mhurhangee/patent-ind-claim-en huggingface dataset:
An information processing apparatus comprising: obtainment means for obtaining first data in which information regarding video data is described, and second data including the video data; determination means for determining whether a predetermined value is described in the first data, the predetermined value indicating that information regarding a virtual viewpoint video that can be viewed by setting at least one of a viewpoint position, a line of sight direction, and a focal position is included; and control means for controlling reproduction of video data included in the second data, wherein the obtainment means is configured to obtain the second data based on a result of determination made by the determination means and the first data, characterized in that the virtual viewpoint video is divided into background data and object data, and the predetermined value indicates that information regarding at least one of the background data and the object data is included. obtainment means for obtaining first data in which information regarding video data is described, and second data including the video data; determination means for determining whether a predetermined value is described in the first data, the predetermined value indicating that information regarding a virtual viewpoint video that can be viewed by setting at least one of a viewpoint position, a line of sight direction, and a focal position is included; and control means for controlling reproduction of video data included in the second data, wherein the obtainment means is configured to obtain the second data based on a result of determination made by the determination means and the first data, characterized in that the virtual viewpoint video is divided into background data and object data, and the predetermined value indicates that information regarding at least one of the background data and the object data is included.
A system for planning and/or controlling neuromodulation, at least comprising: a medical device , an intermediate computing device , a first user input terminal , a second user input terminal , wherein the medical device , the intermediate computing device , the first user input terminal and/or the second user input terminal are at least temporarily connected, wherein the system further comprises at least one connection managing module , wherein the at least one connection managing module is configured and arranged for - allowing only unidirectional connection and/or unidirectional data transfer between the intermediate computing device and the first user input terminal , the intermediate computing device and the second user input terminal and/or the first user input terminal and the second user input terminal , - providing only connection and/or data transfer between the intermediate computing device and the first user input terminal and/or the intermediate computing device and the second user input terminal when there is no connection and/or data transfer between the first user input terminal and the second user input terminal . a medical device , an intermediate computing device , a first user input terminal , a second user input terminal , wherein the medical device , the intermediate computing device , the first user input terminal and/or the second user input terminal are at least temporarily connected, wherein the system further comprises at least one connection managing module , wherein the at least one connection managing module is configured and arranged for - allowing only unidirectional connection and/or unidirectional data transfer between the intermediate computing device and the first user input terminal , the intermediate computing device and the second user input terminal and/or the first user input terminal and the second user input terminal , - providing only connection and/or data transfer between the intermediate computing device and the first user input terminal and/or the intermediate computing device and the second user input terminal when there is no connection and/or data transfer between the first user input terminal and the second user input terminal . - allowing only unidirectional connection and/or unidirectional data transfer between the intermediate computing device and the first user input terminal , the intermediate computing device and the second user input terminal and/or the first user input terminal and the second user input terminal , - providing only connection and/or data transfer between the intermediate computing device and the first user input terminal and/or the intermediate computing device and the second user input terminal when there is no connection and/or data transfer between the first user input terminal and the second user input terminal .
A combined safety and imaging system for an industrial machine , said machine having first and second members arranged for relative movement, the first member including a tool holding portion and the second member including a work piece holding portion, and said system including at least one light transmitter (26; 42) arranged to transmit at least one substantially collimated beam of light (30; 44) to at least one corresponding receiver , wherein said system is configured to provide a safety mode arranged to halt said relative movement when said beam (30; 44) is interrupted, and characterised in that said system is further configured to provide an imaging mode to continuously image a workpiece to be worked to monitor in real time an extent of work carried out on said workpiece .
