mhurhangee/ep-ind-claims huggingface dataset:
Method for data communication with a domestic cooking appliance by a mobile computer device, wherein the domestic appliance and the mobile computer device are interconnected via a bidirectional wireless data connection that is adapted for transferring signals between the domestic cooking appliance and the mobile computer device, wherein the mobile computer device runs an application software, wherein the application software provides an oven control function allowing to adjust cooking parameters of the domestic cooking appliance by the mobile computer device, and a recipe generator for the domestic cooking appliance, wherein, in a first step, a user inputs or selects a first search criteria and in a second step, the user inputs or selects a second search criteria for a cooking recipe and the recipe generator provides one or more corresponding proposals for a cooking recipe, wherein a plurality of cooking recipes are stored in a memory of the mobile computer device and/or in a data base of the internet, wherein said first and second search criteria for a cooking recipe are selectable by the user from a group comprising at least one recipe food ingredient type, at least one recipe food ingredient amount, at least one cooking or baking temperature, at least one cooking or baking duration and/or at least one generic cooking mode such as radiation cooking, forced convection cooking, steam cooking, microwave cooking or induction cooking, and the application software comprises at least one algorithm for selecting said at least one corresponding proposal for a cooking recipe from said plurality of stored recipes on the basis of said selection by the user of the first and second of said search criteria for a cooking recipe, wherein in a third step the recipes found by the application software are indicated on a display or touch screen of the mobile computer device, so that the user may select one of the found recipes, wherein the parameters of a cooking process corresponding to the found recipe are adjusted automatically in that the application software runs the algorithm for adapting at least one recipe parameter of the cooking recipe selected by the user to a corresponding operational feature of the domestic cooking appliance, wherein the recipe parameter is at least one of said recipe food ingredient amount, cooking or baking temperature, cooking or baking duration and/or generic cooking mode and wherein said operational feature of the domestic cooking appliance is a volume of an oven cavity of the domestic cooking appliance, a calorific output of at least one heating element of the domestic cooking appliance and/or a calorific output of a cooking mode of the domestic cooking appliance such as a mode of the domestic cooking appliance for radiation cooking, for forced convection cooking, for steam cooking, for microwave cooking or for induction cooking, wherein in a fourth step the user activates a start function of the cooking process by operating a keyboard or the touch screen of the mobile computer device.
A method for controlling a paced breathing device, comprising: determining a flow rate for pumping air into an airbag of the paced breathing device in an exhalation phase of the paced breathing device; and pumping, at the determined flow rate, the air into the airbag in the exhalation phase during which the airbag releases the air in order to control the exhalation time length of the exhalation phase. determining a flow rate for pumping air into an airbag of the paced breathing device in an exhalation phase of the paced breathing device; and pumping, at the determined flow rate, the air into the airbag in the exhalation phase during which the airbag releases the air in order to control the exhalation time length of the exhalation phase.
An electronic apparatus comprising: a first supply power node; a second supply power node; and a charge pump coupled to the first and second supply power nodes to transfer charge from the first supply power node to the second supply power node during a first time interval and to transfer charge from the second supply power node to the first supply power node during a second time interval; and characterized in that: a first transistor having a first terminal directly coupled to the first supply power node and a second terminal directly coupled to the second supply power node; wherein the first transistor is arranged to turn on during the first time interval and to turn off during the second time interval; the second supply power node is arranged to provide a supply voltage to a functional unit, and the charge pump is arranged to transfer charge from the second supply power node to the first supply power node during the second interval when the functional unit changes from a higher power consumption state to a lower power consumption state. a first supply power node; a second supply power node; and a charge pump coupled to the first and second supply power nodes to transfer charge from the first supply power node to the second supply power node during a first time interval and to transfer charge from the second supply power node to the first supply power node during a second time interval; and characterized in that: a first transistor having a first terminal directly coupled to the first supply power node and a second terminal directly coupled to the second supply power node; wherein the first transistor is arranged to turn on during the first time interval and to turn off during the second time interval; the second supply power node is arranged to provide a supply voltage to a functional unit, and the charge pump is arranged to transfer charge from the second supply power node to the first supply power node during the second interval when the functional unit changes from a higher power consumption state to a lower power consumption state. a first transistor having a first terminal directly coupled to the first supply power node and a second terminal directly coupled to the second supply power node; wherein the first transistor is arranged to turn on during the first time interval and to turn off during the second time interval; the second supply power node is arranged to provide a supply voltage to a functional unit, and the charge pump is arranged to transfer charge from the second supply power node to the first supply power node during the second interval when the functional unit changes from a higher power consumption state to a lower power consumption state.
