mhurhangee/ep-ind-claims huggingface dataset:
A method for transferring data, comprising: (a) collecting, operational data by an onsite system behind a firewall that prevents inbound connections; (b) writing output files in a transfer directory; (c) scheduling an asynchronous intelligent transfer service; (d) establishing a secure certificate based uni-directional encrypted link between the onsite system and a central system; (e) initiating a command upload message for asynchronous, concurrent parallel file upload; (f) creating associated outbound datagrams; (g) sending the outbound datagrams over a predetermined specific port; (h) reconstructing the outbound datagrams by the central system; (i) sending to an open outbound uni-directional port, by the central system, a file download request message within a reply to a previous message from the onsite system; (j) initiating, by the onsite system, a download command message for asynchronous concurrent parallel files download; (k) creating, by the central system, associated secure datagrams; (l) sending the inbound datagrams serially over the port using a previously opened connection; and (m) reconstructing the inbound datagrams by the onsite system. (a) collecting, operational data by an onsite system behind a firewall that prevents inbound connections; (b) writing output files in a transfer directory; (c) scheduling an asynchronous intelligent transfer service; (d) establishing a secure certificate based uni-directional encrypted link between the onsite system and a central system; (e) initiating a command upload message for asynchronous, concurrent parallel file upload; (f) creating associated outbound datagrams; (g) sending the outbound datagrams over a predetermined specific port; (h) reconstructing the outbound datagrams by the central system; (i) sending to an open outbound uni-directional port, by the central system, a file download request message within a reply to a previous message from the onsite system; (j) initiating, by the onsite system, a download command message for asynchronous concurrent parallel files download; (k) creating, by the central system, associated secure datagrams; (l) sending the inbound datagrams serially over the port using a previously opened connection; and (m) reconstructing the inbound datagrams by the onsite system.
A communication device (20,21,22,23) comprising: a packet reception state monitoring unit configured to monitor reception intervals of packets received by a communication unit, and generate and output a target value as a parameter for a reproduction control process based on a variation in the packet reception intervals; and a reproduction control unit configured to perform reproduction control in accordance with the target value generated by the packet reception state monitoring unit, wherein the reproduction control unit is configured to control an audio reproduction speed or image frame reproduction in accordance with the target value, to calculate a target stored data number as a target number of audio packets stored in a memory based on the variation in the reception intervals of audio packets received by the communication unit, and to control the audio reproduction speed in accordance with a determination whether a difference between the target stored data number and a memory-stored data number that is the number of audio packets actually stored in the memory successively increases or decreases. a packet reception state monitoring unit configured to monitor reception intervals of packets received by a communication unit, and generate and output a target value as a parameter for a reproduction control process based on a variation in the packet reception intervals; and a reproduction control unit configured to perform reproduction control in accordance with the target value generated by the packet reception state monitoring unit, wherein the reproduction control unit is configured to control an audio reproduction speed or image frame reproduction in accordance with the target value, to calculate a target stored data number as a target number of audio packets stored in a memory based on the variation in the reception intervals of audio packets received by the communication unit, and to control the audio reproduction speed in accordance with a determination whether a difference between the target stored data number and a memory-stored data number that is the number of audio packets actually stored in the memory successively increases or decreases. control an audio reproduction speed or image frame reproduction in accordance with the target value, to calculate a target stored data number as a target number of audio packets stored in a memory based on the variation in the reception intervals of audio packets received by the communication unit, and to control the audio reproduction speed in accordance with a determination whether a difference between the target stored data number and a memory-stored data number that is the number of audio packets actually stored in the memory successively increases or decreases.
A mobile-based elevator service system applied by a user, the mobile-based elevator service system comprising: a remote server; at least one elevator controller; at least one site (34, 36), wherein each site (34, 36) of the at least one site includes at least one respective elevator controller of the at least one elevator controller; and a mobile device including a user interface, the mobile device being configured to send a user authentication message initiated by the user via the user interface to the remote server, wherein the user authentication message includes a selected site of the at least one site (34, 36) selected by the user; wherein the remote server is configured to verify the user via the user authentication message and once verified, send an encrypted blob to the mobile device in response to the user authentication message; wherein the encrypted blob is secured by the remote server via a unique private key associated with a respective site (34, 36) of the at least one site, wherein the remote server is preprogrammed with and stores the unique private key for each respective site (34, 36); and the at least one respective elevator controller configured to receive the encrypted blob from the mobile device and decrypt the encrypted blob using the private key of the site receiving the blob. a remote server; at least one elevator controller; at least one site (34, 36), wherein each site (34, 36) of the at least one site includes at least one respective elevator controller of the at least one elevator controller; and a mobile device including a user interface, the mobile device being configured to send a user authentication message initiated by the user via the user interface to the remote server, wherein the user authentication message includes a selected site of the at least one site (34, 36) selected by the user; wherein the remote server is configured to verify the user via the user authentication message and once verified, send an encrypted blob to the mobile device in response to the user authentication message; wherein the encrypted blob is secured by the remote server via a unique private key associated with a respective site (34, 36) of the at least one site, wherein the remote server is preprogrammed with and stores the unique private key for each respective site (34, 36); and the at least one respective elevator controller configured to receive the encrypted blob from the mobile device and decrypt the encrypted blob using the private key of the site receiving the blob.
