mhurhangee/ep-ind-claims huggingface dataset:
Method for the calibration of a gas burner regulating system using a sensor which is associated with the exhaust gas discharged from the gas burner and measures the concentration of at least one combustible or oxidizable constituent in the exhaust gas, wherein for the calibration, starting from a relatively lean gas-combustion-air mixture which is fed to the gas burner for combustion, the gas-combustion-air mixture is enriched in such a way that the measurement signal which is provided by the sensor increases, and wherein in this case a combustion air ratio of the gas-combustion-air mixture is defined and, starting from this gas-combustion-air mixture, the gas-combustion-air mixture is enleaned to a desired combustion air ratio, characterized in that in the calibration the gas-combustion-air mixture is enriched until, after the measurement signal which is provided by the sensor has increased, said measurement signal then reduces to approximately zero, wherein the gas-combustion-air mixture, in which the measurement signal which is provided by the sensor amounts to approximately zero, is defined as a gas-combustion-air mixture with a stoichiometric combustion air ratio of λ = 1, and in that starting from this gas-combustion-air mixture the gas-combustion-air mixture is enleaned to a desired combustion air ratio of λ > 1.
An ultrasound image providing apparatus comprising: an interface that is configured to display a screen including a gain setting window which includes a plurality of slide bars for setting a plurality of time gain compensation values of ultrasound image data, and receive, through the gain setting window, a user input for adjusting at least one selected from sizes and number of the slide bars; and a controller that is configured to perform control to update and display the gain setting window, based on the user input, wherein, when the user input comprises zoom input, the controller is configured to increase the number of slide bars; and when the gain setting window is updated based on the user input, the controller is configured to update positions of a plurality of adjustment buttons displayed on the plurality of slide bars. an interface that is configured to display a screen including a gain setting window which includes a plurality of slide bars for setting a plurality of time gain compensation values of ultrasound image data, and receive, through the gain setting window, a user input for adjusting at least one selected from sizes and number of the slide bars; and a controller that is configured to perform control to update and display the gain setting window, based on the user input, wherein, when the user input comprises zoom input, the controller is configured to increase the number of slide bars; and when the gain setting window is updated based on the user input, the controller is configured to update positions of a plurality of adjustment buttons displayed on the plurality of slide bars.
Curing agent mixture for coatings that cure at room temperature, comprising 10-60% by weight, preferably 20-60% by weight, more preferably 30-50% by weight, of a polysiloxane, 40-90% by weight, preferably 40-80% by weight, more preferably 40-70% by weight, of an amino-functional alkoxysilane and 1-10% by weight, preferably 2-7% by weight, more preferably 3-5% by weight, of a guanidine compound, wherein the stated amounts of components, and add up to 100% by weight and are based on the curing agent mixture. 10-60% by weight, preferably 20-60% by weight, more preferably 30-50% by weight, of a polysiloxane, 40-90% by weight, preferably 40-80% by weight, more preferably 40-70% by weight, of an amino-functional alkoxysilane and 1-10% by weight, preferably 2-7% by weight, more preferably 3-5% by weight, of a guanidine compound,
A device (30; 1400) configured for communications over an IP network and comprising: a user interface (1407, 1408); a memory interface for accessing information media files stored in a memory in the device before any instruction to access or play a stored media file is received from the IP network and a media file streamer, wherein the device is configured to inform the IP network of the information media files stored in the memory; receive an instruction from the IP network during establishment of a call, during a call, or at termination of a call, the instruction identifying one or more of said media files; access the identified media file(s) from the memory via the memory interface and stream the identified media file(s) to convey the information in the media file via the user interface. a user interface (1407, 1408); a memory interface for accessing information media files stored in a memory in the device before any instruction to access or play a stored media file is received from the IP network and a media file streamer, wherein the device is configured to inform the IP network of the information media files stored in the memory; receive an instruction from the IP network during establishment of a call, during a call, or at termination of a call, the instruction identifying one or more of said media files; access the identified media file(s) from the memory via the memory interface and stream the identified media file(s) to convey the information in the media file via the user interface. inform the IP network of the information media files stored in the memory; receive an instruction from the IP network during establishment of a call, during a call, or at termination of a call, the instruction identifying one or more of said media files; access the identified media file(s) from the memory via the memory interface and stream the identified media file(s) to convey the information in the media file via the user interface.
