mhurhangee/patent-ind-claim-en huggingface dataset:
A data generation method, comprising: obtaining first image data, the first image data representing a real environment in which a user is located; obtaining three-dimensional position coordinates of a key point of a target object in a world coordinate system and obtaining plane information of the target object based on the three-dimensional position coordinates and a predetermined plane fitting algorithm, the target object being an object in the first image data, and the plane information comprising central point coordinates and a surface normal vector of an outer surface of the target object; obtaining category information of the target object; obtaining second image data, the second image data containing a virtual object that does not exist in a real environment in which a user is located; determining a relative positional relationship between the virtual object in the second image data and the target object in the first image data based on the category information; and rendering the virtual object to a predetermined position of the target object based on the plane information and the relative positional relationship, to obtain target image data, the target image data containing the target object and the virtual object. obtaining first image data, the first image data representing a real environment in which a user is located; obtaining three-dimensional position coordinates of a key point of a target object in a world coordinate system and obtaining plane information of the target object based on the three-dimensional position coordinates and a predetermined plane fitting algorithm, the target object being an object in the first image data, and the plane information comprising central point coordinates and a surface normal vector of an outer surface of the target object; obtaining category information of the target object; obtaining second image data, the second image data containing a virtual object that does not exist in a real environment in which a user is located; determining a relative positional relationship between the virtual object in the second image data and the target object in the first image data based on the category information; and rendering the virtual object to a predetermined position of the target object based on the plane information and the relative positional relationship, to obtain target image data, the target image data containing the target object and the virtual object.
A method comprising: obtaining a blood glucose reference sample measurement from a patient; observing a blood glucose level in said patient by processing signals from a continuous blood glucose sensor; and determining a time for obtaining a subsequent blood glucose reference sample measurement from said patient based, at least in part, on an indicator indicative of a stability of the observed blood glucose level; wherein said indicator is based, at least in part, on a length of time the observed blood glucose level is within a target range. obtaining a blood glucose reference sample measurement from a patient; observing a blood glucose level in said patient by processing signals from a continuous blood glucose sensor; and determining a time for obtaining a subsequent blood glucose reference sample measurement from said patient based, at least in part, on an indicator indicative of a stability of the observed blood glucose level; wherein said indicator is based, at least in part, on a length of time the observed blood glucose level is within a target range.
An arc welding control method comprising: feeding a welding wire in a forward direction and a reverse direction alternately; and repeating a short-circuit period (t1-t4) and an arc period (t4-t7), wherein: the arc period (t4-t7) includes a large-current arc period (t41-t61) and a small-current arc period (t61-t7), and characterized in that the method uses: a shield gas containing at least 60 vol.% of an inert gas; and an average welding current of 250 A or higher; and in that the method further comprises increasing a length of the large-current arc period (t41-t61) when a value of a welding current (Iw) during the large-current arc period (t41-t61) is not smaller than a predetermined upper-limit current value, and wherein the upper-limit current value is set tc a smaller value in accordance with an increase of the volume percentage of the inert gas. feeding a welding wire in a forward direction and a reverse direction alternately; and repeating a short-circuit period (t1-t4) and an arc period (t4-t7), wherein: the arc period (t4-t7) includes a large-current arc period (t41-t61) and a small-current arc period (t61-t7), and characterized in that the method uses: a shield gas containing at least 60 vol.% of an inert gas; and an average welding current of 250 A or higher; and in that the method further comprises increasing a length of the large-current arc period (t41-t61) when a value of a welding current (Iw) during the large-current arc period (t41-t61) is not smaller than a predetermined upper-limit current value, and wherein the upper-limit current value is set tc a smaller value in accordance with an increase of the volume percentage of the inert gas. the arc period (t4-t7) includes a large-current arc period (t41-t61) and a small-current arc period (t61-t7), and characterized in that the method uses: a shield gas containing at least 60 vol.% of an inert gas; and an average welding current of 250 A or higher; and in that the method further comprises increasing a length of the large-current arc period (t41-t61) when a value of a welding current (Iw) during the large-current arc period (t41-t61) is not smaller than a predetermined upper-limit current value, and wherein the upper-limit current value is set tc a smaller value in accordance with an increase of the volume percentage of the inert gas.
