mhurhangee/patent-ind-claim-en huggingface dataset:
A water level monitoring system for monitoring a water level in a hydroponic system, the water level monitoring system comprising: • a monitoring means for monitoring the position of a floating means floating on the water level in a hydroponic system and generating a monitoring result, wherein the monitoring means comprises the floating means, said monitoring means being adapted to monitor the position of said floating means, and wherein the monitoring means comprises a camera configured tc make an image of the position of the floating means, said image corresponding to said monitoring result; • a processor configured to process said monitoring result and determine therefrom a water level for the hydroponic system; and • an alerting unit configured to generate an alert signal based on said water level. • a monitoring means for monitoring the position of a floating means floating on the water level in a hydroponic system and generating a monitoring result, wherein the monitoring means comprises the floating means, said monitoring means being adapted to monitor the position of said floating means, and wherein the monitoring means comprises a camera configured tc make an image of the position of the floating means, said image corresponding to said monitoring result; • a processor configured to process said monitoring result and determine therefrom a water level for the hydroponic system; and • an alerting unit configured to generate an alert signal based on said water level.
Single stroller which can be converted into a tandem stroller, comprising: - an undercarriage ; - a main seat mounted so as to be able to move in longitudinal translation with respect to the undercarriage between a single occupant position and a double occupant position; characterized in that the stroller comprises - an auxiliary seat mounted so as to be able to move in longitudinal translation with respect to the undercarriage between an inactive position retracted flat under the main seat occupying its single occupant position and an active position deployed outside the main seat occupying its double occupant position . - an undercarriage ; - a main seat mounted so as to be able to move in longitudinal translation with respect to the undercarriage between a single occupant position and a double occupant position; characterized in that the stroller comprises - an auxiliary seat mounted so as to be able to move in longitudinal translation with respect to the undercarriage between an inactive position retracted flat under the main seat occupying its single occupant position and an active position deployed outside the main seat occupying its double occupant position .
An artificial dielectric material comprising a plurality of sheets of a dielectric material and a plurality of short conductive tubes placed in the sheets of the dielectric material, wherein a length of the short conductive tube is 0.2-5 times of respective diameter and a tube diameter is twenty times less than a wave length of an operating frequency, the sheets of the dielectric material containing the short conductive tubes are separated by sheets of the dielectric material without the short conductive tubes, and wherein axes of the tubes are orientated along at least two different directions.
Computer-implemented method for generating sensor data for controlling an autonomous vehicle in an environment in which at least one further autonomous vehicle is situated, with the following method steps: a) reading in (S1) an environment model of the environment, wherein - the environment model has a global coordinate system and - the environment model comprises first sensor positions of static sensors in the environment and environment information in this global coordinate system and sensor parameters of the static sensors, b) generating (S2) a time stamp, c) reading in (S3) second sensor positions and sensor parameters of sensors, which are coupled to the autonomous vehicles, and providing the second sensor positions in coordinates of the global coordinate system, d) generating (S4) sensor data for the static sensors and the sensors of the autonomous vehicles as a function of the respective sensor parameters and the respective first or second sensor positions and taking into account the environment information in coordinates of the global coordinate system, wherein the generated time stamp is assigned to the generated sensor data, e) selecting (S5) at least one of the autonomous vehicles, f) transforming (S6) the generated sensor data into a local coordinate system of the selected autonomous vehicle, and g) transmitting (S7) the transformed sensor data to a controller of the selected autonomous vehicle for controlling the selected autonomous vehicle in the environment as a function of the transformed sensor data. a) reading in (S1) an environment model of the environment, wherein - the environment model has a global coordinate system and - the environment model comprises first sensor positions of static sensors in the environment and environment information in this global coordinate system and sensor parameters of the static sensors, - the environment model has a global coordinate system and - the environment model comprises first sensor positions of static sensors in the environment and environment information in this global coordinate system and sensor parameters of the static sensors, b) generating (S2) a time stamp, c) reading in (S3) second sensor positions and sensor parameters of sensors, which are coupled to the autonomous vehicles, and providing the second sensor positions in coordinates of the global coordinate system, d) generating (S4) sensor data for the static sensors and the sensors of the autonomous vehicles as a function of the respective sensor parameters and the respective first or second sensor positions and taking into account the environment information in coordinates of the global coordinate system, wherein the generated time stamp is assigned to the generated sensor data, e) selecting (S5) at least one of the autonomous vehicles, f) transforming (S6) the generated sensor data into a local coordinate system of the selected autonomous vehicle, and g) transmitting (S7) the transformed sensor data to a controller of the selected autonomous vehicle for controlling the selected autonomous vehicle in the environment as a function of the transformed sensor data.
