mhurhangee/patent-ind-claim-en huggingface dataset:
A nucleic acid array , comprising: a support having locations that, in operation, receive biological samples comprising nucleic acid sequences differing from one another to respond differently in successive cycles of fluorescent imaging; and six fiducial features in a hexagonal arrangement on the support, the fiducial features having a fluorescent material that responds in the successive cycles of fluorescent imaging; wherein the successive cycles of fluorescent imaging are performed utilizing light at at least two different wavelengths, and wherein the fluorescent material of the fiducial features is responsive to both of the at least two different wavelengths. a support having locations that, in operation, receive biological samples comprising nucleic acid sequences differing from one another to respond differently in successive cycles of fluorescent imaging; and six fiducial features in a hexagonal arrangement on the support, the fiducial features having a fluorescent material that responds in the successive cycles of fluorescent imaging; wherein the successive cycles of fluorescent imaging are performed utilizing light at at least two different wavelengths, and wherein the fluorescent material of the fiducial features is responsive to both of the at least two different wavelengths.
Device for exchanging an old filter element , particularly a used filter element, which is at least partially received in a housing pot , with a new, particularly unused, filter element , preferably of the same design, to be inserted in said housing pot (1, with a housing pot and a filter element , which comprises a filter material extending between two end caps , one of said end caps comprising a handle for inserting the filter element into the housing pot into a functional position, a control apparatus being provided on the free end face of the housing pot , said control apparatus interacting with at least one control means present on the end cap comprising the handle such that, when the respective filter element is turned by means of the handle in a direction from a fixing position in the housing pot , an axial extraction force acts on this filter element , which at least partially causes the filter element to lift out of the housing part , the control apparatus comprising a saw tooth profile , the individual teeth of which each form a ramp running obliquely in the direction of the surrounding area starting from a tooth base , at the end of which the ramp falls off, forming a contact surface in the following tooth base inside the saw tooth profile , the saw tooth profile also forming a closed ring, characterised in that the individual ramps in the ring transition seamlessly and without any spaces into one another starting from their respective tooth base .
A method of a user equipment, UE, the method comprising: receiving , from a first base station , a first message for requesting UE capability information; and transmitting , to the first base station , a second message including the UE capability information, wherein the UE capability information includes information on at least one band combination supported by the UE and information on band combination parameters for a band combination of the at least one band combination including first information indicating that the UE supports a dual connectivity for the band combination, wherein the band combination is used to configure a cell associated with a second base station and a cell associated with the first base station for the UE , and wherein the first information indicates that serving cells corresponding to a band entry belong to one cell group in case that the band combination includes two or more band entries. receiving , from a first base station , a first message for requesting UE capability information; and transmitting , to the first base station , a second message including the UE capability information, wherein the UE capability information includes information on at least one band combination supported by the UE and information on band combination parameters for a band combination of the at least one band combination including first information indicating that the UE supports a dual connectivity for the band combination, wherein the band combination is used to configure a cell associated with a second base station and a cell associated with the first base station for the UE , and wherein the first information indicates that serving cells corresponding to a band entry belong to one cell group in case that the band combination includes two or more band entries.
An image processing device used by a work transfer device configured to use a pickup section to pick up a workpiece (W) from a pickup loading section on which at least one of the workpieces (W) is loaded, the image processing device comprising: A lighting section configured to emit light to the pickup loading section ; and An imaging section configured to capture a color image of the pickup loading section ; a determining section configured to detect a work region corresponding to the workpiece using a color difference signal from among a brightness-color difference signal obtained from a signal output by the imaging section , the image processing device being characterized by the determining section is configured to determine whether the workpiece (W) of the work region can be picked up, and to output a determining result, and the pickup loading section is a specified color, and the lighting section is configured to emit a light with a complementary color to the specified color of the pickup loading section . A lighting section configured to emit light to the pickup loading section ; and An imaging section configured to capture a color image of the pickup loading section ; a determining section configured to detect a work region corresponding to the workpiece using a color difference signal from among a brightness-color difference signal obtained from a signal output by the imaging section , the image processing device being characterized by the determining section is configured to determine whether the workpiece (W) of the work region can be picked up, and to output a determining result, and the pickup loading section is a specified color, and the lighting section is configured to emit a light with a complementary color to the specified color of the pickup loading section .