A gear shifting operation device of a multistage transmission that is provided with a main transmission and an auxiliary transmission , and shifts gear stages (G1 to G4, GH, GL) of both the main transmission and the auxiliary transmission by operation of a shift lever that moves along at least one H-shaped shift pattern, wherein the gear shifting operation device comprises: a separation mechanism that separates operation by one shift lever into shift operation and select operation for each direction; a select operation mechanism that operates by the select operation, selects a target shift fork for main transmission from among the plurality of shift forks for main transmission , and shifts a shift fork for auxiliary transmissions ; and a shift operation mechanism that operates by the shift operation, and shifts the shift fork for main transmission selected by the select operation, characterized in that the select operation mechanism includes a cam mechanism , and is provided with: a first cam groove that causes the cam mechanism to operate a shift mechanism for auxiliary transmission that shifts the shift fork for auxiliary transmission ; and a second cam groove that causes the cam mechanism to operate a select mechanism that selects the shift fork for main transmission . a separation mechanism that separates operation by one shift lever into shift operation and select operation for each direction; a select operation mechanism that operates by the select operation, selects a target shift fork for main transmission from among the plurality of shift forks for main transmission , and shifts a shift fork for auxiliary transmissions ; and a shift operation mechanism that operates by the shift operation, and shifts the shift fork for main transmission selected by the select operation, characterized in that the select operation mechanism includes a cam mechanism , and is provided with: a first cam groove that causes the cam mechanism to operate a shift mechanism for auxiliary transmission that shifts the shift fork for auxiliary transmission ; and a second cam groove that causes the cam mechanism to operate a select mechanism that selects the shift fork for main transmission .
A transmission method, applied to a first network node and comprising: sending , by the first network node, a first message to a second network node, wherein the first message is from a terminal device and wherein the first message comprises an original cell radio network temporary identifier allocated by the first network node for the terminal device; receiving , by the first network node, a second message from the second network node, wherein the second message comprises identification information of the terminal device, and wherein the identification information of the terminal device is in association with context information of the terminal device that is stored at the first network node; retrieving , by the first network node, based on the identification information of the terminal device, the context information of the terminal device stored at the first network node; and, replacing , by the first network node, the original cell radio network temporary identifier with a new cell radio network temporary identifier allocated by the first network node for the context information of the terminal device. sending , by the first network node, a first message to a second network node, wherein the first message is from a terminal device and wherein the first message comprises an original cell radio network temporary identifier allocated by the first network node for the terminal device; receiving , by the first network node, a second message from the second network node, wherein the second message comprises identification information of the terminal device, and wherein the identification information of the terminal device is in association with context information of the terminal device that is stored at the first network node; retrieving , by the first network node, based on the identification information of the terminal device, the context information of the terminal device stored at the first network node; and, replacing , by the first network node, the original cell radio network temporary identifier with a new cell radio network temporary identifier allocated by the first network node for the context information of the terminal device.
A broadband underwater acoustic transceiver device including at least a transducer of the Tonpilz type and a transducer of the FFR ("Free Flooded Ring") type , the Tonpilz transducer , cylindrical in shape, having a symmetry of revolution about an anteroposterior axis , said Tonpilz transducer including elements arranged from the rear to the front along its anteroposterior axis of revolution, said elements being at least: a rear counter-mass , electroactive elements and a front horn , the FFR transducer having a symmetry of revolution about an anteroposterior axis, said FFR transducer including elements arranged from the rear to the front along its anteroposterior axis of revolution , said elements being at least: a "plug" and an electroactive ring , characterized in that the Tonpilz and FFR transducers are aligned with each other, their anteroposterior axes of revolution being superimposed to each other, the Tonpilz transducer being arranged rearward and the FFR transducer being arranged forward and their respective front transmission directions being directed forward, and in that the transducers are combined within the device by putting in common one of their elements, said common element, called plug-horn element , being the "plug" of the FFR and the horn of the Tonpilz.
Method for installing a gas transportation arrangement on a seabed between an offshore facility and at least one further facility , wherein the gas transportation arrangement comprises as components at least one gas transportation tube and at least one weight means extending almost entirely over the distance bridged by the gas transportation tube , wherein the gas transportation tube and the weight means are coupled prior to lowering the gas transportation arrangement to the seabed , wherein a further tube at least party filled with a liquid medium is used as weight means , wherein after lowering and arrangement of the gas transportation arrangement on the seabed , the liquid medium used as filling material of the further tube is removed from the further tube and the further tube is used for arrangement of an electrical conductor in the further tube .
Process for teaching a laminating device for laminating a foil element on a carrier part , in which designated path sections , in particular designated path curves , along which grippers for gripping the foil element , in particular at least one gripper jaw element thereof, are later moved for laminating the foil element , are taught by manual actuation of grippers , characterized in that the grippers are manually guided along the designated path sections , in particular the designated path curves , into their designated working positions for teaching, characterized in that the grippers are guided manually along the designated path sections , in particular the designated path curves , into their designated working positions for teaching, and the designated path sections , in particular the designated path curves , are detected in the process, and in that the teaching takes place as a function of augmented reality devices, by means of which a laminating space is visualized and designated path sections or path curves are detected for laminating, path curves for laminating the foil element on the carrier part are displayed in the laminating space.
