mhurhangee/ep-ind-claims huggingface dataset:
A method for transmitting data by a spacecraft in orbit traveling around the Earth, the spacecraft including: - an observation instrument including optics and an array sensor located at a focal plane of said optics, to acquire images in the context of an observation mission of the spacecraft, said observation instrument being associated with a fixed field of view in the spacecraft reference frame and defined by the array sensor, - a laser emission module associated with a fixed laser line of sight in the spacecraft reference frame, said laser emission module being located at the focal plane or at a secondary focal plane of the optics or at an intermediate focal plane of a portion of the optics, said method including steps of: - acquiring, by the array sensor, an image of a calibration area, so-called the calibration image, - obtaining reference data associated with the calibration area, - determining a pointing error of the laser line of sight by comparison of the calibration image and the reference data, - controlling pointing of the spacecraft by correcting the pointing error, to make the laser line of sight point towards a laser reception module, - emitting data by the laser emission module to the laser reception module, said data including one or more image(s) acquired by the array sensor in the context of the observation mission of the spacecraft. - an observation instrument including optics and an array sensor located at a focal plane of said optics, to acquire images in the context of an observation mission of the spacecraft, said observation instrument being associated with a fixed field of view in the spacecraft reference frame and defined by the array sensor, - a laser emission module associated with a fixed laser line of sight in the spacecraft reference frame, said laser emission module being located at the focal plane or at a secondary focal plane of the optics or at an intermediate focal plane of a portion of the optics, - acquiring, by the array sensor, an image of a calibration area, so-called the calibration image, - obtaining reference data associated with the calibration area, - determining a pointing error of the laser line of sight by comparison of the calibration image and the reference data, - controlling pointing of the spacecraft by correcting the pointing error, to make the laser line of sight point towards a laser reception module, - emitting data by the laser emission module to the laser reception module, said data including one or more image(s) acquired by the array sensor in the context of the observation mission of the spacecraft.
A method for controlling configuration data associated with a property of a desktop appliance via a user interface generated by a remote machine, the method comprising: displaying, by a desktop appliance, a user interface generated by a resource executing on a remote machine; transmitting, by the desktop appliance, to the remote machine, data representative of a user interaction with the displayed user interface; characterised in that the user interaction including a request to modify a property of the desktop appliance via the user interface generated by the resource executing on the remote machine; and the method further comprises the steps of: intercepting, by a user interaction component executing on the desktop appliance, the request to modify the property of the desktop appliance, the request identified within the data transmitted to the remote machine; redirecting, by the user interaction component, to an operating system executing on the desktop appliance, the intercepted modification to the property of the desktop appliance; and applying, by the operating system, the intercepted modification to the property of the desktop appliance and applying, by the remote machine, the intercepted modification to a property of the remote machine. displaying, by a desktop appliance, a user interface generated by a resource executing on a remote machine; transmitting, by the desktop appliance, to the remote machine, data representative of a user interaction with the displayed user interface; characterised in that the user interaction including a request to modify a property of the desktop appliance via the user interface generated by the resource executing on the remote machine; and the method further comprises the steps of: intercepting, by a user interaction component executing on the desktop appliance, the request to modify the property of the desktop appliance, the request identified within the data transmitted to the remote machine; redirecting, by the user interaction component, to an operating system executing on the desktop appliance, the intercepted modification to the property of the desktop appliance; and applying, by the operating system, the intercepted modification to the property of the desktop appliance and applying, by the remote machine, the intercepted modification to a property of the remote machine. intercepting, by a user interaction component executing on the desktop appliance, the request to modify the property of the desktop appliance, the request identified within the data transmitted to the remote machine; redirecting, by the user interaction component, to an operating system executing on the desktop appliance, the intercepted modification to the property of the desktop appliance; and applying, by the operating system, the intercepted modification to the property of the desktop appliance and applying, by the remote machine, the intercepted modification to a property of the remote machine.
A conductive material comprising a metal component consisting of a first metal and a second metal having a melting point higher than that of the first metal, wherein the first metal is one of Sn and an alloy containing 70% by weight or more of Sn, characterized in that the second metal is one of a Cu-Mn alloy and a Cu-Ni alloy which form an intermetallic compound having a melting point of 310°C or higher with the first metal and has a lattice constant difference, i.e. a difference between the lattice constant of the intermetallic compound initially generated at the circumference of the second metal and the lattice constant of the second metal component, of 50% or greater.