An electropolishing solution suitable for removing an oxide layer from a nickel-titanium alloy surface comprising a non-alcoholic aqueous solution comprising: a) 25 to 50 weight % sulfuric acid, b) 0.5 to 10 weight % citric acid, and c) 0.2 to 2 weight % sulfamic acid. a) 25 to 50 weight % sulfuric acid, b) 0.5 to 10 weight % citric acid, and c) 0.2 to 2 weight % sulfamic acid.
A method performed in a first device (80; 90) wirelessly communicating with a second device (100; 110), the method comprising: - obtaining a degree of beamforming to be applied in communication of a first transmission block to the second device (100; 110), wherein the obtained degree of beamforming is a number of antenna elements of the first device (80; 90) that are used for beamforming; - determining a guard interval length based on the obtained degree of beamforming; and - applying a guard interval having the determined guard interval length between the first transmission block communicated to the second device (100; 110) and a second transmission block subsequent to the first transmission block. - obtaining a degree of beamforming to be applied in communication of a first transmission block to the second device (100; 110), wherein the obtained degree of beamforming is a number of antenna elements of the first device (80; 90) that are used for beamforming; - determining a guard interval length based on the obtained degree of beamforming; and - applying a guard interval having the determined guard interval length between the first transmission block communicated to the second device (100; 110) and a second transmission block subsequent to the first transmission block.
A method comprising: determining that first data associated with a first data event is waiting to be communicated from a data server to a mobile device operating in a connected standby mode which is an operating mode of the mobile device where a user is not interacting with the mobile device; switching a network interface on the mobile device from a low energy consumption state of the connected standby mode to a high energy consumption state of the connected standby mode; receiving, by the network interface on the mobile device and from the data server, the first data associated with the first data event; sending, from the mobile device to the data server, an indication that the mobile device is ready to receive a second data event from the data server, wherein the mobile device sends the indication prior to completing processing of the first data; receiving, by the network interface on the mobile device and from the data server, second data associated with the second data event; switching the network interface from the high energy consumption state of the connected standby mode to the low energy consumption state of the connected standby mode after receiving the second data associated with the second data event; and completing the processing of at least the first data after the network interface is switched from the high energy consumption state of the connected standby mode to the low energy consumption state of the connected standby mode. determining that first data associated with a first data event is waiting to be communicated from a data server to a mobile device operating in a connected standby mode which is an operating mode of the mobile device where a user is not interacting with the mobile device; switching a network interface on the mobile device from a low energy consumption state of the connected standby mode to a high energy consumption state of the connected standby mode; receiving, by the network interface on the mobile device and from the data server, the first data associated with the first data event; sending, from the mobile device to the data server, an indication that the mobile device is ready to receive a second data event from the data server, wherein the mobile device sends the indication prior to completing processing of the first data; receiving, by the network interface on the mobile device and from the data server, second data associated with the second data event; switching the network interface from the high energy consumption state of the connected standby mode to the low energy consumption state of the connected standby mode after receiving the second data associated with the second data event; and completing the processing of at least the first data after the network interface is switched from the high energy consumption state of the connected standby mode to the low energy consumption state of the connected standby mode.
