mhurhangee/patent-ind-claim-en huggingface dataset:
Device for winding/unwinding a link, comprising: - an input shaft movable in rotation about a longitudinal axis (L), - an output shaft substantially coaxial to the input shaft , adapted for mounting a rotating joint integral in rotation with the output shaft, the output shaft being a hollow through shaft arranged for the passage of the link between a reel and the rotating joint, the output shaft being adapted to drive the reel in rotation about the longitudinal axis (L), - at least one permanent magnet synchronous motor comprising a rotor arranged around a first portion of the output shaft , the rotor being integral in rotation with the input shaft , - a cycloidal reducer arranged around a second portion of the output shaft , the cycloidal reducer comprising at least one internal cam , an external crown and at least one cycloidal disc arranged between each cam and the crown , wherein each cam is mounted integral in rotation with the input shaft , the at least one cycloidal disc is mounted integral in rotation with each cam , and wherein each cam is eccentric, in such a way that a rotation of each cam about the longitudinal axis (L) drives a rotation of the at least one cycloidal disc in an eccentric and cycloidal movement, and - a transmission member suitable for transmitting an angular displacement of the at least one cycloidal disc to the output shaft , in such a way that an eccentric and cycloidal rotation of the at least one cycloidal disc drives a rotation about the longitudinal axis (L) of the output shaft . - an input shaft movable in rotation about a longitudinal axis (L), - an output shaft substantially coaxial to the input shaft , adapted for mounting a rotating joint integral in rotation with the output shaft, the output shaft being a hollow through shaft arranged for the passage of the link between a reel and the rotating joint, the output shaft being adapted to drive the reel in rotation about the longitudinal axis (L), - at least one permanent magnet synchronous motor comprising a rotor arranged around a first portion of the output shaft , the rotor being integral in rotation with the input shaft , - a cycloidal reducer arranged around a second portion of the output shaft , the cycloidal reducer comprising at least one internal cam , an external crown and at least one cycloidal disc arranged between each cam and the crown , wherein each cam is mounted integral in rotation with the input shaft , the at least one cycloidal disc is mounted integral in rotation with each cam , and wherein each cam is eccentric, in such a way that a rotation of each cam about the longitudinal axis (L) drives a rotation of the at least one cycloidal disc in an eccentric and cycloidal movement, and - a transmission member suitable for transmitting an angular displacement of the at least one cycloidal disc to the output shaft , in such a way that an eccentric and cycloidal rotation of the at least one cycloidal disc drives a rotation about the longitudinal axis (L) of the output shaft .
A collation device comprising: a memory that stores, as a registration image group, a random pattern depending on microscopic irregularity on a side surface of a target having an elliptic cylindrical shape including a columnar shape; and a processor ,wherein a whole circumference of the side surface includes a plurality of predetermined intervals, the plurality of predetermined intervals respectively correspond to a plurality of positions, wherein the registration image group is composed of a plurality of registration images respectively acquired at the plurality of positions over a whole circumference of the side surface, and the processor executes a program to collate a collation image obtained by imaging the side surface at an angle of view with at least one registration image among the plurality of registration images composing the registration image group, output coincidence as a collation result and end the processing directly in a case where the collation image is similar to any one of the plurality of registration images composing the registration image group by a threshold value or greater, and output non-coincidence as the collation result and obtain another collation image by imaging the side surface at another angle of view in a case where the collation image is not similar to any of the plurality of registration images composing the registration image group. a memory that stores, as a registration image group, a random pattern depending on microscopic irregularity on a side surface of a target having an elliptic cylindrical shape including a columnar shape; and a processor ,wherein a whole circumference of the side surface includes a plurality of predetermined intervals, the plurality of predetermined intervals respectively correspond to a plurality of positions, wherein the registration image group is composed of a plurality of registration images respectively acquired at the plurality of positions over a whole circumference of the side surface, and the processor executes a program to collate a collation image obtained by imaging the side surface at an angle of view with at least one registration image among the plurality of registration images composing the registration image group, output coincidence as a collation result and end the processing directly in a case where the collation image is similar to any one of the plurality of registration images composing the registration image group by a threshold value or greater, and output non-coincidence as the collation result and obtain another collation image by imaging the side surface at another angle of view in a case where the collation image is not similar to any of the plurality of registration images composing the registration image group.
