mhurhangee/ep-ind-claims huggingface dataset:
An integrated electronic device comprising: - a body including a substrate of semiconductor material and a top region arranged above said substrate; said top region forms a top surface (7;7a) of the body, said substrate forming a bottom surface (8;8a) of the body; - a first transceiving antenna (3;3a) formed by a conductive winding arranged within the top region and extending from said top surface (7;7a) of the body and configured so as to enable a magnetic or electromagnetic coupling of said integrated electronic device with electromagnetic coupling means (3b,3c); and - a first magnetic via of magnetic material arranged at least in part inside said body; and wherein the first transceiving antenna is configured so as to form, in use, a communication channel between said first transceiving antenna (3;3a) and said electromagnetic coupling means (3b,3c); characterized in that said first magnetic via extends only through the substrate. - a body including a substrate of semiconductor material and a top region arranged above said substrate; said top region forms a top surface (7;7a) of the body, said substrate forming a bottom surface (8;8a) of the body; - a first transceiving antenna (3;3a) formed by a conductive winding arranged within the top region and extending from said top surface (7;7a) of the body and configured so as to enable a magnetic or electromagnetic coupling of said integrated electronic device with electromagnetic coupling means (3b,3c); and - a first magnetic via of magnetic material arranged at least in part inside said body;
Device for producing a milk-based drink comprising a coupling system intended to cooperate with a steam outlet nozzle tip of a coffee machine, said coupling system having a coupled position, in which a sealed connection is created between the steam outlet nozzle tip and the device, and an uncoupled position, in which the device can be separated from the steam outlet nozzle tip, the device comprising a foaming system movable between a position assembled on the device and a position extracted from the device, characterised in that the device comprises extraction safety means (14, 21) which prevent the foaming system from moving from the assembled position to the extracted position when the coupling system is in the coupled position and/or coupling safety means (23, 54) which prevent the coupling system from moving from the uncoupled position to the coupled position when the foaming device is not in the assembled position.
A method of increasing the production of at least one product derived from acetolactate, the method comprising: a. providing a gaseous substrate selected from the group consisting of CO, CO 2, H 2 and mixtures thereof, to a bioreactor comprising a culture of at least one acetogenic carboxydotrophic microorganisms in a liquid nutrient medium; and b. fermenting said culture of at least one acetogenic carboxydotrophic microorganism to produce at least one fermentation product from said gaseous substrate; and c. inhibiting the flux of carbon to branched chain amino acids by adding at least one compound to the liquid nutrient medium, wherein the at least one compound is selected from the group consisting of 2-hydroxyisobutyric acid (2-HIBA), 2-hydroxyl-2-methylbutyric acid, 2-hydroxybutyrate, 2-hydroxy-3-methylbutyric acid, 2-keto-3-hydroxyisovalerate and 2-ketoisovalerate. a. providing a gaseous substrate selected from the group consisting of CO, CO 2, H 2 and mixtures thereof, to a bioreactor comprising a culture of at least one acetogenic carboxydotrophic microorganisms in a liquid nutrient medium; and b. fermenting said culture of at least one acetogenic carboxydotrophic microorganism to produce at least one fermentation product from said gaseous substrate; and c. inhibiting the flux of carbon to branched chain amino acids by adding at least one compound to the liquid nutrient medium, wherein the at least one compound is selected from the group consisting of 2-hydroxyisobutyric acid (2-HIBA), 2-hydroxyl-2-methylbutyric acid, 2-hydroxybutyrate, 2-hydroxy-3-methylbutyric acid, 2-keto-3-hydroxyisovalerate and 2-ketoisovalerate.
A method for a device (850a, 850b) comprising an audio playback device, the method comprising: receiving, via a wireless power receiver, wireless power from one or more external transmitter devices; storing energy via an energy storage component of the device using the received wireless power; and based on the received wireless power, modulating operation of the device, characterised in that modulating operation of the device comprises at least one of: modulating audio playback; reducing a volume of audio playback; reducing a low-frequency output of audio playback; routing at least a portion of low-frequency audio content to a second audio playback device for synchronous playback; or disabling at least one microphone of the device. receiving, via a wireless power receiver, wireless power from one or more external transmitter devices; storing energy via an energy storage component of the device using the received wireless power; and based on the received wireless power, modulating operation of the device, characterised in that modulating audio playback; reducing a volume of audio playback; reducing a low-frequency output of audio playback; routing at least a portion of low-frequency audio content to a second audio playback device for synchronous playback; or disabling at least one microphone of the device.