Method for converting uranium hexafluoride, UF 6 , to uranium dioxide, UO 2 , the method comprising the steps of: - hydrolysis of UF 6 to uranium oxyfluoride, UO 2 F 2 , in a hydrolysis reactor by reaction between gaseous UF 6 and dry water vapour injected into the reactor ; and - pyrohydrolysis of UO 2 F 2 to UO 2 in a pyrohydrolysis furnace by reaction of UO 2 F 2 with dry water vapour and hydrogen gas, H 2 , injected into the furnace , wherein the hourly mass flowrate of gaseous UF 6 supplied to the reactor is between 75 and 130 kg/h, the hourly mass flowrate of dry water vapour supplied to the reactor for hydrolysis is between 15 and 30 kg/h, and the temperature inside the reactor is between 150 and 250°C. - hydrolysis of UF 6 to uranium oxyfluoride, UO 2 F 2 , in a hydrolysis reactor by reaction between gaseous UF 6 and dry water vapour injected into the reactor ; and - pyrohydrolysis of UO 2 F 2 to UO 2 in a pyrohydrolysis furnace by reaction of UO 2 F 2 with dry water vapour and hydrogen gas, H 2 , injected into the furnace ,
A darkening screen having a hemispherical transmission measured in accordance with the standard WUR-TNO-NEN 2675:2018 of less than 1%, which darkening screen comprises: - a first fabric having a light reflecting first face and an opposite second face , which first fabric comprises in machining direction first strips of film material and first threads in between the first strips , and, in cross machining direction, first yarns by means of which the first strips and the first threads are knitted or woven to one another; and - a second fabric which has a first face and an opposite second face and which is applied with its first face against the second face of the first fabric , which second fabric comprises in machining direction second strips of film material and second threads in between the second strips , and, in cross machining direction, second yarns by means of which the second strips and the second threads are knitted or woven to one another, wherein said first and said second threads have water transporting capacity, characterised in that said first threads are aligned with said second threads and are situated, in a direction perpendicular to said first and second fabric , opposite to said second threads to form pairs of first and second threads , and in that in a number of said pairs of first and second threads the first thread is connected at different locations by cross-connections to the second thread to thereby fix the first fabric to the second fabric . - a first fabric having a light reflecting first face and an opposite second face , which first fabric comprises in machining direction first strips of film material and first threads in between the first strips , and, in cross machining direction, first yarns by means of which the first strips and the first threads are knitted or woven to one another; and - a second fabric which has a first face and an opposite second face and which is applied with its first face against the second face of the first fabric , which second fabric comprises in machining direction second strips of film material and second threads in between the second strips , and, in cross machining direction, second yarns by means of which the second strips and the second threads are knitted or woven to one another, said first threads are aligned with said second threads and are situated, in a direction perpendicular to said first and second fabric , opposite to said second threads to form pairs of first and second threads , and in that in a number of said pairs of first and second threads the first thread is connected at different locations by cross-connections to the second thread to thereby fix the first fabric to the second fabric .
A device comprising: a function circuit configured to perform a designed function, to output signals, SIG, and to operate based on power provided by a first positive supply voltage, VDD1, and a first negative supply voltage, VSS1; a monitoring circuit configured to operate based on power provided by a second positive supply voltage, VDD2, and a second negative supply voltage, VSS2, and generate a first monitor signal, MNT1, based on monitoring an operation of the function circuit based on said signals, SIG, output by the function circuit ; and an output circuit configured to generate a second monitor signal, MNT2, based on monitoring the first positive supply voltage, VDD1, generate a third monitor signal, MNT3, based on monitoring the second positive supply voltage, VDD2, and generate an output signal, OUT, that is output through at least one output pin, T, of the device based on the first monitor signal, MNT1, the second monitor signal, MNT2, and the third monitor signal, MNT3. a function circuit configured to perform a designed function, to output signals, SIG, and to operate based on power provided by a first positive supply voltage, VDD1, and a first negative supply voltage, VSS1; a monitoring circuit configured to operate based on power provided by a second positive supply voltage, VDD2, and a second negative supply voltage, VSS2, and generate a first monitor signal, MNT1, based on monitoring an operation of the function circuit based on said signals, SIG, output by the function circuit ; and an output circuit configured to generate a second monitor signal, MNT2, based on monitoring the first positive supply voltage, VDD1, generate a third monitor signal, MNT3, based on monitoring the second positive supply voltage, VDD2, and generate an output signal, OUT, that is output through at least one output pin, T, of the device based on the first monitor signal, MNT1, the second monitor signal, MNT2, and the third monitor signal, MNT3.
