mhurhangee/patent-ind-claim-en huggingface dataset:
A microwave wire mesh oven comprising: a microwave oven cavity ; a heating element; and a magnetron configured to generate microwaves; wherein some of the generated microwaves impinge on the heating element; characterised in that : the microwave oven further comprises a conductor disposed in the oven cavity and electrically connecting the heating element to a power supply ; the heating element is a wire mesh element positioned to radiate black body radiation into the microwave oven cavity; and a power supply filter in electrical connection with the wire mesh element, wherein the power supply filter removes microwave energy that impinges on the wire mesh element. a microwave oven cavity ; a heating element; and a magnetron configured to generate microwaves; wherein some of the generated microwaves impinge on the heating element; characterised in that : the microwave oven further comprises a conductor disposed in the oven cavity and electrically connecting the heating element to a power supply ; the heating element is a wire mesh element positioned to radiate black body radiation into the microwave oven cavity; and a power supply filter in electrical connection with the wire mesh element, wherein the power supply filter removes microwave energy that impinges on the wire mesh element. the microwave oven further comprises a conductor disposed in the oven cavity and electrically connecting the heating element to a power supply ; the heating element is a wire mesh element positioned to radiate black body radiation into the microwave oven cavity; and a power supply filter in electrical connection with the wire mesh element, wherein the power supply filter removes microwave energy that impinges on the wire mesh element.
A network access method, wherein the method comprises: obtaining , by a first network element, an access request, wherein the access request comprises access location information of a first terminal device; obtaining , by the first network element, subscription information of the first terminal device, wherein the subscription information comprises subscription location information; obtaining , by the first network element, permission information when the first network element confirms that the access location information of the first terminal device does not belong to the subscription location information, wherein the permission information is information for permitting the first terminal device to access a network at an access location corresponding to the access location information; and permitting , by the first network element based on the permission information, the first terminal device to access the network at the access location corresponding to the access location information. obtaining , by a first network element, an access request, wherein the access request comprises access location information of a first terminal device; obtaining , by the first network element, subscription information of the first terminal device, wherein the subscription information comprises subscription location information; obtaining , by the first network element, permission information when the first network element confirms that the access location information of the first terminal device does not belong to the subscription location information, wherein the permission information is information for permitting the first terminal device to access a network at an access location corresponding to the access location information; and permitting , by the first network element based on the permission information, the first terminal device to access the network at the access location corresponding to the access location information.
A device for determining changes in retinal and/or brain temperature, comprising means for acquiring retina-evoked signals from a retina and the device is configured to: - acquire at least one retina-evoked signal from a retina in a first temperature, - acquire at least one retina-evoked signal from the retina in at least a second temperature, the second temperature being different than the first temperature, characterised in that the device is further configured to: - transform at least the retina-evoked signal acquired in the second temperature with a plurality of different transformation parameter values resulting a plurality of different transformed signals, - compare the different transformed signals of the retina-evoked signal in the second temperature to the retina-evoked signal and/or the transformed signals acquired from the retina in the first temperature, - select the transformed retina-evoked signal which produces the highest similarity measure with the retina-evoked signal and/or transformed signal acquired from the retina in the first temperature, and - convert the transformation parameter value or parameter values of the selected transformed signal to a temperature, temperature difference between the first temperature and the second temperature, and/or temperature dependent indicator. - acquire at least one retina-evoked signal from a retina in a first temperature, - acquire at least one retina-evoked signal from the retina in at least a second temperature, the second temperature being different than the first temperature, - transform at least the retina-evoked signal acquired in the second temperature with a plurality of different transformation parameter values resulting a plurality of different transformed signals, - compare the different transformed signals of the retina-evoked signal in the second temperature to the retina-evoked signal and/or the transformed signals acquired from the retina in the first temperature, - select the transformed retina-evoked signal which produces the highest similarity measure with the retina-evoked signal and/or transformed signal acquired from the retina in the first temperature, and - convert the transformation parameter value or parameter values of the selected transformed signal to a temperature, temperature difference between the first temperature and the second temperature, and/or temperature dependent indicator.
An article for a humid environment, such as a bathroom, comprising or consisting of a glazing, said glazing comprising a glass substrate coated on at least one of its faces with a single layer based on a zirconium titanium oxide, the physical thickness of said single layer being between 3 and 14 nanometers, the layer being deposited directly on the glass substrate without prior texturing treatment of the latter targeted at increasing its roughness thereof, the glass substrate being a float glass.