A device arranged to be submerged in a water mass, the device comprising: an antenna dipole having first and second electrodes (11, 12), the device being operable for disposing the antenna dipole such that the first electrode is placed approximately vertically above and at a distance from the second electrode in an operative position, characterized in that the device further comprises: a stand; and a mast which is pivotally secured, in a portion distant from a lower end portion of the mast in said operative position, to the stand, where either: the first electrode and the second electrode are mounted on the mast, the first electrode being arranged near, in or on an upper end portion of the mast, and the second electrode being arranged near, in or on the lower end portion of the mast; or the first electrode is mounted on the stand and the second electrode is mounted on the mast, the second electrode being arranged in the lower end portion of the mast; wherein the mast and/or the stand includes means which are arranged to keep the mast in a prescribed orientation for placing the first electrode approximately vertically above and at a distance from the second electrode; and the mast and stand are formed substantially of non-magnetic materials. a stand; and a mast which is pivotally secured, in a portion distant from a lower end portion of the mast in said operative position, to the stand, where either: the first electrode and the second electrode are mounted on the mast, the first electrode being arranged near, in or on an upper end portion of the mast, and the second electrode being arranged near, in or on the lower end portion of the mast; or the first electrode is mounted on the stand and the second electrode is mounted on the mast, the second electrode being arranged in the lower end portion of the mast; the first electrode and the second electrode are mounted on the mast, the first electrode being arranged near, in or on an upper end portion of the mast, and the second electrode being arranged near, in or on the lower end portion of the mast; or the first electrode is mounted on the stand and the second electrode is mounted on the mast, the second electrode being arranged in the lower end portion of the mast; wherein the mast and/or the stand includes means which are arranged to keep the mast in a prescribed orientation for placing the first electrode approximately vertically above and at a distance from the second electrode; and the mast and stand are formed substantially of non-magnetic materials.
A method comprising: detecting, by a processor at a network apparatus, a network connection request for a network connection on a platform having a hardware accelerator to process network traffic, wherein the hardware accelerator implements computing tasks related to data packets of at least part of the network traffic; intercepting, by the processor, the network traffic related to the network connection request before a start of a hardware accelerator process by the hardware accelerator; extracting, by the processor, network connection data required by a network traffic analysis function from the network traffic, wherein the network connection data comprises protocol header data including one or more data packets required for a network traffic analysis function; allowing, by the processor, the hardware accelerator to start the hardware accelerator process to process the network traffic of the network connection after the network connection data has been extracted; and analysing, by the processor, the network traffic based on the network connection data, and based on the analysing, taking further action, by the processor, to protect one or more network devices of a computer system from a security threat, wherein taking the further action comprises blocking the network connection being processed by the hardware accelerator. detecting, by a processor at a network apparatus, a network connection request for a network connection on a platform having a hardware accelerator to process network traffic, wherein the hardware accelerator implements computing tasks related to data packets of at least part of the network traffic; intercepting, by the processor, the network traffic related to the network connection request before a start of a hardware accelerator process by the hardware accelerator; extracting, by the processor, network connection data required by a network traffic analysis function from the network traffic, wherein the network connection data comprises protocol header data including one or more data packets required for a network traffic analysis function; allowing, by the processor, the hardware accelerator to start the hardware accelerator process to process the network traffic of the network connection after the network connection data has been extracted; and analysing, by the processor, the network traffic based on the network connection data, and based on the analysing, taking further action, by the processor, to protect one or more network devices of a computer system from a security threat, wherein taking the further action comprises blocking the network connection being processed by the hardware accelerator.
Wheel chair combination, characterized by a wheel chair comprising two electrically driven drive wheels each being driven by electric drive means (106L, 106R), and a leading steering device with a leading frame which is configured to be coupled to the wheel chair, a wheel steerable by means of steering means, and a crank handle arrangement by means of which the steerable wheel is drivable via power transmission means (63, 64), as well as leading steering device control means configured to control the electric drive means (106L, 106R) attached to the wheel chair corresponding to a force introduced into the crank handle arrangement.