A method of fabricating a printed circuit board, PCB, assembly, comprising: depositing a metal layer on a PCB substrate (104, 1201, 1302) by laser-assisted deposition, LAD, in which jetting of metal droplets from a first donor substrate onto the PCB substrate (104, 1202, 1302) and into one or more holes therein is effected using a laser (204, 1126, 1136) to form the metal layer on the PCB substrate (104, 1202, 1302), the metal layer being subsequently dried and sintered; imaging, with an imaging unit, the metal layer so as to determine whether a desired thickness of the metal layer has been reached; repeating the jetting, drying, sintering, and imaging until the metal layer reaches the desired thickness; and thereafter forming at least one passivation layer (408, 1204, 1306) over the metal layer. depositing a metal layer on a PCB substrate (104, 1201, 1302) by laser-assisted deposition, LAD, in which jetting of metal droplets from a first donor substrate onto the PCB substrate (104, 1202, 1302) and into one or more holes therein is effected using a laser (204, 1126, 1136) to form the metal layer on the PCB substrate (104, 1202, 1302), the metal layer being subsequently dried and sintered; imaging, with an imaging unit, the metal layer so as to determine whether a desired thickness of the metal layer has been reached; repeating the jetting, drying, sintering, and imaging until the metal layer reaches the desired thickness; and thereafter forming at least one passivation layer (408, 1204, 1306) over the metal layer.
A simulation installation for simulating the status of radio communications between entities engaged in a simulated operation of the type comprising: - an entities generator providing the ability to define a set of entities engaged in the operation and a status data base of the status of entities grouping together, at each time instant, the covering status of each entity; - the scenario development means for developing a suitable scenario, capable of describing the sequencing of actions to be performed in the operation and a status data base of the status of the scenario grouping together, at each time instant, the current status of the scenario; - a radio traffic generator capable of simulating the radio traffic between the various different entities; - a central simulation module for simulating the operation, capable of executing the scenario and defining the consequences of the actions provided for by the scenario and capable of integrating these consequences in the progressive unfolding of the scenario; and - a rendering module for rendering of the status, over time, of the radio communications between entities engaged in the simulated operation; the central simulation module being capable of executing the scenario based on the status, over the course of time, of the traffic of radio communications between the entities engaged, as simulated by the radio traffic generator; and the installation including the scenario modification means for modifying the scenario in the status data base of the scenario, based on the status of the scenario executed by the central simulation module, and by taking into account the status of the communications traffic, the radio traffic generator being associated to a matrix of exchanges, and the installation including a matrix of exchanges being a set of data defining the policy and the rules of exchanges between entities and the installation including the matrix modification means (520, 580) for modifying, during the scenario, the matrix of exchanges in order to modify the policy and rules of exchanges by radio communication. - an entities generator providing the ability to define a set of entities engaged in the operation and a status data base of the status of entities grouping together, at each time instant, the covering status of each entity; - the scenario development means for developing a suitable scenario, capable of describing the sequencing of actions to be performed in the operation and a status data base of the status of the scenario grouping together, at each time instant, the current status of the scenario; - a radio traffic generator capable of simulating the radio traffic between the various different entities; - a central simulation module for simulating the operation, capable of executing the scenario and defining the consequences of the actions provided for by the scenario and capable of integrating these consequences in the progressive unfolding of the scenario; and - a rendering module for rendering of the status, over time, of the radio communications between entities engaged in the simulated operation;
An indexable cutting insert comprising parallel insert first and second sides (22A, 22B) connected by an insert peripheral surface which extends peripherally around the cutting insert; the insert peripheral surface comprising cutting edges which are spaced-apart and extend from the insert first side to the insert second side; the cutting insert further comprising at least one clamping hole opening out to one or both of the insert first and second sides (22A, 22B), the clamping hole comprising at least a clamping hole portion located in an associated insert clamping region which is defined outside of an associated cutting region of the cutting insert; a width direction (D w) is perpendicular to the insert first and second sides (22A, 22B) wherein each of the cutting edges are wider along the width direction (D w) than any other portion of the cutting insert; characterized in that at least one side seating surface is formed at the insert first side, the side seating surface being outwardly-spaced in the width direction (D w) from the insert first side, though not extending past the cutting edges in the axial direction along an index axis (C I) of the cutting insert. the insert peripheral surface comprising cutting edges which are spaced-apart and extend from the insert first side to the insert second side; the cutting insert further comprising at least one clamping hole opening out to one or both of the insert first and second sides (22A, 22B), the clamping hole comprising at least a clamping hole portion located in an associated insert clamping region which is defined outside of an associated cutting region of the cutting insert; a width direction (D w) is perpendicular to the insert first and second sides (22A, 22B) wherein each of the cutting edges are wider along the width direction (D w) than any other portion of the cutting insert; characterized in that at least one side seating surface is formed at the insert first side, the side seating surface being outwardly-spaced in the width direction (D w) from the insert first side, though not extending past the cutting edges in the axial direction along an index axis (C I) of the cutting insert.
