mhurhangee/ep-ind-claims huggingface dataset:
A method of orchestrating services across at least two different service domains (3A, 17) in a communication network, the method comprising the following steps carried out by a processing unit of a first service provider, referred to as a home operator, managing a first service domain: • receiving a data structure for a service definition object from a second service provider, referred to hereinafter as a sponsor service provider, managing a second service domain, the home operator being identified by a home operator identifier; • receiving a list of available services from the sponsor service provider, the services on the list being individually identified by a service identifier; • receiving a subscriber selection of at least one service on the list from a subscriber of the home operator, the subscriber being identified by a subscription identifier; • adding a first set of data to the service definition object to obtain a populated service definition object, the first set of data comprising at least subscriber specific data; • sending a service creation request to the sponsor service provider for subscribing to the selected service, the service creation request comprising the home operator identifier, the subscription identifier, a service identifier of the selected service, the populated service definition object and a service instance identifier; and • receiving a response from the sponsor service provider, the response comprising the populated service definition object complemented with a second set of data to allow the selected service to be executed. • receiving a data structure for a service definition object from a second service provider, referred to hereinafter as a sponsor service provider, managing a second service domain, the home operator being identified by a home operator identifier; • receiving a list of available services from the sponsor service provider, the services on the list being individually identified by a service identifier; • receiving a subscriber selection of at least one service on the list from a subscriber of the home operator, the subscriber being identified by a subscription identifier; • adding a first set of data to the service definition object to obtain a populated service definition object, the first set of data comprising at least subscriber specific data; • sending a service creation request to the sponsor service provider for subscribing to the selected service, the service creation request comprising the home operator identifier, the subscription identifier, a service identifier of the selected service, the populated service definition object and a service instance identifier; and • receiving a response from the sponsor service provider, the response comprising the populated service definition object complemented with a second set of data to allow the selected service to be executed.
Implant system for photodynamic therapy with a luminous body which can be implanted in a resection cavity for emitting light and with an autonomous control unit which can be connected to the luminous body via a supply line and has a reservoir for at least one medicament, characterised in that the reservoir is connected to the luminous body via a medicament line, which luminous body is set up to deliver the at least one medicament to the surrounding tissue, in that the medicament line runs parallel to the supply line, and in that the luminous body has pores and/or, on its surface, channels for distributing the medicaments.
Coating booth comprising: - at least a coating compartment able to accommodate the processing steps for the coating of products to be coated; - at least an access opening able to allow the entry into said compartment; - cleaning means of said compartment movable between a rest configuration, wherein said cleaning means are arranged outside said compartment, and a work configuration, wherein said cleaning means are arranged at least partly inside said compartment; - at least a guide element able to guide said cleaning means through said access opening for the entry/exit of the cleaning means themselves into/from said compartment; wherein said cleaning means comprise: - a handling assembly associated with said guide element and able to slide along it between said rest configuration and said work configuration and vice versa; - at least a blowing device mounted on said handling assembly and able to blow a pressurized fluid into said compartment; characterized in that said blowing device is rotatable and/or translatable with respect to said handling assembly. - at least a coating compartment able to accommodate the processing steps for the coating of products to be coated; - at least an access opening able to allow the entry into said compartment; - cleaning means of said compartment movable between a rest configuration, wherein said cleaning means are arranged outside said compartment, and a work configuration, wherein said cleaning means are arranged at least partly inside said compartment; - at least a guide element able to guide said cleaning means through said access opening for the entry/exit of the cleaning means themselves into/from said compartment; - a handling assembly associated with said guide element and able to slide along it between said rest configuration and said work configuration and vice versa; - at least a blowing device mounted on said handling assembly and able to blow a pressurized fluid into said compartment;
Container treatment machine, in particular a filling machine, for continuously filling containers to a target filling level, comprising at least one filling member (1A, 1B, 1C) which has at the bottom a container holder in which an upper container end can be positioned at a predefined filling position corresponding to a zero point of a container coordinate system, and a return gas pipe which can be lowered relative to the filling position from a defined raised reference position by means of a motor and the lower pipe end of which can be inserted into the upper container end in order to set the target filling level, wherein an electronic control unit for the motor is provided which can be programmed at least with the respective displacement travel from the zero point to the target filling level via a program section, characterized in that the treatment machine has a calibration tool, and in that the calibration tool is positioned on the filling member (1A, 1B, 1C) in place of a container, which calibration tool forms a mechanical stop for the lower pipe end, the mechanical stop being located at a predefined distance below the zero point, and in that the program section of the control unit includes a program routine for the computer-aided calibration of the motor by measuring a calibration displacement travel of the motor from the reference position until the lower pipe end bears against the stop of the calibration tool and for determining a difference between the lower pipe end in the reference position of the motor and the zero point.