Combined heat and power plant for converting chemical energy of a fuel into thermal and electrical energy, wherein the combined heat and power plant comprises a turbo-generator set , a steam generator for vaporising a working fluid, a condenser for condensing the working fluid, a feed pump , a primary pump and a useful heat exchanger , wherein the turbo-generator set comprises a steam turbine and a generator that is operatively connected to the steam turbine , wherein the steam generator can be heated by means of the fuel, wherein the turbo-generator set is arranged inside a condenser housing of the condenser , wherein the steam generator is connected, by means of a first steam line , to an inlet of the steam turbine , such that it is possible to introduce the vaporised working medium, from the steam generator , through the inlet and into the steam turbine , wherein the steam turbine can be driven by means of the vaporised working fluid, wherein the steam turbine comprises an outlet that is open towards a condensation chamber of the condenser that is enclosed by the condenser housing , such that, after driving the steam turbine , the working fluid can emerge from the steam turbine and enter directly into the condensation chamber , wherein the condensation chamber is thermally coupled to at least one condensation heat exchanger , wherein the working fluid is condensed by means of the condensation heat exchanger , wherein the condenser comprises a reservoir in which the condensed working fluid collects, wherein the reservoir is connected to the primary pump via a first fluid line , wherein the primary pump is connected to the useful heat exchanger via a second fluid line , wherein heat can be transferred, by means of the useful heat exchanger , from the working fluid to a heating medium circulating in a secondary circuit , wherein the useful heat exchanger is connected to the condenser by means of a third fluid line such that the working fluid can circulate, at least in part, in a primary circuit formed of the condenser , the first fluid line , the primary pump , the second fluid line , the useful heat exchanger and the third fluid line , wherein one of the fluid lines comprises a suction branch for the feed pump , wherein the suction branch is connected by means of a fourth fluid line to a suction port of the feed pump , wherein the feed pump comprises a pressure port, wherein the pressure port is connected to the steam generator via a fifth fluid line , such that the working fluid can be pumped out of the primary circuit and into the steam generator , at least in part, by means of the feed pump , and wherein the working fluid can circulate, at least in part, in a working circuit formed of the condenser , the first fluid line , the primary pump , the second fluid line , the suction branch , the fourth fluid line , the feed pump , the fifth fluid line , the steam generator , and the first steam line .
A device (30; 741) comprising: a processor ; and a memory (44; 46) coupled with the processor , the memory (44; 46) comprising executable instructions that when executed by the processor cause the processor to effectuate operations comprising: requesting semantics information for data from an apparatus ; and in response to the requesting of semantic information for data, receiving, from the apparatus , the semantics information that is associated with the data; characterised by : requesting, from an external semantics node , a definition of semantics related resources included in the semantics information from a root resource that comprises a collection of resources from a plurality of semantics nodes, receiving, from the external semantics node the definition of the semantics related resources, and interpreting the data based on the semantics information and the definition of the semantics related resources included in the semantics information. a processor ; and a memory (44; 46) coupled with the processor , the memory (44; 46) comprising executable instructions that when executed by the processor cause the processor to effectuate operations comprising: requesting semantics information for data from an apparatus ; and in response to the requesting of semantic information for data, receiving, from the apparatus , the semantics information that is associated with the data; characterised by : requesting, from an external semantics node , a definition of semantics related resources included in the semantics information from a root resource that comprises a collection of resources from a plurality of semantics nodes, receiving, from the external semantics node the definition of the semantics related resources, and interpreting the data based on the semantics information and the definition of the semantics related resources included in the semantics information. requesting semantics information for data from an apparatus ; and in response to the requesting of semantic information for data, receiving, from the apparatus , the semantics information that is associated with the data; characterised by : requesting, from an external semantics node , a definition of semantics related resources included in the semantics information from a root resource that comprises a collection of resources from a plurality of semantics nodes, receiving, from the external semantics node the definition of the semantics related resources, and interpreting the data based on the semantics information and the definition of the semantics related resources included in the semantics information. requesting, from an external semantics node , a definition of semantics related resources included in the semantics information from a root resource that comprises a collection of resources from a plurality of semantics nodes, receiving, from the external semantics node the definition of the semantics related resources, and interpreting the data based on the semantics information and the definition of the semantics related resources included in the semantics information.
