mhurhangee/ep-ind-claims huggingface dataset:
A process for the production of L-threonine by fermentation of recombinant microorganisms of the Enterobacteriaceae family, wherein a) in the microorganisms already producing L-threonine, the yfiD ORF and/or the pflB gene or nucleotide sequences coding for the gene products are overexpressed and said microorganisms are cultured in a medium under conditions in which L-threonine is enriched in the medium or in the cells, and b) L-threonine is isolated, whereby optionally constituents of the fermentation broth and/or the biomass in its entirety or in portions remain in the isolated product or are completely removed. a) in the microorganisms already producing L-threonine, the yfiD ORF and/or the pflB gene or nucleotide sequences coding for the gene products are overexpressed and said microorganisms are cultured in a medium under conditions in which L-threonine is enriched in the medium or in the cells, and b) L-threonine is isolated, whereby optionally constituents of the fermentation broth and/or the biomass in its entirety or in portions remain in the isolated product or are completely removed.
A computer-implemented method for automatic removal of an unmoving object from a photo, comprising - providing a reference photo containing at least one unmoving object to be removed from the reference photo; - providing at least one consecutive photo taken from another angle than the reference photo and containing at least one said unmoving object to be removed from the reference photo; for the reference photo and each at least one consecutive photo performing separately: a) detection of at least one said unmoving object to be removed from the reference photo, where the photo is divided into two planes, wherein at least one object to be removed is assigned to the first plane and the second plane comprises elements to be outputted in a final photo; b) division of all captured photos into tiles; c) calculation of a cost function for each tile, wherein only tiles with second plane are processed; next, based on the tiles from captured photos, searching for the best selection of tiles by performing optimization of the global cost function; outputting the final photo comprising the selected tiles that are the best combination of tiles for which the global function has the minimum value, said outputted final photo being the reference photo with at least one unmoving object removed and replaced by background from at least one consecutive photo. - providing a reference photo containing at least one unmoving object to be removed from the reference photo; - providing at least one consecutive photo taken from another angle than the reference photo and containing at least one said unmoving object to be removed from the reference photo; for the reference photo and each at least one consecutive photo performing separately: a) detection of at least one said unmoving object to be removed from the reference photo, where the photo is divided into two planes, wherein at least one object to be removed is assigned to the first plane and the second plane comprises elements to be outputted in a final photo; b) division of all captured photos into tiles; c) calculation of a cost function for each tile, wherein only tiles with second plane are processed; a) detection of at least one said unmoving object to be removed from the reference photo, where the photo is divided into two planes, wherein at least one object to be removed is assigned to the first plane and the second plane comprises elements to be outputted in a final photo; b) division of all captured photos into tiles; c) calculation of a cost function for each tile, wherein only tiles with second plane are processed; next, based on the tiles from captured photos, searching for the best selection of tiles by performing optimization of the global cost function; outputting the final photo comprising the selected tiles that are the best combination of tiles for which the global function has the minimum value, said outputted final photo being the reference photo with at least one unmoving object removed and replaced by background from at least one consecutive photo.
A method of updating estimated parameters relevant to the relationship between tire force and tire slip for use in estimating the friction between the tire of a vehicle and a road, the method comprising: providing a control unit; using a model, in conjunction with the control unit, based on a plurality of estimated parameters that are dependent on one or both of the tire and the road to establish a relationship between tire force and tire slip; determining, with the control unit, an actual tire force and an actual tire slip; said method characterized by the steps of: assessing, with the control unit, the importance of each of the parameters at the actual tire force and slip; determining, with the control unit, which of the parameters to update based on the assessed importance of each of the parameters; and updating the value of each parameter that it is determined should be updated. providing a control unit; using a model, in conjunction with the control unit, based on a plurality of estimated parameters that are dependent on one or both of the tire and the road to establish a relationship between tire force and tire slip; determining, with the control unit, an actual tire force and an actual tire slip; said method characterized by the steps of: assessing, with the control unit, the importance of each of the parameters at the actual tire force and slip; determining, with the control unit, which of the parameters to update based on the assessed importance of each of the parameters; and updating the value of each parameter that it is determined should be updated. assessing, with the control unit, the importance of each of the parameters at the actual tire force and slip; determining, with the control unit, which of the parameters to update based on the assessed importance of each of the parameters; and updating the value of each parameter that it is determined should be updated.