A plunger tip for being located on a distal end of a syringe plunger and for sliding sealed engagement with an interior surface of a syringe barrel, the interior surface of the syringe barrel having an interior diameter, said plunger tip comprising: a core having an endless sidewall with a plurality of depressions therein for being secured to the distal end of the plunger, the core having a first end for being secured to the plunger, a second end opposite from said first end, the endless sidewall extending between the first and second ends (720a, 720b), the core being constructed of a generally rigid material; and an elastomeric sleeve having a series of circumferential ridges extending around and radially outwardly from said elastomeric sleeve, wherein an external diameter of the series of circumferential ridges is larger than the interior diameter of the syringe barrel such that only the ridges of the plunger tip are in contact with the interior surface when the plunger tip is slidably engaged with the interior surface, the elastomeric sleeve surrounding the endless sidewall, characterised in that: the elastomeric sleeve is partially disposed within the plurality of depressions to lessen rotation and axial movement of the elastomeric sleeve with respect to the core during use of the plunger tip. a core having an endless sidewall with a plurality of depressions therein for being secured to the distal end of the plunger, the core having a first end for being secured to the plunger, a second end opposite from said first end, the endless sidewall extending between the first and second ends (720a, 720b), the core being constructed of a generally rigid material; and an elastomeric sleeve having a series of circumferential ridges extending around and radially outwardly from said elastomeric sleeve, wherein an external diameter of the series of circumferential ridges is larger than the interior diameter of the syringe barrel such that only the ridges of the plunger tip are in contact with the interior surface when the plunger tip is slidably engaged with the interior surface, the elastomeric sleeve surrounding the endless sidewall, the elastomeric sleeve is partially disposed within the plurality of depressions to lessen rotation and axial movement of the elastomeric sleeve with respect to the core during use of the plunger tip.
An acoustic window for use in sonar equipment, comprising: a structural core comprising a composite ply; and a first and a second non-structural tuning layer coupled to each side of the structural core; further characterised in that: a thickness of the structural core is equal to a multiple of one-half wavelength of a sound wave within the structural core for a particular frequency; and said first and second non-structural tuning layers have a thickness equal to an odd multiple of one-quarter wavelength of the sound wave within said non-structural tuning layers for the particular frequency; and wherein an acoustic impedance of the structural core is greater than an acoustic impedance of the non-structural tuning layers; and wherein the acoustic impedance of the non-structural tuning layers is greater than an acoustic impedance of water. a structural core comprising a composite ply; and a first and a second non-structural tuning layer coupled to each side of the structural core; further characterised in that: a thickness of the structural core is equal to a multiple of one-half wavelength of a sound wave within the structural core for a particular frequency; and said first and second non-structural tuning layers have a thickness equal to an odd multiple of one-quarter wavelength of the sound wave within said non-structural tuning layers for the particular frequency; and wherein an acoustic impedance of the structural core is greater than an acoustic impedance of the non-structural tuning layers; and wherein the acoustic impedance of the non-structural tuning layers is greater than an acoustic impedance of water. a thickness of the structural core is equal to a multiple of one-half wavelength of a sound wave within the structural core for a particular frequency; and said first and second non-structural tuning layers have a thickness equal to an odd multiple of one-quarter wavelength of the sound wave within said non-structural tuning layers for the particular frequency; and wherein an acoustic impedance of the structural core is greater than an acoustic impedance of the non-structural tuning layers; and wherein the acoustic impedance of the non-structural tuning layers is greater than an acoustic impedance of water.
A data accessing method used for customer premises equipment, CPE, characterized by comprising the following steps of: acquiring destination domain information; determining a gateway corresponding to the destination domain information according to a preset domain grouping table, wherein the domain grouping table is used to store a corresponding relationship between the destination domain information and the gateway; and accessing data through a modem mapped with the determined gateway. acquiring destination domain information; determining a gateway corresponding to the destination domain information according to a preset domain grouping table, wherein the domain grouping table is used to store a corresponding relationship between the destination domain information and the gateway; and accessing data through a modem mapped with the determined gateway.
A low-temperature supercritical foaming process, characterized in that it comprises the following steps: Step 1: Saturate polyolefin-based materials or thermoplastic elastomer-based materials by at least one inert gas in an autoclave at a pressure higher than atmospheric pressure to drive the gas into the material; The saturation temperature of the polyolefin-based material or the thermoplastic elastomer-based material is 5-40°C lower than the melting temperature of the material; Step 2: Release the pressure to foam the material, and take out the foamed material; Step 3: Take out the primary foamed material and put it into a tunnel furnace for secondary foaming, where the temperature of the tunnel furnace is higher than the melting temperature of the material. Step 1: Saturate polyolefin-based materials or thermoplastic elastomer-based materials by at least one inert gas in an autoclave at a pressure higher than atmospheric pressure to drive the gas into the material; The saturation temperature of the polyolefin-based material or the thermoplastic elastomer-based material is 5-40°C lower than the melting temperature of the material; Step 2: Release the pressure to foam the material, and take out the foamed material; Step 3: Take out the primary foamed material and put it into a tunnel furnace for secondary foaming, where the temperature of the tunnel furnace is higher than the melting temperature of the material.
