mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method for obtaining a light distribution located inside an animal , the method comprising: obtaining multiple fluorescence images of at least a portion of the animal ; obtaining a three dimensional representation of a surface portion of the animal ; dividing the representation of the surface portion into a set of surface elements ; mapping fluorescence image data from a subset of the multiple fluorescence images to surface elements to create fluorescent light emission data from the surface portion of the animal , converting fluorescence light emission data for each one of the surface elements into a photon density just inside the surface; determining a first three-dimensional representation of a fluorescent probe distribution internal to the animal using the photon density , wherein said determining includes: modeling autofluorescence and separating the contributions of tissue autofluorescence from the fluorescent light emission data , dividing the interior volume of the animal into volume elements ; modelling internal light propagation from a position of an excitation illumination source to the surface elements ; determining the three-dimensional representation of a fluorescent probe distribution using the modelled internal light propagation and the photon density and characterised by determining, in an iterative solution process , multiple additional three-dimensional representations of a fluorescence probe by varying the subset of fluorescence images; comparing the determined three-dimensional representations ; and selecting one of the determined three-dimensional representations on the basis of the comparison. obtaining multiple fluorescence images of at least a portion of the animal ; obtaining a three dimensional representation of a surface portion of the animal ; dividing the representation of the surface portion into a set of surface elements ; mapping fluorescence image data from a subset of the multiple fluorescence images to surface elements to create fluorescent light emission data from the surface portion of the animal , converting fluorescence light emission data for each one of the surface elements into a photon density just inside the surface; determining a first three-dimensional representation of a fluorescent probe distribution internal to the animal using the photon density , modeling autofluorescence and separating the contributions of tissue autofluorescence from the fluorescent light emission data , dividing the interior volume of the animal into volume elements ; modelling internal light propagation from a position of an excitation illumination source to the surface elements ; determining the three-dimensional representation of a fluorescent probe distribution using the modelled internal light propagation and the photon density and characterised by determining, in an iterative solution process , multiple additional three-dimensional representations of a fluorescence probe by varying the subset of fluorescence images; comparing the determined three-dimensional representations ; and selecting one of the determined three-dimensional representations on the basis of the comparison.
A method for seafloor mining, the method comprising: preparing a bench of a seafloor site using a seafloor auxiliary mining tool ; bulk mining the bench with a seafloor bulk mining tool and depositing cut ore in a gathering area; gathering cut ore from the gathering area using a seafloor gathering machine , and pumping gathered ore as a slurry from the gathering machine to a riser base ; and lifting the slurry to a surface vessel using a riser and lifting system . preparing a bench of a seafloor site using a seafloor auxiliary mining tool ; bulk mining the bench with a seafloor bulk mining tool and depositing cut ore in a gathering area; gathering cut ore from the gathering area using a seafloor gathering machine , and pumping gathered ore as a slurry from the gathering machine to a riser base ; and lifting the slurry to a surface vessel using a riser and lifting system .
A Tagetes patula ray floret comprising petunidin-3-glucoside in the lower epidermal layers of the ray floret and comprising a prdrl-1 allele that confers a red color in the lower epidermal layers of the ray floret, wherein said prdrl-1 allele is obtainable by crossing Tagetes patula variety 'PAS1146954' with a second plant capable of being crossed thereto, and wherein a representative deposit of seed comprising said prdrl-1 allele has been deposited under ATCC Accession No. PTA 121614.
A method of transmitting uplink data in a mobile telecommunication system, the method comprising the steps of: if the uplink data becomes available for transmission , transmitting a scheduling request for requesting uplink resources for the uplink data and transitioning to an active state after sending the scheduling request; monitoring control channel in the active state; transmitting the uplink data if the uplink resources are allocated; maintaining the active state during a first period after the uplink resources are allocated; maintaining the active state during a second period to receive an acknowledgement message corresponding to the uplink data; and ending the active state if downlink data is not received until the second period is over or a command for ending the active state is received. if the uplink data becomes available for transmission , transmitting a scheduling request for requesting uplink resources for the uplink data and transitioning to an active state after sending the scheduling request; monitoring control channel in the active state; transmitting the uplink data if the uplink resources are allocated; maintaining the active state during a first period after the uplink resources are allocated; maintaining the active state during a second period to receive an acknowledgement message corresponding to the uplink data; and ending the active state if downlink data is not received until the second period is over or a command for ending the active state is received.