An optical structure observation apparatus (10, 22) including an optical structure information detecting device which acquires a plurality of pieces of optical structure information of a measured object obtained by scanning a scan surface constituted of a first direction which is a depth direction of the measured object having a layer structure and a second direction orthogonal to the first direction, by using a low coherence light, while shifting a position along a third direction which is a direction orthogonal to the scan surface, and an optical stereoscopic structure image constructing device which constructs an optical stereoscopic structure image based on a plurality of pieces of the optical structure information which are acquired, the apparatus characterized by comprising: a middle layer extracting device (222, 228) which extracts a desired middle layer in the measured object from the optical structure information configuring the optical stereoscopic structure image, the middle layer being a layer existing at a position deeper than a surface of the measured object in the first direction; a layer flattening device which performs flattening to make the middle layer a plane at a same depth position; a structure image converting device which reconstructs the optical stereoscopic structure image with the flattened middle layer as a reference layer, and generates a three-dimensional converted optical structure image; and a display control device (227, 228) which images at least the three-dimensional converted optical structure image, and causes a display device to display the image. a middle layer extracting device (222, 228) which extracts a desired middle layer in the measured object from the optical structure information configuring the optical stereoscopic structure image, the middle layer being a layer existing at a position deeper than a surface of the measured object in the first direction; a layer flattening device which performs flattening to make the middle layer a plane at a same depth position; a structure image converting device which reconstructs the optical stereoscopic structure image with the flattened middle layer as a reference layer, and generates a three-dimensional converted optical structure image; and a display control device (227, 228) which images at least the three-dimensional converted optical structure image, and causes a display device to display the image.
A process for preparing an insulating element for a tank comprising the steps (i) covering at least two surfaces of a mold with a metal foil; (ii) introducing a foam forming composition in the mold; (iii) allowing a foam to form between the metal foils, wherein the foam comes in direct contact with the metal foil directly after the formation of the foam, and wherein all surfaces of the insulating element are covered with a metal foil, wherein the shape of the insulating element remains substantially intact when subjected to a temperature treatment cycle on one of the metal coated surfaces of the insulating element, the temperature treatment cycle comprising at least two sequences of heating to a temperature of 150 °C for a period of at least 12 hours and subsequent storage at 20 °C for a period of at least 12 hours. (i) covering at least two surfaces of a mold with a metal foil; (ii) introducing a foam forming composition in the mold; (iii) allowing a foam to form between the metal foils, wherein the foam comes in direct contact with the metal foil directly after the formation of the foam, and wherein all surfaces of the insulating element are covered with a metal foil, wherein the shape of the insulating element remains substantially intact when subjected to a temperature treatment cycle on one of the metal coated surfaces of the insulating element, the temperature treatment cycle comprising at least two sequences of heating to a temperature of 150 °C for a period of at least 12 hours and subsequent storage at 20 °C for a period of at least 12 hours. wherein the foam comes in direct contact with the metal foil directly after the formation of the foam, and wherein all surfaces of the insulating element are covered with a metal foil, wherein the shape of the insulating element remains substantially intact when subjected to a temperature treatment cycle on one of the metal coated surfaces of the insulating element, the temperature treatment cycle comprising at least two sequences of heating to a temperature of 150 °C for a period of at least 12 hours and subsequent storage at 20 °C for a period of at least 12 hours.
A controller for a processing station that registers a passenger's luggage for a trip, wherein the controller is configured to: compare (i) an image taken of a luggage transportation tub with the luggage, the tub having a first shape and being adapted to receive the luggage associated with the passenger, and (ii) a database of predefined tub shapes; characterized in that the controller is further configured to determine a weight of the luggage by subtracting a weight of the tub from a combined weight of the luggage and the tub measured with a weighing sensor electrically connected to the controller. compare (i) an image taken of a luggage transportation tub with the luggage, the tub having a first shape and being adapted to receive the luggage associated with the passenger, and (ii) a database of predefined tub shapes; characterized in that the controller is further configured to determine a weight of the luggage by subtracting a weight of the tub from a combined weight of the luggage and the tub measured with a weighing sensor electrically connected to the controller.