A network device, comprising a mixed orchestrator, a condition matcher, and a rule matcher, wherein: the mixed orchestrator is configured to perform a mixed orchestration on all service rules corresponding to multiple service applications running on the network device, so as to extract conditions of all the service rules, wherein each service rule comprises a condition and an action, and the mixed orchestrator is further configured to use the extracted conditions to construct at least one condition set, and generate mapping relationship data for recording a mapping relationship between each service rule and a condition in the condition set; the condition matcher is configured to perform, according to each condition set constructed by the mixed orchestrator, condition matching on packet feature information of a network data packet received by the network device, and to output a condition matching result set after finishing the condition matching of all conditions comprised in the at least one constructed condition set, wherein the condition matching result set is used to record a condition that is matched successfully; and the rule matcher is configured to determine, according to the condition matching result set and the mapping relationship data generated by the mixed orchestrator, a service rule that is matched successfully, and trigger a service application corresponding to the successfully matched service rule to execute an action corresponding to the successfully matched service rule. the mixed orchestrator is configured to perform a mixed orchestration on all service rules corresponding to multiple service applications running on the network device, so as to extract conditions of all the service rules, wherein each service rule comprises a condition and an action, and the mixed orchestrator is further configured to use the extracted conditions to construct at least one condition set, and generate mapping relationship data for recording a mapping relationship between each service rule and a condition in the condition set; the condition matcher is configured to perform, according to each condition set constructed by the mixed orchestrator, condition matching on packet feature information of a network data packet received by the network device, and to output a condition matching result set after finishing the condition matching of all conditions comprised in the at least one constructed condition set, wherein the condition matching result set is used to record a condition that is matched successfully; and the rule matcher is configured to determine, according to the condition matching result set and the mapping relationship data generated by the mixed orchestrator, a service rule that is matched successfully, and trigger a service application corresponding to the successfully matched service rule to execute an action corresponding to the successfully matched service rule.
A multipurpose assistance lamp comprising: a lighting unit which has an OLED lighting sheet, a transparent film that is in surface-to-surface contact with a front surface of the OLED lighting sheet while being stacked on the front surface of the OLED lighting sheet, and a casing plate that accommodates and supports the OLED lighting sheet and the transparent film using left and right edges of the casing plate, while being in surface-to-surface contact with a back surface of the OLED lighting sheet; and a back housing which is attached to a back surface of the casing plate, and accommodates therein a circuit part and a battery (22, 23) for operating the OLED lighting sheet. a lighting unit which has an OLED lighting sheet, a transparent film that is in surface-to-surface contact with a front surface of the OLED lighting sheet while being stacked on the front surface of the OLED lighting sheet, and a casing plate that accommodates and supports the OLED lighting sheet and the transparent film using left and right edges of the casing plate, while being in surface-to-surface contact with a back surface of the OLED lighting sheet; and a back housing which is attached to a back surface of the casing plate, and accommodates therein a circuit part and a battery (22, 23) for operating the OLED lighting sheet.
Valve, in particular for an internal combustion engine, comprising: - a body including: a housing in which is disposed at least one bearing and a duct adapted to have a fluid pass through it, and - a shutter mounted to pivot in the body by means of a pin received in the bearing, the shutter pivoting between: - an open position, and - a closed position in which it comes into contact with the body in a first contact area of the shutter on a first side of the pin and in a second contact area of the shutter on a second side of the pin opposite said first side, the valve being characterized in that the pin and the shutter are in different planes and in that the pin is received with radial play in the bearing, the passage of the shutter from the open position to the closed position being accompanied by radial movement of the pin in the bearing. - a body including: a housing in which is disposed at least one bearing and a duct adapted to have a fluid pass through it, and - a shutter mounted to pivot in the body by means of a pin received in the bearing, - an open position, and - a closed position in which it comes into contact with the body in a first contact area of the shutter on a first side of the pin and in a second contact area of the shutter on a second side of the pin opposite said first side,
An exhaust sampling system comprising: a plurality of exhaust sampling system zones, the exhaust sampling system zones including a sampling conduit, a fill circuit, a read circuit, and at least one sample bag; and a controller; characterized in that the controller is programmed to: predict a minimum dilution ratio to avoid condensation in each of the exhaust sampling system zones, and run a test procedure in which a sample of exhaust is diluted with a make-up gas at a selected minimum dilution ratio that is greater than or equal to a maximum of the predicted minimum dilution ratios. a plurality of exhaust sampling system zones, the exhaust sampling system zones including a sampling conduit, a fill circuit, a read circuit, and at least one sample bag; and a controller; characterized in that the controller is programmed to: predict a minimum dilution ratio to avoid condensation in each of the exhaust sampling system zones, and run a test procedure in which a sample of exhaust is diluted with a make-up gas at a selected minimum dilution ratio that is greater than or equal to a maximum of the predicted minimum dilution ratios. predict a minimum dilution ratio to avoid condensation in each of the exhaust sampling system zones, and run a test procedure in which a sample of exhaust is diluted with a make-up gas at a selected minimum dilution ratio that is greater than or equal to a maximum of the predicted minimum dilution ratios.
