mhurhangee/patent-ind-claim-en huggingface dataset:
A method of operating a multi-tenant cloud system, the method comprising: at a first data center, authenticating a first client and storing resources that correspond to the first client, the first data center in communication with a second data center that is configured to authenticate the first client; dividing the resources into base data and regular data, wherein the base data is a minimum data needed to allow the resources to be available to the first client at the second data center; storing the base data in a chunked manner on a cloud storage in a base data export file; storing the regular data in the chunked manner on the cloud storage in a regular data export file; exporting the base data export file to the second data center; and when the exporting the base data export file has completed, exporting the regular data export file to the second data center. at a first data center, authenticating a first client and storing resources that correspond to the first client, the first data center in communication with a second data center that is configured to authenticate the first client; dividing the resources into base data and regular data, wherein the base data is a minimum data needed to allow the resources to be available to the first client at the second data center; storing the base data in a chunked manner on a cloud storage in a base data export file; storing the regular data in the chunked manner on the cloud storage in a regular data export file; exporting the base data export file to the second data center; and when the exporting the base data export file has completed, exporting the regular data export file to the second data center.
An electric press-in contact element with at least one press-in section , which has a length extending in a direction of extension (E) from a root area , in which the press-in section is connected with a contact body , up to a free end , and forms a connection area (B) that adjoins the root area , a contact area (A) adjoining the former, and an end area (C) that extends from the contact area (A) up to the free end, wherein a middle zone running in the direction of extension (E) is flanked over its entire length and on either side by a respective edge zone which forms webs being bent away from the middle zone , between the webs extends a channel over the entire length of the press-in section , whose floor is the middle zone, wherein the edge zones form contact surfaces (8") in the contact area (A), which abut against the wall of the press-in opening after inserting the press-in section into the press-in opening, wherein an inner surface of the press-in section comprises a portion running in the plane of extension of the middle zone and two portions (9") of the webs adjoining the bending line, characterized in that the portions (9") of the webs running perpendicular to the portion of the middle zone comprising a slot in that way, that the contact surfaces (8") can resiliently deform towards each other.
A method of watermarking video images of a particular instance of a virtual environment of a video game, comprising the steps of: selecting (s510) a plurality of virtual objects for inclusion within the virtual environment , the virtual objects being 3D models having a reference value set as a visual property, and being associated with a flag indicating that the virtual objects are suitable for use in encoding a binary sequence within the virtual environment; respectively altering (s520) a visual property of the selected virtual objects from a reference value to a respective different value, wherein the respective different value is selected responsive to a respective identification value of identification data associated with that particular instance of the virtual environment, wherein the visual property has a visible effect on the appearance of the virtual objects, and is one or more selected from the list consisting of: i. scale; ii. placement; iii. rotation; and iv. type; and wherein the identification data comprises a serial number or a user's login ID; and rendering (s530) for display the virtual environment comprising the altered virtual objects whose sequence corresponds to a binary sequence that encodes the identification data, wherein a start position of the binary sequence is identified based upon a known positional relationship between the start position of the sequence of altered virtual objects and a known reference object. selecting (s510) a plurality of virtual objects for inclusion within the virtual environment , the virtual objects being 3D models having a reference value set as a visual property, and being associated with a flag indicating that the virtual objects are suitable for use in encoding a binary sequence within the virtual environment; respectively altering (s520) a visual property of the selected virtual objects from a reference value to a respective different value, wherein the respective different value is selected responsive to a respective identification value of identification data associated with that particular instance of the virtual environment, wherein the visual property has a visible effect on the appearance of the virtual objects, and is one or more selected from the list consisting of: i. scale; ii. placement; iii. rotation; and iv. type; and i. scale; ii. placement; iii. rotation; and iv. type; and wherein the identification data comprises a serial number or a user's login ID; and rendering (s530) for display the virtual environment comprising the altered virtual objects whose sequence corresponds to a binary sequence that encodes the identification data, wherein a start position of the binary sequence is identified based upon a known positional relationship between the start position of the sequence of altered virtual objects and a known reference object.