A belt for an elevator system comprising: a plurality of tension members arranged along a belt width ; a jacket material at least partially encapsulating the plurality of tension members defining: a traction surface ; a back surface opposite the traction surface together with the traction surface defining a belt thickness ; and two end surfaces extending between the traction surface and the back surface defining the belt width ; and a metallic coating layer applied via deposition of solid particles over at least one end surface of the two end surfaces , characterised in that the metallic coating layer is applied as a powder via a cold spray process. a plurality of tension members arranged along a belt width ; a jacket material at least partially encapsulating the plurality of tension members defining: a traction surface ; a back surface opposite the traction surface together with the traction surface defining a belt thickness ; and two end surfaces extending between the traction surface and the back surface defining the belt width ; and a traction surface ; a back surface opposite the traction surface together with the traction surface defining a belt thickness ; and two end surfaces extending between the traction surface and the back surface defining the belt width ; and a metallic coating layer applied via deposition of solid particles over at least one end surface of the two end surfaces , characterised in that the metallic coating layer is applied as a powder via a cold spray process.
A liquid crystal display device , comprising: an array substrate having an opening configured to accommodate a lens; a color filter substrate opposite to the array substrate ; a lens hole guide between the array substrate and the color filter substrate in a peripheral area (PA) of the liquid crystal display device , the lens hole guide in line with and surrounding the opening and being configured to support the array substrate around the opening and, together with the opening of the array substrate , being configured to accommodate said lens; and a black matrix , wherein a diameter (L1) of the opening is smaller than an inner diameter (L4) of the lens hole guide , characterised in that the black matrix is arranged between the color filter substrate and the lens hole guide and comprises an aperture having a diameter (L5) smaller than the diameter (L1) of the opening , and the aperture and the opening are in line with each other. an array substrate having an opening configured to accommodate a lens; a color filter substrate opposite to the array substrate ; a lens hole guide between the array substrate and the color filter substrate in a peripheral area (PA) of the liquid crystal display device , the lens hole guide in line with and surrounding the opening and being configured to support the array substrate around the opening and, together with the opening of the array substrate , being configured to accommodate said lens; and a black matrix , wherein a diameter (L1) of the opening is smaller than an inner diameter (L4) of the lens hole guide , characterised in that the black matrix is arranged between the color filter substrate and the lens hole guide and comprises an aperture having a diameter (L5) smaller than the diameter (L1) of the opening , and the aperture and the opening are in line with each other.
Installation for treating water by flotation, comprising a substantially parallelepipedal assembly produced by connecting modules , said assembly comprising a contact tank which is provided with supply means for water to be treated including a perforated pipe provided longitudinally in its lower part and supply means for white water including a supply pipe for white water provided with nozzles, said supply pipe for white water being provided parallel and above said perforated pipe, a flotation tank which is provided with means for discharging treated water , said flotation tank being separated from said contact tank by a vertical wall , and means for discharging floated sludge, characterised in that said contact tank is provided along said flotation tank and delimits a single contact zone for said water to be treated with said white water, and in that said supply means for water to be treated are configured to distribute the water to be treated in said contact tank according to a longitudinal water supply flow through said perforated pipe, the water distribution flow in the flotation tank (A), which correspond to the flow of water which cross by overflow said vertical wall to go from the contact tank to the flotation tank , being perpendicular to said water supply flow (B) in said contact tank.