A system for titrating liquids with the following features: - a syringe or tip, comprising - a holding device and - a metering equipment, comprising - an additional holding device for holding the syringe or tip on the holding device, - a driving device having a motor, - the driving device being detachably coupled with a plunger of the syringe when the same is held by the additional holding device, or which is coupled with a plunger which is arranged in a cylinder which is coupled with the tip via a fluid conduit, when the same is held by the additional holding device, - an operating device for operating the metering equipment, characterized in that - a control device is connected with the operating device and the driving device and is constructed and arranged to control a movement of the plunger for the delivery of big amounts of liquid in a first delivery phase when an operating element (23.2) of the operating device is actuated, and the rest of the plunger when the operating element is not actuated, wherein the control device reduces the speed of the plunger with respect to its speed at the preceding actuation at every subsequent actuation of the operating element (23.2) and controls a movement of the plunger for the delivery of at least one small defined amount of liquid in the form of droplets ejected from the syringe or tip in a second delivery phase when triggered by an actuation of the operating device or by reaching the end of the first delivery phase. - a syringe or tip, comprising - a holding device and - a metering equipment, comprising - an additional holding device for holding the syringe or tip on the holding device, - a driving device having a motor, - the driving device being detachably coupled with a plunger of the syringe when the same is held by the additional holding device, or which is coupled with a plunger which is arranged in a cylinder which is coupled with the tip via a fluid conduit, when the same is held by the additional holding device, - an operating device for operating the metering equipment, characterized in that - a control device is connected with the operating device and the driving device and is constructed and arranged to control a movement of the plunger for the delivery of big amounts of liquid in a first delivery phase when an operating element (23.2) of the operating device is actuated, and the rest of the plunger when the operating element is not actuated, wherein the control device reduces the speed of the plunger with respect to its speed at the preceding actuation at every subsequent actuation of the operating element (23.2) and controls a movement of the plunger for the delivery of at least one small defined amount of liquid in the form of droplets ejected from the syringe or tip in a second delivery phase when triggered by an actuation of the operating device or by reaching the end of the first delivery phase.
Oven comprising - a muffle comprising at least one front opening and a plurality of walls (2,3,4,5,7), - at least one electric heating element placed inside the muffle for its heating, - fastening means for holding the electric heating element in a steady position, the fastening means comprising a rod-like member engaging at least one wall (2,3,4,5,7) of the muffle, - at least one projection placed on a wall (2,3,4,5,7) of the muffle, the projection being made in the piece forming the upper wall of the muffle, characterized in that the at least one projection comprises an aperture wherein the end of the rod-like member can be engaged/disengaged, such that at least a part of one end of said rod-like member extends outside the muffle. - a muffle comprising at least one front opening and a plurality of walls (2,3,4,5,7), - at least one electric heating element placed inside the muffle for its heating, - fastening means for holding the electric heating element in a steady position, the fastening means comprising a rod-like member engaging at least one wall (2,3,4,5,7) of the muffle, - at least one projection placed on a wall (2,3,4,5,7) of the muffle, the projection being made in the piece forming the upper wall of the muffle,
A method for blood sample treatment comprising: a. locating 50μl to 400μl of a protective agent into a tube, the protective agent including imidazolidinyl urea, EDTA and glycine; b. drawing a blood sample having a first circulating tumor cell concentration into the tube, whereby it contacts the protective agent; c. isolating circulating tumor cells from the contacted blood sample at least 24 hours after blood draw, the contacted blood sample having a second circulating tumor cell concentration, wherein the second circulating tumor cell concentration is not lower or higher than the first circulating tumor cell concentration by any statistically significant value; wherein the concentration of the imidazolidinyl urea after the contacting step is greater than 5 mg/ml; wherein the concentration of the glycine after the contacting step is below 0.03 g/ml; wherein the protective agent is present in an amount that is less than 5% of an overall mixture volume of the protective agent and the drawn blood sample; wherein the protective agent is free of formaldehyde as shown by 13 C-NMR; and wherein as a result of metabolic inhibition of the circulating tumor cells in the treated blood