A solar cell, comprising: silicon nitride formed over a first portion of a silicon substrate; silicon dioxide formed over a second portion of the silicon substrate; a first doped semiconductor formed on the silicon nitride; a second doped semiconductor formed on the silicon dioxide; a positive type metal contact formed over the first doped semiconductor; and a negative type metal contact formed over the second doped semiconductor. silicon nitride formed over a first portion of a silicon substrate; silicon dioxide formed over a second portion of the silicon substrate; a first doped semiconductor formed on the silicon nitride; a second doped semiconductor formed on the silicon dioxide; a positive type metal contact formed over the first doped semiconductor; and a negative type metal contact formed over the second doped semiconductor.
A power charging device for an electric vehicle with an electric energy store, comprising at least one rectifier means for converting a supply voltage into a charging direct voltage during a charging process of the energy store of the electric vehicle, a contacting means for contacting a plug-in connection supply point of the electric vehicle, and a residual current monitoring device for detecting a current difference in the contacting means and/or the electric vehicle during a charging process of the energy store of the electric vehicle, characterised in that the residual current monitoring device is designed at least for detection of a direct current difference Δ I and comprises at least one shut-off element which can interrupt the charging process when a predeterminable direct current shutoff difference is exceeded over a predeterminable shutoff time, the contacting means comprises a data communication channel which provides an exchange of data between an insulation monitoring means of the electric vehicle and the residual current monitoring device and can read at least one insulation resistance R F in order to set a current shutoff difference and/or shutoff times of the residual current monitoring device. the residual current monitoring device is designed at least for detection of a direct current difference Δ I and comprises at least one shut-off element which can interrupt the charging process when a predeterminable direct current shutoff difference is exceeded over a predeterminable shutoff time, the contacting means comprises a data communication channel which provides an exchange of data between an insulation monitoring means of the electric vehicle and the residual current monitoring device and can read at least one insulation resistance R F in order to set a current shutoff difference and/or shutoff times of the residual current monitoring device.
A phosphor-containing phenol-formaldehyde resin compound, comprising a compound with the general formula represented by formula: wherein Y is -CH 2 - or -CH 2 -O-CH 2 -, and Y in different units are the same or different; Z is R is H, a C1-C10 alkyl group, a C6-C18 aromatic group, wherein R 1 is H, a C1-C10 alkyl group, a C6-C18 aromatic group, and R 1 in different units are the same or different, and R in different units are the same or different; p is 0-2; q is 0-3; a is an integer greater than or equal to 1; b is an integer greater than or equal to 0; m is 0-6; X is wherein Y is -CH 2 - or -CH 2 -O-CH 2 -, and Y in different units are the same or different; Z is R is H, a C1-C10 alkyl group, a C6-C18 aromatic group, wherein R 1 is H, a C1-C10 alkyl group, a C6-C18 aromatic group, and R 1 in different units are the same or different, and R in different units are the same or different; p is 0-2; q is 0-3; a is an integer greater than or equal to 1; b is an integer greater than or equal to 0; m is 0-6; X is
An assembly for securing an electronic device to a support surface, comprising an anchoring unit, arranged to be attached to the support surface, and comprising a first mechanical mating element and a first network connection element, a mounting unit, forming a part of the electronic device, and comprising a second mechanical mating element and a second network connection element, wherein the second mating element is arranged to slide along and be guided by the first mating element, from a disconnected position into a fully connected position, wherein the first network connection element and the second network connection element are connected in the fully connected position, characterized in that the first mechanical mating element and the second mechanical mating element comprise mechanical engagement means (118, 120) for holding the first mechanical mating element and the second mechanical mating element in an intermediate connection position, provided between the disconnected position and the fully connected position, and in that the first and the second network connection element are disconnected in the intermediate connection position. an anchoring unit, arranged to be attached to the support surface, and comprising a first mechanical mating element and a first network connection element, a mounting unit, forming a part of the electronic device, and comprising a second mechanical mating element and a second network connection element, wherein the second mating element is arranged to slide along and be guided by the first mating element, from a disconnected position into a fully connected position, wherein the first network connection element and the second network connection element are connected in the fully connected position, characterized in that the first mechanical mating element and the second mechanical mating element comprise mechanical engagement means (118, 120) for holding the first mechanical mating element and the second mechanical mating element in an intermediate connection position, provided between the disconnected position and the fully connected position, and in that the first and the second network connection element are disconnected in the intermediate connection position.
