mhurhangee/patent-ind-claim-en huggingface dataset:
A computer implemented method comprising: logging, using one or more sensors , multiple user actions of a first user in a virtual reality system , wherein the user actions of the first user comprise user interactions with objects in the virtual reality system; logging, using the one or more sensors, multiple user actions of a second user in a virtual reality system, wherein the user actions of the second user comprise user interactions with objects in the virtual reality system; aggregating, using one or more computers, the logged user actions of the first user and the second user; and deriving modifications to the virtual reality system, using one or more computers, based on the aggregated logged user actions, the modifications to the virtual reality system comprising modifying an appearance of objects shown in the virtual reality system, the method being characterized in that modifying the appearance of objects shown in the virtual reality system comprises rendering objects with a low number of logged user interactions at a lower visual fidelity than objects with a high number of logged user interactions, wherein rendering objects with the low number of logged user interactions at the lower visual fidelity comprises rendering objects in two dimensions instead of in three dimensions. logging, using one or more sensors , multiple user actions of a first user in a virtual reality system , wherein the user actions of the first user comprise user interactions with objects in the virtual reality system; logging, using the one or more sensors, multiple user actions of a second user in a virtual reality system, wherein the user actions of the second user comprise user interactions with objects in the virtual reality system; aggregating, using one or more computers, the logged user actions of the first user and the second user; and deriving modifications to the virtual reality system, using one or more computers, based on the aggregated logged user actions, the modifications to the virtual reality system comprising modifying an appearance of objects shown in the virtual reality system, the method being characterized in that modifying the appearance of objects shown in the virtual reality system comprises rendering objects with a low number of logged user interactions at a lower visual fidelity than objects with a high number of logged user interactions, wherein rendering objects with the low number of logged user interactions at the lower visual fidelity comprises rendering objects in two dimensions instead of in three dimensions.
An apparatus comprising: an acquisition unit configured to acquire traffic information relating to traffic of a cell group including two or more cells; and a provision unit configured to provide the traffic information to a control device , the control device being configured to perform routing control of traffic of a plurality of cell groups including the cell group, characterized in that the traffic information includes information relating to traffic of each cell included in the cell group or the whole of the cell group, traffic being defined as an amount of data in a data plane, the amount of data included in control information in an control plane, a number of control information items, a number of packets processed, or a flow statistics in OpenFlow. an acquisition unit configured to acquire traffic information relating to traffic of a cell group including two or more cells; and a provision unit configured to provide the traffic information to a control device , the control device being configured to perform routing control of traffic of a plurality of cell groups including the cell group, characterized in that the traffic information includes information relating to traffic of each cell included in the cell group or the whole of the cell group, traffic being defined as an amount of data in a data plane, the amount of data included in control information in an control plane, a number of control information items, a number of packets processed, or a flow statistics in OpenFlow.
A method for producing a recording medium having a recording area in which content information indicating a content and security information for security for the content information are recorded, in the recording area, medium specifying information for uniquely identifying the recording medium itself being recorded in advance, the method comprising steps of: (a) writing temporary security information and the content information in the recording area, the temporary security information including given information different from the medium specifying information; (b) reading the medium specifying information and the temporary security information from the recording area; (c) replacing the given information in the temporary security information with the medium specifying information; (d) encrypting the temporary security information in which the given information is replaced with the medium specifying information to generate the security information; and (e) causing the security information generated in the step (d) to be recorded in the recording area. in the recording area, medium specifying information for uniquely identifying the recording medium itself being recorded in advance, the method comprising steps of: (a) writing temporary security information and the content information in the recording area, the temporary security information including given information different from the medium specifying information; (b) reading the medium specifying information and the temporary security information from the recording area; (c) replacing the given information in the temporary security information with the medium specifying information; (d) encrypting the temporary security information in which the given information is replaced with the medium specifying information to generate the security information; and (e) causing the security information generated in the step (d) to be recorded in the recording area. (a) writing temporary security information and the content information in the recording area, the temporary security information including given information different from the medium specifying information; (b) reading the medium specifying information and the temporary security information from the recording area; (c) replacing the given information in the temporary security information with the medium specifying information; (d) encrypting the temporary security information in which the given information is replaced with the medium specifying information to generate the security information; and (e) causing the security information generated in the step (d) to be recorded in the recording area.