An electrical connector, comprising: a plastic body, a first terminal, and a second terminal, wherein the first terminal comprises a first connecting part, and a first contact part and a first mating part that extend from two ends of the first connecting part respectively, the first contact part and the first mating part are located at two sides of the first connecting part respectively, and an extending direction of the first contact part deviates from a straight line of an extending direction of the first mating part; the second terminal comprises a second connecting part, and a second contact part and a second mating part that extend from two ends of the second connecting part respectively; the plastic body is opened with a plurality of through holes, the first terminal and the second terminal pass through the through holes of the plastic body respectively, the first contact part and the first mating part of the first terminal respectively protrude out of the through hole that the first terminal passes through, and the second contact part and the second mating part of the second terminal respectively protrude out of the through hole that the second terminal passes through; and a spacing between the first mating part and the second mating part is greater than a spacing between the first contact part and the second contact part, characterized in that, the plastic body is opened with a continuous groove on a surface facing the first contact part and the second contact part, and the groove is located between the first contact part and the second contact part.
Compound -1-menthyl 3-hydroxybutyrate represented by the formula: wherein an optical purity at the 3- position hydroxyl group of the -1-menthyl 3-hydroxybutyrate is 50% e.e. or more.
Apparatus for the application of labels to articles, said apparatus including a label supply (2; 112), means for advancing the label supply to a point of application of a leading label of the label supply to an article, said label supply having a series of labels (8; 102) defined therein by lines of weakening (6; 108) and_said apparatus further including means for separating the leading label from the supply of labels to allow the same to be applied to the article (14; 104), said means for separating include a tool (20; 116) positioned such that at least one protruding portion (21; 118) of the tool contacts and locates with at least one aperture formed along, and intermediate first and second ends of the line of weakening (6'; 108) which defines the join between the leading label and the label supply, control means are provided to control subsequent movement of the label, and/or tool and/or a change in tension of the label supply so as to commence the breaking of the line of weakening from the aperture location, the remainder of the line of weakening is formed by micro perforations, the at least one aperture has a length_dimension in line with the line of weakening which is greater than the length of the adjacent perforations and characterised in that the at least one aperture has a width dimension perpendicular to the line of weakening and which is substantially the same as the width of the adjacent perforations.
A method for continuously treating a starch-bearing material at a non-atmospheric pressure, the method comprising: delivering a starch-bearing material to a hydration control apparatus; at least one of increasing or decreasing moisture in the starch-bearing material within the hydration control apparatus; delivering the starch-bearing material from the hydration control apparatus to a material delivery apparatus, the material delivery apparatus including a chamber that defines a feed end and a discharge end, a first valve proximate the feed end of the chamber, and a second valve proximate the discharge end of the chamber, wherein delivering the starch-bearing material to the material delivery apparatus comprises delivering the starch-bearing material to the chamber of the material delivery apparatus with the first valve open and the second valve closed; closing the first valve of the material delivery apparatus so as to pressure isolate the starch-bearing material within the chamber of the material delivery apparatus; adjusting a pressure within the chamber of the material delivery apparatus to a non-atmospheric pressure that is substantially equal to a non-atmospheric pressure in a process vessel downstream of the material delivery apparatus; opening the second valve of the material delivery apparatus and delivering the starch-bearing material from the chamber of the material delivery apparatus to the process vessel; and heating the starch-bearing material within the process vessel. delivering a starch-bearing material to a hydration control apparatus; at least one of increasing or decreasing moisture in the starch-bearing material within the hydration control apparatus; delivering the starch-bearing material from the hydration control apparatus to a material delivery apparatus, the material delivery apparatus including a chamber that defines a feed end and a discharge end, a first valve proximate the feed end of the chamber, and a second valve proximate the discharge end of the chamber, wherein delivering the starch-bearing material to the material delivery apparatus comprises delivering the starch-bearing material to the chamber of the material delivery apparatus with the first valve open and the second valve closed; closing the first valve of the material delivery apparatus so as to pressure isolate the starch-bearing material within the chamber of the material delivery apparatus; adjusting a pressure within the chamber of the material delivery apparatus to a non-atmospheric pressure that is substantially equal to a non-atmospheric pressure in a process vessel downstream of the material delivery apparatus; opening the second valve of the material delivery apparatus and delivering the starch-bearing material from the chamber of the material delivery apparatus to the process vessel; and heating the starch-bearing material within the process vessel.