Method for controlling a wind farm, in which control presets for a plurality of wind farm components are made on a superordinate control level , said method having the following steps: a. recording sensor data in a sensor station that is assigned to the superordinate control level ; b. transmitting the sensor data to a wind farm component ; c. processing the sensor data in a park master module of the wind farm component in order to identify control presets for the plurality of wind farm components , characterized by an allocation module , by means of which capacities of the control units of the wind farm components are assigned to the upper control level as park master modules on the basis of the demand of the superordinate control level and/or on the basis of free capacities of the lower control level. a. recording sensor data in a sensor station that is assigned to the superordinate control level ; b. transmitting the sensor data to a wind farm component ; c. processing the sensor data in a park master module of the wind farm component in order to identify control presets for the plurality of wind farm components ,
A mattress or mattress topper , comprising: a cushioning element comprising an elastomeric material forming a plurality of intersecting buckling walls defining a plurality of hollow columns , wherein the elastomeric material comprises an elastomeric polymer and a plasticizer; and a knitted fabric disposed over the cushioning element and configured to move independently of the buckling walls of the cushioning element , the knitted fabric comprising: a first layer of stretchable material; a second layer of stretchable material; and a layer of stretchable fill material between the first layer of stretchable material and the second layer of stretchable material; wherein the first layer of stretchable material is knitted together with the second layer of stretchable material as a unitary sheet of fabric including the layer of stretchable fill material ; wherein the knitted fabric consists essentially of materials exhibiting stretchiness in at least two directions perpendicular to one another; wherein the fabric exhibits stretchiness in at least two directions perpendicular to one another. a cushioning element comprising an elastomeric material forming a plurality of intersecting buckling walls defining a plurality of hollow columns , wherein the elastomeric material comprises an elastomeric polymer and a plasticizer; and a knitted fabric disposed over the cushioning element and configured to move independently of the buckling walls of the cushioning element , the knitted fabric comprising: a first layer of stretchable material; a second layer of stretchable material; and a layer of stretchable fill material between the first layer of stretchable material and the second layer of stretchable material; wherein the first layer of stretchable material is knitted together with the second layer of stretchable material as a unitary sheet of fabric including the layer of stretchable fill material ; wherein the knitted fabric consists essentially of materials exhibiting stretchiness in at least two directions perpendicular to one another; wherein the fabric exhibits stretchiness in at least two directions perpendicular to one another. a first layer of stretchable material; a second layer of stretchable material; and a layer of stretchable fill material between the first layer of stretchable material and the second layer of stretchable material; wherein the first layer of stretchable material is knitted together with the second layer of stretchable material as a unitary sheet of fabric including the layer of stretchable fill material ; wherein the knitted fabric consists essentially of materials exhibiting stretchiness in at least two directions perpendicular to one another; wherein the fabric exhibits stretchiness in at least two directions perpendicular to one another.
Attachment system of lateral covering discs for self-orientable wheels, comprising: at least one roller mounted revolving on a hub (M) supported by a central body which can be coupled to a supporting device, wherein said at least one roller has an outer side comprising an attachment seat , the attachment system being characterised by the fact that it comprises at least an interchangeable lateral covering disc and connectable, by shape mating, to said at least one roller at said attachment seat , wherein said attachment seat comprises a circular recess formed around the anchoring area of the hub (M), wherein said lateral covering disc has an inner covering surface opposite said outer covering surface , the inner covering surface comprising attachment elements overhanging therefrom and coupleable in a removable manner to the attachment seat of the roller , wherein said attachment elements are arranged in a circular pattern and comprise a plurality of teeth overhanging transversely with respect to said inner covering surface . at least one roller mounted revolving on a hub (M) supported by a central body which can be coupled to a supporting device, wherein said at least one roller has an outer side comprising an attachment seat , the attachment system being characterised by the fact that it comprises at least an interchangeable lateral covering disc and connectable, by shape mating, to said at least one roller at said attachment seat , wherein said attachment seat comprises a circular recess formed around the anchoring area of the hub (M), wherein said lateral covering disc has an inner covering surface opposite said outer covering surface , the inner covering surface comprising attachment elements overhanging therefrom and coupleable in a removable manner to the attachment seat of the roller , wherein said attachment elements are arranged in a circular pattern and comprise a plurality of teeth overhanging transversely with respect to said inner covering surface .