A lithium ion battery negative electrode for use in a lithium ion battery, wherein a negative electrode active material layer containing: a negative electrode active material, which is a Si alloy composed of a eutectic structure of a Si phase and a Si2Ti phase, and a binder having a three-dimensional structure is formed on a negative electrode current collector, characterized in that the binder is a polyimide having a three-dimensional structure comprising a C=N bond obtained by imidating tetracarboxylic acid dianhydride and diamines, with the total of the diamines ranging from 100 to 120, based on 100 of the tetracarboxylic acid dianhydride, in a molar ratio, and then iminating at a temperature of at least 350°C for at least 0.5 h. a negative electrode active material, which is a Si alloy composed of a eutectic structure of a Si phase and a Si2Ti phase, and a binder having a three-dimensional structure is formed on a negative electrode current collector, characterized in that the binder is a polyimide having a three-dimensional structure comprising a C=N bond obtained by imidating tetracarboxylic acid dianhydride and diamines, with the total of the diamines ranging from 100 to 120, based on 100 of the tetracarboxylic acid dianhydride, in a molar ratio, and then iminating at a temperature of at least 350°C for at least 0.5 h.
A robotic surgical system , comprising: a robotic tool ; and a control system, comprising: a control console configured to receive a first user input; and a control unit , wherein said control unit is configured to be in signal communication with said control console and said robotic tool; and a secondary control module configured to receive a second user input, wherein said secondary control module is configured to be in signal communication with said control unit, and wherein said secondary control module is configured to issue commands to said control system, wherein said control unit is configured to prioritize the control inputs received from said control system over the control inputs received from said secondary control module; characterized in that said secondary control module is incorporated in a handheld surgical instrument in wireless signal communication with said control unit. a robotic tool ; and a control system, comprising: a control console configured to receive a first user input; and a control unit , wherein said control unit is configured to be in signal communication with said control console and said robotic tool; and a control console configured to receive a first user input; and a control unit , wherein said control unit is configured to be in signal communication with said control console and said robotic tool; and a secondary control module configured to receive a second user input, wherein said secondary control module is configured to be in signal communication with said control unit, and wherein said secondary control module is configured to issue commands to said control system, wherein said control unit is configured to prioritize the control inputs received from said control system over the control inputs received from said secondary control module; characterized in that said secondary control module is incorporated in a handheld surgical instrument in wireless signal communication with said control unit.
A surgical stapling instrument including: an end effector with an anvil having an open position and closed positions, wherein the anvil is movable to said closed positions in response to a closing motion applied thereto by a closure system ; and a surgical staple cartridge comprising a cartridge body sized to be removably seated within a portion of the end effector such that a portion of the cartridge body contacts the anvil ; characterized in that the anvil is supported in the open position until moved to an actuatable position from which it can be moved to the closed positions, and the portion of the cartridge body that contacts the anvil moves the anvil from the open position to the actuatable position when the cartridge body is seated within the end effector . an end effector with an anvil having an open position and closed positions, wherein the anvil is movable to said closed positions in response to a closing motion applied thereto by a closure system ; and a surgical staple cartridge comprising a cartridge body sized to be removably seated within a portion of the end effector such that a portion of the cartridge body contacts the anvil ; characterized in that the anvil is supported in the open position until moved to an actuatable position from which it can be moved to the closed positions, and the portion of the cartridge body that contacts the anvil moves the anvil from the open position to the actuatable position when the cartridge body is seated within the end effector .
A process of producing a glass vessel by fire-blast treating an internal surface of a preform of the glass vessel with a flame from a burner so as to produce the glass vessel, the preform being made of a borosilicate glass, the preform of the glass vessel being a vessel which is in the condition before the fire-blast treating so that the preform has a deteriorated region caused by processing on at least a portion of its internal surface, characterized in that said fire-blast treating is carried out such that a temperature of an outer surface portion of the preform which portion is opposed to a deteriorated region of the preform caused by processing is between 650 °C and 800 °C when the flame is scanned along the internal surface of the preform toward an opening of the preform.
