mhurhangee/ep-ind-claims huggingface dataset:
An arrangement for emitting light, having - a circuit board, - an LEC for generating a light, wherein the LED is arranged on the circuit board, - an optical element which is arranged in such a manner that the optical element optically influences the light generated by the LED, - a spacer element wherein the spacer element is arranged between the optical element and the circuit board, wherein the spacer element has a ceramic material, characterized in that the spacer element is designed in such a manner that the spacing (δ) between the circuit board and the optical element is smaller than the overall height of the LED. - a circuit board, - an LEC for generating a light, - an optical element which is arranged in such a manner that the optical element optically influences the light generated by the LED, - a spacer element wherein the spacer element is arranged between the optical element and the circuit board,
A cleaning system for an aerosol-generating device, the cleaning system comprising: a first cleaning tool comprising a cleaning body having a cleaning head, and a housing configured to house at least part of the cleaning body, characterized in that the housing is formed by a first cap and a second cap, wherein the second cap is configured to accommodate the cleaning head and a second cleaning tool comprising a first part acting as an engagement portion and a second part comprising a scraping surface, wherein the first cleaning tool and the second cleaning tool are configured for cleaning different parts of the aerosol-generating device and the second cleaning tool is detachably accommodated in the first cleaning tool. a first cleaning tool comprising a cleaning body having a cleaning head, and a housing configured to house at least part of the cleaning body, characterized in that the housing is formed by a first cap and a second cap, wherein the second cap is configured to accommodate the cleaning head and a second cleaning tool comprising a first part acting as an engagement portion and a second part comprising a scraping surface, wherein the first cleaning tool and the second cleaning tool are configured for cleaning different parts of the aerosol-generating device and the second cleaning tool is detachably accommodated in the first cleaning tool.
An electrochemical sensor, comprising: a first electrode having a surface; and a second electrode coupled to the first electrode, wherein the surface of the first electrode includes a reagent comprising an enzyme selected from the group consisting of a flavoprotein, a quinoprotein, or a combination thereof; and a mediator selected from the group consisting of or a combination thereof. a first electrode having a surface; and a second electrode coupled to the first electrode, wherein the surface of the first electrode includes a reagent comprising an enzyme selected from the group consisting of a flavoprotein, a quinoprotein, or a combination thereof; and a mediator selected from the group consisting of or a combination thereof.
Showcase with at least one glass panel element having a fastening element, the fastening element comprising a profiled edge strip for fixing to a connecting element in a form-fit manner, the glass panel element and the fastening element being adhesively connected, the showcase comprising the connecting element assigned and adapted to the fastening element, and the glass panel element being detachably engaged with the connecting element in a form-fit manner, characterized in that a thickness of the connecting element and the fastening element is smaller than a thickness of the glass panel element assigned to the fastening element, if the connecting element engages the fastening element.
Process chamber for carrying out thermal processes in the manufacture of an electronic assembly, comprising: at least one opening for inserting and/or removing the electronic assembly; a device for supplying a gas; a controllable protective device which is arranged at the opening in order to reduce the escape of gas from the process chamber, wherein the controllable protective device comprises a first element which is movable as an integral piece and which covers a width between the entire width of the opening and the width of the electronic assembly; characterized by means for detecting data relating to the dimensions of the electronic assembly; and a control device that can control the protective device based on the data relating to the dimensions of the electronic assembly in such a way that, when the electronic assembly passes through the opening, a defined distance between the electronic assembly and the first movable element is kept constant. of an electronic assembly, comprising: at least one opening for inserting and/or removing the electronic assembly; a device for supplying a gas; a controllable protective device which is arranged at the opening in order to reduce the escape of gas from the process chamber, wherein the controllable protective device comprises a first element which is movable as an integral piece and which covers a width between the entire width of the opening and the width of the electronic assembly; characterized by means for detecting data relating to the dimensions of the electronic assembly; and a control device that can control the protective device based on the data relating to the dimensions of the electronic assembly in such a way that, when the electronic assembly passes through the opening, a defined distance between the electronic assembly and the first movable element is kept constant.