A vehicle control system comprising: information acquisition means for acquiring information relating to a vehicle speed decreasing point where a decrease in vehicle speed is induced; and traveling control means for, at least one of when one vehicle has reached a predetermined distance before the vehicle speed decreasing point concerning the information acquired by the information acquisition means and when a predetermined time has come before the one vehicle reaches the vehicle speed decreasing point concerning the information acquired by the information acquisition means , controlling the traveling of the one vehicle such that the inter-vehicle distance from a behind vehicle behind the one vehicle increases, the system characterised in that : the traveling control means estimates a speed decrease tendency vehicle having a vehicle speed decrease tendency which is a vehicle for which the possibility of a decrease in vehicle speed is equal to or greater than a predetermined threshold value, and at least one of when the speed decrease tendency vehicle has reached a predetermined distance before the vehicle speed decreasing point and when a predetermined time has come before reaching the vehicle speed decreasing point , controls the traveling of the one vehicle such that the one vehicle travels in parallel with the speed decrease tendency vehicle . information acquisition means for acquiring information relating to a vehicle speed decreasing point where a decrease in vehicle speed is induced; and traveling control means for, at least one of when one vehicle has reached a predetermined distance before the vehicle speed decreasing point concerning the information acquired by the information acquisition means and when a predetermined time has come before the one vehicle reaches the vehicle speed decreasing point concerning the information acquired by the information acquisition means , controlling the traveling of the one vehicle such that the inter-vehicle distance from a behind vehicle behind the one vehicle increases, the system characterised in that : the traveling control means estimates a speed decrease tendency vehicle having a vehicle speed decrease tendency which is a vehicle for which the possibility of a decrease in vehicle speed is equal to or greater than a predetermined threshold value, and at least one of when the speed decrease tendency vehicle has reached a predetermined distance before the vehicle speed decreasing point and when a predetermined time has come before reaching the vehicle speed decreasing point , controls the traveling of the one vehicle such that the one vehicle travels in parallel with the speed decrease tendency vehicle .
Method for generating an acoustic speech output in an electric motor-driven kitchen machine having a stirring vessel and a stirring mechanism in the stirring vessel , with the following steps: a) identifying at least one pre-stored speech segment as a function of a digital speech template , b) retrieving the identified speech segment , c) acoustic output of the retrieved speech segment , wherein a plurality of speech segments are pre-stored in a single persistent information object , and are each identified and/or retrieved on the basis of at least one position information in the information object , wherein the information object is configured as a single file , the position information being indexing information for the speech segments of the file , and at least one template segment of the speech template being retrieved for identification in accordance with step a), and for identification in accordance with step a) a local identification is performed by assigning the template segment to the position information of a local information object to determine a local position information ; and in step a) a remote identification is performed by associating the template segment with the position information of a remote information object to determine remote position information , wherein according to step b) after successful local identification, at least one locally identified speech segment is retrieved, and after an unsuccessful local identification, at least one remotely identified speech segment is retrieved, wherein the remotely identified speech segment is integrated into the local information object . a) identifying at least one pre-stored speech segment as a function of a digital speech template , b) retrieving the identified speech segment , c) acoustic output of the retrieved speech segment ,
Filter system for a water-guiding household appliance comprising: a filter with a filter surface for filtering out particles from a fluid, a squeegee with a first squeegee side and a second squeegee side , and a squeegee drive which is designed to move the squeegee over the filter surface in a first movement direction (v1) and in a second movement direction (v2) opposed to the first movement direction (v1) in order to squeegee particles away from the filter surface , wherein the squeegee is designed such that in the first movement direction (v1) the filter surface comes into contact with the first squeegee side first and in the second movement direction (v2) it comes into contact with the second squeegee side first, wherein the first squeegee side and the second squeegee side have different properties and/or are different in geometry, and wherein the first squeegee side and the second squeegee side are formed from different materials. a filter with a filter surface for filtering out particles from a fluid, a squeegee with a first squeegee side and a second squeegee side , and a squeegee drive which is designed to move the squeegee over the filter surface in a first movement direction (v1) and in a second movement direction (v2) opposed to the first movement direction (v1) in order to squeegee particles away from the filter surface , wherein the squeegee is designed such that in the first movement direction (v1) the filter surface comes into contact with the first squeegee side first and in the second movement direction (v2) it comes into contact with the second squeegee side first, wherein the first squeegee side and the second squeegee side have different properties and/or are different in geometry, and wherein the first squeegee side and the second squeegee side are formed from different materials.