A power transfer device for wireless power transfer from a power transmitter to a power receiver using an electromagnetic power transfer signal, the power transfer device being one of the power transmitter and the power receiver, the power transfer device comprising: a power transfer circuit (303, 307) comprising a power transfer coil (203, 207) for receiving or generating the power transfer signal during the power transfer time intervals; a communicator (315, 323) for communicating with a complementary device being the other device of the power receiver and the power transmitter via an electromagnetic communication signal; characterized by the power transfer signal during a power transfer phase employing a repeating time frame comprising a power transfer time interval and an object detection time interval being non-overlapping with the power transfer time interval, a power limit of the power transfer signal being lower for the object detection time interval than for the power transfer time interval, and further characterized by the power transfer device further comprising: a communication resonance circuit (317, 321) comprising a communication antenna (319, 325) for transmitting or receiving the electromagnetic communication signal, the communication resonance circuit (317, 321) during communication being arranged to provide a resonance at a first resonance frequency to the communicator (315, 323); and a controller (333, 335) for adapting the communication resonance circuit to not provide the resonance at the first resonance frequency to the communicator during object detection time intervals. a power transfer circuit (303, 307) comprising a power transfer coil (203, 207) for receiving or generating the power transfer signal during the power transfer time intervals; a communicator (315, 323) for communicating with a complementary device being the other device of the power receiver and the power transmitter via an electromagnetic communication signal; a communication resonance circuit (317, 321) comprising a communication antenna (319, 325) for transmitting or receiving the electromagnetic communication signal, the communication resonance circuit (317, 321) during communication being arranged to provide a resonance at a first resonance frequency to the communicator (315, 323); and a controller (333, 335) for adapting the communication resonance circuit to not provide the resonance at the first resonance frequency to the communicator during object detection time intervals.
A system for cardiopulmonary bypass, comprising: an oxygen source comprising a pressure regulator configured to regulate an oxygen pressure; an air source; a flow control configured to receive the oxygen source and the air source; a vaporizer in fluid communication with the flow control; a sweep gas reservoir in fluid communication with the vaporizer; an oxygenator fluidly connected to a pressure regulator of the sweep gas reservoir via a sweep gas inlet, wherein the sweep gas inlet is configured to have a subatmospheric pressure and the oxygenator is configured to oxygenate a blood; a vacuum regulator fluidly connected to the oxygenator via an sweep gas outlet, and configured to provide the subatmospheric pressure; and a flow restrictor fluidly connected to the sweep gas inlet, configured to allow for a pressure drop from the oxygen source to the oxygenator, and characterized in that the flow restrictor is disposed between the sweep gas reservoir and the oxygenator, and wherein the subatmospheric pressure is 40.53 kPa (0.4 atmospheres) to 81.06 kPa (0.8 atmospheres). an oxygen source comprising a pressure regulator configured to regulate an oxygen pressure; an air source; a flow control configured to receive the oxygen source and the air source; a vaporizer in fluid communication with the flow control; a sweep gas reservoir in fluid communication with the vaporizer; an oxygenator fluidly connected to a pressure regulator of the sweep gas reservoir via a sweep gas inlet, wherein the sweep gas inlet is configured to have a subatmospheric pressure and the oxygenator is configured to oxygenate a blood; a vacuum regulator fluidly connected to the oxygenator via an sweep gas outlet, and configured to provide the subatmospheric pressure; and a flow restrictor fluidly connected to the sweep gas inlet, configured to allow for a pressure drop from the oxygen source to the oxygenator, and characterized in that the flow restrictor is disposed between the sweep gas reservoir and the oxygenator, and wherein the subatmospheric pressure is 40.53 kPa (0.4 atmospheres) to 81.06 kPa (0.8 atmospheres).
A composition comprising a lactic acid bacterium as an active ingredient for use in a method of preventing or ameliorating deterioration of skin condition caused by bacterial abnormal growth, or suppressing bacterial abnormal growth, by oral intake thereof, wherein the lactic acid bacterium is Lactococcus lactis JCM5805 strain.