A negative-pressure ink cartridge refilling device for refilling ink into an ink cartridge, comprising: an ink container for storing ink to be refilled into said ink cartridge; an ink injection channel for conveying the ink to said ink cartridge; one end of said ink injection channel being an inlet end through which the ink in said ink container may enter into said ink injection channel and the other end of said ink injection channel being an outlet end for being connected with said ink cartridge; and said inlet end being above the ink level surface of said ink container when the ink cartridge refilling device is in a first state for the ink cartridge to be placed on the ink cartridge refilling device; an aspirator for sucking air in said ink cartridge refilling device; and a suction channel communicating with said ink container and provided with a sucking opening for being connected with said aspirator, wherein the ink cartridge is divided into a negative-pressure cavity and an ink cavity via a partition wall; and the negative-pressure cavity and the ink cavity are connected with each other via a communicating opening disposed under the partition wall, and the negative-pressure cavity includes an absorbing member for holding ink and an ink outlet for supplying ink to a printhead of a printer; and wherein said outlet end is connected with the ink outlet of the ink cartridge, and the ink outlet being disposed above the communicating opening when the refilling device is in a second state for refilling the ink cartridge. an ink container for storing ink to be refilled into said ink cartridge; an ink injection channel for conveying the ink to said ink cartridge; one end of said ink injection channel being an inlet end through which the ink in said ink container may enter into said ink injection channel and the other end of said ink injection channel being an outlet end for being connected with said ink cartridge; and said inlet end being above the ink level surface of said ink container when the ink cartridge refilling device is in a first state for the ink cartridge to be placed on the ink cartridge refilling device; an aspirator for sucking air in said ink cartridge refilling device; and a suction channel communicating with said ink container and provided with a sucking opening for being connected with said aspirator, wherein the ink cartridge is divided into a negative-pressure cavity and an ink cavity via a partition wall; and the negative-pressure cavity and the ink cavity are connected with each other via a communicating opening disposed under the partition wall, and the negative-pressure cavity includes an absorbing member for holding ink and an ink outlet for supplying ink to a printhead of a printer; and wherein said outlet end is connected with the ink outlet of the ink cartridge, and the ink outlet being disposed above the communicating opening when the refilling device is in a second state for refilling the ink cartridge.
A method of making a polymer article comprising the steps of: making a polymer solution by mixing a first compound containing carbodiimide groups with a second compound containing carboxylated groups; pretreating the former with a precoat, wherein the precoat comprises at least a surfactant, a release agent and an ionic solution; applying the polymer solution to a former, wherein the step of applying occurs within 2 hours of the making of the polymer solution; curing the polymer solution; and stripping the polymer article from the former. making a polymer solution by mixing a first compound containing carbodiimide groups with a second compound containing carboxylated groups; pretreating the former with a precoat, wherein the precoat comprises at least a surfactant, a release agent and an ionic solution; applying the polymer solution to a former, wherein the step of applying occurs within 2 hours of the making of the polymer solution; curing the polymer solution; and stripping the polymer article from the former.
A power cable arrangement (1, 50) for an offshore wind power park, which wind power park comprises a plurality of wind power plants (3a, 3b) each comprising a floatable wind power unit floating at the surface of the sea, a plurality of anchoring elements arranged in a bottom sediment of the sea and a plurality of anchoring wires extending between the anchoring elements and the wind power unit for anchoring the wind power unit, wherein, for each wind power plant (3a, 3b), the power cable arrangement (1, 50) comprises at least one primary power cable for connecting the wind power plant (3a, 3b) to the grid, wherein for at least a portion of the wind power plants (3a, 3b), the primary power cable is attached to and extends along at least one of the anchoring wires, wherein at least one of the anchoring elements is used for anchoring at least a first wind power unit and a second wind power unit adjacent to the first wind power unit, wherein the first wind power unit and the second wind power unit comprise respective primary power cables arranged so that the primary power cable of the first wind power unit is attached to and extends along the anchoring wire between said anchoring element and the first wind power unit, and the primary power cable of the second wind power unit is attached to and extends along the anchoring wire between said anchoring element and the second wind power unit, characterized in that a combined extension of the primary power cables is obtained and an electrical connection is established between the respective primary power cables of the first wind power unit and the second wind power unit.