mhurhangee/ep-ind-claims huggingface dataset:
A method for sending a random access response, comprising: determining, by an access network device (500, 600, 900, 1000, 1300, 1400), a Medium Access Control, MAC, protocol data unit, PDU, wherein the MAC PDU comprises at least two MAC subPDUs, the at least two MAC subPDUs comprise at least a first MAC subPDU, the first MAC subPDU comprises a first MAC subheader and a random access response, RAR, corresponding to the first MAC subheader, and the first MAC subheader is located before the RAR corresponding to the first MAC subheader; and sending, by the access network device (500, 600, 900, 1000, 1300, 1400), the MAC PDU, wherein the at least two MAC subPDUs further comprise a second MAC subPDU, the second MAC subPDU comprises only a second MAC subheader, the second MAC subheader comprises a second random access preamble identifier, RAPID, and there is a correspondence between the second RAPID and one or more on-demand system information requests. determining, by an access network device (500, 600, 900, 1000, 1300, 1400), a Medium Access Control, MAC, protocol data unit, PDU, wherein the MAC PDU comprises at least two MAC subPDUs, the at least two MAC subPDUs comprise at least a first MAC subPDU, the first MAC subPDU comprises a first MAC subheader and a random access response, RAR, corresponding to the first MAC subheader, and the first MAC subheader is located before the RAR corresponding to the first MAC subheader; and sending, by the access network device (500, 600, 900, 1000, 1300, 1400), the MAC PDU, wherein the at least two MAC subPDUs further comprise a second MAC subPDU, the second MAC subPDU comprises only a second MAC subheader, the second MAC subheader comprises a second random access preamble identifier, RAPID, and there is a correspondence between the second RAPID and one or more on-demand system information requests.
A writing instrument comprising a pen tip that is equipped with a porous member as a writing part fixed in a front part of a holding member, wherein the holding member is a visible part made of a material having a visible light transmittance of 50 % or more so as to enable viewing through the holding member in a drawing direction, wherein an area ratio of the visible part is 40 % or more of the pen tip protruding from a tip part of the writing instrument main body, characterized in that the holding member has a single ink guiding part for feeding ink to the writing part, which comprises a relay porous member for feeding an ink contained in a writing instrument main body to the single ink guiding part provided in a longitudinal direction and at least partially located in the central part of the holding member when viewed in a cross-section taken perpendicular to the longitudinal direction.
-N-(6-chloro-3-pyridylmethyl)-N-ethyl-N'-methyl-2-nitrovinylidenediamine (nitenpyram) for use thereof for the prevention and/or treatment of flea infestations in domestic animals, characterised in that said nitenpyram is formulated, in a liquid pharmaceutical composition for topical administration, with a pharmaceutically acceptable liquid substrate consisting of diethylene glycol monoethyleether, and in that said composition is applied at least every 4 weeks, during which time interval the animal is not retreated.
3D complex Amplitude Point Spread Function, APSF, measurement apparatus for the measurement of the 3D complex Amplitude Point Spread Function, APSF, of an Optical Imaging System having a real output pupil downstream, the apparatus comprising: a) A coherent illumination source, b) A point object, PO, to be irradiated by said coherent illumination source, c) A Wavefront Sensing Device, d) The Optical Imaging System for collecting an object beam coming from said point object and transmitting said object beam to the Wavefront Sensing Device, said Wavefront Sensing Device being further configured to receive a reference beam coming from said illumination source, e) A computer with processing means configured to acquire data from said Wavefront Sensing Device and to compute the 3D complex Amplitude Point Spread Function, and wherein - said Wavefront Sensing Device comprises a digital camera located close to the output pupil of the Optical Imaging System, in the so-called Frauenhofer diffraction regime with respect to the image of the Point Object, - said digital camera is configured to record a hologram called proximal hologram created by interference between said reference beam and said object beam, - from said proximal hologram, said computer is configured to provide a measure of the complex scalar electromagnetic wavefront of said object beam, wherein the computer is further configured to compute a 3D complex Amplitude Point Spread Function using a single recorded proximal hologram, and in that the computer is further configured to reconstruct a wavefront of the object beam from said proximal hologram, to decompose said wavefront of the object beam in a series of Zernike polynomials fitting the wavefront, derive aberration coefficients from coefficients of the lowest order Zernike polynomials and compute the 3D complex APSF according to the scalar or vectorial theory of diffraction from the series of Zernike polynomials fitting the wavefront. a) A coherent illumination source, b) A point object, PO, to be irradiated by said coherent illumination source, c) A Wavefront Sensing Device, d) The Optical Imaging System for collecting an object beam coming from said point object and transmitting said object beam to the Wavefront Sensing Device, said Wavefront Sensing Device being further configured to receive a reference beam coming from said illumination source, e) A computer with processing means configured to acquire data from said Wavefront Sensing Device and to compute the 3D complex Amplitude Point Spread Function, - said Wavefront Sensing Device comprises a digital camera located close to the output pupil of the Optical Imaging System, in the so-called Frauenhofer diffraction regime with respect to the image of the Point Object, - said digital camera is configured to record a hologram called proximal hologram created by interference between said reference beam and said object beam, - from said proximal hologram, said computer is configured to provide a measure of the complex scalar electromagnetic wavefront of said object beam,