A guide system for guiding at least one door wing , in particular a folding-sliding-door, movably supported relative to a furniture carcass , comprising: - at least one guide rail having a longitudinal direction (L2), the longitudinal direction (L2) of the guide rail extending substantially parallel to a depth direction (Z) of the furniture carcass in a mounted condition on the furniture carcass , - a carrier for movably supporting the at least one door wing , the carrier being displaceably supported at least over a region along the guide rail , - at least one abutment configured to determine an end position of the at least one carrier in the longitudinal direction (L2) of the guide rail , wherein the at least one abutment is arranged on an ejector of an ejection device for ejecting the carrier in a direction opposite the depth direction (Z) by overpressing the abutment into an overpressing position located behind the end position, characterized in that - the guide system includes at least one adjustment device for adjusting a position of the at least one abutment , and - the at least one abutment is adjustable by the at least one adjustment device in the longitudinal direction (L2) relative to the at least one guide rail , - wherein the ejection device is adjustable in its entirety relative to the guide rail by the adjustment device . - at least one guide rail having a longitudinal direction (L2), the longitudinal direction (L2) of the guide rail extending substantially parallel to a depth direction (Z) of the furniture carcass in a mounted condition on the furniture carcass , - a carrier for movably supporting the at least one door wing , the carrier being displaceably supported at least over a region along the guide rail , - at least one abutment configured to determine an end position of the at least one carrier in the longitudinal direction (L2) of the guide rail , wherein the at least one abutment is arranged on an ejector of an ejection device for ejecting the carrier in a direction opposite the depth direction (Z) by overpressing the abutment into an overpressing position located behind the end position, - the guide system includes at least one adjustment device for adjusting a position of the at least one abutment , and - the at least one abutment is adjustable by the at least one adjustment device in the longitudinal direction (L2) relative to the at least one guide rail , - wherein the ejection device is adjustable in its entirety relative to the guide rail by the adjustment device .
An elevator system comprising an elevator including a controller , wherein the controller is configured to communicate over a plurality of networks with a plurality of devices , the plurality of networks including a first network and a second network and the plurality of devices including a first device and a second device , the first device being within or proximate the elevator , characterised in that the plurality of devices are configured to communicate over a third network , and wherein, while the plurality of devices are communicating over the third network , the controller selectively effects a communications bridge over the plurality of networks between the plurality of devices and supersedes the communication over the third network . an elevator including a controller , wherein the controller is configured to communicate over a plurality of networks with a plurality of devices , the plurality of networks including a first network and a second network and the plurality of devices including a first device and a second device , the first device being within or proximate the elevator , characterised in that the plurality of devices are configured to communicate over a third network , and wherein, while the plurality of devices are communicating over the third network , the controller selectively effects a communications bridge over the plurality of networks between the plurality of devices and supersedes the communication over the third network .
A device for feeding items (42-46) to a sorting machine comprising a conveyor device provided with a plurality of sorting cells , the feeding device comprising: a conveyor plane for advancing items or parcels along an advancement direction (A1); an optical detection device , to allow the acquisition, while the items are in motion on the conveyor plane , of the three-dimensional coordinates of a determined number of points on the surface of the items and to organise them into coordinate vectors; a manipulator , provided to pick the items from the conveyor plane and to place the items picked in a desired position; a control system provided to process, for each item in motion on the conveyor plane , the coordinate vectors in order to obtain a three-dimensional representation of the item, comprising the information based on which the control system handles the manipulator for picking and placing the items; an accumulation and conveyor plane ; wherein the manipulator is provided for picking up the items from the conveyor plane , thus further overcoming anomalous cases, wherein the items are arranged side by side or partially overlapped one above the other; the manipulator being further provided for placing the items on the accumulation and conveyor plane , wherein the small size items are however so placed as to form pairs of items being separated and oriented in such a manner as to be loaded simultaneously on the same sorting cell of the sorting machine, in a pre-determined order, so as to be routed to corresponding destinations through subsequent activations of the sorting cell of the sorting machine. a conveyor plane for advancing items or parcels along an advancement direction (A1); an optical detection device , to allow the acquisition, while the items are in motion on the conveyor plane , of the three-dimensional coordinates of a determined number of points on the surface of the items and to organise them into coordinate vectors; a manipulator , provided to pick the items from the conveyor plane and to place the items picked in a desired position; a control system provided to process, for each item in motion on the conveyor plane , the coordinate vectors in order to obtain a three-dimensional representation of the item, comprising the information based on which the control system handles the manipulator for picking and placing the items; an accumulation and conveyor plane ; wherein the manipulator is provided for picking up the items from the conveyor plane , thus further overcoming anomalous cases, wherein the items are arranged side by side or partially overlapped one above the other; the manipulator being further provided for placing the items on the accumulation and conveyor plane , wherein the small size items are however so placed as to form pairs of items being separated and oriented in such a manner as to be loaded simultaneously on the same sorting cell of the sorting machine, in a pre-determined order, so as to be routed to corresponding destinations through subsequent activations of the sorting cell of the sorting machine.
