mhurhangee/ep-ind-claims huggingface dataset:
A method for a radio network node in a communications system supporting device-to-device, D2D communication, the method comprising, transmitting, to a D2D capable user terminal, measurement configuration information regarding a D2D discovery resource usage status; receiving, from the D2D capable user terminal, a report on a corresponding measurement based on said measurement configuration information, the report indicating a usage status of D2D discovery resources; adjusting D2D discovery resource allocation based on the received report, characterized in that the measurement configuration includes a D2D discovery resource over-utilized report triggering, wherein the method comprises, defining a threshold value for the relation of the number of occupied D2D discovery resources versus the total number of allocated D2D discovery resources above which an over-utilized D2D discovery resources report is triggered; and/or defining a threshold value for a detected collision rate above which an over-utilized D2D discovery resources report is triggered; and/or defining a threshold value for a total number of allocated D2D discovery resources above which the over-utilized D2D discovery resources report is not triggered, wherein the allocated D2D discovery resources are assigned to D2D discovery resource pools, and the total number of allocated D2D discovery resources per resource pool corresponds to the size of the pool.
A method for authorizing a payment transaction with a wireless mobile payment application comprising the steps of: - downloading a public key and account token from a central server - storing said public key and account token to the mobile payment application of a mobile payment device - entering by a user of the mobile payment application credentials into the mobile application device to use the mobile payment application. - generating with the mobile payment device a session key is using said downloaded and stored public key - encrypting said session key, credentials, and account token with said public key - transmitting the encrypted session key, credentials, and token to a receiver in a vending machine - generating and encrypting by the vending machine a transaction identification number, authorization amount, and entry type, - transmitting the encrypted transaction identification number, authorization amount, entry type, as well as the encrypted session key, credentials, and account token to a central server to authorization determination - decrypting at the central server the data received from the vending machine - using the decrypted data to produce an authorization determination as to the transaction requested by the mobile payment application - transmitting the authorization determination to the vending machine and - transmitting the results of the transaction to the mobile payment device. - downloading a public key and account token from a central server - storing said public key and account token to the mobile payment application of a mobile payment device - entering by a user of the mobile payment application credentials into the mobile application device to use the mobile payment application. - generating with the mobile payment device a session key is using said downloaded and stored public key - encrypting said session key, credentials, and account token with said public key - transmitting the encrypted session key, credentials, and token to a receiver in a vending machine - generating and encrypting by the vending machine a transaction identification number, authorization amount, and entry type, - transmitting the encrypted transaction identification number, authorization amount, entry type, as well as the encrypted session key, credentials, and account token to a central server to authorization determination - decrypting at the central server the data received from the vending machine - using the decrypted data to produce an authorization determination as to the transaction requested by the mobile payment application - transmitting the authorization determination to the vending machine and - transmitting the results of the transaction to the mobile payment device.
A noise reducing device for a wind turbine blade, having a first end, a second end, a first side surface and a second side surface, the noise reducing device comprises a base part and at least one noise reducing element, the base part is defined between the first end and a proximal end and the at least one noise reducing element extends from said proximal end of the base part to the second end, the base part is configured for attachment to a side surface adjacent to a trailing edge of the wind turbine blade or for attachment to a trailing edge surface of the wind turbine blade so that the at least one noise reducing element projects outwards from the trailing edge, when installed, wherein at least one airflow modifying element projects from at least one side surface (20, 29) of the at least one noise reducing element, the at least one airflow modifying element is configured to interact with a local boundary layer attached to said at least one side surface (20, 29) of the noise reducing device when installed, wherein the at least one airflow modifying element extends substantially in a transverse direction from a local first end to a local second end, and the at least one noise reducing element is serrations and said at least one airflow modifying element is vanes and has a local height (h a, h b) measured between said at least one side surface (20, 29) and a top of said airflow modifying element, characterised in that the local height (h a, h b) is equal to or less than two-thirds of a local boundary layer thickness (t b) at the noise reducing device when installed, wherein the local boundary layer thickness (t b) is determined when the wind turbine blade is operated at a rated rotational speed.
Water outlet for a sanitary system of a rail vehicle, comprising a water outlet pipe and a heating device for protecting the water outlet pipe from frost, characterized in that the heating device is routed from outside into an end piece of the water outlet pipe and is thus at least partially arranged in the interior of this end piece, wherein the heating device is routed out of the end piece initially in a curve and then along the outside of the end piece.
