mhurhangee/patent-ind-claim-en huggingface dataset:
A turbine power generation system having an emergency operation means, wherein the system includes: a steam turbine ; a steam condenser ; a compression pump ; a heater ; an inlet valve ; and a proportional control valve which are sequentially connected to each other and form a closed loop, with a synchronizer and a speed governor which enable an amount of a working fluid that flows through the closed loop, to be controlled by the inlet valve and the proportional control valve according to a number of revolutions per hour of the steam turbine , characterized by an inlet sensor part including a thermometer, a pressure gauge, and a flowmeter that are installed between the heater and the inlet valve and; an emergency discharge part including a branch pipe connected to the steam condenser by being branched from one point between the inlet sensor part and the inlet valve , and a heat control means installed on the branch pipe.
Wound care device for treating wounds by means of atmospheric negative pressure in the wound region, comprising a wound covering element which can be attached to the skin of a patient, and a connection device for suctioning of fluid media , the wound covering element comprising an openable window having a window cover 44, which window is arranged on the wound covering element by means of a gas-tight closure, characterized in that the device further comprises an absorption body which absorbs wound exudate and which comprises at least one superabsorbent substance, and wherein the wound care device comprises a wound spacer mesh provided on the cover side to prevent gel blocking.
Method for producing a metal composite material with an embedded functional structure , in which method a layer structure composed of a plurality of layers , which are arranged above one another in a vertical direction (Y), is produced and compressed, wherein the layer structure is produced by way of the following steps: - providing a lower layer from a metal substrate, - arranging an intermediate layer at least in certain portions in the vertical direction (Y) above the lower layer , said intermediate layer contacting the lower layer , and - arranging one or more functional structures in each case in a portion of the layer structure , characterized in that , prior to the compression operation, the layer structure in the respective portion with the functional structure , at least in a partial portion or over the entire longitudinal and/or transverse extent of the portion with the functional structure, has the same thickness as in the rest of the layer structure ; the lower layer is deformed or provided with profiling in certain portions, as a result of which at least one recessed portion is formed; a functional structure is inserted in the respective recessed portions and the functional structure is provided with electrical contacts before or after insertion into the respective recessed portion . - providing a lower layer from a metal substrate, - arranging an intermediate layer at least in certain portions in the vertical direction (Y) above the lower layer , said intermediate layer contacting the lower layer , and - arranging one or more functional structures in each case in a portion of the layer structure ,
A method of heating a wind turbine blade comprising a plurality of heating zones, the method comprises the steps of: determining an icing factor based on environmental conditions and/or operating conditions ; determining one or more heating zones to activate based on the determined icing factor , wherein each heating zone comprises one or more Electro-Thermal Heating Elements; and activating the one or more Electro-Thermal Heating Elements corresponding to the determined heating zones to generate heat , characterized in that the icing factor indicates a severity of an icing event, and wherein the step of determining the one or more heating zones further comprises: identifying one or more heating zones that provides a greater aerodynamic performance based on the icing factor. determining an icing factor based on environmental conditions and/or operating conditions ; determining one or more heating zones to activate based on the determined icing factor , wherein each heating zone comprises one or more Electro-Thermal Heating Elements; and activating the one or more Electro-Thermal Heating Elements corresponding to the determined heating zones to generate heat , characterized in that the icing factor indicates a severity of an icing event, and wherein the step of determining the one or more heating zones further comprises: identifying one or more heating zones that provides a greater aerodynamic performance based on the icing factor.
