonmagnetic automatic heading correction mode; a magnetic field sensor operably coupled to the directional gyroscope and operable to generate magnetic north-based signals; a heading correction input operably coupled to the directional gyroscope and operable to generate manual signals upon actuation thereof; and a global positioning system sensor operably coupled to the directional gyroscope and operable to generate track-based signals; wherein, in the magnetic heading correction mode, the directional gyroscope receives the magnetic north-based signals from the magnetic field sensor for heading corrections; wherein, in the nonmagnetic manual heading correction mode, the directional gyroscope receives the manual signals from the heading correction input for heading corrections; and wherein, in the nonmagnetic automatic heading correction mode, the directional gyroscope receives the track-based signals from the global positioning system sensor for heading corrections.
A method of fulfilling queries for observers on a device having a processor, the method comprising: executing on the processor instructions that cause the device to: upon receiving , from an observer out of the observers, a query comprising a condition involving a property of a source, initiate a new stream for the query on behalf of the observer, the stream comprising stream items, adding the observer as a subscriber of the new stream; upon receiving , from one of the observers, a subscription request for the stream, add the observer as subscriber of the stream; upon detecting a fulfillment of the condition of the query: identify the subscribers of the stream; and deliver , to the subscribers, a stream item indicating the fulfillment of the condition of the query. executing on the processor instructions that cause the device to: upon receiving , from an observer out of the observers, a query comprising a condition involving a property of a source, initiate a new stream for the query on behalf of the observer, the stream comprising stream items, adding the observer as a subscriber of the new stream; upon receiving , from one of the observers, a subscription request for the stream, add the observer as subscriber of the stream; upon detecting a fulfillment of the condition of the query: identify the subscribers of the stream; and deliver , to the subscribers, a stream item indicating the fulfillment of the condition of the query. upon receiving , from one of the observers, a subscription request for the stream, add the observer as subscriber of the stream; upon detecting a fulfillment of the condition of the query: identify the subscribers of the stream; and deliver , to the subscribers, a stream item indicating the fulfillment of the condition of the query. identify the subscribers of the stream; and deliver , to the subscribers, a stream item indicating the fulfillment of the condition of the query.
System with a dishwasher , in particular a household dishwasher, having a dishwasher cavity , which can be closed off by a door , for accommodating items to be washed, and a control device for carrying out one of a number of washing programs for washing items to be washed, with an optical sensor for acquiring an optical sensor signal of a certain item to be washed, with a determining unit for determining a possibility for washing the certain item to be washed by the dishwasher as a function of the acquired sensor signal, wherein the possibility for washing is embodied as a first positive possibility for washing that specifies which one(s) of the washing programs may be used to wash the certain item to be washed, is embodied as a second positive possibility for washing that specifies which one(s) of the washing programs and/or which of a number of aids may be used to wash the certain item to be washed, or is embodied as a negative possibility for washing that specifies that the dishwasher is unsuitable for washing the certain item to be washed, and with an output unit for outputting a recommendation to the user based on the possibility for washing determined, characterised in that , in the event of the negative possibility for washing being determined, the determining unit is further configured additionally to determine a recommendation for an alternative cleaning of the item to be washed, wherein the output unit is configured to output the recommendation for the alternative cleaning.
A variable frequency oil gas recovery control system for an oiling machine with a self calibrated gas liquid ratio, comprising a gas filter , an oil gas flowmeter , an oil gas recovery pump , an oil tank , a recovery electrical motor , a controller , a temperature sensor , an oiling pump , an oil gun , an oiling flowmeter which is used for measuring the oiling amount, the oiling flowmeter being arranged on an oiling pipeline, and being in signal connection with the controller , the recovery electrical motor and the oil gas recovery pump being in sequence, the controller being used to control the recovery electrical motor and the oil gas recovery pump by temperature signals and by oil gas recovery amount signals; the oil gas flowmeter being used for measuring the oil gas recovery amount, which is in signal connection with the controller ; the temperature sensor being in signal connection with the controller ; characterized in that an oil gas switching valve is arranged at the muzzle of the oil gun ; a steadyflow tank is disposed between the gas filter and the oil gas flowmeter on an oil gas recovery pipeline; wherein the oil gas switching valve , the gas filter , the steadyflow tank , the oil gas flowmeter , the oil gas recovery pump , the oil tank , the oiling pump , the oiling flowmeter and the oil gun are connected in sequence.