A method for performing uplink transmission, the method performed by a user equipment UE and comprising: receiving a value used to generate a demodulation reference signal DMRS for physical shared channel PUSCH, wherein the DMRS for the PUSCH is generated based on a first parameter related to the received value and a second parameter related to a pseudo-random sequence; generating a DMRS for physical uplink control channel PUCCH based on a third parameter, a fourth parameter, and a fifth parameter, wherein the third parameter is equal to the first parameter and the fourth parameter is equal to the second parameter, and wherein the fifth parameter is for the PUCCH; and transmitting the DMRS for the PUCCH. receiving a value used to generate a demodulation reference signal DMRS for physical shared channel PUSCH, wherein the DMRS for the PUSCH is generated based on a first parameter related to the received value and a second parameter related to a pseudo-random sequence; generating a DMRS for physical uplink control channel PUCCH based on a third parameter, a fourth parameter, and a fifth parameter, wherein the third parameter is equal to the first parameter and the fourth parameter is equal to the second parameter, and wherein the fifth parameter is for the PUCCH; and transmitting the DMRS for the PUCCH.
Image acquisition system for acquiring an image of a liquid sample , comprising a well that stores liquid sample , an image acquisition device for acquiring an image of the liquid sample in the well , a lid device for covering the well wherein the lid device comprises a lid having a lid part and a lid extension that extends from the lid part into the well , characterized in that at least one part of the lid extension is in physical contact with the liquid sample when an image is acquired by means of the image acquisition device and the part of the lid extension that is in physical contact with the liquid sample is arranged such that light, in particular a light beam , passes through the part of the lid extension before it is received by the image acquisition device , wherein the lid device comprises a further lid that is connected with the lid such that a space exists between the lid and the further lid , wherein the space is configured to receive at least a part of the liquid sample arranged in the well. a well that stores liquid sample , an image acquisition device for acquiring an image of the liquid sample in the well , a lid device for covering the well wherein the lid device comprises a lid having a lid part and a lid extension that extends from the lid part into the well , characterized in that at least one part of the lid extension is in physical contact with the liquid sample when an image is acquired by means of the image acquisition device and the part of the lid extension that is in physical contact with the liquid sample is arranged such that light, in particular a light beam , passes through the part of the lid extension before it is received by the image acquisition device , wherein the lid device comprises a further lid that is connected with the lid such that a space exists between the lid and the further lid , wherein the space is configured to receive at least a part of the liquid sample arranged in the well.
A method for wireless communication, the method comprising: communicating via a relay wireless communication link, the communicating comprising communications using a plurality of bearers; identifying that a packet belongs to a first bearer, the first bearer being associated with a quality of service, QoS, parameter set; configuring a header of the packet for transmission on the relay wireless communication link that is processed by a relay wireless device to convey an indication of the QoS parameter set, wherein the header is further configured to convey an indication of an allocation and retention policy, ARP, of the first bearer; and transmitting the packet comprising the configured header on the relay wireless communication link according to the QoS parameter set. communicating via a relay wireless communication link, the communicating comprising communications using a plurality of bearers; identifying that a packet belongs to a first bearer, the first bearer being associated with a quality of service, QoS, parameter set; configuring a header of the packet for transmission on the relay wireless communication link that is processed by a relay wireless device to convey an indication of the QoS parameter set, wherein the header is further configured to convey an indication of an allocation and retention policy, ARP, of the first bearer; and transmitting the packet comprising the configured header on the relay wireless communication link according to the QoS parameter set.
A method, comprising: receiving, at a network element , a request for performance measurements from an agent ; receiving, at the network element, measurement reports of minimization of drive test data corresponding to a plurality of user equipments; converting, at the network element, user equipment measurement reports to performance measurements; and transmitting the performance measurements from the network element to the agent; wherein the converting is performed conditionally upon determining that the network element is configured to convert the measurement reports. receiving, at a network element , a request for performance measurements from an agent ; receiving, at the network element, measurement reports of minimization of drive test data corresponding to a plurality of user equipments; converting, at the network element, user equipment measurement reports to performance measurements; and transmitting the performance measurements from the network element to the agent; wherein the converting is performed conditionally upon determining that the network element is configured to convert the measurement reports.