A control apparatus for controlling communication when a base station apparatus of a cellular network configured to perform communication based on scheduling by using a first frequency, and a wireless LAN access point configured to perform communication by using a second frequency that allows communication without being based on scheduling, concurrently communicate with a communication apparatus, the control apparatus characterized by comprising: obtaining means for obtaining information indicating a load state of the wireless LAN access point from the wireless LAN access point; and decision means for deciding distribution of data transmitted to the communication apparatus with respect to the base station apparatus and the wireless LAN access point based on the information; wherein the control apparatus is included in the base station apparatus or in a node in a core network to which the base station apparatus is connected; and wherein the information indicating the load state includes at least one of: information about an amount of time over which a channel is in use by the wireless LAN access point, information about a number of signals which are transmitted by the wireless LAN access point periodically within a period of measurement of whether the channel is in use or not by the wireless LAN access point, and information about a length of a transmission period of the signals transmitted periodically by the wireless LAN access point. obtaining means for obtaining information indicating a load state of the wireless LAN access point from the wireless LAN access point; and decision means for deciding distribution of data transmitted to the communication apparatus with respect to the base station apparatus and the wireless LAN access point based on the information; wherein the control apparatus is included in the base station apparatus or in a node in a core network to which the base station apparatus is connected; and wherein the information indicating the load state includes at least one of: information about an amount of time over which a channel is in use by the wireless LAN access point, information about a number of signals which are transmitted by the wireless LAN access point periodically within a period of measurement of whether the channel is in use or not by the wireless LAN access point, and information about a length of a transmission period of the signals transmitted periodically by the wireless LAN access point. information about an amount of time over which a channel is in use by the wireless LAN access point, information about a number of signals which are transmitted by the wireless LAN access point periodically within a period of measurement of whether the channel is in use or not by the wireless LAN access point, and information about a length of a transmission period of the signals transmitted periodically by the wireless LAN access point.
A method for producing a liquid infant formula base, the method comprising the following steps of: a) heat treating a milk raw material at about 65 to about 95°C for about 15 s to about 10 min, b) subjecting the heat-treated milk raw material to microfiltration at a temperature of about 5 to about 15°C to provide a casein concentrate as a microfiltration retentate and a microfiltration permeate containing whey proteins, c) subjecting the microfiltration permeate to ultrafiltration to provide a whey protein concentrate as an ultrafiltration retentate and an ultrafiltration permeate containing lactose and milk salts, d) subjecting the ultrafiltration permeate to nanofiltration to provide a lactose concentrate as a nanofiltration retentate and a nanofiltration permeate containing milk salts, e) composing a liquid infant formula base from the whey protein concentrate, the lactose concentrate and a milk based fat containing liquid wherein the liquid infant formula base optionally has a total protein concentration of about 1.0 to about 1.5%. a) heat treating a milk raw material at about 65 to about 95°C for about 15 s to about 10 min, b) subjecting the heat-treated milk raw material to microfiltration at a temperature of about 5 to about 15°C to provide a casein concentrate as a microfiltration retentate and a microfiltration permeate containing whey proteins, c) subjecting the microfiltration permeate to ultrafiltration to provide a whey protein concentrate as an ultrafiltration retentate and an ultrafiltration permeate containing lactose and milk salts, d) subjecting the ultrafiltration permeate to nanofiltration to provide a lactose concentrate as a nanofiltration retentate and a nanofiltration permeate containing milk salts, e) composing a liquid infant formula base from the whey protein concentrate, the lactose concentrate and a milk based fat containing liquid wherein the liquid infant formula base optionally has a total protein concentration of about 1.0 to about 1.5%.
A measuring device comprising: a measuring unit that measures the morphology of a convex portion; and a position fixing unit that includes an opening in which the convex portion is to be disposed and a fixing member which includes the opening at a center thereof and against which a periphery of the convex portion is to be pressed, wherein a size of the opening of the position fixing unit is capable of being changed, characterised in that the fixing member is provided with a diaphragm mechanism that changes the size of the opening . a measuring unit that measures the morphology of a convex portion; and a position fixing unit that includes an opening in which the convex portion is to be disposed and a fixing member which includes the opening at a center thereof and against which a periphery of the convex portion is to be pressed, wherein a size of the opening of the position fixing unit is capable of being changed, characterised in that the fixing member is provided with a diaphragm mechanism that changes the size of the opening .