A recombinant modified vaccinia ankara (MVA) viral vector comprising (i) a first nucleic acid sequence encoding in a 5' to 3' orientation a chimeric amino acid sequence comprising (a) an extracellular fragment of a tumor associated antigen (TAA), (b) a transmembrane domain of a glycoprotein (GP) of Marburg virus, and (c) an intracellular fragment of the TAA; and (ii) a second nucleic acid sequence encoding a Marburg virus VP40 matrix protein; wherein both the first nucleic acid sequence and the second nucleic acid sequence are under the control of promoters compatible with poxvirus expression systems. (i) a first nucleic acid sequence encoding in a 5' to 3' orientation a chimeric amino acid sequence comprising (a) an extracellular fragment of a tumor associated antigen (TAA), (b) a transmembrane domain of a glycoprotein (GP) of Marburg virus, and (c) an intracellular fragment of the TAA; and (ii) a second nucleic acid sequence encoding a Marburg virus VP40 matrix protein;
A muscle trainer having a first curved, elongate spring element and a second curved, elongate spring element , the two spring elements being arranged with their concave sides facing each other, end areas being formed at each of the ends of the two spring elements , a first joint element being formed at a first end area of each spring element and a second joint element being formed at a second end area of each spring element , and the spring elements being connected to each other at their two end areas via joints formed from the joint elements , wherein the muscle trainer consists of the first spring element and the second spring element and wherein the first joint elements are designed as brackets , the brackets having a bend in the direction of the concave side of the respective spring element and in each case partially enclosing the second joint element of the respective other spring element , second joint elements being configured as a roller or being rounded, and the brackets each forming a bearing in which the respective enclosed second joint element is mounted rotatably.
Method for producing a rail vehicle having the following steps: - providing the rail vehicle consisting of at least one car body and wheels , wherein the car body has at least one door and a moveable entry edge , wherein the moveable entry edge is arranged behind the at least one door inside the at least one car body , on a levelled track ; - adjusting the height of the moveable entry edge on the basis of a predefined height relative to the levelled track , wherein the moveable entry edge is configured as a height-variable footboard , wherein the height-variable footboard comprises a bearing , a footboard surface and a support element which is connected to the floor of the car body , wherein the bearing is connected to the support element , wherein, by means of the bearing , the footboard surface is rotatable about an axis, and the height of the footboard is adjusted by means of a rotation about the axis; - securing the entry edge . - providing the rail vehicle consisting of at least one car body and wheels , wherein the car body has at least one door and a moveable entry edge , wherein the moveable entry edge is arranged behind the at least one door inside the at least one car body , on a levelled track ; - adjusting the height of the moveable entry edge on the basis of a predefined height relative to the levelled track , wherein the moveable entry edge is configured as a height-variable footboard , wherein the height-variable footboard comprises a bearing , a footboard surface and a support element which is connected to the floor of the car body , wherein the bearing is connected to the support element , wherein, by means of the bearing , the footboard surface is rotatable about an axis, and the height of the footboard is adjusted by means of a rotation about the axis; - securing the entry edge .
A microwave heating construct , comprising: a substantially curved, tubular body having a pair of open ends and an interior space for receiving a food item, the body comprising a plurality of foldably joined panel segments extending between and at least partially defining the open ends of the body, wherein the body includes microwave energy interactive material , the microwave energy interactive material being operative for converting at least a portion of impinging microwave energy into thermal energy, the curvature of the tubular body being formed by the plurality of foldably joined panel segments and fold lines , the tubular body being continuously curved approximately 360 degrees in order to be placed around the tubular food item, and the microwave interactive material being able to be wrapped around the entire curved surface of the tubular food item and being able to be in contact with the curved surface of the tubular food item around the entire circumference of the tubular food item; and a plurality of support elements extending downwardly from the body , characterised in that each of the plurality of support elements are defined by cuts that extend from a first fold line and across at least a second fold line of two adjacent panel segments of the plurality of foldably joined panel segments . a substantially curved, tubular body having a pair of open ends and an interior space for receiving a food item, the body comprising a plurality of foldably joined panel segments extending between and at least partially defining the open ends of the body, wherein the body includes microwave energy interactive material , the microwave energy interactive material being operative for converting at least a portion of impinging microwave energy into thermal energy, the curvature of the tubular body being formed by the plurality of foldably joined panel segments and fold lines , the tubular body being continuously curved approximately 360 degrees in order to be placed around the tubular food item, and the microwave interactive material being able to be wrapped around the entire curved surface of the tubular food item and being able to be in contact with the curved surface of the tubular food item around the entire circumference of the tubular food item; and a plurality of support elements extending downwardly from the body , characterised in that each of the plurality of support elements are defined by cuts that extend from a first fold line and across at least a second fold line of two adjacent panel segments of the plurality of foldably joined panel segments .
A robotic surgical system , comprising an input device , a motor torque sensor, a control system operatively connected to the input device , and an instrument driver operatively connected to the control system to insert a catheter within an anatomical lumen of a patient, the catheter comprising a flexible shaft, an articulating distal tip , and an actuating pull-wire (504-510) attached to the articulating distal tip and extending a length of the catheter , wherein: the input device is configured to receive a commanded deflection of the distal articulating tip and output a desired position of the distal articulating tip ; the control system is configured to translate the desired position into an output motor torque; and a motor of the instrument driver is configured to apply the output motor torque from the control system to adjust a tension in the pull-wire (504-510) such that the articulating distal tip reaches the commanded deflection independent of forces acting on the flexible shaft by using actual motor torque feedback from the torque sensor to determine an adjustment to the output motor torque. the input device is configured to receive a commanded deflection of the distal articulating tip and output a desired position of the distal articulating tip ; the control system is configured to translate the desired position into an output motor torque; and a motor of the instrument driver is configured to apply the output motor torque from the control system to adjust a tension in the pull-wire (504-510) such that the articulating distal tip reaches the commanded deflection independent of forces acting on the flexible shaft by using actual motor torque feedback from the torque sensor to determine an adjustment to the output motor torque.