A vent valve intended for, for example, fuel tanks or similar containers in connection with which it is necessary to achieve pressure equalization between the interior space of the tank/container and its surroundings, comprising a valve body, a valve ball and a float, characterized in that the float is cylindrical and arranged so as to slide up and down in the axial direction on the outside of the valve body, which float 7 is further integrated in/mechanically connected to an actuating element, which actuating element is arranged so as to extend entirely or partly into the interior space of the valve body and thereby mechanically act upon/displace the valve ball.
A spade connector for connecting to an electrical connection terminal (20, 22), the spade connector comprising a connecting zone for connecting to an electrical wire and a base, the base comprising an orifice for the passage of a connecting means and two lateral sides (74, 76) extending globally along a longitudinal axis of the spade connector, the base comprising, on at least one of its lateral sides (74, 76), at least one element protruding relative to the corresponding lateral side and the rest of the base, characterized in that the base comprises a first part and a second part each defining one of the lateral sides (74, 76) which are both comprised in a first plane of the spade connector, and in that the spade connector is plastically deformable from an initial configuration, in which the first and second parts are each inclined relative to the first plane, to a connecting configuration for connection to the connection terminal (20, 22), and in that a distance between the two lateral sides (74, 76) has a first value (D74i) when the spade connector is in the initial configuration that is below a second value (D74c) of that distance when the spade connector is in the connecting configuration.
A method for preparing raw material for casting iron or steel, wherein a charge containing raw materials for a casting is melted and cast into an object of desired shape, wherein the charge is assembled of plate-like charge elements (1a, 1b, 1c...) with known compositions and dimensions by placing them on top of each other, and of an alloying component entity with a known composition by means of which the composition of the charge is balanced to the desired precise composition, wherein the plate-like charge elements (1a, 1b, 1c...) are disc-like elements provided with a central hole, characterized in that the disc-like elements are stacked on top of each other around a vertical guiding element so that the vertical guiding element extends through the holes.
A system comprising: an actuator; a device being connected to said actuator and with said actuator being configured to move said device between a plurality of predetermined positions; a sensor being configured to contactlessly detect said device when said device is connected to said actuator; and a controller in communication with said sensor and being configured to determine the predetermined position of said device based on contactless detection of said device by said sensor when said device is connected to said actuator; and wherein said device is controlled to become undetectable by said sensor when said device disconnects due to mechanical failure from said actuator; characterized in that said device further comprises at least a radio frequency coil; said RF coil is tuned to a first predetermined frequency being within a detectable range of said sensor when said device is connected to said actuator; and said device is controlled to become undetectable by being configured to intentionally destroy said RF coil when said device disconnects from said actuator. an actuator; a device being connected to said actuator and with said actuator being configured to move said device between a plurality of predetermined positions; a sensor being configured to contactlessly detect said device when said device is connected to said actuator; and a controller in communication with said sensor and being configured to determine the predetermined position of said device based on contactless detection of said device by said sensor when said device is connected to said actuator; and wherein said device is controlled to become undetectable by said sensor when said device disconnects due to mechanical failure from said actuator; characterized in that said device further comprises at least a radio frequency coil; said RF coil is tuned to a first predetermined frequency being within a detectable range of said sensor when said device is connected to said actuator; and said device is controlled to become undetectable by being configured to intentionally destroy said RF coil when said device disconnects from said actuator.
A method for forming a wind turbine rotor blade, the method comprising: placing first and second prefabricated skin panels (68, 70) defining a portion of a root section of the wind turbine rotor blade, a pressure side of the wind turbine rotor blade, or a suction side of the wind turbine rotor blade in a mold, wherein the first prefabricated skin panel partially overlaps or is positioned adjacent to the second prefabricated panel to define a connection region; placing a vacuum bag over the mold; and infusing the connection region with a resin, characterized in that placing the first and second prefabricated skin panels (68, 70) comprises aligning the first or second prefabricated skin panels (68, 70) with one or more locating features in the mold. placing first and second prefabricated skin panels (68, 70) defining a portion of a root section of the wind turbine rotor blade, a pressure side of the wind turbine rotor blade, or a suction side of the wind turbine rotor blade in a mold, wherein the first prefabricated skin panel partially overlaps or is positioned adjacent to the second prefabricated panel to define a connection region; placing a vacuum bag over the mold; and infusing the connection region with a resin, characterized in that placing the first and second prefabricated skin panels (68, 70) comprises aligning the first or second prefabricated skin panels (68, 70) with one or more locating features in the mold.