A system for challenging the pericardial space, to provide an indication of the risk of cardiac tamponade in a patient, comprising: a probe, suitably a Doppler probe, capable of detecting velocity and/or flow of blood in either the left or right ventricular outflow tract; a balloon suitable for insertion and inflation in the pericardial space, mediastinal space, behind the sternum, or behind the heart; and a processing device communicatively coupled to the probe and optionally also the balloon wherein the processing device is configured for determination of blood flow through the left or right ventricular outflow tract, such that the system gives an indication of the extent of potential tamponade in the patient based on the relationship between the volume of inflation of the balloon and the blood flow through the left or right outflow tract, wherein the inflation of the balloon may be, or is, carried out to such an extent that the blood flow through the left of right ventricular outflow tract is impacted. a probe, suitably a Doppler probe, capable of detecting velocity and/or flow of blood in either the left or right ventricular outflow tract; a balloon suitable for insertion and inflation in the pericardial space, mediastinal space, behind the sternum, or behind the heart; and a processing device communicatively coupled to the probe and optionally also the balloon wherein the processing device is configured for determination of blood flow through the left or right ventricular outflow tract, such that the system gives an indication of the extent of potential tamponade in the patient based on the relationship between the volume of inflation of the balloon and the blood flow through the left or right outflow tract, wherein the inflation of the balloon may be, or is, carried out to such an extent that the blood flow through the left of right ventricular outflow tract is impacted.
A System, comprising a portable sterile sensor device that comprises the following: an electronic sensor component for measuring a physiological pressure at a measurement site of the body of a patient, a measurement site interface for connecting the electronic sensor component to measurement site connection means for establishing a hydraulic connection as a measurement connection between the electronic sensor component and the measurement site , said measurement site connection means comprising a pressure transmitting hose element , a patient monitor interface for connecting the electronic sensor component to patient monitor connection means for establishing a signal connection between the electronic sensor component and a patient monitor , and a sensor housing for accommodating the electronic sensor component , the measurement site interface , and the patient monitor interface , wherein the patient monitor interface has an input channel for receiving a data signal from the patient monitor , the portable sensor device comprises at least one electronic additional component that can be influenced by the data signal, wherein said physiological pressure is a blood pressure, the system further comprises an additional pressure sensor and second sensor connection means , characterized in that said sensor device comprises a pressure line interface to which the second sensor connection means are connected which establish a hydraulic connection between the pressure-transferring hose element connectable to said measurement site interface and the additional pressure sensor , and the sensor device is lighter than 100 grams. an electronic sensor component for measuring a physiological pressure at a measurement site of the body of a patient, a measurement site interface for connecting the electronic sensor component to measurement site connection means for establishing a hydraulic connection as a measurement connection between the electronic sensor component and the measurement site , said measurement site connection means comprising a pressure transmitting hose element , a patient monitor interface for connecting the electronic sensor component to patient monitor connection means for establishing a signal connection between the electronic sensor component and a patient monitor , and a sensor housing for accommodating the electronic sensor component , the measurement site interface , and the patient monitor interface , wherein the patient monitor interface has an input channel for receiving a data signal from the patient monitor , the portable sensor device comprises at least one electronic additional component that can be influenced by the data signal, wherein said physiological pressure is a blood pressure, the system further comprises an additional pressure sensor and second sensor connection means , characterized in that said sensor device comprises a pressure line interface to which the second sensor connection means are connected which establish a hydraulic connection between the pressure-transferring hose element connectable to said measurement site interface and the additional pressure sensor , and the sensor device is lighter than 100 grams.