A method for encoding volumetric video comprising: obtaining two or more patches formed from a three-dimensional image information, each patch representing projection data of at least a part of an object to a projection plane; determining for each of the two or more patches a rectangle totally covering the patch; inserting the two or more patches into a grid; and encoding the grid into a bitstream; characterized in that the method further comprises: determining a sorting criteria on the basis of at least one of a width, a height and a surface area of the rectangle; sorting the patches on the basis of the sorting criteria of the rectangles determined for the two or more patches; selecting a size of a grid on the basis of the rectangle which has the largest surface area. obtaining two or more patches formed from a three-dimensional image information, each patch representing projection data of at least a part of an object to a projection plane; determining for each of the two or more patches a rectangle totally covering the patch; inserting the two or more patches into a grid; and encoding the grid into a bitstream; characterized in that the method further comprises: determining a sorting criteria on the basis of at least one of a width, a height and a surface area of the rectangle; sorting the patches on the basis of the sorting criteria of the rectangles determined for the two or more patches; selecting a size of a grid on the basis of the rectangle which has the largest surface area. determining a sorting criteria on the basis of at least one of a width, a height and a surface area of the rectangle; sorting the patches on the basis of the sorting criteria of the rectangles determined for the two or more patches; selecting a size of a grid on the basis of the rectangle which has the largest surface area.
An atomization core comprising: a porous substrate having an atomization surface ; a heating layer , disposed on the atomization surface of the porous substrate ; and a protective layer , disposed on the surface of the heating layer away from the porous substrate ; characterized in that the protective layer comprises metallic aluminum and alumina, and the alumina at least partially covers the surface of the metallic aluminum to form an alumina layer . a porous substrate having an atomization surface ; a heating layer , disposed on the atomization surface of the porous substrate ; and a protective layer , disposed on the surface of the heating layer away from the porous substrate ; characterized in that the protective layer comprises metallic aluminum and alumina, and the alumina at least partially covers the surface of the metallic aluminum to form an alumina layer .
A method of controlling a robot cleaner , comprising the following steps: setting up (S1) a first value of a height of a threshold forming a border between rooms; storing (S2, S3, S4) the first value of the threshold height in a memory of the robot cleaner ; comparing (S8) a second value of the threshold height detected in traveling (S7) of the robot cleaner with the first value of the threshold height; and moving (S9, S10) the robot cleaner in a direction corresponding to a result of the comparison step; wherein the setting-up step (S1) comprises setting the first value of the threshold height by using a setting switch installed on a charging station for charging the robot cleaner with electricity through user's input. setting up (S1) a first value of a height of a threshold forming a border between rooms; storing (S2, S3, S4) the first value of the threshold height in a memory of the robot cleaner ; comparing (S8) a second value of the threshold height detected in traveling (S7) of the robot cleaner with the first value of the threshold height; and moving (S9, S10) the robot cleaner in a direction corresponding to a result of the comparison step; wherein the setting-up step (S1) comprises setting the first value of the threshold height by using a setting switch installed on a charging station for charging the robot cleaner with electricity through user's input.
A security system configured for protecting retail display merchandise from theft, the security system comprising: an item of electronic merchandise comprising: at least one sensor ; at least one output device ; and a controller operably coupled to the at least one sensor and to the at least one output device , said controller operable to: determine a distance traveled by the item of merchandise from a predefined retail display "home" position based upon a sensor input from the at least one sensor ; and activate the at least one output device based upon the distance traveled by the item of merchandise exceeding at least one threshold distance from the retail display "home" position. at least one sensor ; at least one output device ; and a controller operably coupled to the at least one sensor and to the at least one output device , said controller operable to: determine a distance traveled by the item of merchandise from a predefined retail display "home" position based upon a sensor input from the at least one sensor ; and activate the at least one output device based upon the distance traveled by the item of merchandise exceeding at least one threshold distance from the retail display "home" position.
A vacuum insulation material outer packing material comprising a thermally weldable film and a gas barrier film, characterized in that : the gas barrier film comprises a resin substrate, and a barrier layer disposed at least one surface side of the resin substrate; and when setting a dimension of the vacuum insulation material outer packing material under an atmosphere having a temperature of 25°C and a humidity of 0%RH as a reference, a dimension change rate of the vacuum insulation material outer packing material being 0.8% or less after the vacuum insulation material outer packing material is held for 2 hours under an atmosphere having a temperature of 70°C and a humidity of 90%RH. the gas barrier film comprises a resin substrate, and a barrier layer disposed at least one surface side of the resin substrate; and when setting a dimension of the vacuum insulation material outer packing material under an atmosphere having a temperature of 25°C and a humidity of 0%RH as a reference, a dimension change rate of the vacuum insulation material outer packing material being 0.8% or less after the vacuum insulation material outer packing material is held for 2 hours under an atmosphere having a temperature of 70°C and a humidity of 90%RH.