A self-shielding Magnetic Particle Imaging (MPI) system comprising: a mechanically-rotatable magnet configured to generate a magnetic field including a field free line ; an excitation source; an RF detector; an RF shield surrounding some or all of a bore of the self-shielding MPI system, the RF shield integrated into the MPI system, thereby providing said self-shielding; and a control system configured acquire a plurality of projections at a plurality of angles, the acquiring comprising: rotating the mechanically-rotatable magnet to orient the field free line at the plurality of angles; positioning the field free line at a plurality of positions at the plurality of angles; and controlling the excitation source and RF detector to acquire signals from magnetic particles in a sample within the field free line at the plurality of positions; and an image reconstruction system configured to generate an image based at least on the plurality of projections, wherein the RF shield is configured to remain stationary during the rotating of the mechanically-rotatable magnet . a mechanically-rotatable magnet configured to generate a magnetic field including a field free line ; an excitation source; an RF detector; an RF shield surrounding some or all of a bore of the self-shielding MPI system, the RF shield integrated into the MPI system, thereby providing said self-shielding; and a control system configured acquire a plurality of projections at a plurality of angles, the acquiring comprising: rotating the mechanically-rotatable magnet to orient the field free line at the plurality of angles; positioning the field free line at a plurality of positions at the plurality of angles; and controlling the excitation source and RF detector to acquire signals from magnetic particles in a sample within the field free line at the plurality of positions; and rotating the mechanically-rotatable magnet to orient the field free line at the plurality of angles; positioning the field free line at a plurality of positions at the plurality of angles; and controlling the excitation source and RF detector to acquire signals from magnetic particles in a sample within the field free line at the plurality of positions; and an image reconstruction system configured to generate an image based at least on the plurality of projections, wherein the RF shield is configured to remain stationary during the rotating of the mechanically-rotatable magnet .
A composite-material pressure vessel having a wall defining an inner gas storage space , in which said wall comprises: - a sealing layer internally defining the gas storage space , - a reinforcing layer extending externally about the sealing layer and containing one or more reinforcing fibres, said reinforcing layer being an electrical conductor, - an electrically conductive layer overlapping the reinforcing layer , - a dielectric layer interposed between the reinforcing layer and the electrically conductive layer , and the electrically conductive layer extending externally about the dielectric layer , so as to form an electrical capacitor with a first plate formed of the reinforcing layer , a second plate formed of the electrically conductive layer , and the dielectric layer , - electrical terminals connected to the first and second plates of the capacitor , wherein the wall forms a plurality of said capacitors electrically separated from each other and located in a plurality of different zones of the wall , - an electronic control unit connected to the terminals of the capacitors and configured so as to: - subject the capacitor to at least one electrical test to detect a real value of at least one electric characteristic of the capacitor , - generate at least one control signal or datum representative of a structural condition of said wall depending on the real value of the detected electric characteristic, - diagnose structural properties and structural damages of the wall by said electrical tests performed to said plurality of capacitors selectively for said predetermined zones of the wall . - a sealing layer internally defining the gas storage space , - a reinforcing layer extending externally about the sealing layer and containing one or more reinforcing fibres, said reinforcing layer being an electrical conductor, - an electrically conductive layer overlapping the reinforcing layer , - a dielectric layer interposed between the reinforcing layer and the electrically conductive layer , and the electrically conductive layer extending externally about the dielectric layer , so as to form an electrical capacitor with a first plate formed of the reinforcing layer , a second plate formed of the electrically conductive layer , and the dielectric layer , - electrical terminals connected to the first and second plates of the capacitor , wherein the wall forms a plurality of said capacitors electrically separated from each other and located in a plurality of different zones of the wall , - an electronic control unit connected to the terminals of the capacitors and configured so as to: - subject the capacitor to at least one electrical test to detect a real value of at least one electric characteristic of the capacitor , - generate at least one control signal or datum representative of a structural condition of said wall depending on the real value of the detected electric characteristic, - diagnose structural properties and structural damages of the wall by said electrical tests performed to said plurality of capacitors selectively for said predetermined zones of the wall .