A beverage machine comprising: a vibration pump for displacing liquid to prepare a beverage, the vibration pump comprising a pumping member and a solenoid energizable to cause displacement of the pumping member; and a control system configured to: receive an electrical signal from a power supply; initially drive the solenoid, using the electrical signal, at a first power level; decrease power from the first power level; and subsequently to the decrease in power from the first power level, increase power to drive the solenoid using the electrical signal, wherein the control system is configured to use the electrical signal to generate a power spike that initially drives the solenoid at the first power level and then diminishes to define the decrease in power from the first power level. a vibration pump for displacing liquid to prepare a beverage, the vibration pump comprising a pumping member and a solenoid energizable to cause displacement of the pumping member; and a control system configured to: receive an electrical signal from a power supply; initially drive the solenoid, using the electrical signal, at a first power level; decrease power from the first power level; and subsequently to the decrease in power from the first power level, increase power to drive the solenoid using the electrical signal, receive an electrical signal from a power supply; initially drive the solenoid, using the electrical signal, at a first power level; decrease power from the first power level; and subsequently to the decrease in power from the first power level, increase power to drive the solenoid using the electrical signal, wherein the control system is configured to use the electrical signal to generate a power spike that initially drives the solenoid at the first power level and then diminishes to define the decrease in power from the first power level.
Corner bearing for concealed assembly for a casement, being pivotable and tiltable against a frame, of a window, a French door or the like, with a fitting component on the casement side and a fitting component on the frame side, with a support arm and a control arm for connecting the fitting components (4, 5) and with a horizontal tilting axis, characterized in that the fitting component on the casement side has a basic element and a rest element, in that a bearing bolt is mounted to the basic element and supports a sliding guide of the rest element with its end facing away from the tilting axis so that the rest element is tiltable against the basic element while the bearing bolt is sliding over the sliding guide and in that the rest element has a flange for connecting with the casement and the basic element is connected with the support arm and the control arm.
Method for producing a composite moulded body in which several layers of prepregs (1, 2) are laid over one another, adhesively bonded to each other and cured under pressure and/or vacuum, wherein - the prepreg layers laid over one another are introduced into an airtight shell, - the interior of the shell is connected to a vacuum source and evacuated - and the moulded body is cured together with the shell in a furnace, wherein a powder antifriction agent is introduced into the interior of the shell before the evacuation of the shell. - the prepreg layers laid over one another are introduced into an airtight shell, - the interior of the shell is connected to a vacuum source and evacuated - and the moulded body is cured together with the shell in a furnace,
A portable pressure container for driving a medical device, the container comprising: - a pressure housing (101; 201; 301; 401; 501) confining an interior volume (103; 203; 303; 403; 503), - a pressure outlet (102; 202; 302; 402; 502) extending through the pressure housing (101; 201; 301; 401; 501), - wherein the interior volume (103; 203; 303; 403; 503) comprises a liquid storage portion (105; 205; 305; 405; 505) and a gas storage portion (104; 204; 304; 404; 504), wherein the liquid storage portion (105; 205; 305; 405; 505) and the gas storage portion (104; 204; 304; 404; 504) are in flow connection with each other, - wherein the liquid storage portion (105; 205; 305; 405; 505) is configured to store a liquid phase of a driving medium and wherein the gas storage portion (104; 204; 304; 404; 504) is configured to store a gas phase of the driving medium, and - wherein the pressure outlet (102; 202; 302; 402; 502) is only in flow connection with the gas storage portion (104; 204; 304; 404; 504), characterized in that - the liquid storage portion (105; 205; 305; 405; 505) is located remote and at a predefined non-zero distance from the pressure outlet (102; 202; 302; 402; 502) and wherein the gas storage portion (104; 204; 304; 404; 504) is located between the liquid storage portion (105; 205; 305; 405; 505) and the pressure outlet (102; 202; 302; 402; 502) and wherein a porous storage medium (310; 410; 510) or a porous transport medium is arranged inside the liquid storage portion (105; 205; 305; 405; 505) and extends towards or into the gas storage portion (104; 204; 304; 404; 504). - a pressure housing (101; 201; 301; 401; 501) confining an interior volume (103; 203; 303; 403; 503), - a pressure outlet (102; 202; 302; 402; 502) extending through the pressure housing (101; 201; 301; 401; 501), - wherein the interior volume (103; 203; 303; 403; 503) comprises a liquid storage portion (105; 205; 305; 405; 505) and a gas storage portion (104; 204; 304; 404; 504), wherein the liquid storage portion (105; 205; 305; 405; 505) and the gas storage portion (104; 204; 304; 404; 504) are in flow connection with each other, - wherein the liquid storage portion (105; 205; 305; 405; 505) is configured to store a liquid phase of a driving medium and wherein the gas storage portion (104; 204; 304; 404; 504) is configured to store a gas phase of the driving medium, and - wherein the pressure outlet (102; 202; 302; 402; 502) is only in flow connection with the gas storage portion (104; 204; 304; 404; 504), characterized in that - the liquid storage portion (105; 205; 305; 405; 505) is located remote and at a predefined non-zero distance from the pressure outlet (102; 202; 302; 402; 502) and wherein the gas storage portion (104; 204; 304; 404; 504) is located between the liquid storage portion (105; 205; 305; 405; 505) and the pressure outlet (102; 202; 302; 402; 502) and wherein a porous storage medium (310; 410; 510) or a porous transport medium is arranged inside the liquid storage portion (105; 205; 305; 405; 505) and extends towards or into the gas storage portion (104; 204; 304; 404; 504).
