mhurhangee/ep-ind-claims huggingface dataset:
A method for dynamic third party charging applying to a service associated with a communication established by a communication device of a user within a telecommunications network, the service being suspended due to insufficient balance in the account of the user, comprising the following steps performed in a network element capable of generating charging events while monitoring the communication's use of the network's resources: retrieving an URL hosted by an application server, and sending the URL to the communication device that displays a web page corresponding to the URL and inviting user to select a call number, an amount of units, and a type of units, sending a request (ReqUI) to the application server, the request containing the selected call number, the selected amount of units, and the selected type of units in order to rent said amount of units from an account associated with said call number, receiving a response (ResUI) from the application server, if the rent is granted, the response containing the selected call number, the selected amount of units, the selected type of units, and an acknowledgment to proceed with the rent, requesting (S9, S10) a server for the debit of the account associated with said selected call number by the selected amount of units, requesting (S11, S12) the server for the credit of the account of the user by the selected amount of units. retrieving an URL hosted by an application server, and sending the URL to the communication device that displays a web page corresponding to the URL and inviting user to select a call number, an amount of units, and a type of units, sending a request (ReqUI) to the application server, the request containing the selected call number, the selected amount of units, and the selected type of units in order to rent said amount of units from an account associated with said call number, receiving a response (ResUI) from the application server, if the rent is granted, the response containing the selected call number, the selected amount of units, the selected type of units, and an acknowledgment to proceed with the rent, requesting (S9, S10) a server for the debit of the account associated with said selected call number by the selected amount of units, requesting (S11, S12) the server for the credit of the account of the user by the selected amount of units.
A method implemented for adjusting a physical uplink control channel, PUCCH, format in an uplink transmission from a terminal device to a network device in a wireless communication network, the method comprising: using a first PUCCH format having a first duration for a service between the terminal device and the network device; and using a second PUCCH format having a second and different duration for the service of the terminal device responsive to a determination that the first PUCCH format is in need of change based on one or more events, wherein the one or more events comprise a change of phase between a slow start phase and a congestion avoidance phase of data transmission through a PUCCH between the terminal device and the network device. using a first PUCCH format having a first duration for a service between the terminal device and the network device; and using a second PUCCH format having a second and different duration for the service of the terminal device responsive to a determination that the first PUCCH format is in need of change based on one or more events, wherein the one or more events comprise a change of phase between a slow start phase and a congestion avoidance phase of data transmission through a PUCCH between the terminal device and the network device.
Device for treating exhaust gas, containing soot particles, of mobile internal combustion engines, comprising at least - at least one nitrogen dioxide source or an oxygen source, - at least one ionization element for ionizing soot particles, - at least one neutralization element for neutralizing electrically charged soot particles, - at least one surface precipitator, which is embodied as a honeycomb element and has a multiplicity of ducts through which the exhaust gas can flow and which extend between an inlet region and an outlet region, wherein the ducts have duct walls, wherein at least one deposition inhibitor for electrically charged soot particles is provided at least partially at the inlet region, characterized in that the deposition inhibitor is formed by different electrical conductivity of the duct walls in the direction of extent of the ducts, with the result that the electrically charged soot particles are prevented from being mainly deposited in the inlet region, and the most uniform possible deposition of soot particles on the duct walls takes place. - at least one nitrogen dioxide source or an oxygen source, - at least one ionization element for ionizing soot particles, - at least one neutralization element for neutralizing electrically charged soot particles, - at least one surface precipitator, which is embodied as a honeycomb element and has a multiplicity of ducts through which the exhaust gas can flow and which extend between an inlet region and an outlet region, wherein the ducts have duct walls, wherein at least one deposition inhibitor for electrically charged soot particles is provided at least partially at the inlet region, characterized in that the deposition inhibitor is formed by different electrical conductivity of the duct walls in the direction of extent of the ducts, with the result that the electrically charged soot particles are prevented from being mainly deposited in the inlet region, and the most uniform possible deposition of soot particles on the duct walls takes place.