A cosmetic gel comprising multilamellar vesicles dispersed in an aqueous phase, wherein the multilamellar vesicles have the shape of a rotational body comprising two or more concentric lipid double layers, the cosmetic gel comprising: a) a surfactant component, comprising at least one vesicle-forming surfactant, which is a surfactant having a HLB value of greater than 6; b) an oily phase comprising a triglyceride oil; c) an aqueous phase comprising a water-soluble polyhydric alcohol; and wherein the multilamellar vesicles have a median particle size d from 50 to 800 nanometres as determined by laser diffraction analysis using the Mie scattering Theory Evaluation, and wherein the particle size distribution is Gaussian and the standard deviation is less than 30% of the median particle size d and wherein the cosmetic gel comprises from 15 wt.% to 80 wt.% of triglyceride oil. a) a surfactant component, comprising at least one vesicle-forming surfactant, which is a surfactant having a HLB value of greater than 6; b) an oily phase comprising a triglyceride oil; c) an aqueous phase comprising a water-soluble polyhydric alcohol;
A tool for surveying a multi-level elevator hoistway in preparation for installing hoistway rails , the tool comprising: a platform that supports a spatial range sensor that includes an electronic controller , wherein the controller is configured to receive instructions over a wireless network to measure a first distance between the platform and a first proximate wall (170P1) and store on non-transient memory or transmit first data representing the first distance; the platform extends from a first side to a second side that are opposite each other, the first side of the platform includes a first bracket configured to engage a first guide wire (200A1) and the second side of the platform includes a second bracket configured to engage a second guide wire (200A2); and the platform defines a first surface and a second surface , and a first coupling link is connected to the first surface for connecting with a rope to raise or lower the platform against the first and second guide wires (200A1, 200A2); wherein: the first and second brackets are configured the same as each other; and characterized in that : the first bracket defines first and second L-bracket segments, wherein the first L-bracket segment extends perpendicularly away from the first surface of the platform and the second L-bracket segment extends perpendicularly away from the second surface of the platform . a platform that supports a spatial range sensor that includes an electronic controller , wherein the controller is configured to receive instructions over a wireless network to measure a first distance between the platform and a first proximate wall (170P1) and store on non-transient memory or transmit first data representing the first distance; the platform extends from a first side to a second side that are opposite each other, the first side of the platform includes a first bracket configured to engage a first guide wire (200A1) and the second side of the platform includes a second bracket configured to engage a second guide wire (200A2); and the platform defines a first surface and a second surface , and a first coupling link is connected to the first surface for connecting with a rope to raise or lower the platform against the first and second guide wires (200A1, 200A2); wherein: the first and second brackets are configured the same as each other; and characterized in that : the first bracket defines first and second L-bracket segments, wherein the first L-bracket segment extends perpendicularly away from the first surface of the platform and the second L-bracket segment extends perpendicularly away from the second surface of the platform .
A method of extracting microparticles, the method comprising detecting target microparticles for extraction in a main flow path which communicates with a pressure chamber , generating for each of the detected target microparticles a change in a negative pressure in the pressure chamber communicating with the main flow path to separate and extract each of the detected target microparticles flowing in the main flow path into the pressure chamber , wherein the generating the change of the negative pressure to extract the detected target microparticles comprises generating a negative change in pressure by a different amount in accordance with a separation between the detected target microparticles. detecting target microparticles for extraction in a main flow path which communicates with a pressure chamber , generating for each of the detected target microparticles a change in a negative pressure in the pressure chamber communicating with the main flow path to separate and extract each of the detected target microparticles flowing in the main flow path into the pressure chamber , wherein the generating the change of the negative pressure to extract the detected target microparticles comprises generating a negative change in pressure by a different amount in accordance with a separation between the detected target microparticles.