A method of preparing an external preparation for skin whitening, comprising using a compound or a pharmaceutically acceptable salt of the compound, wherein the compound is shown in formula (1-1):
A composition for optical three-dimensional modeling, comprising: a polymerizable monomer (a) selected from monofunctional and difunctional (meth)acrylate and (meth)acrylamide polymerizable monomers, wherein the content of the polymerizable monomer is 15 to 75 mass% relative to the composition as a whole; an ultraviolet-absorbing inorganic particle (b) comprising an ultraviolet-absorbable inorganic compound in an amount of 50 mass% or more and having an average primary particle diameter of 500 nm or less, wherein the ultraviolet-absorbing inorganic particle (b) is surface-treated with a surface treatment agent; a photopolymerization initiator (c) in an amount of 0.01 to 10 parts by mass relative to total 100 parts by mass of the polymerizable monomer (a); and an organic ultraviolet absorber (d). a polymerizable monomer (a) selected from monofunctional and difunctional (meth)acrylate and (meth)acrylamide polymerizable monomers, wherein the content of the polymerizable monomer is 15 to 75 mass% relative to the composition as a whole; an ultraviolet-absorbing inorganic particle (b) comprising an ultraviolet-absorbable inorganic compound in an amount of 50 mass% or more and having an average primary particle diameter of 500 nm or less, wherein the ultraviolet-absorbing inorganic particle (b) is surface-treated with a surface treatment agent; a photopolymerization initiator (c) in an amount of 0.01 to 10 parts by mass relative to total 100 parts by mass of the polymerizable monomer (a); and an organic ultraviolet absorber (d).
A computer-implemented method, comprising: a. receiving a 5D seismic dataset acquired in a seismic survey and representative of a subsurface volume of interest and a 3D velocity model; b. preparing a subset of the 5D seismic dataset and a subset of the 3D velocity model to generate a training dataset; c. training a model using the training dataset to generate a trained model; and d. storing the trained model in computer memory or a non-transitory computer readable storage medium; the method characterised in that: the subset of the 5D seismic dataset comprises the seismic traces of a cluster of shots; the subset of the 3D velocity model is a 3D block of the 3D velocity model; and the training dataset comprises the seismic traces of the cluster of shots as training features and the 3D block of the 3D velocity model as the corresponding training label. a. receiving a 5D seismic dataset acquired in a seismic survey and representative of a subsurface volume of interest and a 3D velocity model; b. preparing a subset of the 5D seismic dataset and a subset of the 3D velocity model to generate a training dataset; c. training a model using the training dataset to generate a trained model; and d. storing the trained model in computer memory or a non-transitory computer readable storage medium; the method characterised in that: the subset of the 5D seismic dataset comprises the seismic traces of a cluster of shots; the subset of the 3D velocity model is a 3D block of the 3D velocity model; and the training dataset comprises the seismic traces of the cluster of shots as training features and the 3D block of the 3D velocity model as the corresponding training label.
A method for forming polymeric compositions containing ambient-temperature stable biopharmaceuticals, the method comprising in any order: (i) producing an amount of ambient-temperature stable biopharmaceuticals micronized for transdermal or mucosal delivery; (ii) dissolving hydroxypropyl cellulose (HPC) and triacetin in acetone to form a polymer solution; (iii) introducing said ambient-temperature stable biopharmaceuticals micronized for transdermal or mucosal delivery into said polymer solution; and (iv) evaporating the acetone from said polymer solution containing ambient-temperature stable biopharmaceuticals. (i) producing an amount of ambient-temperature stable biopharmaceuticals micronized for transdermal or mucosal delivery; (ii) dissolving hydroxypropyl cellulose (HPC) and triacetin in acetone to form a polymer solution; (iii) introducing said ambient-temperature stable biopharmaceuticals micronized for transdermal or mucosal delivery into said polymer solution; and (iv) evaporating the acetone from said polymer solution containing ambient-temperature stable biopharmaceuticals.