Field device for determining or monitoring a process variable in automation technology, wherein the field device meets a security standard which is required in a predefined security-critical application, said field device having a sensor that works according to a defined measuring principle, and a control/evaluation unit which prepares and evaluates the measured data supplied by the sensor along at least three measuring channels with a redundant and/or dissimilar design, and wherein an analog current interface is provided via which a current that represents the process variable can be adjusted via a two-wire line, wherein the analog current interface is designed with triple redundancy and wherein the following components are assigned to the analog current interface: - three current adjustment channels switched in parallel via which the current representing the process variable is adjusted on the two-wire line, - a voter with double redundancy which detects a malfunction (Fch) in one of the measuring channels and/or one of the current adjustment channels, - a switch-off stage with double redundancy via which a measuring channel and/or a current adjustment channel is switched off if the voter detects a malfunction in the measuring channel or in the current adjustment channel. - three current adjustment channels switched in parallel via which the current representing the process variable is adjusted on the two-wire line, - a voter with double redundancy which detects a malfunction (Fch) in one of the measuring channels and/or one of the current adjustment channels, - a switch-off stage with double redundancy via which a measuring channel and/or a current adjustment channel is switched off if the voter detects a malfunction in the measuring channel or in the current adjustment channel.
A method for provisioning an operating system image from a server to an untrusted user terminal via a data communications network, the method comprising, on connection to the user terminal of a trusted device having tamper-resistant storage containing bootloader logic, for controlling booting of a user terminal, and security data: booting the user terminal via said bootloader logic on the trusted device; under control of the bootloader logic, establishing a connection to the server via the network and authenticating the server using said security data on the trusted device; receiving an operating system boot image from the server via said connection; and using the boot image to provision an operating system image from the server to the user terminal for execution of the operating system at the user terminal, characterized in that the operating system is a hypervisor, the operating system image is provisioned by streaming, and the method further includes: during streaming of the operating system image, copying blocks of the image to local storage at the user terminal thereby building up a local image of the operating system, and copying, by the hypervisor, blocks of the local operating system image which are modified in operation of the operating system at the user terminal back to the server via the network. booting the user terminal via said bootloader logic on the trusted device; under control of the bootloader logic, establishing a connection to the server via the network and authenticating the server using said security data on the trusted device; receiving an operating system boot image from the server via said connection; and using the boot image to provision an operating system image from the server to the user terminal for execution of the operating system at the user terminal, characterized in that the operating system is a hypervisor, the operating system image is provisioned by streaming, and the method further includes: during streaming of the operating system image, copying blocks of the image to local storage at the user terminal thereby building up a local image of the operating system, and copying, by the hypervisor, blocks of the local operating system image which are modified in operation of the operating system at the user terminal back to the server via the network. during streaming of the operating system image, copying blocks of the image to local storage at the user terminal thereby building up a local image of the operating system, and copying, by the hypervisor, blocks of the local operating system image which are modified in operation of the operating system at the user terminal back to the server via the network.
Evaporative system with a water reservoir, one or more banks of material to be wetted and a hydraulic device, wherein the hydraulic device comprises a plurality of pumps and a housing with a water inlet and a plurality of water outlets, wherein the pumps are mounted on the housing and a water tank is provided by the housing, the water tank being arranged between the water inlet and the water outlets, wherein the pumps are provided for pumping water through the water outlets, wherein each of the water outlets is assigned an individually controllable pump for pumping water through the respective water outlet, wherein the water inlet of the hydraulic device is connected to the water reservoir, the water reservoir being separate from the water tank of the hydraulic device, and in that the outlets of the hydraulic device are connected to the banks of material, with a water outlet being assigned to each bank of material.