Elevator car arrangement for a double-deck elevator, the elevator car arrangement comprising: - an elevator car frame ; - a first cabin which is coupled to the elevator car frame ; - a second cabin which is arranged on the elevator car frame above or below the first cabin and is coupled to the elevator car frame such that the second cabin is movable in the vertical direction relative to the elevator car frame and relative to the first cabin , characterized in that the elevator car arrangement comprises: - a push chain which is coupled to the first cabin or the elevator car frame by a first end of a force absorption portion of the push chain , which is coupled to the second cabin by an opposite, second end of the force absorption portion and is arranged such that the second cabin exerts a pressure load on the force absorption portion of the push chain due to gravity; and - a drive unit which is coupled to the push chain and is designed to move the second cabin in the vertical direction relative to the first cabin by means of the push chain . - an elevator car frame ; - a first cabin which is coupled to the elevator car frame ; - a second cabin which is arranged on the elevator car frame above or below the first cabin and is coupled to the elevator car frame such that the second cabin is movable in the vertical direction relative to the elevator car frame and relative to the first cabin , - a push chain which is coupled to the first cabin or the elevator car frame by a first end of a force absorption portion of the push chain , which is coupled to the second cabin by an opposite, second end of the force absorption portion and is arranged such that the second cabin exerts a pressure load on the force absorption portion of the push chain due to gravity; and - a drive unit which is coupled to the push chain and is designed to move the second cabin in the vertical direction relative to the first cabin by means of the push chain .
Driving assistance device for a motor vehicle , comprising a variable-transmission screen intended to be arranged between a road scene ahead of the vehicle and a driver of the vehicle, said device comprising a plurality of sensors able to recover data representative of the surroundings in which the vehicle is located, said device being configured so as to control a transmission coefficient of the variable-transmission screen, the device being configured so as to take into account the data recovered by the sensors and so as to calculate the transmission coefficient by combining said data, the device being characterized in that a first one of said sensors is a sensor configured so as to measure a brightness in the axis of the vehicle and a second one of said sensors is a sensor configured so as to measure a brightness in another direction, said device being configured so as to take into account the orientation of the driver's head and perform said calculation on the basis of the data captured by the first and the second sensor and on the basis of said orientation of the head.
An integrated structure comprising: a semiconductor substrate comprising a silicon material; optical cladding formed in the substrate , the cladding comprising a 5 plurality of spaced trenches formed in the silicon material, wherein the trenches are filled with an oxide ; and a waveguide comprising a core , the core being formed over the optical cladding . a semiconductor substrate comprising a silicon material; optical cladding formed in the substrate , the cladding comprising a 5 plurality of spaced trenches formed in the silicon material, wherein the trenches are filled with an oxide ; and a waveguide comprising a core , the core being formed over the optical cladding .
A rearview device for a vehicle, comprising: a moveable head assembly ; a base assembly to be fixed to the vehicle and an actuator assembly ; characterized by means of a cradle configured to attach the actuator assembly , wherein the cradle is configured to attach the actuator assembly to the base assembly via a pivot joint system, wherein the cradle comprises a seat adapted to be put on the base assembly and to be attached by attaching a case frame to the base assembly , such that the pivot joint system acts between the base assembly and the case frame . a moveable head assembly ; a base assembly to be fixed to the vehicle and an actuator assembly ; characterized by means of a cradle configured to attach the actuator assembly , wherein the cradle is configured to attach the actuator assembly to the base assembly via a pivot joint system, wherein the cradle comprises a seat adapted to be put on the base assembly and to be attached by attaching a case frame to the base assembly , such that the pivot joint system acts between the base assembly and the case frame .