A method for managing communication links, the method comprising: detecting one or more indicators of an expected service interruption associated with at least one of: a communication link between a relay and a first user equipment, UE, ; and a communication link between the relay and a communication target , the communication target being a network or a second UE; and causing a first message to be transmitted, the first message indicating that the expected service interruption is expected to occur; the first message causing the first UE to initiate one or more actions to reduce or avoid the expected service interruption, wherein, when the communication target is the network and the relay is within coverage of the network, the relay operates as a UE-to-network relay, UNR; and when the communication link between the relay and the network is lost and at least the first UE is still linked in communication with the relay, the relay is caused to operate as a UE in a direct mode of operation with the first UE; or when the communication link between the relay and the network is lost and there are at least two UEs still linked in communication with the relay , causing the relay to operate as a UE-to-UE relay, UUR, for the at least two UEs . detecting one or more indicators of an expected service interruption associated with at least one of: a communication link between a relay and a first user equipment, UE, ; and a communication link between the relay and a communication target , the communication target being a network or a second UE; and a communication link between a relay and a first user equipment, UE, ; and a communication link between the relay and a communication target , the communication target being a network or a second UE; and causing a first message to be transmitted, the first message indicating that the expected service interruption is expected to occur; the first message causing the first UE to initiate one or more actions to reduce or avoid the expected service interruption, wherein, when the communication target is the network and the relay is within coverage of the network, the relay operates as a UE-to-network relay, UNR; and when the communication link between the relay and the network is lost and at least the first UE is still linked in communication with the relay, the relay is caused to operate as a UE in a direct mode of operation with the first UE; or when the communication link between the relay and the network is lost and there are at least two UEs still linked in communication with the relay , causing the relay to operate as a UE-to-UE relay, UUR, for the at least two UEs .
A method of testing a biological sample, the method comprising: providing a centrifuge sample holder having a camera ; arranging a transparent container comprising a test medium in a recess of said centrifuge sample holder such that the test container has a fixed relationship with the camera , wherein the camera is arranged to image a portion of the container comprising said test medium ; arranging said biological sample in a location of said container above and not in contact with said test medium in said container ; and with the camera , imaging a mixing of said biological sample with said test medium while centrifuging the sample holder . providing a centrifuge sample holder having a camera ; arranging a transparent container comprising a test medium in a recess of said centrifuge sample holder such that the test container has a fixed relationship with the camera , wherein the camera is arranged to image a portion of the container comprising said test medium ; arranging said biological sample in a location of said container above and not in contact with said test medium in said container ; and with the camera , imaging a mixing of said biological sample with said test medium while centrifuging the sample holder .
An autonomous mobile robot , comprising: a robot body; a first three-dimensional depth camera sensor affixed to a first side of the robot body; a second three-dimensional depth camera sensor affixed to a second side of the robot body; wherein the first and second three-dimensional depth camera sensors , in combination, comprise an at least 360 degree field of view of a major floor surface around the robot body; and a processing system communicative with the first and second three dimensional depth camera sensors and comprising non-transitory computing code which, when executed by at least one processor associated with the processing system , causes to be executed the steps of: receiving of pixel data within the field of view from the first and second three-dimensional depth camera sensors ; obtaining missing or erroneous pixels from the pixel data ; comparing the missing or erroneous pixels to at least one template, wherein the at least one template comprises at least an indication of ones of the missing or erroneous pixels indicative of the robot body and a shadow of the robot body; and outputting an indication of obstacles in or near the field of view based on the comparing. a robot body; a first three-dimensional depth camera sensor affixed to a first side of the robot body; a second three-dimensional depth camera sensor affixed to a second side of the robot body; wherein the first and second three-dimensional depth camera sensors , in combination, comprise an at least 360 degree field of view of a major floor surface around the robot body; and a processing system communicative with the first and second three dimensional depth camera sensors and comprising non-transitory computing code which, when executed by at least one processor associated with the processing system , causes to be executed the steps of: receiving of pixel data within the field of view from the first and second three-dimensional depth camera sensors ; obtaining missing or erroneous pixels from the pixel data ; comparing the missing or erroneous pixels to at least one template, wherein the at least one template comprises at least an indication of ones of the missing or erroneous pixels indicative of the robot body and a shadow of the robot body; and outputting an indication of obstacles in or near the field of view based on the comparing. receiving of pixel data within the field of view from the first and second three-dimensional depth camera sensors ; obtaining missing or erroneous pixels from the pixel data ; comparing the missing or erroneous pixels to at least one template, wherein the at least one template comprises at least an indication of ones of the missing or erroneous pixels indicative of the robot body and a shadow of the robot body; and outputting an indication of obstacles in or near the field of view based on the comparing.