A method for three dimensional modeling of teats (20, 420) of a dairy animal, the method comprising: illuminating at least one teat (20, 420) of a dairy animal with a structured light pattern; capturing an image of the structured light pattern reflected from the at least one teat (20, 420); determining positioning of the reflected pattern on the image; characterised in that the method further comprises: determining spacing between elements of the reflected pattern; and computing a three dimensional model of the at least one teat (20, 420) based on the determined positioning and the determined spacing, wherein a shape of the three dimensional model is pre-defined. illuminating at least one teat (20, 420) of a dairy animal with a structured light pattern; capturing an image of the structured light pattern reflected from the at least one teat (20, 420); determining positioning of the reflected pattern on the image; determining spacing between elements of the reflected pattern; and computing a three dimensional model of the at least one teat (20, 420) based on the determined positioning and the determined spacing, wherein a shape of the three dimensional model is pre-defined.
A brewing device for preparing beverages, in particular coffee or tea, and comprising: - a brewing chamber with a preferably cylindrical shaped, having, at one end, an opening for loading/unloading a brewing material, and delimited, at an opposite end, by a piston slidably mounted in the brewing chamber; and - an electronic control unit to control movement of the piston to cause it to move among a loading configuration, in which the brewing material is loadable in the brewing chamber, a compression configuration, in which the piston compacts the brewing material in the brewing chamber, and an expulsion configuration, in which the piston extracts the exhausted material from the brewing chamber; the electronic control unit is programmed to cause, in the loading configuration, the piston to lower from a higher position, corresponding to an initial loading configuration, to a lower position, corresponding to a final loading configuration; characterized in that the electronic control unit is programmed to lower the piston from the initial loading configuration to the final loading configuration during the loading of the brewing material in the brewing chamber. - a brewing chamber with a preferably cylindrical shaped, having, at one end, an opening for loading/unloading a brewing material, and delimited, at an opposite end, by a piston slidably mounted in the brewing chamber; and - an electronic control unit to control movement of the piston to cause it to move among a loading configuration, in which the brewing material is loadable in the brewing chamber, a compression configuration, in which the piston compacts the brewing material in the brewing chamber, and an expulsion configuration, in which the piston extracts the exhausted material from the brewing chamber; the electronic control unit is programmed to cause, in the loading configuration, the piston to lower from a higher position, corresponding to an initial loading configuration, to a lower position, corresponding to a final loading configuration; characterized in that the electronic control unit is programmed to lower the piston from the initial loading configuration to the final loading configuration during the loading of the brewing material in the brewing chamber.
A method for removing dust in a sound outlet hole of a loudspeaker (5, 1113), comprising: reading a prestored audio file for removing dust; and playing the audio file for removing dust, characterized in that before reading the prestored audio file for removing dust, the method comprises: driving a vibration diaphragm of the loudspeaker (5, 1113) to vibrate at a natural frequency, wherein the natural frequency is a frequency of the vibration of the vibration diaphragm when a vibration amplitude of the vibration diaphragm excited by a preset current is at a maximum; and generating the audio file for removing dust according to the vibration of the vibration diaphragm of the loudspeaker (5, 1113) at the natural frequency. reading a prestored audio file for removing dust; and playing the audio file for removing dust, characterized in that before reading the prestored audio file for removing dust, the method comprises: driving a vibration diaphragm of the loudspeaker (5, 1113) to vibrate at a natural frequency, wherein the natural frequency is a frequency of the vibration of the vibration diaphragm when a vibration amplitude of the vibration diaphragm excited by a preset current is at a maximum; and generating the audio file for removing dust according to the vibration of the vibration diaphragm of the loudspeaker (5, 1113) at the natural frequency. driving a vibration diaphragm of the loudspeaker (5, 1113) to vibrate at a natural frequency, wherein the natural frequency is a frequency of the vibration of the vibration diaphragm when a vibration amplitude of the vibration diaphragm excited by a preset current is at a maximum; and generating the audio file for removing dust according to the vibration of the vibration diaphragm of the loudspeaker (5, 1113) at the natural frequency.
Measuring arrangement of a wind power plant having a tower and an aerodynamic rotor with at least one rotor blade, for sensing wind conditions, comprising - at least a first and a second measuring device (120, 122) for arrangement at different heights on the tower, and wherein - each measuring device is prepared so as to sense, at the respective height at which it is to be arranged, wind values for different horizontal directions, said values being representative of a wind pressure from the respective direction, characterized in that each measuring device comprises a pressure sensor film which is prepared so as to sense a direction-dependent pressure profile. - at least a first and a second measuring device (120, 122) for arrangement at different heights on the tower, and wherein - each measuring device is prepared so as to sense, at the respective height at which it is to be arranged, wind values for different horizontal directions, said values being representative of a wind pressure from the respective direction, characterized in that each measuring device comprises a pressure sensor film which is prepared so as to sense a direction-dependent pressure profile.