A radial shaft sealing ring for sealing a sealing gap between a shaft and a machine part surrounding the shaft , comprising a retaining portion and a sealing lip which extends away from the retaining portion in a direction axial to the central axis (Z) of the radial shaft sealing ring as far as its free edge , wherein the sealing lip comprises: - a sealing side comprising a sealing edge for bearing in a dynamically sealing manner against the sealing surface of the shaft or of the machine part ; and - a rear side pointing away from the sealing edge in the radial direction, which has a radially outwards open retaining groove for receiving an elastically deformable preloading element , by means of which the sealing edge , in operational use of the radial shaft sealing ring , can be preloaded in a radial direction against the sealing surface of the shaft , characterized in that (a) the groove bottom of the retaining groove has radial depressions which are spaced apart from one another in the circumferential direction of the radial shaft sealing ring , wherein each depression has a radial depth (t) which is 10 to 40% of the nominal thickness (d) of the sealing lip , measured between sealing edge and groove bottom , of the retaining groove , and/or (b) the sealing lip has a plurality of edge cutouts , wherein the plurality of edge cutouts are spaced apart from one another in the circumferential direction of the radial shaft sealing ring , wherein each edge cutout makes contact with the sealing edge or is spaced apart from the sealing edge and extends in a radial direction from the sealing side as far as the retaining groove . - a sealing side comprising a sealing edge for bearing in a dynamically sealing manner against the sealing surface of the shaft or of the machine part ; and - a rear side pointing away from the sealing edge in the radial direction, which has a radially outwards open retaining groove for receiving an elastically deformable preloading element , by means of which the sealing edge , in operational use of the radial shaft sealing ring , can be preloaded in a radial direction against the sealing surface of the shaft , (a) the groove bottom of the retaining groove has radial depressions which are spaced apart from one another in the circumferential direction of the radial shaft sealing ring , wherein each depression has a radial depth (t) which is 10 to 40% of the nominal thickness (d) of the sealing lip , measured between sealing edge and groove bottom , of the retaining groove , and/or (b) the sealing lip has a plurality of edge cutouts , wherein the plurality of edge cutouts are spaced apart from one another in the circumferential direction of the radial shaft sealing ring , wherein each edge cutout makes contact with the sealing edge or is spaced apart from the sealing edge and extends in a radial direction from the sealing side as far as the retaining groove .
A method for printing graphics on nonwovens, the method comprising the steps of: providing a nonwoven substrate extending in a machine direction, the nonwoven substrate comprising a first surface and an opposing second surface and defining a width in a cross direction; operating a printhead at a firing frequency that is equal to or less than 20 kHz; advancing the nonwoven substrate at a speed in the machine direction under the printhead ; ejecting drops of an ink from the printhead onto the first surface of the substrate to define a printed region comprising a print resolution extending the machine direction, MDR (dpi), and a print resolution extending in the cross direction, CDR (dpi), the drops comprising a drop mass, DM (g); wherein the printed region comprises an ink basis weight, IBW (gsm), that is equal to or greater than 0.5 (gsm); and wherein IBW (gsm) = × [(MDR (dpi)] × [CDR (dpi)] × [DM (g)], and characterised in that MDR (dpi) is equal to or less than 80 (dpi). providing a nonwoven substrate extending in a machine direction, the nonwoven substrate comprising a first surface and an opposing second surface and defining a width in a cross direction; operating a printhead at a firing frequency that is equal to or less than 20 kHz; advancing the nonwoven substrate at a speed in the machine direction under the printhead ; ejecting drops of an ink from the printhead onto the first surface of the substrate to define a printed region comprising a print resolution extending the machine direction, MDR (dpi), and a print resolution extending in the cross direction, CDR (dpi), the drops comprising a drop mass, DM (g); wherein the printed region comprises an ink basis weight, IBW (gsm), that is equal to or greater than 0.5 (gsm); and wherein IBW (gsm) = × [(MDR (dpi)] × [CDR (dpi)] × [DM (g)], and characterised in that MDR (dpi) is equal to or less than 80 (dpi).