A method of reprogramming differentiated cells into pluripotent cells, comprising: mixing differentiated cells with a culture medium; and forming spheroids by applying energy to the mixture and culturing the mixture for a predetermined time, wherein the spheroids have pluripotent characteristics; wherein the energy comprises one selected from the group consisting of ultrasound, lasers and heat treatment; wherein the treatment of the mixture of the culture medium and the differentiated cells with the ultrasound is performed at an output intensity of 0.5 W/cm 2 to 3 W/cm 2 for 1 to 5 seconds; wherein the treatment of the mixture of the culture medium and the differentiated cells with the lasers is performed by irradiating the mixture with pulsed laser beams having a wavelength band of 300 to 900 nm for 1 second to 10 seconds; and wherein the heat treatment of the mixture of the culture medium and the differentiated cells is performed by exposing the mixture to heat for 1 minute to 10 minutes under the condition of a temperature of 40 to 50 °C, followed by exposure for 5 to 10 seconds under the condition of a temperature of 0 °C to 4 °C. mixing differentiated cells with a culture medium; and forming spheroids by applying energy to the mixture and culturing the mixture for a predetermined time, wherein the spheroids have pluripotent characteristics; wherein the energy comprises one selected from the group consisting of ultrasound, lasers and heat treatment; wherein the treatment of the mixture of the culture medium and the differentiated cells with the ultrasound is performed at an output intensity of 0.5 W/cm 2 to 3 W/cm 2 for 1 to 5 seconds; wherein the treatment of the mixture of the culture medium and the differentiated cells with the lasers is performed by irradiating the mixture with pulsed laser beams having a wavelength band of 300 to 900 nm for 1 second to 10 seconds; and wherein the heat treatment of the mixture of the culture medium and the differentiated cells is performed by exposing the mixture to heat for 1 minute to 10 minutes under the condition of a temperature of 40 to 50 °C, followed by exposure for 5 to 10 seconds under the condition of a temperature of 0 °C to 4 °C.
Method for predicting the tilt inclination of a workpiece portion which is cut free from a remaining workpiece during a separating processing operation by means of a processing machine and which is positioned on one or more supports, characterized by the method steps of: a. establishing one or more possible tilting edges , about which the workpiece portion which has been cut free could tilt; b. for at least one possible tilting edge , in particular for each possible tilting edge : establishing tilting moments (M1-M4) which act on the workpiece portion in particular in different states of the processing machine , wherein the tilting moments (M1-M4) which are applied as a result of the weight force of the workpiece portion and those applied as a result of the process force of a fluid acting on the workpiece portion at a free-cutting position are established; c. using the tilting moments (M1 - M4) which have been established: establishing whether the workpiece portion would tilt about a tilting edge . a. establishing one or more possible tilting edges , about which the workpiece portion which has been cut free could tilt; b. for at least one possible tilting edge , in particular for each possible tilting edge : establishing tilting moments (M1-M4) which act on the workpiece portion in particular in different states of the processing machine , wherein the tilting moments (M1-M4) which are applied as a result of the weight force of the workpiece portion and those applied as a result of the process force of a fluid acting on the workpiece portion at a free-cutting position are established; c. using the tilting moments (M1 - M4) which have been established: establishing whether the workpiece portion would tilt about a tilting edge .
Method for the production of a biopolymer composition comprising at least one biopolymer, wherein the at least one biopolymer has a defined average molecular weight, the method comprising (i) providing a first frozen composition comprising a biopolymer with a defined pH-value; (ii) providing a second frozen composition comprising a biopolymer with a defined pH-value (iii) combining the compositions in a reaction vessel without substantially mixing these with each other; (iv) optionally freezing the compositions; (v) lyophylizing the compositions comprising the biopolymers, (vi) optionally purifying and/or isolating the biopolymers; wherein the maximum temperature during the lyophilization process is selected to facilitate a controlled and defined degradation of said biopolymer and wherein the pH-values of the first and second composition differ by at least 0.1 and/or wherein the first and second composition comprise different biopolymers. (i) providing a first frozen composition comprising a biopolymer with a defined pH-value; (ii) providing a second frozen composition comprising a biopolymer with a defined pH-value (iii) combining the compositions in a reaction vessel without substantially mixing these with each other; (iv) optionally freezing the compositions; (v) lyophylizing the compositions comprising the biopolymers, (vi) optionally purifying and/or isolating the biopolymers;