A method of controlling crystallisation during continuous preparation of a fat containing mass to be processed, especially a chocolate mass, by tempering media, with a tempering machine including separate controllers (27, 28, 31) for the temperatures and the quantities of the mass and of the tempering media, comprising the following method steps of: a) entering a desired nominal value of the tempering degree in a control device, b) determining the actual value of the tempering degree of the tempered mass, c) comparing the determined actual value of the tempering degree with the desired nominal value of the tempering degree, d) establishing the difference between the nominal value of the tempering degree and of the actual value of the tempering degree to create a selection variable, e) providing one or more nominal value parameters for controlling the separate controllers (27, 28, 31) for the temperatures and the quantities of the mass and of the tempering media in dependence on the selection variable from a processor, f) submitting the actual value parameter to the one or more controllers (27, 28, 31) concerned for the temperatures and the amounts of the mass and of the tempering media, g) repeating steps b) to f) until the desired nominal value of the tempering degree matches the determined actual value of the tempering degree. a) entering a desired nominal value of the tempering degree in a control device, b) determining the actual value of the tempering degree of the tempered mass, c) comparing the determined actual value of the tempering degree with the desired nominal value of the tempering degree, d) establishing the difference between the nominal value of the tempering degree and of the actual value of the tempering degree to create a selection variable, e) providing one or more nominal value parameters for controlling the separate controllers (27, 28, 31) for the temperatures and the quantities of the mass and of the tempering media in dependence on the selection variable from a processor, f) submitting the actual value parameter to the one or more controllers (27, 28, 31) concerned for the temperatures and the amounts of the mass and of the tempering media, g) repeating steps b) to f) until the desired nominal value of the tempering degree matches the determined actual value of the tempering degree.
A monitoring receiver, with at least one receiving antenna, which is configured to receive at least one radio signal, with a switching unit which is configured to periodically switch between different receiving antennas and/or receiving frequencies for generating a receiving signal, with a demodulation unit, which is configured to demodulate the received radio signal to obtain an audio signal transported by the radio signal, with a signal storage, which is configured to place in temporary storage the demodulated audio signal as a receiving signal including the signal interference contained therein; with a calculation unit, which is configured to, based on the receiving signal, interpolate an audio signal sequence of audio signal sections of the receiving signal temporarily stored in the signal storage which lie immediately before and/or after the occurred signal interference; and with a replacement unit, which is configured to replace the signal interference within the receiving signal caused by the periodic switching in each case with the audio signal sequence, with a sequence controller, which is configured to control the periodic switching of the receiving antennas and/or receiving frequencies, wherein the calculation unit is connected to the sequence controller, and wherein the sequence controller is designed to report switching times for the switching of the receiving antennas and/or receiving frequencies to the calculation unit.
A composite textile (200; 300) for an article of apparel, sporting equipment, or footwear comprising: a coating layer (220; 320) including a coating mixture, the coating layer (220; 320) having a first side and a second side opposing the first side, the coating mixture comprising a polyolefin resin and a thermoplastic vulcanizate, wherein the TPV comprises a cured rubber dispersed in a thermoplastic resin, wherein the coating mixture comprises 80 weight percent to 50 weight percent of the polyolefin resin and 5 weight percent to 45 weight percent of the TPV; and a textile layer (210; 310) including a first textile, the texture layer having a first side and a second side opposing the first side; wherein, in the composite textile (200; 300), the second side of the coating layer (220; 320) and the first side of the textile layer (210; 310) are directly bonded to each other or are indirectly bonded to each other via one or more intermediate layers; wherein the first textile of the textile layer (210; 310) is a non-woven textile and/or wherein the composite textile (200; 300) is a synthetic leather. a coating layer (220; 320) including a coating mixture, the coating layer (220; 320) having a first side and a second side opposing the first side, the coating mixture comprising a polyolefin resin and a thermoplastic vulcanizate, wherein the TPV comprises a cured rubber dispersed in a thermoplastic resin, wherein the coating mixture comprises 80 weight percent to 50 weight percent of the polyolefin resin and 5 weight percent to 45 weight percent of the TPV; and a textile layer (210; 310) including a first textile, the texture layer having a first side and a second side opposing the first side; wherein, in the composite textile (200; 300), the second side of the coating layer (220; 320) and the first side of the textile layer (210; 310) are directly bonded to each other or are indirectly bonded to each other via one or more intermediate layers; wherein the first textile of the textile layer (210; 310) is a non-woven textile and/or wherein the composite textile (200; 300) is a synthetic leather.
A method for reading a Short Message Service, SMS, characterized in that the method comprises: receiving, from a third party application, a reading request to read an SMS; detecting, when the SMS is an SMS carrying sensitive information, whether the third party application belongs to an access authority list corresponding to the SMS carrying sensitive information, wherein an application in the access authority list has an authority to access the SMS carrying sensitive information; and when the third party application belongs to the access authority list, feeding back the SMS carrying sensitive information to the third party application. receiving, from a third party application, a reading request to read an SMS; detecting, when the SMS is an SMS carrying sensitive information, whether the third party application belongs to an access authority list corresponding to the SMS carrying sensitive information, wherein an application in the access authority list has an authority to access the SMS carrying sensitive information; and when the third party application belongs to the access authority list, feeding back the SMS carrying sensitive information to the third party application.