Method for stopping a motor vehicle from driving on a shoulder, wherein - a detection unit of the motor vehicle detects that a wheel of the motor vehicle is located on a shoulder; and - a sensor unit of the motor vehicle is used to detect a driver's response; - characterized in that a computing unit of the motor vehicle is used to assign the driver's response to one of at least two intensity classes, wherein at least one intensity characteristic value of the driver's response is determined by means of the computing unit, and the driver's response is assigned to the one of at least two intensity classes as a function of the at least one intensity characteristic value, and the computing unit is used to determine a braking intensity of a braking maneuver of a driver and/or an acceleration intensity of an intended acceleration maneuver of the driver in order to determine the intensity characteristic value; - by means of a computing unit of the motor vehicle, - a vehicle control intervention that is opposite to the driver's response is carried out if the driver's response has been assigned to a first intensity class of the at least two intensity classes; and - a vehicle control intervention assisting the driver's response is carried out if the driver's response has been assigned to a second one of the at least two intensity classes. - a detection unit of the motor vehicle detects that a wheel of the motor vehicle is located on a shoulder; and - a sensor unit of the motor vehicle is used to detect a driver's response; - characterized in that a computing unit of the motor vehicle is used to assign the driver's response to one of at least two intensity classes, wherein at least one intensity characteristic value of the driver's response is determined by means of the computing unit, and the driver's response is assigned to the one of at least two intensity classes as a function of the at least one intensity characteristic value, and the computing unit is used to determine a braking intensity of a braking maneuver of a driver and/or an acceleration intensity of an intended acceleration maneuver of the driver in order to determine the intensity characteristic value; - by means of a computing unit of the motor vehicle, - a vehicle control intervention that is opposite to the driver's response is carried out if the driver's response has been assigned to a first intensity class of the at least two intensity classes; and - a vehicle control intervention assisting the driver's response is carried out if the driver's response has been assigned to a second one of the at least two intensity classes.
Method for controlling an electrohydraulic braking system for motor vehicles having an antilock braking control function and an electrically controllable pressure generating device that comprises a cylinder-piston arrangement having at least one hydraulic pressure chamber (5, 6), the piston (3, 4) of which can be being displaced by means of an electromechanical actuator (1, 2), so that a predetermined pressure (P Pre_Pressure) can be set in the hydraulic pressure chamber (5, 6), and having a number (n) of hydraulically actuatable wheel brakes (11, 12, 13, 14), which are connected or can be connected in each case by means of an electrically actuatable inlet valve (15, 17, 19, 21) to a hydraulic pressure chamber (5, 6) of the cylinder-piston arrangement and in each case by means of an electrically actuatable outlet valve (16, 18, 20, 22) to a pressure medium storage container, characterized in that in the case of all the wheels being subjected to an antilock braking control operation the cylinder-piston arrangement is controlled for setting an individual wheel desired pressure (P Request_i) for each wheel at each wheel brake (11, 12, 13, 14) in such a manner that the pressure (P Pre_Pressure) in the hydraulic pressure chamber (5, 6) is set to the highest wheel desired pressure (P Request_i), during the antilock braking control operation always at least one wheel brake having the highest wheel desired pressure in terms of a full pressure compensation between the wheel brake and the pressure chamber (5, 6) is connected to a hydraulic pressure chamber (5, 6) of the cylinder-piston arrangement.
Envelope modulator (100, 100a, 100b, 100c), particularly for a polar transmitter, wherein said envelope modulator is configured to receive an amplitude signal (A, u) and a phase-modulated carrier signal (f_c_mod, fcm'), and to output for at least one clock cycle (T_c) of said phase-modulated carrier signal (f_c_mod, fcm') an output pulse (p1, p2, p3), wherein a pulse width of said output pulse (p1, p2, p3) is determined depending on said amplitude signal and on a feedback signal (fb) derived from said amplitude signal, wherein said envelope modulator is configured to compare said determined pulse width of said output pulse with a predetermined threshold value, and to_not output said output pulse if said determined pulse width is smaller than said predetermined threshold value.