An aminopyridine or a pharmaceutically acceptable salt thereof for use in a method for treating a sign or symptom of cerebral palsy ("CP") or an impairment or alteration consequent to CP, said method comprising administering the aminopyridine or pharmaceutically acceptable salt thereof to a patient with CP, wherein the symptom of CP or the impairment or alteration consequent to CP is not an impairment in mental status, preferably wherein the patient is human.
An assembly comprising an electronic regulating device and an electric motor which can be applied to a ventilator of a fuel burner; the regulating device comprising control means (3, 4) for controlling the speed of said electric motor, and a switching device for controlling variations in the speed of said electric motor as a function of a signal from said control means (3, 4); the regulating device being characterized in that it comprises a plurality of control inputs (7, 8, 9, 10, 11), which are controllable by a generic external flame control device of said burner, in that said control means (3, 4) comprise a programmable device for processing the signals from said control inputs (7, 8, 9, 10, 11) to control said switching device and in that the regulating device further comprises selecting means for selecting the operating mode of said control means (3, 4) and the way in which the programmable device processes the signals from control inputs (7, 8, 9, 10, 11); said electric motor being a brushless motor electrically powered with direct voltage.
A method for inspecting a short circuit, the method comprising: a step of pre-aging a plurality of battery cells each one being prepared by accommodating an electrode assembly in which a positive electrode and a negative electrode are stacked with a separator interposed therebetween in a battery container, then injecting an electrolyte, and sealing the battery container; a step of accommodating the plurality of battery cells in an activation jig; a step of pressing the activation jig; and a step of inspecting current of the battery cells, wherein the method is performed before a first formation process, and wherein the step of inspecting the battery cells comprises: applying a constant voltage to the battery cell; and detecting a separator defect by measuring a leakage current. a step of pre-aging a plurality of battery cells each one being prepared by accommodating an electrode assembly in which a positive electrode and a negative electrode are stacked with a separator interposed therebetween in a battery container, then injecting an electrolyte, and sealing the battery container; a step of accommodating the plurality of battery cells in an activation jig; a step of pressing the activation jig; and a step of inspecting current of the battery cells, wherein the method is performed before a first formation process, and wherein the step of inspecting the battery cells comprises: applying a constant voltage to the battery cell; and detecting a separator defect by measuring a leakage current. applying a constant voltage to the battery cell; and detecting a separator defect by measuring a leakage current.
An inkjet ink composition for textile printing containing a pigment, a water-dispersible polyurethane resin, a crosslinking agent being a blocked isocyanate compound and/or carbodiimide compound, and water; wherein, as the water-dispersible polyurethane resin, a resin of 1200 to 1800% in fracture elongation and 10 to 48 MPa in tensile strength is contained by 1.0 to 3.0 parts by mass relative to 1 part by mass of the pigment, and the crosslinking agent is contained by 0.03 to 0.12 parts by mass relative to 1 part by mass of the water-dispersible polyurethane resin, wherein the tensile strength and fracture elongation are determined using a tensile tester, at a measurement temperature of 25 °C and a pulling rate of 200 mm/min.