A communication system in which a transmission path (2-1, 2-2) between communication nodes (1-1, 1-2) is multiplexed, wherein a communication node that transmits packets comprises a path and packet selection unit that decides the order of said packets to be transmitted through each transmission path (2-1, 2-2) on the assumption that an event that causes a state change to said transmission path (2-1, 2-2) occurs upon the start of packet transmission, such that the packet reception order is not reversed at the communication node that receives said packets, wherein said event causes the bandwidth reduction to said transmission path (2-1, 2-2), and characterized in that, when determining that said event has not actually occurred in said transmission path (2-1, 2-2), said path and packet selection unit decides the order of the packets to be transmitted through each transmission path (2-1, 2-2) on the assumption that said event occurs directly after the communication node that receives said packets receives the packet transmitted directly before the determination is made.
An ultrasonic surgical instrument comprising: an end effector comprising an ultrasonic blade; an ultrasonic transducer acoustically coupled to the ultrasonic blade, the ultrasonic transducer configured to ultrasonically oscillate the ultrasonic blade in response to a drive signal; characterised by: an infrared source configured to emit infrared energy at a tissue within the end effector; an infrared detector; and a control circuit coupled to the ultrasonic transducer and the infrared detector, the control circuit configured to: receive infrared energy reflected by the tissue via the infrared detector; and determine a tissue composition of the tissue according to the reflected infrared energy. an end effector comprising an ultrasonic blade; an ultrasonic transducer acoustically coupled to the ultrasonic blade, the ultrasonic transducer configured to ultrasonically oscillate the ultrasonic blade in response to a drive signal; characterised by: an infrared source configured to emit infrared energy at a tissue within the end effector; an infrared detector; and a control circuit coupled to the ultrasonic transducer and the infrared detector, the control circuit configured to: receive infrared energy reflected by the tissue via the infrared detector; and determine a tissue composition of the tissue according to the reflected infrared energy. an infrared source configured to emit infrared energy at a tissue within the end effector; an infrared detector; and a control circuit coupled to the ultrasonic transducer and the infrared detector, the control circuit configured to: receive infrared energy reflected by the tissue via the infrared detector; and determine a tissue composition of the tissue according to the reflected infrared energy. receive infrared energy reflected by the tissue via the infrared detector; and determine a tissue composition of the tissue according to the reflected infrared energy.
Aircraft air conditioning system comprising: - an ambient air supply line having a first end connected to an ambient air inlet and a second end connected to a mixer of the aircraft air conditioning system so as to supply ambient air to the mixer, - a first compressor arranged in the ambient air supply line and being adapted to compress the ambient air flowing through the ambient air supply line, - a bleed air supply line allowing a flow of bleed air bled off from an engine or an auxiliary power unit therethrough, and - a bleed air turbine driven by the bleed air flowing through the bleed air supply line and being coupled to the first compressor so as to drive the first compressor, characterized in that the bleed air supply line opens into a ram air channel and is adapted to guide bleed air flowing through the bleed air supply line into the ram air channel. - an ambient air supply line having a first end connected to an ambient air inlet and a second end connected to a mixer of the aircraft air conditioning system so as to supply ambient air to the mixer, - a first compressor arranged in the ambient air supply line and being adapted to compress the ambient air flowing through the ambient air supply line, - a bleed air supply line allowing a flow of bleed air bled off from an engine or an auxiliary power unit therethrough, and - a bleed air turbine driven by the bleed air flowing through the bleed air supply line and being coupled to the first compressor so as to drive the first compressor,
An autonomous installation consisting of an automated sheet-metal bending cell and an automated magazine to which the bending cell is coupled, comprising a set of elements intended to be used respectively for storing tools and thus to serve as a tool warehouse or tool shelves, for fastening grippers and thus to serve as a fastening device for grippers, and for exchanging tools, grippers and/or storage accessories between the cell and the automated magazine, said set of elements comprising: - fastening walls for tools or grippers or for use as an interface in a palletizing system for parts entering and/or leaving the automated sheet-metal bending cell coupled to the automated magazine, the fastening walls each comprising a rigid plate provided with a grid having perforations of regular pitch over at least part of its surface, several perforated walls (100, 101) being suitable for being assembled to one another in order to form volumes comprising several attachment faces; - support structures for supporting the fastening walls, the support structures being designed to