A system for interactive program development, comprising: a source code editor adapted to receive source code entered by a user; a background compiler adapted to generate a data structure representing the source code while the user enters the source code in the source code editor, the data structure being one of a syntax tree, a semantic tree and a symbol table; and a module adapted to monitor the entered source code, to detect at least one undeclared symbol, to deduce that a declaration for the undeclared symbol is needed, to create an inferred symbol for each detected undeclared symbol, and to add the at least one inferred symbol to the data structure, wherein the at least one inferred symbol represents one of a class, a struct, a method, and a property. a source code editor adapted to receive source code entered by a user; a background compiler adapted to generate a data structure representing the source code while the user enters the source code in the source code editor, the data structure being one of a syntax tree, a semantic tree and a symbol table; and a module adapted to monitor the entered source code, to detect at least one undeclared symbol, to deduce that a declaration for the undeclared symbol is needed, to create an inferred symbol for each detected undeclared symbol, and to add the at least one inferred symbol to the data structure, wherein the at least one inferred symbol represents one of a class, a struct, a method, and a property.
Centrifugal separator device for concurrent separation of solid and/or liquid particles suspended in gaseous media, comprising a rotor which is provided with a multiplicity of sedimentation members and which is mounted rotatably in a surrounding, stationary housing, an intake provided for the gaseous medium to be cleaned and leading to a central inlet shaft of the rotor, the housing having, on the one hand, an outlet for cleaned gas which has been freed of solid and/or liquid particles on passage through the sedimentation members in the rotor, and, on the other hand, an outlet for the solid and/or liquid particles which have deposited on the sedimentation members and are then transferred to a side wall of the housing by a centrifugal force, characterized in that a flush nozzle (36; 38) is arranged upstream of the sedimentation members in order to supply a cleaning liquid for flushing clean the sedimentation members and other internal rotating and fixed elements on which solid particles have built up during operation of the separator.
A method of pairing a first device with a second device, the method comprising: generating, by the first device, an image that includes a unique identifier for identifying the first device and a security code; displaying the image on a display of the first device; capturing the image by the second device using an image sensing device; and sending, by the second device, the unique identifier and the security code to a server that is communicatively connected to the first device and the second device, and requesting the server to communicate with the first device, using the unique identifier, to verify the security code; the method characterized by: communicating in an active communication session between the second device and a third device, wherein the active communication session includes an audio visual communication; wherein the server is configured to transfer at least a part of the active communication session from the second device to the first device, upon verifying the security code and according to a preference of a user of the second device, the remaining part of the communication session runs concurrently and synchronously on the second device. generating, by the first device, an image that includes a unique identifier for identifying the first device and a security code; displaying the image on a display of the first device; capturing the image by the second device using an image sensing device; and sending, by the second device, the unique identifier and the security code to a server that is communicatively connected to the first device and the second device, and requesting the server to communicate with the first device, using the unique identifier, to verify the security code; the method characterized by: communicating in an active communication session between the second device and a third device, wherein the active communication session includes an audio visual communication; wherein the server is configured to transfer at least a part of the active communication session from the second device to the first device, upon verifying the security code and according to a preference of a user of the second device, the remaining part of the communication session runs concurrently and synchronously on the second device. communicating in an active communication session between the second device and a third device, wherein the active communication session includes an audio visual communication; wherein the server is configured to transfer at least a part of the active communication session from the second device to the first device, upon verifying the security code and according to a preference of a user of the second device, the remaining part of the communication session runs concurrently and synchronously on the second device.