Container, in particular event container, comprising a base module which is configured for placing on a mobile platform and which has a base element, a roof element, first lateral wall elements and second lateral wall elements which are orientated orthogonally with respect to the first lateral wall elements, at least one expansion module which is associated with one of the first lateral wall elements of the base module and which is constructed in order to change the container size as a bay which can be displaced or moved with respect to the base module and which is fitted in a wall opening which is constructed in the corresponding element of the first lateral wall elements of the base module, and a lifting device for lifting or lowering the container with longitudinally adjustable lifting supports which are associated with the respective corners of the container, wherein the expansion module has L-shaped wall elements which each laterally extend the longitudinal side wall of the bay and which are constructed in such a manner that they overlap the respective lifting supports both in the inserted/retracted state and in the extended/deployed state of the bay, characterised in that the L-shaped wall elements of the at least one expansion module are sized in such a manner with respect to the base module that the transverse side members of the L-shaped wall elements in the inserted/retracted state of the bay and the corresponding second lateral wall elements of the base module overlap with little spacing.
A portable computer, comprising: a main body providing a keyboard; a portable computer unit connected to the main body and being rotatable around the main body, and the portable computer unit configured to allow a system mode to be switched between a notebook computer mode and a table computer mode; and a controller configured to determine the rotation state of the portable computer unit responsive to a system power supply of the portable computer being turned on, wherein the controller deactivates the keyboard in the tablet computer mode by interrupting power supplied to the keyboard. a main body providing a keyboard; a portable computer unit connected to the main body and being rotatable around the main body, and the portable computer unit configured to allow a system mode to be switched between a notebook computer mode and a table computer mode; and a controller configured to determine the rotation state of the portable computer unit responsive to a system power supply of the portable computer being turned on, wherein the controller deactivates the keyboard in the tablet computer mode by interrupting power supplied to the keyboard.
A helicopter with a drive system, comprising: a main drive configured to drive a rotor of the helicopter; a flywheel mass battery comprising at least one flywheel; a first transmission coupling the flywheel mass battery to the main drive such that, during operation of the main drive, output is transferrable from the main drive to the flywheel mass battery; a second, variable transmission connecting the flywheel mass battery to the rotor of the helicopter such that a predetermined output is transferrable to the rotor through adjustment of a transmission ratio of the variable transmission, and a main transmission between the main drive and the rotor; wherein the main transmission comprises a first input with which the main drive is coupled, characterized in that the main transmission has a second input with which the flywheel mass battery is coupled via the variable transmission. a main drive configured to drive a rotor of the helicopter; a flywheel mass battery comprising at least one flywheel; a first transmission coupling the flywheel mass battery to the main drive such that, during operation of the main drive, output is transferrable from the main drive to the flywheel mass battery; a second, variable transmission connecting the flywheel mass battery to the rotor of the helicopter such that a predetermined output is transferrable to the rotor through adjustment of a transmission ratio of the variable transmission, and a main transmission between the main drive and the rotor; wherein the main transmission comprises a first input with which the main drive is coupled, characterized in that the main transmission has a second input with which the flywheel mass battery is coupled via the variable transmission.
A gas shutoff device, comprising: a flow rate detection section which outputs a flow rate signal in response to a gas flow rate passing through a gas passage; a flow rate calculation section which calculates a flow rate upon receiving the flow rate signal; an abnormal flow rate determination section which compares the flow rate with a previously-retained determination value upon receiving the flow rate, and outputs a valve-closing signal if abnormality exists in the comparison; a sensor abnormality determination section which outputs a valve-closing signal if the flow rate signal is in accord with a predetermined abnormal condition; a valve driving section which outputs a valve-closing drive signal as a valve driving signal upon receiving the valve-closing signal, and outputs a valve-opening drive signal as the valve driving signal upon receiving a valve-opening signal; and a valve which opens or closes the gas passage upon receiving the valve driving signal from the valve driving section; characterized by: a valve-closing timer section which starts to time upon receiving the valve-closing drive signal from the valve driving section, and outputs the valve-opening signal upon accepting an external release input within a predetermined setting time from the start to time. a flow rate detection section which outputs a flow rate signal in response to a gas flow rate passing through a gas passage; a flow rate calculation section which calculates a flow rate upon receiving the flow rate signal; an abnormal flow rate determination section which compares the flow rate with a previously-retained determination value upon receiving the flow rate, and outputs a valve-closing signal if abnormality exists in the comparison; a sensor abnormality determination section which outputs a valve-closing signal if the flow rate signal is in accord with a predetermined abnormal condition; a valve driving section which outputs a valve-closing drive signal as a valve driving signal upon receiving the valve-closing signal, and outputs a valve-opening drive signal as the valve driving signal upon receiving a valve-opening signal; and a valve which opens or closes the gas passage upon receiving the valve driving signal from the valve driving section; characterized by: a valve-closing timer section which starts to time upon receiving the valve-closing drive signal from the valve driving section, and outputs the valve-opening signal upon accepting an external release input within a predetermined setting time from the start to time. a valve-closing timer section which starts to time upon receiving the valve-closing drive signal from the valve driving section, and outputs the valve-opening signal upon accepting an external release input within a predetermined setting time from the start to time.