An artificial neural network (ANN) system for predicting and optimizing well placement, productivities, and development comprising: an ANN , the ANN comprising an input layer of input nodes representing at least one input parameter, an output layer of output nodes representing a plurality of output parameters, and at least one hidden layer operatively coupling the input layer to the output layer ; a numerical reservoir simulator; computer hardware for building, training, using, and storing the ANN; computer software for programming and processing the ANN; and a computer processor configured to: receive the at least one input parameter; process the at least one input parameter with the ANN to produce the plurality of output parameters, wherein the plurality of output parameters comprises a well coordinate for a new well in a reservoir, a cumulative production of the reservoir, and a production performance of the new well; process the well coordinate for the new well with the numerical reservoir simulator; wherein if the numerical reservoir simulator confirms the production performance of the new well, a well is drilled according to the well coordinate of the new well. an ANN , the ANN comprising an input layer of input nodes representing at least one input parameter, an output layer of output nodes representing a plurality of output parameters, and at least one hidden layer operatively coupling the input layer to the output layer ; a numerical reservoir simulator; computer hardware for building, training, using, and storing the ANN; computer software for programming and processing the ANN; and a computer processor configured to: receive the at least one input parameter; process the at least one input parameter with the ANN to produce the plurality of output parameters, wherein the plurality of output parameters comprises a well coordinate for a new well in a reservoir, a cumulative production of the reservoir, and a production performance of the new well; process the well coordinate for the new well with the numerical reservoir simulator; receive the at least one input parameter; process the at least one input parameter with the ANN to produce the plurality of output parameters, wherein the plurality of output parameters comprises a well coordinate for a new well in a reservoir, a cumulative production of the reservoir, and a production performance of the new well; process the well coordinate for the new well with the numerical reservoir simulator; wherein if the numerical reservoir simulator confirms the production performance of the new well, a well is drilled according to the well coordinate of the new well.
A media heater for heating up compressed air as a medium, in particular in motor vehicles or industrial applications, comprising: a housing, having an inlet (Z) for the inlet of the compressed air into the housing, an outlet (A) for the outlet of the compressed air out of the housing and walls which define a closed interior space, and one or more longitudinally formed heat sources which are arranged in the interior space of the housing, wherein the walls of the housing and the heat sources define a media channel in the interior space along which the compressed air to be heated up flows from the inlet (Z) to the outlet (A) during operation of the media heater , wherein a thermal insulation around the housing is provided which surrounds the housing completely, wherein the housing forms an outer housing and an inner housing , characterised in that the two housings are closed with the exception of the inlet (Z) at the outer housing and the outlet (A) at the inner housing and the medium flows in the interior of the heater between the two housings and at the outside of the interior housing and its flow direction changes at the end of the heat sources formed as heating tubes and flows around the heating tubes on the way to the outlet (A).
Paving stone made of concrete (12; 13) in the form of a surface element which can be laid in a bond to create a surface covering, comprising at least a paving stone body having at least an even paving stone underside and an opposite substantially flat paving stone top side , wherein the even paving stone underside extends along a support plane (AE) when in the laid state, and wherein at least half of the total surface area of the paving stone top side forms a continuous tread surface (TF) extending along a virtual tread surface plane (TFE), wherein the support plane (AE) and the virtual tread surface plane (TFE) form a predefined acute angle (α) of between 0.5 and 10 degrees, in particular between 2 and 10 degrees, wherein the paving stone underside is delimited by four lower side edges which form a rectangular lower contour , and the paving stone top side is delimited by four upper side edges which form a quadrilateral upper contour , characterised in that at least one of the upper side edges runs relative to the adjacent lower side edge such that the upper side edge of the upper contour projected into the lower contour forms an acute angle (μ) with the adjacent lower side edge of the lower contour .
An isolated mitochondrial fusion transcript associated with cancer, wherein the transcript comprises a nucleic acid sequence as set forth in SEQ ID NO: 20.