A camera module, comprising a lens assembly , a module bracket, a first limit member , a first deformable member , and a second deformable member , wherein the lens assembly is rotatably connected to the module bracket, the first limit member is fastened to the lens assembly or the module bracket, the first deformable member and the second deformable member are both electro-deformable members, the first deformable member is disposed on one side of the first limit member , and the second deformable member is disposed on the other side of the first limit member ; and in a case that the lens assembly rotates with respect to the module bracket along a first direction, the first deformable member deforms and generates a first voltage depending on a deformation amount of the first deformable member , so that a first rotation angle of the lens assembly with respect to the module bracket is determined by measuring the first voltage; and in a case that the lens assembly rotates with respect to the module bracket along a second direction, the second deformable member deforms and generates a second voltage depending on a deformation amount of the second deformable member , so that a second rotation angle of the lens assembly with respect to the module bracket is determined by measuring the second voltage, the second direction being opposite to the first direction.
Emulsion of water and oil comprising a solution of monomeric ortho silicic acid with a pH level of 0 - 2, one or more active ingredients, one or more stabilizing compounds in water, and one or more block copolymers as emulsifying agents.
A communication apparatus , comprising: decision means for deciding (S310, S319, S1201) whether to provide communication parameters for network communication or receive the communication parameters; and checking means for checking (S308) a provider apparatus of the communication parameters; characterized by : determination means for determining (S1203) an activation state of a communication parameter providing function of the provider apparatus after said decision means decides that the apparatus receives the communication parameters; and request means for requesting (S1205) the provider apparatus to provide the communication parameters if said determination unit determines that the activation state of a communication parameter providing function of the provider apparatus is an activated state. decision means for deciding (S310, S319, S1201) whether to provide communication parameters for network communication or receive the communication parameters; and checking means for checking (S308) a provider apparatus of the communication parameters; characterized by : determination means for determining (S1203) an activation state of a communication parameter providing function of the provider apparatus after said decision means decides that the apparatus receives the communication parameters; and request means for requesting (S1205) the provider apparatus to provide the communication parameters if said determination unit determines that the activation state of a communication parameter providing function of the provider apparatus is an activated state. determination means for determining (S1203) an activation state of a communication parameter providing function of the provider apparatus after said decision means decides that the apparatus receives the communication parameters; and request means for requesting (S1205) the provider apparatus to provide the communication parameters if said determination unit determines that the activation state of a communication parameter providing function of the provider apparatus is an activated state.
A method for reducing an amount of data to be processed in a product data management by identifying and managing redundancy within geometric relationships, the method performed by a data processing system and comprising the steps: - receiving a three-dimensional CAD model in the data processing system, the CAD model including a plurality of geometries; - identifying equivalence relationships between multiple ones of the geometries; - receiving at least one Relationship Implication definition - in the following denoted by RI definition -, each RI definition defining whether certain types of relationships between a number of given geometries are implied; - applying each RI definition to the geometries to produce groups of geometries corresponding to each RI definition; - selecting a representative geometry for each group; - filtering out geometric relationships for each geometry in each group other than the representative geometry, wherein the filtered-out geometric relationships are redundant relationships with respect to the representative geometry; and - manipulating the CAD model without the filtered-out geometric relationships. - receiving a three-dimensional CAD model in the data processing system, the CAD model including a plurality of geometries; - identifying equivalence relationships between multiple ones of the geometries; - receiving at least one Relationship Implication definition - in the following denoted by RI definition -, each RI definition defining whether certain types of relationships between a number of given geometries are implied; - applying each RI definition to the geometries to produce groups of geometries corresponding to each RI definition; - selecting a representative geometry for each group; - filtering out geometric relationships for each geometry in each group other than the representative geometry, wherein the filtered-out geometric relationships are redundant relationships with respect to the representative geometry; and - manipulating the CAD model without the filtered-out geometric relationships.
Device for displacing bottom material under water, comprising a frame which is displaceable under water by being coupled to a vessel , which frame comprises a tubular liquid container with outflow openings for a liquid directed toward the bottom, wherein the outflow openings are placed such that during use the liquid may be injected into or against the bottom and the device is held some distance from the bottom by the pressure developed by the liquid jets on the bottom and the coupling to the vessel , wherein the device further comprises suction means driven by means of a drive for supplying the liquid under pressure from a source to the container , wherein the suction means are situated under water during use, and a pusher member bounded on a base part thereof by a cutting edge , wherein further the cutting edge of the pusher member is positioned relative to the outflow openings such that the device either displaces bottom material under the influence of the injection of liquid into or against the bottom, or by means of the pusher member .