A centrifuge device comprising: a motor operable to spin in a first direction and in a second direction opposite the first direction; a rotor coupled to the motor, wherein the rotor is configured to spin within a plane in the first direction or the second direction responsive to the motor, the rotor having a recess and an axle projecting from a side of the recess; and a carrier slidably and pivotally coupled to the axle, the carrier including a first tab on a first side and a second tab on a second side, the carrier to slide along the axle and to rotate about the axle out of the plane and engage the rotor with the first tab at a first angle in response to the rotor spinning in the first direction, the carrier to slide along the axle and to rotate about the axle out of the plane and engage the rotor with the second tab at a second angle in response to the rotor spinning in the second direction. a motor operable to spin in a first direction and in a second direction opposite the first direction; a rotor coupled to the motor, wherein the rotor is configured to spin within a plane in the first direction or the second direction responsive to the motor, the rotor having a recess and an axle projecting from a side of the recess; and a carrier slidably and pivotally coupled to the axle, the carrier including a first tab on a first side and a second tab on a second side, the carrier to slide along the axle and to rotate about the axle out of the plane and engage the rotor with the first tab at a first angle in response to the rotor spinning in the first direction, the carrier to slide along the axle and to rotate about the axle out of the plane and engage the rotor with the second tab at a second angle in response to the rotor spinning in the second direction.
A catalyst for a hydrogenation reaction, the catalyst comprising: a polymer support; and a catalytic component supported on the polymer support, wherein the polymer support comprises a repeating unit represented by the following Formula 1 or 2: in Formulae 1 and 2, R1 to R4 are the same as or different from each other, and are each independently hydrogen, an alkyl group having 1 to 10 carbon atoms, or an aryl group having 6 to 20 carbon atoms, and m is an integer from 0 to 4. a polymer support; and a catalytic component supported on the polymer support, wherein the polymer support comprises a repeating unit represented by the following Formula 1 or 2: in Formulae 1 and 2, R1 to R4 are the same as or different from each other, and are each independently hydrogen, an alkyl group having 1 to 10 carbon atoms, or an aryl group having 6 to 20 carbon atoms, and m is an integer from 0 to 4.
A method of improving a flow rate of produced fluid in a well , the well comprising a production flow line and an injection line , the production flow line comprising a production bore of the well , the injection line being connected downhole to the production flow line at a first, downhole location and the well having a second location in the production flow line downstream of the first location , gas-lift gas being injected into the production flow line at the downhole location from the injection line, the well comprising a control unit that may be adjusted to affect the flow rate of produced fluid from the well , wherein the control unit is a valve for adjusting a rate of injection of the gas-lift gas, the method comprising the steps of: - injecting a tracer substance from the injection line into the production flow line at the first location , wherein the tracer is injected at a known rate of injection; - obtaining a first measurement of the tracer substance in the produced fluid at the second location by use of a means for obtaining said measurement while producing fluid using the first setting of the control unit; - using the first measurement of the tracer substance to determine a first parameter of the flow of the produced fluid; - adjusting the control unit to a second setting; - obtaining a second measurement of the tracer substance in the produced fluid at the second location by use of the means for obtaining said measurement while producing fluid using the second setting of the control unit; - using the second measurement of the tracer substance to determine a second parameter of the flow of the produced fluid; and - comparing the first parameter to the second parameter to determine an effect of changing the setting of the control unit. - injecting a tracer substance from the injection line into the production flow line at the first location , wherein the tracer is injected at a known rate of injection; - obtaining a first measurement of the tracer substance in the produced fluid at the second location by use of a means for obtaining said measurement while producing fluid using the first setting of the control unit; - using the first measurement of the tracer substance to determine a first parameter of the flow of the produced fluid; - adjusting the control unit to a second setting; - obtaining a second measurement of the tracer substance in the produced fluid at the second location by use of the means for obtaining said measurement while producing fluid using the second setting of the control unit; - using the second measurement of the tracer substance to determine a second parameter of the flow of the produced fluid; and - comparing the first parameter to the second parameter to determine an effect of changing the setting of the control unit.