An apparatus comprising: a plurality of Light Emitting Diodes LEDs; a transmissive color converting assembly positioned to receive a light emitted from the plurality of LEDs, the transmissive color converting assembly comprising: a first transmissive optical element; a second transmissive optical element; a first color converting material disposed between the first transmissive optical element and the second transmissive optical element; and a sealing material disposed between the first transmissive optical element and the second transmissive optical element that fixedly couples the first transmissive optical element to the second transmissive optical element, wherein the first color converting material is contained by the first transmissive optical element and the second transmissive optical element and the sealing material. a plurality of Light Emitting Diodes LEDs; a transmissive color converting assembly positioned to receive a light emitted from the plurality of LEDs, the transmissive color converting assembly comprising: a first transmissive optical element; a second transmissive optical element; a first color converting material disposed between the first transmissive optical element and the second transmissive optical element; and a sealing material disposed between the first transmissive optical element and the second transmissive optical element that fixedly couples the first transmissive optical element to the second transmissive optical element, wherein the first color converting material is contained by the first transmissive optical element and the second transmissive optical element and the sealing material. a first transmissive optical element; a second transmissive optical element; a first color converting material disposed between the first transmissive optical element and the second transmissive optical element; and a sealing material disposed between the first transmissive optical element and the second transmissive optical element that fixedly couples the first transmissive optical element to the second transmissive optical element, wherein the first color converting material is contained by the first transmissive optical element and the second transmissive optical element and the sealing material.
A method of inspecting a wind turbine blade, the method comprising: providing a defect inspection tool having an array of pins, the pins being displaceable in an axial direction relative to one another, the defect inspection tool comprising a visual inspection scale; positioning the defect inspection tool against a defect on the wind turbine blade to cause displacement of at least some of the pins in the axial direction, the displaced pins describing a contour representative of a contour of the defect; and, determining dimensions of the defect by inspecting the contour described by the displaced pins, wherein inspecting the contour described by the displaced pins comprises visually inspecting said contour against the visual inspection scale. providing a defect inspection tool having an array of pins, the pins being displaceable in an axial direction relative to one another, the defect inspection tool comprising a visual inspection scale; positioning the defect inspection tool against a defect on the wind turbine blade to cause displacement of at least some of the pins in the axial direction, the displaced pins describing a contour representative of a contour of the defect; and, determining dimensions of the defect by inspecting the contour described by the displaced pins, wherein inspecting the contour described by the displaced pins comprises visually inspecting said contour against the visual inspection scale.
A hot press forming method which shapes a heated metal sheet using a forming die which is comprised of a first die and a second die, comprising steps of: arranging the heated metal sheet between said first die and said second die; making said first die and said second die approach to press the metal which is clamped between the two dies (20, 21); characterised in that after pressing said metal sheet, feeding liquid state or mist state coolant to the surface of the metal sheet which is clamped between the two dies (20, 21) through a plurality of feed holes (41a, 64a) which are provided at least at one of said first die and said second die; and, after said coolant finishes being fed, blowing a gas through said plurality of feed holes (41a, 64a) to the surface of the metal sheet. arranging the heated metal sheet between said first die and said second die; making said first die and said second die approach to press the metal which is clamped between the two dies (20, 21); characterised in that after pressing said metal sheet, feeding liquid state or mist state coolant to the surface of the metal sheet which is clamped between the two dies (20, 21) through a plurality of feed holes (41a, 64a) which are provided at least at one of said first die and said second die; and, after said coolant finishes being fed, blowing a gas through said plurality of feed holes (41a, 64a) to the surface of the metal sheet.