A prosthetic heart valve comprising: (a) a stent body including a generally tubular annulus region having a proximal-to-distal axis; (b) one or more prosthetic valve elements mounted to the stent body and operative to allow flow in the distal direction through the annulus region but to substantially block flow in the proximal direction through the annulus region; and characterized by (c) a cuff defining one or more pockets outside of the annulus region, each such pocket having an outer wall, an open side facing in a first axial direction and having a closed side facing in a second axial direction opposite to the first axial direction so that flow of blood in the second axial direction will tend to force blood into the pocket and bias the outer wall of the pocket outwardly relative to the stent body. (a) a stent body including a generally tubular annulus region having a proximal-to-distal axis; (b) one or more prosthetic valve elements mounted to the stent body and operative to allow flow in the distal direction through the annulus region but to substantially block flow in the proximal direction through the annulus region; and characterized by (c) a cuff defining one or more pockets outside of the annulus region, each such pocket having an outer wall, an open side facing in a first axial direction and having a closed side facing in a second axial direction opposite to the first axial direction so that flow of blood in the second axial direction will tend to force blood into the pocket and bias the outer wall of the pocket outwardly relative to the stent body.
A crystalline polymorph of the compound of formula I, wherein the polymorph is characterised by a powder X-ray diffraction pattern expressed in terms of 2θ angles, wherein the powder X-ray diffraction pattern comprises: (a) at least one 2θ angle value at 9.0 ± 0.2; and (b) one 2θ angle value at 21.7 ± 0.2; and (c) at least three 2θ angle values selected from the group comprising 7.7 ± 0.2, 11.9 ± 0.2, 13.4 ± 0.2, 15.0 ± 0.2, 15.6 ± 0.2, 16.1 ± 0.2 and 18.0 ± 0.2. (a) at least one 2θ angle value at 9.0 ± 0.2; and (b) one 2θ angle value at 21.7 ± 0.2; and (c) at least three 2θ angle values selected from the group comprising 7.7 ± 0.2, 11.9 ± 0.2, 13.4 ± 0.2, 15.0 ± 0.2, 15.6 ± 0.2, 16.1 ± 0.2 and 18.0 ± 0.2.
A direct-current power supply, comprising: a DC voltage source; a DC-AC power conversion circuit that generates an AC voltage from a DC voltage supplied from the DC voltage source; an insulating transformer connected to an AC output side of the DC-AC power conversion circuit; and a rectifier or AC-DC power conversion circuit that converts into DC an AC voltage that is output from the insulating transformer; wherein a pulse turn-on duration in an output voltage waveform of the DC-AC power conversion circuit is controlled to a value corresponding to the DC voltage supplied from the DC voltage source; wherein a pulse turn-off duration in the output voltage waveform of the DC-AC power conversion circuit changes in accordance with a predetermined time-series signal; and wherein the predetermined time-series signal is a random number whose average value becomes substantially zero within a predetermined range. a DC voltage source; a DC-AC power conversion circuit that generates an AC voltage from a DC voltage supplied from the DC voltage source; an insulating transformer connected to an AC output side of the DC-AC power conversion circuit; and a rectifier or AC-DC power conversion circuit that converts into DC an AC voltage that is output from the insulating transformer; wherein a pulse turn-on duration in an output voltage waveform of the DC-AC power conversion circuit is controlled to a value corresponding to the DC voltage supplied from the DC voltage source; wherein a pulse turn-off duration in the output voltage waveform of the DC-AC power conversion circuit changes in accordance with a predetermined time-series signal; and wherein the predetermined time-series signal is a random number whose average value becomes substantially zero within a predetermined range.
Turbine for a power plant unit for a hybrid power plant, the turbine being arranged in a turbine housing in which a flow channel for a compressible medium (10, 11) is arranged, wherein the flow channel has a drive side and an output side, wherein the compressible medium (10, 11) in the flow channel flows from the drive side to the output side, wherein the flow cross section of the flow channel increases from the drive side to the output side, so that the compressible medium (10, 11) can expand, wherein a drive shaft and at least one output impeller is arranged in the flow channel, wherein the output impeller contains a driven shaft for operating a generator, wherein the output impeller is non-rotatably connected to the output shaft, wherein the drive shaft is not connected to the output shaft, characterized in that a circulation device is provided for the compressible medium (10, 11), wherein the circulation device is in fluid-conducting connection with the flow channel, wherein the circulation device contains a branch, such that the compressible medium is configured to be divided into at least two partial flows, wherein one partial flow of the compressible medium is configured to be introduced into the flow channel on the drive side and another partial flow of the compressible medium is configured to be introduced into the flow channel on the output side downstream of the output impeller.