mhurhangee/ep-ind-claims huggingface dataset:
A flexible battery comprising: an electrode assembly; an exterior material for sealing the electrode assembly with an electrolyte, and patterns formed on each of the electrode assembly and the exterior material, wherein the patterns comprising a first pattern formed on the exterior material and a second pattern formed on the electrode assembly in the same direction as the first pattern, both patterns are disposed such that crest portions and trough portions, which are alternately formed in a longitudinal direction, are formed to be coincident with each other, wherein the crest and trough portions are formed parallel to each other in a width direction of the electrode assembly and the exterior material, respectively, wherein the exterior material includes a first exterior material configured to cover a upper surface of the electrode assembly and a second exterior material configured to cover a lower surface of the electrode assembly, wherein the first pattern formed on the first exterior material and a first pattern formed on the second exterior material are formed such that a crest of the first pattern is matched with a crest of the second pattern and a trough of the first pattern is matched with a trough of the second pattern, and a region with the patterns includes a region in which an increased surface area ratio (Sdr) according to Equation 1 below satisfies 0.5 to 40.0: Increased surface area ratio Sdr = surface area of one region with pattern − Lx × Ly Lx × Ly × 100, and wherein a surface area of one region with the patterns is a surface area based on one region of the battery in which a horizontal length is Lx (mm) and a vertical length is Ly (mm).
A construction machine comprising: a lower travelling body; an upper slewing body which is attached to the lower travelling body with a structure which allows the upper slewing body to slew with respect to the lower travelling body; a work device which is attached to the upper slewing body with a structure which allows the work device to swing in a vertical direction with respect to the upper slewing body and includes a plurality of members (31,32,33); a hydraulic pump (2A,2B) which discharges hydraulic oil; a hydraulic actuator (51,52,53) which drives the work device by receiving a supply of the hydraulic oil discharged from the hydraulic pump; a flow rate regulating part (5,7) which regulates a flow rate of the hydraulic oil supplied from the hydraulic pump to the hydraulic actuator; and a control device which controls driving of the work device, wherein the control device includes an acquiring part which acquires a motion state amount of a combined center of gravity of the plurality of members (31,32,33); characterised in that the control device further includes a generating part which generates an instruction value for controlling an operation of the flow rate regulating part such that the motion state amount follows a predetermined first target value, the instruction value being used for executing a feedback control based on the first target value and the motion state amount, and inputs the instruction value to the flow rate regulating part. a lower travelling body; an upper slewing body which is attached to the lower travelling body with a structure which allows the upper slewing body to slew with respect to the lower travelling body; a work device which is attached to the upper slewing body with a structure which allows the work device to swing in a vertical direction with respect to the upper slewing body and includes a plurality of members (31,32,33); a hydraulic pump (2A,2B) which discharges hydraulic oil; a hydraulic actuator (51,52,53) which drives the work device by receiving a supply of the hydraulic oil discharged from the hydraulic pump; a flow rate regulating part (5,7) which regulates a flow rate of the hydraulic oil supplied from the hydraulic pump to the hydraulic actuator; and a control device which controls driving of the work device, wherein the control device includes an acquiring part which acquires a motion state amount of a combined center of gravity of the plurality of members (31,32,33); characterised in that the control device further includes a generating part which generates an instruction value for controlling an operation of the flow rate regulating part such that the motion state amount follows a predetermined first target value, the instruction value being used for executing a feedback control based on the first target value and the motion state amount, and inputs the instruction value to the flow rate regulating part.
A method comprising: generating a simulated weld joint having a simulated weld bead, using a simulated welding system (100, 2000, 2400), the simulated reality welding system comprising a programmable processor-based subsystem; a spatial tracker operatively connected to the programmable processor-based subsystem; at least one mock welding tool configured to communicate with the programmable processor-based subsystem and the spatial tracker; a display device configured to communicate with the programmable processor-based subsystem and the spatial tracker, simulating the simulated weld bead based on tracked position and orientation of the mock welding tool in three-dimensional space; and displaying an image of the simulated weld joint having the simulated weld bead, on a display device of the simulated welding system (100, 2000, 2400); characterized by the method further including scrolling across a length dimension of the image of the simulated weld joint using a user interface, and displaying an image of a cross-sectional area through the simulated weld joint at successive locations along the length dimension of the image of the simulated weld joint on the display. generating a simulated weld joint having a simulated weld bead, using a simulated welding system (100, 2000, 2400), the simulated reality welding system comprising a programmable processor-based subsystem; a spatial tracker operatively connected to the programmable processor-based subsystem; at least one mock welding tool configured to communicate with the programmable processor-based subsystem and the spatial tracker; a display device configured to communicate with the programmable processor-based subsystem and the spatial tracker, a programmable processor-based subsystem; a spatial tracker operatively connected to the programmable processor-based subsystem; at least one mock welding tool configured to communicate with the programmable processor-based subsystem and the spatial tracker; a display device configured to communicate with the programmable processor-based subsystem and the spatial tracker, simulating the simulated weld bead based on tracked position and orientation of the mock welding tool in three-dimensional space; and displaying an image of the simulated weld joint having the simulated weld bead, on a display device of the simulated welding system (100, 2000, 2400); characterized by the method further including scrolling across a length dimension of the image of the simulated weld joint using a user interface, and displaying an image of a cross-sectional area through the simulated weld joint at successive locations along the length dimension of the image of the simulated weld joint on the display.