A developing device comprising: an opening portion (26k1) configured to communicate an inside of the developing device with an outside of the developing device, the opening portion having a rim (26k10) that extends in a communication direction from the inside of the developing device toward the outside of the developing device; and a filter disposed in the opening portion, the filter including: a first side facing the inside of the developing device; and a second side facing the outside of the developing device, characterized in that the filter has a larger weight density per unit volume at the second side than at the first side in a state in which the filter is disposed in the opening portion, and wherein in the state in which the filter is disposed in the opening portion such that the first side of the filter faces the inside of the developing device and the second side of the filter faces the outside of the developing device, the filter is compressed at the first side in intersection directions intersecting the communication direction by contact with the rim. an opening portion (26k1) configured to communicate an inside of the developing device with an outside of the developing device, the opening portion having a rim (26k10) that extends in a communication direction from the inside of the developing device toward the outside of the developing device; and a filter disposed in the opening portion, the filter including: a first side facing the inside of the developing device; and a second side facing the outside of the developing device, characterized in that the filter has a larger weight density per unit volume at the second side than at the first side in a state in which the filter is disposed in the opening portion, and wherein in the state in which the filter is disposed in the opening portion such that the first side of the filter faces the inside of the developing device and the second side of the filter faces the outside of the developing device, the filter is compressed at the first side in intersection directions intersecting the communication direction by contact with the rim. a first side facing the inside of the developing device; and a second side facing the outside of the developing device, characterized in that the filter has a larger weight density per unit volume at the second side than at the first side in a state in which the filter is disposed in the opening portion, and wherein in the state in which the filter is disposed in the opening portion such that the first side of the filter faces the inside of the developing device and the second side of the filter faces the outside of the developing device, the filter is compressed at the first side in intersection directions intersecting the communication direction by contact with the rim.
A method for scheduling downlink data at a base station , the method comprising: determining whether a bearer associated with the downlink data is a radio link control-acknowledged mode, RLC-AM, bearer; determining whether the bearer is a data radio bearer, DRB, or a signaling radio bearer, SRB, in case that the bearer is the RLC-AM bearer; determining a first serving cell using a licensed band or a second serving cell using an unlicensed band as a serving cell for scheduling the downlink data, in case that the bearer is the RLC-AM bearer, the bearer is the DRB, and transmission of the downlink data is an initial transmission; determining whether a number of transmission failures of the downlink data exceeds a first reference value, in case that the bearer is the RLC-AM bearer, the bearer is the DRB, and the transmission of the downlink data is retransmission; determining the first serving cell using the licensed band as the serving cell for scheduling the downlink data, in case that the number of transmission failures of the downlink data exceeds the first reference value; and transmitting control information comprising information about the determined serving cell to a user equipment, UE . determining whether a bearer associated with the downlink data is a radio link control-acknowledged mode, RLC-AM, bearer; determining whether the bearer is a data radio bearer, DRB, or a signaling radio bearer, SRB, in case that the bearer is the RLC-AM bearer; determining a first serving cell using a licensed band or a second serving cell using an unlicensed band as a serving cell for scheduling the downlink data, in case that the bearer is the RLC-AM bearer, the bearer is the DRB, and transmission of the downlink data is an initial transmission; determining whether a number of transmission failures of the downlink data exceeds a first reference value, in case that the bearer is the RLC-AM bearer, the bearer is the DRB, and the transmission of the downlink data is retransmission; determining the first serving cell using the licensed band as the serving cell for scheduling the downlink data, in case that the number of transmission failures of the downlink data exceeds the first reference value; and transmitting control information comprising information about the determined serving cell to a user equipment, UE .
A method comprising: starting, by a wireless device , a timer for sidelink (SL) discontinuous reception (DRX) based on an SL slot offset for a sidelink, wherein the SL slot offset is determined based on: a timing parameter of the wireless device; and an SL DRX slot offset for a link with a base station ; and receiving one or more transport blocks while the timer is running. a timing parameter of the wireless device; and an SL DRX slot offset for a link with a base station ; and receiving one or more transport blocks while the timer is running.