A method to cook thin chips in a continuous digester vessel comprising: introducing a flow of thin chips to a chip bin; adding white liquor to the chip bin and/or to a chip transport passage extending from the chip bin to an upper inlet of the continuous digester vessel; injecting steam or other heated fluid to an upper region of the digester vessel to elevate a cooking temperature of the chips in the vessel to at least 130 degrees Celsius; cooking the chips in the vessel as the chips flow downward through the vessel; injecting wash liquid to a lower region of the vessel; extracting at least the wash liquid through a wash liquid extraction screen in the lower region of the vessel and above the injection of the wash liquid, and discharging the cooked thin chips as pulp from the lower region of the vessel, characterized in that at least 85% of the thin chips introduced to the chip bin have a thickness of greater than 2 mm but no greater than 6 mm, and a majority or all of the white liquor used for pulping the thin chips is introduced to the chip bin and/or to the chip transport passage rather than the digester vessel. introducing a flow of thin chips to a chip bin; adding white liquor to the chip bin and/or to a chip transport passage extending from the chip bin to an upper inlet of the continuous digester vessel; injecting steam or other heated fluid to an upper region of the digester vessel to elevate a cooking temperature of the chips in the vessel to at least 130 degrees Celsius; cooking the chips in the vessel as the chips flow downward through the vessel; injecting wash liquid to a lower region of the vessel; extracting at least the wash liquid through a wash liquid extraction screen in the lower region of the vessel and above the injection of the wash liquid, and discharging the cooked thin chips as pulp from the lower region of the vessel, characterized in that at least 85% of the thin chips introduced to the chip bin have a thickness of greater than 2 mm but no greater than 6 mm, and a majority or all of the white liquor used for pulping the thin chips is introduced to the chip bin and/or to the chip transport passage rather than the digester vessel.
Cleaning cloth that can be joined to a mop base, including a coupling element (5, 12) solidly connected to said cloth, suitable for being attached solidly to a mop base, that protrudes along a lengthwise edge of said cloth, characterised by the fact that said lengthwise edge of said cloth is a retaining lengthwise side and by the fact that said coupling element (5, 12) has a greater thickness and/or rigidity compared to the material of which the cloth is made.
An actuator assembly for a ram air turbine comprising: a housing; a piston; an actuator rod connected to the piston; a first internal cavity within the housing configured to partially contain a pressurized fluid on a first side of the piston; a second internal cavity within the housing configured to partially contain the pressurized fluid on a second side of the piston; a fluid inlet port connecting a first opening on an outer surface of the housing to the first internal cavity; a fluid outlet port connecting a second opening on the outer surface of the housing to the second internal cavity; characterised in that the actuator assembly further comprises a pressure relief channel having a relief inlet in direct fluid communication with the fluid inlet port and in fluid communication with the first internal cavity, the channel further having a relief outlet, wherein the relief outlet is in fluid communication with the second internal cavity when the actuator rod is in a fully extended position; a pressure relief valve positioned between the relief inlet and the relief outlet and configured to direct fluid from the relief inlet to the relief outlet when the pressure relief valve is open; and a seal of the piston positioned between the fluid inlet port and the relief outlet when the actuator rod is in a fully deployed position. a housing; a piston; an actuator rod connected to the piston; a first internal cavity within the housing configured to partially contain a pressurized fluid on a first side of the piston; a second internal cavity within the housing configured to partially contain the pressurized fluid on a second side of the piston; a fluid inlet port connecting a first opening on an outer surface of the housing to the first internal cavity; a fluid outlet port connecting a second opening on the outer surface of the housing to the second internal cavity; characterised in that the actuator assembly further comprises a pressure relief channel having a relief inlet in direct fluid communication with the fluid inlet port and in fluid communication with the first internal cavity, the channel further having a relief outlet, wherein the relief outlet is in fluid communication with the second internal cavity when the actuator rod is in a fully extended position; a pressure relief valve positioned between the relief inlet and the relief outlet and configured to direct fluid from the relief inlet to the relief outlet when the pressure relief valve is open; and a seal of the piston positioned between the fluid inlet port and the relief outlet when the actuator rod is in a fully deployed position.