Method of detecting structures of nanometer size semiconductor elements on or below the surface of a sample using a probe including a cantilever and a probe tip, wherein the cantilever comprises one ore more normal modes of resonance including a fundamental resonance frequency, the method including: applying, using a transducer, a vibrational input signal to the sample; sensing, while the probe tip is in contact with the surface, an output signal indicative of motion of the probe tip due to vibrations at the surface induced by the vibrational input signal; wherein: the vibrational input signal is applied exclusively to the sample; and the vibrational input signal comprises at least a first signal component having a frequency within a range of 10 megahertz to 10 gigahertz, at which frequency the cantilever acts as a stiff element; and the vibrational input signal is amplitude modulated using at least a second signal component having a modulation frequency below 5 megahertz, for indenting the surface of the sample against the probe tip. applying, using a transducer, a vibrational input signal to the sample; sensing, while the probe tip is in contact with the surface, an output signal indicative of motion of the probe tip due to vibrations at the surface induced by the vibrational input signal; wherein: the vibrational input signal is applied exclusively to the sample; and the vibrational input signal comprises at least a first signal component having a frequency within a range of 10 megahertz to 10 gigahertz, at which frequency the cantilever acts as a stiff element; and the vibrational input signal is amplitude modulated using at least a second signal component having a modulation frequency below 5 megahertz, for indenting the surface of the sample against the probe tip. the vibrational input signal is applied exclusively to the sample; and the vibrational input signal comprises at least a first signal component having a frequency within a range of 10 megahertz to 10 gigahertz, at which frequency the cantilever acts as a stiff element; and the vibrational input signal is amplitude modulated using at least a second signal component having a modulation frequency below 5 megahertz, for indenting the surface of the sample against the probe tip.
Method of monitoring the function of rail brakes, wherein an electric current flows through a coil of a braking magnet, characterised by the following steps: - measuring the electric current (i2, i4), and - comparing the development of the measured current over time against a stored development of a reference current over time (i1, i3). - measuring the electric current (i2, i4), and - comparing the development of the measured current over time against a stored development of a reference current over time (i1, i3).
A rectal catheter irrigation system for trans anal irrigation comprising, a catheter having a barrel with an insertion tip at a proximal end thereof, the barrel defining at least one lumen therein and at least one port communicating with the lumen and the exterior of the barrel; a twist valve at a distal end of the barrel, the twist valve having an internal section and pathway, the twist valve being in fluid communication with the lumen and selectably movable between open and closed positions which permit and prevent, respectively, fluid flow out of the lumen at the distal end of the barrel, when moved to the open position the valve opens the internal section and pathway, allowing waste water to flow through the lumen; a collection bag directly connected at an opening at the distal end of the catheter; a connector attached to the barrel intermediate the twist valve and the port, the connector having a passage in fluid communication with the lumen and being capable of connection to an irrigation fluid supply. a twist valve at a distal end of the barrel, the twist valve having an internal section and pathway, the twist valve being in fluid communication with the lumen and selectably movable between open and closed positions which permit and prevent, respectively, fluid flow out of the lumen at the distal end of the barrel, when moved to the open position the valve opens the internal section and pathway, allowing waste water to flow through the lumen; a collection bag directly connected at an opening at the distal end of the catheter; a connector attached to the barrel intermediate the twist valve and the port, the connector having a passage in fluid communication with the lumen and being capable of connection to an irrigation fluid supply.
A method for receiving uplink control information, UCI, performed by a base station in a wireless communication system, the method comprising: transmitting a first parameter and a second parameter to a user equipment; and receiving, from the user equipment, a first combination of ACK/NACK information and a channel quality indicator, CQI, through a first PUCCH format or a second combination of ACK/NACK information and the CQI through a second PUCCH format, wherein the first parameter indicates whether simultaneous transmission of the first combination of ACK/NACK information and the CQI is allowed, and the second parameter indicates whether the user equipment performs simultaneous transmission of the second combination of ACK/NACK information multiplexed with the CQI on the second PUCCH format, wherein if the first parameter has a value of FALSE, if the second parameter has a value of TRUE and if one resource is informed to the user equipment by a specific field of a physical downlink control channel, PDCCH, among four resources configured in advance by a radio resource control, RRC, message, then the BS receives the second combination of ACK/NACK information and the CQI through the second PUCCH format. transmitting a first parameter and a second parameter to a user equipment; and receiving, from the user equipment, a first combination of ACK/NACK information and a channel quality indicator, CQI, through a first PUCCH format or a second combination of ACK/NACK information and the CQI through a second PUCCH format, wherein the first parameter indicates whether simultaneous transmission of the first combination of ACK/NACK information and the CQI is allowed, and the second parameter indicates whether the user equipment performs simultaneous transmission of the second combination of ACK/NACK information multiplexed with the CQI on the second PUCCH format, wherein if the first parameter has a value of FALSE, if the second parameter has a value of TRUE and if one resource is informed to the user equipment by a specific field of a physical downlink control channel, PDCCH, among four resources configured in advance by a radio resource control, RRC, message, then the BS receives the second combination of ACK/NACK information and the CQI through the second PUCCH format.