allow rotation, linear movement or fastening to the ground of the fastening walls; the fastening walls with their perforated grids and support structures being designed to be pooled and to be interchangeable for the fastening of tools, grippers or as an interface in a palletizing system for parts entering and/or leaving the automated bending cell coupled to the automated magazine, the set of elements comprising supports for the grippers to be fastened on the perforated walls (100, 101) and fastening platens for grippers that are assembled on the supports, and supports for the bending tools to be fastened on the perforated walls (100, 101), said supports (103, 110) being inserted into the perforations of the fastening walls. - fastening walls for tools or grippers or for use as an interface in a palletizing system for parts entering and/or leaving the automated sheet-metal bending cell coupled to the automated magazine, the fastening walls each comprising a rigid plate provided with a grid having perforations of regular pitch over at least part of its surface, several perforated walls (100, 101) being suitable for being assembled to one another in order to form volumes comprising several attachment faces; - support structures for supporting the fastening walls, the support structures being designed to allow rotation, linear movement or fastening to the ground of the fastening walls;
Method for controlling a cooking oven, said cooking oven comprising; a cooking chamber, a water supply line extending into said cooking chamber in order to feed water into said cooking chamber, through a water nozzle, valve means, arranged to regulate a flow of said feed water out of said water nozzle, and a temperature sensor arranged to sense the temperature in said cooking chamber, where said water nozzle mouth in a steam box located in said cooking chamber, which comprises steam generating means, said steam generating means is adapted to adapt a cooking temperature of said cooking chamber, and wherein said steam generating means is arranged relative to said water nozzle such that water injected into said steam box through said water nozzle is lead to said steam generating means, and said cooking oven further comprises an electronic control unit adapted to control said valve means dependent at least upon said cooking temperature, and controlling said valve to inject a pulse of a predetermined amount of water into said steam box upon receiving of an actuating signal from said ECU, characterised in that said valve means only can be actuated to inject a pulse of water if said cooking temperature is above a first predetermined threshold temperature and if said cooking temperature has been above a second predetermined threshold temperature for a first predetermined time period. a cooking chamber, a water supply line extending into said cooking chamber in order to feed water into said cooking chamber, through a water nozzle, valve means, arranged to regulate a flow of said feed water out of said water nozzle, and
Electrical drive for rollators, preferably for conventional rollators, in particular movable walking aids used as a continuous support for handicapped or physically weak persons during walking or running, whereby the electrical drive has fastening elements and whereby the rollator has an electrically motorized platform reversibly or irreversibly connected to the rollator, which can bear a load and is steerable, and which is equipped with rollers, and which is equipped with an electrical motor mounted on or underneath the platform, characterized in that the platform can be folded, whereby the lowering and/or lifting of the platform is achieved by means of an electrical motor.
A device for magnetizing and assembling an electrical machine comprising a stator and a rotor with at least one permanent magnet, the device comprising a magnetizer unit for magnetizing the at least one permanent magnet of the rotor, a rotor load unit and a translation unit for translating the rotor from the magnetizer unit to the rotor load unit for inserting the rotor into the stator, characterized in that the translation unit comprises a rotor flip assembly and a rotor flip drive arranged to pivot the rotor flip assembly from a first position to a second position, wherein the rotor flip assembly comprises a rotor flip arm arranged to provide a down force on the rotor to keep the rotor in position in respect to the magnetizer unit during magnetization.
A method for controlling a heating unit comprising a burner with a burner housing, an ionization electrode associated with said burner, and a voltage supply for applying an AC voltage between said ionization electrode and said burner housing, said method comprising the steps of: applying an AC voltage between said ionization electrode and said burner housing by means of said voltage supply, characterized by readjusting the output of said voltage supply in the event of parasitic leakage currents by means of a closed-loop control unit, wherein a voltage actually applied to said ionization electrode is measured, is compared to a target value and, if necessary, is adjusted to the target value. applying an AC voltage between said ionization electrode and said burner housing by means of said voltage supply, characterized by readjusting the output of said voltage supply in the event of parasitic leakage currents by means of a closed-loop control unit, wherein a voltage actually applied to said ionization electrode is measured, is compared to a target value and, if necessary, is adjusted to the target value.