A method for carrying out a test run on a drive train test stand on which a drive train with at least one side shaft is arranged and this side shaft is connected to a dynamometer and the speed of the side shaft is regulated in a control unit , wherein in a simulation model a longitudinal force (F Xi ) of a tire of a vehicle wheel simulated with the simulation model and a setpoint speed (n Bi,set ) of the dynamometer to be set is calculated and the setpoint speed (n Bi,set ) is transferred to the control unit as a setpoint value of the speed control of the dynamometer , wherein a compensation torque (M Ki ) is calculated in the control unit and the control unit calculates a torque (M REi ) from the setpoint speed (n Bi, set ) with a speed controller and a torque (M Bi,soll ) to be set with the dynamometer is calculated as the sum of the compensation torque (M Ki ) and the torque (M REi ) calculated by the speed controller and set by the dynamometer , characterized in that the torque (M Fxi ) caused by the longitudinal force (F Xi ) and calculated in the simulation model is also transferred to the control unit , and therefrom the compensation torque (M Ki ) is calculated in the control unit as a function of the torque (M Fxi ) caused by the longitudinal force (F Xi ) and a deviation (A Ji ) between a moment of inertia (J Bi ) of the dynamometer and a moment of inertia (J Ri ) of the simulated vehicle wheel , wherein the compensation torque (M Ki ) is calculated from the relationship M Ki = J Bi J Ri M Fxi + M Ri − J Bi J Ri M Bi or M Ki = J Bi J Ri M Fxi + 1 − J Bi J Ri M Ri , with a torque (M Ri ) acting on the side shaft and a torque (M Bi ) acting on the shaft of the dynamometer , or the compensation torque (M Ki ) is calculated from the relationship M Ki = M Fxi + J Ri ω̇ Ri - J Bi ω̇ Bi or M Ki = M Fxi +(J Ri - J Bi )ω̇ Ri , with an angular acceleration (ω̇ Ri ) acting on the side shaft and an angular acceleration acting (ω̇ Bi ) on the shaft of the dynamometer .
A valve prosthesis, comprising: a support frame radially expandable between a compact condition and an expanded condition, said support frame having an outer surface and defining a central orifice about an axis along an inflow-outflow direction; a plurality of flexible leaflets attached to the support frame to provide a one-way valve in the orifice when the support frame is in its expanded condition; and at least one valve clasper , wherein the at least one valve clasper and the support frame are movably connected such that during delivery and deployment of the valve prosthesis to a native valve the valve clasper is longitudinally moveable along the axis relative to the support frame from an engagement position in which the support frame is in the compact condition and the support frame and valve clasper are serially positioned so as to be off-set along said axis , and a nesting position where the at least one valve clasper is in a nested or concentric arrangement with the support frame , and longitudinal movement of the valve clasper is restricted when the support frame is in the expanded condition; and further wherein (i) in the engagement position, portions of the at least one valve clasper are radially displaceable from the support frame for contacting a floor of the native valve sinus, and (ii) when deployed, in the expanded condition tissue of the native valve is sandwiched between the support frame and the at least one valve clasper; characterised in that the number of valve claspers equals the number of native leaflets in the native valve to be treated. a support frame radially expandable between a compact condition and an expanded condition, said support frame having an outer surface and defining a central orifice about an axis along an inflow-outflow direction; a plurality of flexible leaflets attached to the support frame to provide a one-way valve in the orifice when the support frame is in its expanded condition; and at least one valve clasper , wherein the at least one valve clasper and the support frame are movably connected such that during delivery and deployment of the valve prosthesis to a native valve the valve clasper is longitudinally moveable along the axis relative to the support frame from an engagement position in which the support frame is in the compact condition and the support frame and valve clasper are serially positioned so as to be off-set along said axis , and a nesting position where the at least one valve clasper is in a nested or concentric arrangement with the support frame , and longitudinal movement of the valve clasper is restricted when the support frame is in the expanded condition; and further wherein (i) in the engagement position, portions of the at least one valve clasper are radially displaceable from the support frame for contacting a floor of the native valve sinus, and (ii) when deployed, in the expanded condition tissue of the native valve is sandwiched between the support frame and the at least one valve clasper; characterised in that the number of valve claspers equals the number of native leaflets in the native valve to be treated.