Method for the production of a biopolymer, wherein the biopolymer has a defined average molecular weight, the method comprising lyophylizing a composition comprising the biopolymer, wherein the composition comprising the biopolymer is an aqueous solution or an emulsion, wherein the maximum temperature during the lyophilization process is selected to facilitate a controlled and defined degradation of said biopolymer, wherein the maximum temperature during the sublimation process is selected from a range between 0 °C and 140 °C, and wherein the composition comprising the biopolymer has a pH value selected from a range between 2.5 and 6, wherein the biopolymer is selected from the group consisting of hyaluronic acid, glucosamino glycans, polysaccharides, and fucoidanes, preferably the biopolymer is hyaluronic acid. lyophylizing a composition comprising the biopolymer, wherein the composition comprising the biopolymer is an aqueous solution or an emulsion, wherein the maximum temperature during the lyophilization process is selected to facilitate a controlled and defined degradation of said biopolymer, wherein the maximum temperature during the sublimation process is selected from a range between 0 °C and 140 °C, and wherein the composition comprising the biopolymer has a pH value selected from a range between 2.5 and 6, wherein the biopolymer is selected from the group consisting of hyaluronic acid, glucosamino glycans, polysaccharides, and fucoidanes, preferably the biopolymer is hyaluronic acid.
A strain gage system (200;250), comprising: a housing having a cylindrical body comprising a first mounting flange and a second mounting flange; characterized in a ribbon gage installed on the housing wherein the ribbon gage comprises: a T-shaped substrate having a first arm and a second arm, and a first strain gage set mounted on said first arm, and a second strain gage set mounted on said second arm, and a trim resistor; a connector in electronic communication with the first strain gage set, the second strain gage set and the trim resistor; and wherein a portion of the ribbon gage is coupled to the housing at a location wherein the first strain gage set is installed annularly equidistant between a first end and a second end of the first mounting flange, wherein a portion of the ribbon gage is coupled to the housing at a location wherein the first strain gage set is installed axially equidistant between the first mounting flange and an end of the housing, wherein a portion of the ribbon gage is coupled to the housing at a location wherein the second strain gage set is installed annularly equidistant between a first end and a second end of the second mounting flange, and wherein a portion of the ribbon gage is coupled to the housing at a location wherein the second strain gage is installed axially equidistant between the second mounting flange and an end of the housing. a housing having a cylindrical body comprising a first mounting flange and a second mounting flange; characterized in a ribbon gage installed on the housing wherein the ribbon gage comprises: a T-shaped substrate having a first arm and a second arm, and a first strain gage set mounted on said first arm, and a second strain gage set mounted on said second arm, and a trim resistor; a T-shaped substrate having a first arm and a second arm, and a first strain gage set mounted on said first arm, and a second strain gage set mounted on said second arm, and a trim resistor; a connector in electronic communication with the first strain gage set, the second strain gage set and the trim resistor; and wherein a portion of the ribbon gage is coupled to the housing at a location wherein the first strain gage set is installed annularly equidistant between a first end and a second end of the first mounting flange, wherein a portion of the ribbon gage is coupled to the housing at a location wherein the first strain gage set is installed axially equidistant between the first mounting flange and an end of the housing, wherein a portion of the ribbon gage is coupled to the housing at a location wherein the second strain gage set is installed annularly equidistant between a first end and a second end of the second mounting flange, and wherein a portion of the ribbon gage is coupled to the housing at a location wherein the second strain gage is installed axially equidistant between the second mounting flange and an end of the housing.
A composition comprising: a) a recombinantly produced GH61 protein that comprises an amino acid sequence that is at least 80% identical to SEQ ID NO:2 or fragments of SEQ ID NO:2 that have GH61 activity; and b) cellulase enzymes including at least one endoglucanase, at least one β glucosidase, at least one Type 1 cellobiohydrolase, and at least one Type 2 cellobiohydrolase. a) a recombinantly produced GH61 protein that comprises an amino acid sequence that is at least 80% identical to SEQ ID NO:2 or fragments of SEQ ID NO:2 that have GH61 activity; and b) cellulase enzymes including at least one endoglucanase, at least one β glucosidase, at least one Type 1 cellobiohydrolase, and at least one Type 2 cellobiohydrolase.