A non-laminated monolithic fire resistant glazing screen comprising: at least two monolithic soda lime silica glass panes , wherein said panes are toughened to an extent, wherein each of said panes abuts at least one other of said panes at adjacent edges , and wherein a sealant is located between said adjacent edges of abutting panes , and wherein the sealant comprises alkali metal silicates; and wherein said panes and/or said adjacent edges comprise a surface compressive stress of at least 90 MPa, but at most 200 MPa; and wherein said glass panes are not fully captured along edges where one glass pane abuts another glass pane ; and wherein said adjacent edges each comprise two borders that each connects said adjacent edge to a major surface of said pane ; and wherein each adjacent edge further comprises a central region located between the two borders; and wherein the central region corresponds to at least 50% of the surface area of the adjacent edge ; and wherein said borders comprise a surface with a maximum surface irregularity of 0.015mm; and wherein the fire resistant glazing screen exhibits fire resistance for greater than 30 minutes in accordance with fire test standard BS EN 1363-1:2012. at least two monolithic soda lime silica glass panes , wherein said panes are toughened to an extent, wherein each of said panes abuts at least one other of said panes at adjacent edges , and wherein a sealant is located between said adjacent edges of abutting panes , and wherein the sealant comprises alkali metal silicates; and wherein said panes and/or said adjacent edges comprise a surface compressive stress of at least 90 MPa, but at most 200 MPa; and wherein said glass panes are not fully captured along edges where one glass pane abuts another glass pane ; and wherein said adjacent edges each comprise two borders that each connects said adjacent edge to a major surface of said pane ; and wherein each adjacent edge further comprises a central region located between the two borders; and wherein the central region corresponds to at least 50% of the surface area of the adjacent edge ; and wherein said borders comprise a surface with a maximum surface irregularity of 0.015mm; and wherein the fire resistant glazing screen exhibits fire resistance for greater than 30 minutes in accordance with fire test standard BS EN 1363-1:2012.
A CVD reactor with a gas inlet member having a circular outline, which has a cooled ceiling panel facing towards a process chamber , and a susceptor , which can be heated by a heating device , wherein the ceiling panel has outlet openings , and with a shield plate , adjacent to the ceiling panel , having a circular outline, which shield plate has a central zone, an annular zone surrounding the central zone, a rear face facing towards the ceiling panel , and a first, plane gas outlet surface facing towards the process chamber , into which gas outlet openings lead, wherein the rear face in the central zone defines a rear face plane extending parallel to the gas outlet surface , and wherein the rear face has structures for purposes of influencing the thermal coupling of the shield plate to the ceiling panel , and/or for purposes of influencing the heat flow through the shield plate , which structures form at least one elevation, and/or one depression, with respect to the rear face plane, characterized in that the shield plate has a material thickness (d), defined by a distance between the gas outlet surface and the rear face plane in the range from 3 to 12 mm, and in that the shield plate is spaced apart from a second gas outlet surface formed by the ceiling panel by a gap , defined by a distance between the second gas outlet surface and the rear face plane, with a gap height (S) in a range from 0.3 to 1 mm.
An implantable absorbable iron-based device, comprising: an iron-based substrate and degradable polyester in contact with a surface of the iron-based substrate, wherein a mass fraction of a low molecular weight portion in the degradable polyester is less than or equal to 5% and a molecular weight of the low molecular weight portion is less than 10,000; or, a mass fraction of one or more residual monomers in the degradable polyester is less than or equal to 2%.
A policy determination apparatus comprising: a monitoring data acquisition unit configured to acquire monitoring data relating to states of facilities on a network, the monitoring data being received from an external device, the facilities being at least one of an original server, one or more edge servers and one or more content delivery networks; a metrics generation unit configured to generate, based on the monitoring data, time-series data of a plurality of types of metrics associated with each of a plurality of candidates of routing destinations to which a routing control apparatus routes requests including first destination data; a routing destination evaluation unit configured to evaluate the candidates based on the time-series data of the types of metrics associated with the candidates to generate routing destination evaluation data; a policy determination unit configured to generate or update, based on the routing destination evaluation data, a policy that the routing control apparatus uses for control of the routing destinations; and a policy notification unit configured to notify the routing control apparatus of the policy, wherein the policy indicates the plurality of candidates of routing destinations and a proportion of requests which is to be routed to each candidate a monitoring data acquisition unit configured to acquire monitoring data relating to states of facilities on a network, the monitoring data being received from an external device, the facilities being at least one of an original server, one or more edge servers and one or more content delivery networks; a metrics generation unit configured to generate, based on the monitoring data, time-series data of a plurality of types of metrics associated with each of a plurality of candidates of routing destinations to which a routing control apparatus routes requests including first destination data; a routing destination evaluation unit configured to evaluate the candidates based on the time-series data of the types of metrics associated with the candidates to generate routing destination evaluation data; a policy determination unit configured to generate or update, based on the routing destination evaluation data, a policy that the routing control apparatus uses for control of the routing destinations; and a policy notification unit configured to notify the routing control apparatus of the policy,