sample, apoptotic and necrotic pathways are inhibited and the circulating tumor cells are protected from cell degradation. a. locating 50μl to 400μl of a protective agent into a tube, the protective agent including imidazolidinyl urea, EDTA and glycine; b. drawing a blood sample having a first circulating tumor cell concentration into the tube, whereby it contacts the protective agent; c. isolating circulating tumor cells from the contacted blood sample at least 24 hours after blood draw, the contacted blood sample having a second circulating tumor cell concentration, wherein the second circulating tumor cell concentration is not lower or higher than the first circulating tumor cell concentration by any statistically significant value; wherein the concentration of the imidazolidinyl urea after the contacting step is greater than 5 mg/ml; wherein the concentration of the glycine after the contacting step is below 0.03 g/ml; wherein the protective agent is present in an amount that is less than 5% of an overall mixture volume of the protective agent and the drawn blood sample; wherein the protective agent is free of formaldehyde as shown by 13 C-NMR; and wherein as a result of metabolic inhibition of the circulating tumor cells in the treated blood sample, apoptotic and necrotic pathways are inhibited and the circulating tumor cells are protected from cell degradation.
A transmission apparatus for transmitting signals comprising: - a modulator that modulates each of multiple data streams onto frequency subcarriers of a respective frequency band within one of a goup of one or more frequency channels, the frequency bands each occupying no more than a predetermined maximum bandwidth less than or equal to the channel width, - a band information generator that generates band information defining the frequency bands corresponding to all of the data streams carried within that frequency channel, said band information including a tuning frequency indicator indicating a single tuning frequency and a tuning frequency type indicator indicating the type of tuning frequency indicated by said tuning frequency indicator, wherein said type is selected from a group comprising at least a first type indicating that the tuning frequency indicated by said tuning frequency indicator is the tuning frequency of a frequency band that can be used directly by a receiving apparatus for tuning to the frequency band and a second type indicating that the tuning frequency indicated by said tuning frequency indicator is the center frequency of the frequency channel and that additional tuning information is required by a receiving apparatus for tuning to a frequency band, and - a transmitter that transmits said data streams modulated onto frequency subcarriers, one or more instances of said band information at respective frequency positions within each frequency channel and said additional tuning information. - a modulator that modulates each of multiple data streams onto frequency subcarriers of a respective frequency band within one of a goup of one or more frequency channels, the frequency bands each occupying no more than a predetermined maximum bandwidth less than or equal to the channel width, - a band information generator that generates band information defining the frequency bands corresponding to all of the data streams carried within that frequency channel, said band information including a tuning frequency indicator indicating a single tuning frequency and a tuning frequency type indicator indicating the type of tuning frequency indicated by said tuning frequency indicator, wherein said type is selected from a group comprising at least a first type indicating that the tuning frequency indicated by said tuning frequency indicator is the tuning frequency of a frequency band that can be used directly by a receiving apparatus for tuning to the frequency band and a second type indicating that the tuning frequency indicated by said tuning frequency indicator is the center frequency of the frequency channel and that additional tuning information is required by a receiving apparatus for tuning to a frequency band, and - a transmitter that transmits said data streams modulated onto frequency subcarriers, one or more instances of said band information at respective frequency positions within each frequency channel and said additional tuning information.
An underwater excavation apparatus (5;5a;5b) comprising: at least one mass flow excavation means for directing fluid at a selected location to be excavated; at least one suction means (25;25a); and a housing (40;40b), wherein an inlet of the mass flow excavation means is located external of the housing (40;40b), and an outlet of the mass flow excavation means is located internal of the housing (40;40b), and wherein an inlet of the suction means (25;25a) is located internal of the housing (40;40b), and an outlet of the suction means (25;25a) is located external of the housing (40;40b). at least one mass flow excavation means for directing fluid at a selected location to be excavated; at least one suction means (25;25a); and a housing (40;40b), wherein an inlet of the mass flow excavation means is located external of the housing (40;40b), and an outlet of the mass flow excavation means is located internal of the housing (40;40b), and wherein