A display system for a vehicle, comprising: a processing unit configured to receive data representative of flight path information and terrain and to supply display commands associated with the flight path information and the terrain; and a display device configured to receive the display commands and operable to render a three-dimensional view, the display device configured to render a flight path line representing the flight path information that traces a flight path to a destination conformally on the terrain, wherein the processing unit is further configured to receive data representative of required navigation performance information necessary for operation within a given airspace and to supply display commands associated with the required navigation performance information, and wherein the display device is further configured to render the required navigation performance information, wherein the required navigation performance information rendered on the display device includes first and second boundary lines (262, 264), and wherein the first boundary line is conformally traced on the terrain on a first side of the flight path line representing the flight path information and the second boundary line is conformally traced on the terrain on a second side of the flight path line representing the flight path information. a processing unit configured to receive data representative of flight path information and terrain and to supply display commands associated with the flight path information and the terrain; and a display device configured to receive the display commands and operable to render a three-dimensional view, the display device configured to render a flight path line representing the flight path information that traces a flight path to a destination conformally on the terrain, wherein the processing unit is further configured to receive data representative of required navigation performance information necessary for operation within a given airspace and to supply display commands associated with the required navigation performance information, and wherein the display device is further configured to render the required navigation performance information, wherein the required navigation performance information rendered on the display device includes first and second boundary lines (262, 264), and wherein the first boundary line is conformally traced on the terrain on a first side of the flight path line representing the flight path information and the second boundary line is conformally traced on the terrain on a second side of the flight path line representing the flight path information.
A hood bumper comprising: a tower with tower legs and a tower connecting piece extending between the tower legs, wherein the tower legs are spaced apart from one another by a first distance to define a cavity therebetween; a base with base walls, a base floor extending between the base walls, and transition pieces extending between the base walls and the tower legs, wherein each transition piece includes a frangible area that is configured to fracture when a predetermined force is applied to the frangible area; characterised in an energy management protrusion extending from the base floor, wherein the energy management protrusion extends toward the cavity between the tower legs, wherein a dimension of the energy management protrusion is larger than the first distance between the tower legs. a tower with tower legs and a tower connecting piece extending between the tower legs, wherein the tower legs are spaced apart from one another by a first distance to define a cavity therebetween; a base with base walls, a base floor extending between the base walls, and transition pieces extending between the base walls and the tower legs, wherein each transition piece includes a frangible area that is configured to fracture when a predetermined force is applied to the frangible area; characterised in an energy management protrusion extending from the base floor, wherein the energy management protrusion extends toward the cavity between the tower legs, wherein a dimension of the energy management protrusion is larger than the first distance between the tower legs.
A machine for crushing a vegetable food product frozen in blocks, or in IQF form, to obtain a crushed product consisting of a plurality of fragments of predetermined size, said machine characterized in that it comprises: - a box-like body defining a crushing chamber, said box-like body having an inlet port, through which said frozen food product is put in the crushing chamber and an outlet port through which a crushed product is discharged from said crushing chamber; - a crushing unit mounted in said crushing chamber, said crushing unit comprising a plurality of crushing rollers each of which arranged to rotate about a respective rotation axis and having peripherally a plurality of teeth arranged to cut said product frozen in blocks, or IQF form, for splitting it into said fragments of predetermined size; - a distribution valve associated with said outlet port, said distribution valve arranged to adjust the amount of crushed product discharged from said machine through said outlet port; and in that a selection means is provided which is adapted to select a working configuration chosen among: a first configuration, where said machine is configured to treat said frozen product in blocks and a second configuration, where said machine is configured to treat said frozen product in IQF form. - a box-like body defining a crushing chamber, said box-like body having an inlet port, through which said frozen food product is put in the crushing chamber and an outlet port through which a crushed product is discharged from said crushing chamber; - a crushing unit mounted in said crushing chamber, said crushing unit comprising a plurality of crushing rollers each of which arranged to rotate about a respective rotation axis and having peripherally a plurality of teeth arranged to cut said product frozen in blocks, or IQF form, for splitting it into said fragments of predetermined size; - a distribution valve associated with said outlet port, said distribution valve arranged to adjust the amount of crushed product discharged from said machine through said outlet port;