A pig for fitting a liner to the inside of a pipe, comprising: a pig body defining a longitudinal axis in a longitudinal direction from a front portion to a rear portion ; a gas supply port in the front portion ; a gas outlet diffuser forming part of the rear portion ; a heating chamber in the pig body forming a flow path from a fluid inlet to the outlet diffuser ; and a heater within the heating chamber , wherein the outlet diffuser comprises a plurality of channels , each channel comprising an inlet facing the front portion in the longitudinal direction and an outlet extending radially outwardly from the longitudinal axis . a pig body defining a longitudinal axis in a longitudinal direction from a front portion to a rear portion ; a gas supply port in the front portion ; a gas outlet diffuser forming part of the rear portion ; a heating chamber in the pig body forming a flow path from a fluid inlet to the outlet diffuser ; and a heater within the heating chamber , wherein the outlet diffuser comprises a plurality of channels , each channel comprising an inlet facing the front portion in the longitudinal direction and an outlet extending radially outwardly from the longitudinal axis .
Method of adjusting and tracking a conveyor belt arranged around at least two rotatable drums , the belt having a direction of travel along its length and orthogonally an axis of the at least two drums , wherein the adjustment of the belt is made by displacing at least one of the drums sideways seen in the direction of travel of the belt and thus the belt , so that the belt directly gets into a desired position, wherein the displacement of the at least one drum and the belt sideways is a rotational movement of the at least one drum about a pivot point provided in an orthogonal plane along the centre of the belt in the direction of travel of the belt at a distance from the at least one drum, whereafter the at least one drum is moved back to a desired position of the drum without changing the position of the belt in order to compensate the desire of the belt to move sideways in the same direction as the at least one drum was moved, by moving the at least one drum back towards the desired position of the drum, continuously, in the same velocity as the belt will wander in the opposite direction, and the belt position is monitored constantly as well as the speed of the belt using at least one sensor in connection with a Programmable Logic Controller, PLC, configured to monitor and control the position of the belt , of the drum and the velocity of the belt.
An aircraft comprising: first and second structures and a connection assembly connecting said first and second structures to each other, said connection assembly comprising: a first rod block attached to said first structure ; a second rod block attached to said second structure ; a flexible skin having one end connected to said first rod block and another end connected to said second rod block; ; and a plurality of assemblies disposed within or adjacent to said flexible skin , characterised in that each assembly comprises: a sleeve ; a first rod comprising a first portion slidably coupled to said sleeve , a second portion attached to said first rod block and a third portion disposed between said first and second portions of said first rod , wherein said third portion of said first rod comprises shape memory alloy trained to produce a two-way memory effect in response to heating and cooling. first and second structures and a connection assembly connecting said first and second structures to each other, said connection assembly comprising: a first rod block attached to said first structure ; a second rod block attached to said second structure ; a flexible skin having one end connected to said first rod block and another end connected to said second rod block; ; and a plurality of assemblies disposed within or adjacent to said flexible skin , a first rod block attached to said first structure ; a second rod block attached to said second structure ; a flexible skin having one end connected to said first rod block and another end connected to said second rod block; ; and a plurality of assemblies disposed within or adjacent to said flexible skin , characterised in that each assembly comprises: a sleeve ; a first rod comprising a first portion slidably coupled to said sleeve , a second portion attached to said first rod block and a third portion disposed between said first and second portions of said first rod , wherein said third portion of said first rod comprises shape memory alloy trained to produce a two-way memory effect in response to heating and cooling. a sleeve ; a first rod comprising a first portion slidably coupled to said sleeve , a second portion attached to said first rod block and a third portion disposed between said first and second portions of said first rod , wherein said third portion of said first rod comprises shape memory alloy trained to produce a two-way memory effect in response to heating and cooling.