A method for controlling a display device, comprising: providing a first tactile feedback to a first area of a display unit, the first tactile feedback corresponding to texture information of the first area; detecting the touch inputs applied to the first area; accumulating attribute information of the touch inputs applied to the first area, wherein the attribute information includes information specifying the number and the pressures of the detected touch inputs, and storing the accumulated attribute information to maintain a touch input history of the touch inputs to the first area; simulating the abrasion of the texture of the first area caused by the accumulated attribute information of the touch inputs, taking into account the texture of the first area, durability of abrasion of the texture of the first area, and hardness of the texture of the first area; updating the texture information of the first area based on the simulated abrasion; and providing a second tactile feedback to the first area corresponding to the updated texture information of the first area and thereby based on the touch input history of the first area. providing a first tactile feedback to a first area of a display unit, the first tactile feedback corresponding to texture information of the first area; detecting the touch inputs applied to the first area; accumulating attribute information of the touch inputs applied to the first area, wherein the attribute information includes information specifying the number and the pressures of the detected touch inputs, and storing the accumulated attribute information to maintain a touch input history of the touch inputs to the first area; simulating the abrasion of the texture of the first area caused by the accumulated attribute information of the touch inputs, taking into account the texture of the first area, durability of abrasion of the texture of the first area, and hardness of the texture of the first area; updating the texture information of the first area based on the simulated abrasion; and providing a second tactile feedback to the first area corresponding to the updated texture information of the first area and thereby based on the touch input history of the first area.
A lighting device, comprising: a first group of packages, each of said packages containing at least one solid state light emitter, wherein if each of said at least one solid state light emitter in each of said packages is illuminated, every light emitter in the lighting device emits light and a combined illumination from said lighting device would, in the absence of any additional light, have u', v' color coordinates on a 1976 CIE Chromaticity Diagram which define a first point; and if each of said at least one solid state light emitter in each of said packages in said first group of packages is illuminated, so that each package in said first group of packages emits light having respective u', v' color coordinates on a 1976 CIE Chromaticity Diagram which define a respective point, at least 20 % of said respective points would be spaced from said first point by a distance of not less than 0.10 and not more than 0.15. a first group of packages, each of said packages containing at least one solid state light emitter, wherein if each of said at least one solid state light emitter in each of said packages is illuminated, every light emitter in the lighting device emits light and a combined illumination from said lighting device would, in the absence of any additional light, have u', v' color coordinates on a 1976 CIE Chromaticity Diagram which define a first point; and if each of said at least one solid state light emitter in each of said packages in said first group of packages is illuminated, so that each package in said first group of packages emits light having respective u', v' color coordinates on a 1976 CIE Chromaticity Diagram which define a respective point, at least 20 % of said respective points would be spaced from said first point by a distance of not less than 0.10 and not more than 0.15.
A light source circuit for an optical sensor system, the circuit comprising: a power supply to provide a regulated direct current voltage output; a light source comprising a plurality of series connected light emitting diodes (LEDs); a current source coupled to the power supply and the light source to receive the regulated DC voltage output and to provide a current output; and a switch, the switch being configured to allow the current output to through the plurality of series connected LEDs from the current source when the switch is closed and to prevent the current output through the plurality of series connected LEDs when the switch is open; characterised in; a high voltage supply circuit coupled to the plurality of series connected LEDs to provide a high voltage output; a second switch, the second switch being configured to connect the high voltage output to the plurality of series connected LEDs from the high voltage supply when the second switch is closed and to disconnect the high voltage output from the plurality of series connected LEDs when the second switch is open; and a drive circuit to open and close the second switch, the drive circuit being configured to close the second switch at the start of an on time for the plurality of series connected LEDs to connect the high voltage output to the plurality of series connected LEDs and to open the second switch during a remainder of the on time of the plurality of series connected LEDs to allow the current source to provide the current output to the plurality of series connected LEDs. a power supply to provide a regulated direct current voltage output; a light source comprising a plurality of series connected light emitting diodes (LEDs); a current source coupled to the power supply and the light source to receive the regulated DC voltage output and to provide a current output; and a switch, the switch being configured to allow the current output to through the plurality of series connected LEDs from the current source when the switch is closed and to prevent the current output through the plurality of series connected LEDs when the switch is open; characterised in; a high voltage supply circuit coupled to the plurality of series connected LEDs to provide a high voltage output; a second switch, the second switch being configured to connect the high voltage output to the plurality of series connected LEDs from the high voltage supply when the second switch is closed and to disconnect the high voltage output from the plurality of series connected LEDs when the second switch is open; and a drive circuit to open and close the second switch, the drive circuit being configured to close the second switch at the start of an on time for the plurality of series connected LEDs to connect the high voltage output to the plurality of series connected LEDs and to open the second switch during a remainder of the on time of the plurality of series connected LEDs to allow the current source to provide the current output to the plurality of series connected LEDs.