A vacuum device (10, 700), in particular a vacuum pump, comprising a vacuum region (82, 126, 312, 612); a pressure region (80, 128, 316, 614); and a circuit board (74, 100, 300, 600, 702) which is arranged between the vacuum region and the pressure region and forms a separating element between them, wherein the circuit board (74, 100, 300, 600, 702) together with a sealing element (78, 116, 326, 616) forms a seal between the vacuum region (82, 126, 312, 612) and the pressure region (80, 128, 316, 614), wherein the circuit board comprises a support (108, 200, 324) for the sealing element, said support (108, 200, 324) having at least a first copper layer which is applied directly to a carrier material of the circuit board, characterized in that the support (108, 200, 324) has at least a second copper layer which is electrolytically or galvanically applied to the first copper layer. wherein the circuit board (74, 100, 300, 600, 702) together with a sealing element (78, 116, 326, 616) forms a seal between the vacuum region (82, 126, 312, 612) and the pressure region (80, 128, 316, 614), wherein the circuit board comprises a support (108, 200, 324) for the sealing element, said support (108, 200, 324) having at least a first copper layer which is applied directly to a carrier material of the circuit board, characterized in that the support (108, 200, 324) has at least a second copper layer which is electrolytically or galvanically applied to the first copper layer.
Switch mode power supply unit having a plurality of output channels (3, 4, 5, 6) and a web interface for connection to a communications network, characterised in that the switch mode power supply unit comprises a real-time Ethernet controller which is designed for data transmission by means of an Isochronous Real-Time or IRT functionality and is connected to a controller of the switch mode power supply unit and which is equipped as a web server, such that via the web interface a plurality of operating parameters of the switch mode power supply unit can be set in real time and/or transmitted in real time and displayed in a view of a web browser, wherein an output voltage and a current limit can be set and/or displayed as operating perameters for each output channel (3, 4, 5, 6), that an operating status can be transmitted and displayed in real time for each output channel (3, 4, 5, 6) by means of the web server, and that each output channel (3, 4, 5, 6) can be activated again after an overload shutdown by means of the web server.
A fuel filling aperture device, comprising: a closing member turned to an open position by an insertion of a fuel filling nozzle to open a fuel filling aperture, wherein the closing member includes a pair of flap members, and urging devices urging each of the pair of flap members to be positioned to a closed position closing a near-side pass-through opening of the fuel filling nozzle, each of the pair of flap members includes a turning assembly portion which becomes a center of turning, and an abutment portion relative to another of the flap members, and a far-side pass-through opening for the fuel filling nozzle, and a guide slope face for the fuel filling nozzle, which is characterized in that by further comprising a slope face having an opening edge of the far-side pass-through opening as a slope lower end and a vicinity of the near-side pass-through opening as a slope upper end, and formed on two sides of a directly underneath position including the directly underneath position of the abutment portion of the flap member located at the closed position, are formed on a far side of the closing member. a closing member turned to an open position by an insertion of a fuel filling nozzle to open a fuel filling aperture, wherein the closing member includes a pair of flap members, and urging devices urging each of the pair of flap members to be positioned to a closed position closing a near-side pass-through opening of the fuel filling nozzle, each of the pair of flap members includes a turning assembly portion which becomes a center of turning, and an abutment portion relative to another of the flap members, and a far-side pass-through opening for the fuel filling nozzle, and a guide slope face for the fuel filling nozzle, which is characterized in that by further comprising a slope face having an opening edge of the far-side pass-through opening as a slope lower end and a vicinity of the near-side pass-through opening as a slope upper end, and formed on two sides of a directly underneath position including the directly underneath position of the abutment portion of the flap member located at the closed position, are formed on a far side of the closing member.