High-pressure container comprising a cylinder as a central part, wherein the cylinder is composed of a plastic, wherein the high-pressure container further comprises at least one half-shell at one axial end of the cylinder, wherein the half-shell is composed of the plastic, wherein the half-shell further comprises a substantially rotationally symmetrical insert, namely a boss part, wherein the insert has a foot part at the end of the insert facing the container interior, wherein the foot part of the insert is embedded in the plastic of the half-shell, so that the plastic surrounds the boss part at least from two sides, wherein the foot part substantially forms a hollow cone or hollow cylinder, wherein a sleeve is arranged within the inner circumference of the foot part, wherein the plastic of the half-shell is arranged between the sleeve and the inner circumference of the foot part, wherein the high-pressure container comprises a valve, which is accommodated in the boss part, wherein a stem portion of the valve is accommodated in the sleeve, wherein a sealing element, in particular a ring seal, seals between the stem portion of the valve and the sleeve, characterized in that the sleeve is press-fitted into the inner circumference of the foot part, wherein a thin plastic layer is compressed between the sleeve and the inner circumference of the foot part in the region of press fitting.
A method for validating, by a first server (21, 31, 41, 51), a Mobile Subscriber Integrated Services Digital Network, MSISDN, number associated to a subscriber identity module, SIM, wherein the first server (21, 31, 41, 51) is located in a network, wherein the first server (21, 31, 41, 51) is a payment server, and wherein the method comprises the steps of: a) sending (33,43), by a user device, an International Mobile Subscriber Identity, IMSI, to the first server (21, 31, 41, 51), through a third server, wherein the third server is a shop server; b) obtaining (34,44, 58), by the first server (21, 31, 41, 51), an identity of a second server (22, 32, 42, 52), associated to the IMSI, wherein the second server (22, 32, 42, 52) is a telecommunication operator server; c) requesting (35, 45, 59) to the second server (22, 32, 42, 52), by the first server (21, 31, 41, 51), the MSISDN number associated to the IMSI; d) receiving (37, 47, 511), by the first server (21, 31, 41, 51), the MSISDN number from the second server (22, 32, 42, 52); e) sending, by the first server (21, 31, 41, 51), and through the third server, the MSISDN number partially hidden to the user device; f) receiving, by the user device, the partially hidden MSISDN number from the first server (21, 31, 41, 51) through the third server, and g)sending, by the user device, a validation response which confirms the partially hidden MSISDN number to the first server (21, 31,41, 51) through the third server. a) sending (33,43), by a user device, an International Mobile Subscriber Identity, IMSI, to the first server (21, 31, 41, 51), through a third server, wherein the third server is a shop server; b) obtaining (34,44, 58), by the first server (21, 31, 41, 51), an identity of a second server (22, 32, 42, 52), associated to the IMSI, wherein the second server (22, 32, 42, 52) is a telecommunication operator server; c) requesting (35, 45, 59) to the second server (22, 32, 42, 52), by the first server (21, 31, 41, 51), the MSISDN number associated to the IMSI; d) receiving (37, 47, 511), by the first server (21, 31, 41, 51), the MSISDN number from the second server (22, 32, 42, 52); e) sending, by the first server (21, 31, 41, 51), and through the third server, the MSISDN number partially hidden to the user device; f) receiving, by the user device, the partially hidden MSISDN number from the first server (21, 31, 41, 51) through the third server, and g)sending, by the user device, a validation response which confirms the partially hidden MSISDN number to the first server (21, 31,41, 51) through the third server.