An X-ray detector configured for a phase contrast imaging system , the X-ray detector comprising: a scintillation device ; and a photodetector with a plurality of photosensitive pixels optically coupled to the scintillation device ; wherein the X-ray detector comprises a primary axis parallel to a surface normal vector of the scintillation device ; wherein the scintillation device comprises a wafer substrate having a plurality of grooves , which are spaced apart from each other; wherein each of the grooves extends to a depth along a first direction from a first side of the scintillation device into the wafer substrate and each of the grooves is at least partially filled with a scintillation material, such that a functionality of an analyzer grating for phase contrast imaging is integrated into the X-ray detector ; characterised in that the first direction of at least a part of the plurality of grooves is different from the primary axis , such that at least a part of the plurality of grooves is tilted with respect to the primary axis ; and wherein an angle between the first direction of a groove arranged in a center region of the scintillation device and the primary axis is smaller than an angle between the first direction of a groove arranged in an outer region of the scintillation device and the primary axis . a scintillation device ; and a photodetector with a plurality of photosensitive pixels optically coupled to the scintillation device ; wherein the X-ray detector comprises a primary axis parallel to a surface normal vector of the scintillation device ; wherein the scintillation device comprises a wafer substrate having a plurality of grooves , which are spaced apart from each other; wherein each of the grooves extends to a depth along a first direction from a first side of the scintillation device into the wafer substrate and each of the grooves is at least partially filled with a scintillation material, such that a functionality of an analyzer grating for phase contrast imaging is integrated into the X-ray detector ; characterised in that the first direction of at least a part of the plurality of grooves is different from the primary axis , such that at least a part of the plurality of grooves is tilted with respect to the primary axis ; and wherein an angle between the first direction of a groove arranged in a center region of the scintillation device and the primary axis is smaller than an angle between the first direction of a groove arranged in an outer region of the scintillation device and the primary axis .
A microelectromechanical system (MEMS) hermetically sealed packaged device comprising: a package comprising a bottom section and a lid , characterized in further comprising a MEMS die having an upper plate and a lower plate , the MEMs die being mounted to the bottom section, wherein the upper plate and the lower plate form a cavity , the upper and lower plates are bonded by one or more bond pads and a seal ring that surrounds the cavity, the seal ring including two or more grooves configured to allow exposure of the cavity to the space within the package; a MEMs device component contained in the cavity; and a getter material on a top surface of the MEMS die on the upper plate. a package comprising a bottom section and a lid , characterized in further comprising a MEMS die having an upper plate and a lower plate , the MEMs die being mounted to the bottom section, wherein the upper plate and the lower plate form a cavity , the upper and lower plates are bonded by one or more bond pads and a seal ring that surrounds the cavity, the seal ring including two or more grooves configured to allow exposure of the cavity to the space within the package; a MEMs device component contained in the cavity; and a getter material on a top surface of the MEMS die on the upper plate.
An optoelectronic device comprising a light-emitting component (LED) and a field-effect transistor (TMOS), the optoelectronic device comprising: a first doped semiconductor layer of a III-V or II-VI compound, of a first conductivity type; an active layer of the light-emitting component; a second doped semiconductor layer of the III-V or II-VI compound, of a second conductivity type opposite to the first type, the active layer being sandwiched between the first and second semiconductor layers, wherein the channel of the field-effect transistor is located in the first semiconductor layer, the first semiconductor layer being uninterrupted between the field-effect transistor and the light-emitting component, characterized in that the optoelectronic device comprises a first trench successively crossing at least the second semiconductor layer , the active layer , and a portion only of the first semiconductor layer , and containing a first electrically-conductive core and a first electrically-insulating layer covering the walls of the first trench at least between the first electrically-conductive core and the second semiconductor layer and between the first electrically-conductive core and the active layer . a first doped semiconductor layer of a III-V or II-VI compound, of a first conductivity type; an active layer of the light-emitting component; a second doped semiconductor layer of the III-V or II-VI compound, of a second conductivity type opposite to the first type, the active layer being sandwiched between the first and second semiconductor layers, wherein the channel of the field-effect transistor is located in the first semiconductor layer, the first semiconductor layer being uninterrupted between the field-effect transistor and the light-emitting component, characterized in that the optoelectronic device comprises a first trench successively crossing at least the second semiconductor layer , the active layer , and a portion only of the first semiconductor layer , and containing a first electrically-conductive core and a first electrically-insulating layer covering the walls of the first trench at least between the first electrically-conductive core and the second semiconductor layer and between the first electrically-conductive core and the active layer .