A system for determining a measurement value of one or more constituents in a mixed constituent gas comprising at least one broad band absorber constituent therein and at least one narrow band absorber constituent, the system comprising: a cavity for receiving the mixed constituent gas ; a laser for providing a light beam of a specific spectral position and width in the cavity , the laser configured to be tuned across a laser tuning range encompassing at least a spectral peak or a spectral trough of the at least one narrow band absorber constituent while the light bearr in the cavity maintains a pseudo-steady state, wherein a spectral ending point of the laser tuning range is locked relative to either the spectral peak or the spectral trough of the at least one narrow band absorber constituent at a desired absorption wavelength of the at least one broad band absorber in the cavity ; a plurality of mirrors for providing reflection of the light beam within the cavity ; a detector for measuring the light beam exiting the cavity ; and a processing unit configured to (i) provide a feedback control to lock the laser , the feedback being provided in relation to the spectral peak or trough of the narrow band constituent, and (ii) determine the measurement value of the at least one broad band absorber constituent based on a cavity ringdown in the presence of the at least one broadband absorber constituent and a cavity reference value when the cavity is free of the at least one broad band absorber constituent, wherein the cavity ringdown includes a temporal light intensity decrease due to absorption of the broad band constituent determined as light exits the cavity . a cavity for receiving the mixed constituent gas ; a laser for providing a light beam of a specific spectral position and width in the cavity , the laser configured to be tuned across a laser tuning range encompassing at least a spectral peak or a spectral trough of the at least one narrow band absorber constituent while the light bearr in the cavity maintains a pseudo-steady state, wherein a spectral ending point of the laser tuning range is locked relative to either the spectral peak or the spectral trough of the at least one narrow band absorber constituent at a desired absorption wavelength of the at least one broad band absorber in the cavity ; a plurality of mirrors for providing reflection of the light beam within the cavity ; a detector for measuring the light beam exiting the cavity ; and a processing unit configured to (i) provide a feedback control to lock the laser , the feedback being provided in relation to the spectral peak or trough of the narrow band constituent, and (ii) determine the measurement value of the at least one broad band absorber constituent based on a cavity ringdown in the presence of the at least one broadband absorber constituent and a cavity reference value when the cavity is free of the at least one broad band absorber constituent, wherein the cavity ringdown includes a temporal light intensity decrease due to absorption of the broad band constituent determined as light exits the cavity .
A method for producing a silane-functionalized metal medical device comprising a surface treatment layer on at least a part of its metal surface, the surface treatment layer comprising: a primer layer formed of an alkoxysilane; and a functional layer on the primer layer, the functional layer being formed of a silane compound containing a polyoxyalkylene group, a metal salt-containing hydrophilic group, a halogen salt-containing hydrophilic group, or a fluorine-containing hydrophobic group, the method comprising: step 1 of priming a metal surface with an alkoxysilane; and step 2 of functionalizing the primed surface using a silane compound containing a polyoxyalkylene group, a metal salt-containing hydrophilic group, a halogen salt-containing hydrophilic group, or a fluorine-containing hydrophobic group, wherein the method further comprises step 3 of maintaining a functionalized product obtained in step 2 at a humidity of 50% or more, wherein the alkoxysilane is represented by the formula (I): R 11 k Si(OR 12 ) 4-k (I), wherein each R 11 or each R 12 is the same or different and represents a C1-C8 saturated or unsaturated hydrocarbon group, and R 11 and R 12 are the same as or different from each other, and k represents an integer of 0 to 3. step 1 of priming a metal surface with an alkoxysilane; and step 2 of functionalizing the primed surface using a silane compound containing a polyoxyalkylene group, a metal salt-containing hydrophilic group, a halogen salt-containing hydrophilic group, or a fluorine-containing hydrophobic group, wherein the method further comprises step 3 of maintaining a functionalized product obtained in step 2 at a humidity of 50% or more, wherein the alkoxysilane is represented by the formula (I): R 11 k Si(OR 12 ) 4-k (I), wherein each R 11 or each R 12 is the same or different and represents a C1-C8 saturated or unsaturated hydrocarbon group, and R 11 and R 12 are the same as or different from each other, and k represents an integer of 0 to 3.