A fire prevention equipment comprising: an electrification spray head for electrifying jetted particles of a water-based fire-extinguishing agent supplied by a fire-extinguishing agent supplying equipment (12, 14) and spraying the particles, the head being installed in a protection section (A, B); and a voltage application unit for applying an electrification voltage to the electrification spray head, wherein; the electrification spray head is provided with an injection nozzle, connected to a pipe to receive the water based fire-extinguishing agent, for converting the water-based fire-extinguishing agent to particles and spraying the particles by jetting the fire-extinguishing agent to an external jetting space, an induction electrode unit (45, 52, 60) disposed in the jetting space side of the injection nozzle, and a water-side electrode unit arranged between the pipe and the injection nozzle using an electrically conductive material to contact the water-based fire-extinguishing agent supplied to the injection nozzle; and wherein the voltage application unit charges the jetted particles by applying an external electric field generated by applying the electrification voltage between the induction electrode unit and the water-side electrode unit to the water-based fire-extinguishing agent. an electrification spray head for electrifying jetted particles of a water-based fire-extinguishing agent supplied by a fire-extinguishing agent supplying equipment (12, 14) and spraying the particles, the head being installed in a protection section (A, B); and a voltage application unit for applying an electrification voltage to the electrification spray head, wherein; the electrification spray head is provided with an injection nozzle, connected to a pipe to receive the water based fire-extinguishing agent, for converting the water-based fire-extinguishing agent to particles and spraying the particles by jetting the fire-extinguishing agent to an external jetting space, an induction electrode unit (45, 52, 60) disposed in the jetting space side of the injection nozzle, and a water-side electrode unit arranged between the pipe and the injection nozzle using an electrically conductive material to contact the water-based fire-extinguishing agent supplied to the injection nozzle; and wherein the voltage application unit charges the jetted particles by applying an external electric field generated by applying the electrification voltage between the induction electrode unit and the water-side electrode unit to the water-based fire-extinguishing agent.
A method for differentiating mesenchymal stem cells into hepatocytes, comprising the steps of: (a) adding an Ecklonia cava extract to a cell culture medium; (b) dedifferentiating mesenchymal stem cells into induced pluripotent stem cells in the medium; and (c) differentiating the induced pluripotent stem cells into hepatocytes. (a) adding an Ecklonia cava extract to a cell culture medium; (b) dedifferentiating mesenchymal stem cells into induced pluripotent stem cells in the medium; and (c) differentiating the induced pluripotent stem cells into hepatocytes.
A skin preparation kit comprising: a transdermal device having a skin contact area and a working area that lies within and is smaller than the skin contact area; and a skin preparation patch comprising a first part, a second part and a third part, wherein: at least the first part of the patch comprises an adhesive layer suitable for adhering the patch to skin; the third part can be removed, thereby to create an opening in the second part; the opening in the second part of the patch defines a skin preparation area that lies within and is smaller than the overall area of the second part; and the second part can be removed to leave the first part adhered to the skin; whereby the first part of the patch defines a desired location for placing the transdermal device in contact with the skin such that the skin preparation area defined by the second part of the patch prior to its removal is in alignment with the working area of the device; characterized in that: the skin preparation patch is divided by cut lines into the first part, the second part and the third part; and the third part can be removed while leaving the first and second parts (1,2) of the patch adhered to the skin. a transdermal device having a skin contact area and a working area that lies within and is smaller than the skin contact area; and a skin preparation patch comprising a first part, a second part and a third part, wherein: at least the first part of the patch comprises an adhesive layer suitable for adhering the patch to skin; the third part can be removed, thereby to create an opening in the second part; the opening in the second part of the patch defines a skin preparation area that lies within and is smaller than the overall area of the second part; and the second part can be removed to leave the first part adhered to the skin; at least the first part of the patch comprises an adhesive layer suitable for adhering the patch to skin; the third part can be removed, thereby to create an opening in the second part; the opening in the second part of the patch defines a skin preparation area that lies within and is smaller than the overall area of the second part; and the second part can be removed to leave the first part adhered to the skin; whereby the first part of the patch defines a desired location for placing the transdermal device in contact with the skin such that the skin preparation area defined by the second part of the patch prior to its removal is in alignment with the working area of the device; characterized in that: the skin preparation patch is divided by cut lines into the first part, the second part and the third part; and the third part can be removed while leaving the first and second parts (1,2) of the patch adhered to the skin. the skin preparation patch is divided by cut lines into the first part, the second part and the third part; and the third part can be removed while leaving the first and second parts (1,2) of the patch adhered to the skin.