A method of operating a first network node in a first communication network that operates according to a first radio access technology, RAT, the method comprising: sending a request message (501; 601; 703; 801; 901) from the first network node to a second network node in a second communication network that operates according to a second RAT to initiate and/or modify aggregation of user traffic for a terminal device via the first network node and the second network node, wherein the request message (501; 601; 703; 801; 901) includes security parameters for use by the terminal device and/or the second network node and/or network nodes in the second communication network in authentication and/or encrypting communications between the terminal device and the second network node or between the terminal device and another network node in the second communication network; wherein the first RAT is different to the second RAT.
An air purifier apparatus of the portable type for purifying air inside a building by a liquid comprising a body provided with: an inlet portion and an outlet portion for the air; with an intermediate washing chamber between said inlet portion and said outlet portion and intended for being traversed by an air flow along a substantially horizontal main advancement direction (D), said washing chamber extends along a direction of longitudinal extent that is substantially horizonal; and with liquid dispensing means arranged inside said washing chamber to dispense said liquid in the form of drops at least partially counter current with said air flow, said air purifier apparatus further comprising condensation regulating means arranged for increasing the condensation of the humidity contained in the air in said outlet portion and downstream of said outlet portion so as to reduce the humidity of the air exiting said apparatus , said condensation regulating means comprising an expansion chamber to enable said air exiting said outlet portion to expand before exiting said apparatus characterized in that : - said expansion chamber is connected to said outlet portion to receive air coming from said outlet portion and extends horizontally above an outlet port of said outlet portion ; - said outlet portion , unlike said washing chamber , extends prevalently in a vertical direction. - said expansion chamber is connected to said outlet portion to receive air coming from said outlet portion and extends horizontally above an outlet port of said outlet portion ; - said outlet portion , unlike said washing chamber , extends prevalently in a vertical direction.
Individual personal transport device having a carrying container which can be worn on the body of a user and is configured as a backpack or backpack carrying frame, in which a transport means provided and configured for transporting the user is at least partially stowed in a transport position, wherein the personal transport device is designed and configured to displace the transport means from the transport position into a use position, in which the transport means is arranged for transporting the user , at least semi-automatically and without the user setting down the carrying container carried on the back of the user and/or without a movement of the user changing a spatial position of the carrying container , wherein the transport means is connected to the carrying container both in the transport position and in the use position via a lifting mechanism , which comprises at least one connecting element and is designed and configured to move the transport means from the transport position into the use position and vice versa and permanently connects the carrying container to the transport means both in the transport position and in the use position, in that the connecting element engages on the one hand on the carrying container and on the other hand on the transport means , characterised in that the transport means is configured as a unicycle, wherein a wheel of the transport means is arranged between the feet of the user in the use position, and in that the connecting element comprises a telescopic rod and a rotary connector , wherein the telescopic rod is connected to the transport means via the rotary connector and the rotary connector is configured to swivel the transport means about a vertically arranged axis of rotation and comprises an extension arm which arranges the transport means eccentrically to the axis of rotation .
A composition having an effective amount of a dihydrocinnamate compound for use in the treatment of a skin disorder associated with proteasome activity, wherein the dihydrocinnamate compound is selected from the group consisting of: and wherein the skin disorder is selected from the group consisting of angiosarcoma, hemangioendothelioma, basal cell carcinoma, squamous cell carcinoma, malignant melanoma and Kaposi's sarcoma, psoriasis, lymphangiogenesis, hemangioma of childhood, Sturge-Weber syndrome, verruca vulgaris, neurofibromatosis, tuberous sclerosis, pyogenic granulomas, recessive dystrophic epidermolysis bullosa, venous ulcers, acne, rosacea, eczema, molluscum contagious, seborrheic keratosis, actinic keratosis.