A method for facilitating provision of food product information, comprising; providing a food package , wherein the food package is provided with a visual marker , , providing a physical container , different from the food package , capturing , by a camera of a user device , authentic image data depicting the visual marker and the physical container , extracting marker data from the authentic image data, retrieving artificial image data linked to the marker data from an artificial image database , wherein the artificial image data depicts at least one food product component of a food product held in the food package , determining an artificial image spatial reference point based on the visual marker , determining geometric data for the physical container in the authentic image data, generating adjusted artificial image data by adjusting the artificial image data based on the geometric data for the physical container , generating the augmented image data by combining the authentic image data, the adjusted artificial image data and the artificial image spatial reference point, and providing the augmented data to a screen of the user device . providing a food package , wherein the food package is provided with a visual marker , , providing a physical container , different from the food package , capturing , by a camera of a user device , authentic image data depicting the visual marker and the physical container , extracting marker data from the authentic image data, retrieving artificial image data linked to the marker data from an artificial image database , wherein the artificial image data depicts at least one food product component of a food product held in the food package , determining an artificial image spatial reference point based on the visual marker , determining geometric data for the physical container in the authentic image data, generating adjusted artificial image data by adjusting the artificial image data based on the geometric data for the physical container , generating the augmented image data by combining the authentic image data, the adjusted artificial image data and the artificial image spatial reference point, and providing the augmented data to a screen of the user device .
A pharmaceutical composition suitable for oral delivery comprising: at least one compound classified as BCS Class II, BCS Class III or BCS Class IV, wherein the compound does not include a peptide bond in the compound's molecular structure; at least one absorption enhancer; and coated organic acid particles. at least one compound classified as BCS Class II, BCS Class III or BCS Class IV, wherein the compound does not include a peptide bond in the compound's molecular structure; at least one absorption enhancer; and coated organic acid particles.
A method for synthesizing UCl3 comprising: providing a quantity of fuel salt, the fuel salt having a first amount of UCl 4 ; melting the quantity of fuel salt; and applying an electric current to the fuel salt, thereby reducing at least some UCl 4 to UCl3; and agitating the fuel salt while applying the electric current to the fuel salt. melting the quantity of fuel salt; and applying an electric current to the fuel salt, thereby reducing at least some UCl 4 to UCl3; and agitating the fuel salt while applying the electric current to the fuel salt.
An insertion device (10; 110) for accessing an access port implanted under the skin of a patient with a needle assembly , the insertion device (10; 110) comprising: a body , a stabilizing portion configured to stabilize a position of the implanted access port when placed on the skin of the patient atop the implanted access port; and a guide portion configured to guide a needle of the needle assembly along a predetermined path such that the needle transcutaneously pierces a septum of the implanted access port, wherein the body defines an open-ended cavity , in which a portion of the needle assembly is removably disposed; the stabilizing portion and the guide portion are included on the body of the insertion device 10; 110) the stabilizing portion further comprises a distal end of the body defining a perimeter about the cavity , the perimeter circumscribing a portion of the implanted access port when the insertion device ( 10; 110 is placed on the skin of the patient atop the implanted access port , characterized in that the insertion device (10; 110) is configured such that, once a needle of the needle assembly is inserted into the access port, the insertion device (10; 110) can be removed from the needle assembly and the needle assembly can be used a body , a stabilizing portion configured to stabilize a position of the implanted access port when placed on the skin of the patient atop the implanted access port; and a guide portion configured to guide a needle of the needle assembly along a predetermined path such that the needle transcutaneously pierces a septum of the implanted access port, wherein the body defines an open-ended cavity , in which a portion of the needle assembly is removably disposed; the stabilizing portion and the guide portion are included on the body of the insertion device 10; 110) the stabilizing portion further comprises a distal end of the body defining a perimeter about the cavity , the perimeter circumscribing a portion of the implanted access port when the insertion device ( 10; 110 is placed on the skin of the patient atop the implanted access port , characterized in that the insertion device (10; 110) is configured such that, once a needle of the needle assembly is inserted into the access port, the insertion device (10; 110) can be removed from the needle assembly and the needle assembly can be used