A computer-implemented method for detecting updates to a domain name system record system, comprising: receiving a plurality of domain name system, DNS, data records, wherein each DNS data record comprises a record of a domain name system; selecting a processor from a plurality of processors (110A...N), each processor configured to apply a DNS data record of the plurality of DNS data records against a common filter, wherein the common filter is a probabilistic data structure that determines one of: the DNS data record is (i) possibly in a set, or (ii) definitely not in the set; applying, at the selected processor, the DNS data record to the common filter to determine whether the DNS data record is included in the set; when the DNS data record is determined as definitely not being included in the set: providing a message to indicate that the domain name system includes a new DNS data record; updating the common filter to include the DNS data record in the set; comparing the message with other messages received over a certain period to identify whether the message matches one of the other messages; when the message matches one of the other messages, not forwarding on the message; and when the message does not match one of the other messages, forwarding on the message. receiving a plurality of domain name system, DNS, data records, wherein each DNS data record comprises a record of a domain name system; selecting a processor from a plurality of processors (110A...N), each processor configured to apply a DNS data record of the plurality of DNS data records against a common filter, wherein the common filter is a probabilistic data structure that determines one of: the DNS data record is (i) possibly in a set, or (ii) definitely not in the set; applying, at the selected processor, the DNS data record to the common filter to determine whether the DNS data record is included in the set; when the DNS data record is determined as definitely not being included in the set: providing a message to indicate that the domain name system includes a new DNS data record; updating the common filter to include the DNS data record in the set; comparing the message with other messages received over a certain period to identify whether the message matches one of the other messages; when the message matches one of the other messages, not forwarding on the message; and when the message does not match one of the other messages, forwarding on the message. providing a message to indicate that the domain name system includes a new DNS data record; updating the common filter to include the DNS data record in the set; comparing the message with other messages received over a certain period to identify whether the message matches one of the other messages; when the message matches one of the other messages, not forwarding on the message; and when the message does not match one of the other messages, forwarding on the message.
An actuating device for a hydraulic actuating system, in particular of a vehicle brake or an electrified clutch actuator, including the following components: - a connection for an actuating facility, in particular in the form of a brake pedal or a clutch actuating facility, - an electromotive drive driven by a pressure supply device in the form of a piston or double stroke piston pump, wherein the drive adjusts the piston of the piston or double stroke piston pump directly or via a transmission gear, in particular a recirculating ball gear, - a piston-cylinder unit (10, main cylinder) actuatable by means of the actuating facility, which is hydraulically connected to a pressure supply reservoir, - an electronic control and regulation unit, characterized in that the axis of the piston-cylinder unit (10, main cylinder) and the axis of the pressure supply device are arranged in parallel to one another. - a connection for an actuating facility, in particular in the form of a brake pedal or a clutch actuating facility, - an electromotive drive driven by a pressure supply device in the form of a piston or double stroke piston pump, wherein the drive adjusts the piston of the piston or double stroke piston pump directly or via a transmission gear, in particular a recirculating ball gear, - a piston-cylinder unit (10, main cylinder) actuatable by means of the actuating facility, which is hydraulically connected to a pressure supply reservoir, - an electronic control and regulation unit,
Procedure for the planned fastening of an anchor as a fastening means in a drill hole using a fastening system, wherein the fastening system comprises the fastening means and a sensor separate from the fastening means, wherein the fastening means can be converted from an initial state to a planned fastening state during installation, wherein the fastening system comprises at least one marking means and at least one machine-readable information element, wherein the marking means and the information element are arranged in such a way that they can be detected together with the sensor in the planned fastening state, but not before and/or during installation, in order to verify the planned fastening, characterised in that after the planned installation of the fastening means in the planned fastening state, the marking means and the information element are detected simultaneously and together with the sensor. wherein the fastening system comprises the fastening means and a sensor separate from the fastening means, wherein the fastening means can be converted from an initial state to a planned fastening state during installation, wherein the fastening system comprises at least one marking means and at least one machine-readable information element, wherein the marking means and the information element are arranged in such a way that they can be detected together with the sensor in the planned fastening state, but not before and/or during installation, in order to verify the planned fastening, characterised in that after the planned installation of the fastening means in the planned fastening state, the marking means and the information element are detected simultaneously and together with the sensor.