A method for capturing a target object, comprising: detecting target objects in a current panoramic video frame acquired by a panoramic camera, and determining a size and first position information of each of the target objects in the current panoramic video frame; characterized in that the method further comprises: determining detail camera position information corresponding to each of the target objects based on the first position information of the target object and a pre-constructed position mapping relationship between the panoramic camera and a detail camera, and determining a magnification corresponding to each of the target objects based on the size of the target object; performing block processing on the target objects based on the detail camera position information and the magnification corresponding to each of the target objects, to obtain at least one target block; wherein, each target block comprises one or more target objects; for each target block, identifying first target objects, at edge positions, among target objects comprised in the target block; determining detail camera position information corresponding to the target block based on detail camera position information corresponding to each of the first target objects; and determining a magnification corresponding to the target block based on a magnification corresponding to each of the first target objects; and for each target block, controlling the detail camera to adjust its position and magnification based on the detail camera position information and the magnification corresponding to the target block, and controlling the adjusted detail camera to capture the target block. determining detail camera position information corresponding to each of the target objects based on the first position information of the target object and a pre-constructed position mapping relationship between the panoramic camera and a detail camera, and determining a magnification corresponding to each of the target objects based on the size of the target object; performing block processing on the target objects based on the detail camera position information and the magnification corresponding to each of the target objects, to obtain at least one target block; wherein, each target block comprises one or more target objects; for each target block, identifying first target objects, at edge positions, among target objects comprised in the target block; determining detail camera position information corresponding to the target block based on detail camera position information corresponding to each of the first target objects; and determining a magnification corresponding to the target block based on a magnification corresponding to each of the first target objects; and for each target block, controlling the detail camera to adjust its position and magnification based on the detail camera position information and the magnification corresponding to the target block, and controlling the adjusted detail camera to capture the target block.
Method for role determination of a first Policy and Charging Rule Function, PCRF, in a network visited by a roaming terminal having a subscription in a home network, where the first PCRF has determined that the terminal is roaming into the network, comprising • Retrieving an address of a second PCRF in the home network by the first PRCF, • Checking if a roaming agreement exists with the home network, Characterized by the steps of: • When said roaming agreement exists taking the visiting network PCRF (V-PCRF) role by said first PRCF and negotiating a mode of operation with the second PCRF by said first PCRF, and the first PCRF assuming the negotiated mode of operation, • Receiving from the second PCRF a set of rules to be enforced for said roaming terminal in the visited network, by said first PCRF when the negotiated mode of operation is full or limited local mode, • In the case of the full local mode being negotiated, enforcing the received rules together with local operator rules for fair usage, • In the case of the limited local mode being negotiated, enforcing the received rules without applying local operator rules for fair usage, • When said roaming agreement does not exist and local policies in the network allow limited access, assuming limited PCRF mode. • Retrieving an address of a second PCRF in the home network by the first PRCF, • Checking if a roaming agreement exists with the home network, • When said roaming agreement exists taking the visiting network PCRF (V-PCRF) role by said first PRCF and negotiating a mode of operation with the second PCRF by said first PCRF, and the first PCRF assuming the negotiated mode of operation, • Receiving from the second PCRF a set of rules to be enforced for said roaming terminal in the visited network, by said first PCRF when the negotiated mode of operation is full or limited local mode, • In the case of the full local mode being negotiated, enforcing the received rules together with local operator rules for fair usage, • In the case of the limited local mode being negotiated, enforcing the received rules without applying local operator rules for fair usage, • When said roaming agreement does not exist and local policies in the network allow limited access, assuming limited PCRF mode.
A terminal comprising: a receiving section adapted to: receive, as a downlink assignment, a first downlink control information, DCI, including a first two-bit downlink assignment index, DAI, when a first duplex mode of a cell, where a downlink shared channel is scheduled, is a frequency division duplex, FDD, mode, and receive, as a downlink assignment, a second DCI including a second two-bit DAI when a second duplex mode of the cell, where the downlink shared channel is scheduled, is a time division duplex, TDD, mode; and a control section adapted to control, based on a value of the received first or second DAI, transmission of a transmission acknowledgement signal for the downlink shared channel, wherein the control section is adapted to apply ACK/NACK bundling to the transmission acknowledgement signal. a receiving section adapted to: receive, as a downlink assignment, a first downlink control information, DCI, including a first two-bit downlink assignment index, DAI, when a first duplex mode of a cell, where a downlink shared channel is scheduled, is a frequency division duplex, FDD, mode, and receive, as a downlink assignment, a second DCI including a second two-bit DAI when a second duplex mode of the cell, where the downlink shared channel is scheduled, is a time division duplex, TDD, mode; and receive, as a downlink assignment, a first downlink control information, DCI, including a first two-bit downlink assignment index, DAI, when a first duplex mode of a cell, where a downlink shared channel is scheduled, is a frequency division duplex, FDD, mode, and receive, as a downlink assignment, a second DCI including a second two-bit DAI when a second duplex mode of the cell, where the downlink shared channel is scheduled, is a time division duplex, TDD, mode; and a control section adapted to control, based on a value of the received first or second DAI, transmission of a transmission acknowledgement signal for the downlink shared channel, wherein the control section is adapted to apply ACK/NACK bundling to the transmission acknowledgement signal.
Closing mechanism for the moulds of an IS machine with two mould holders (3, 4; 27, 28) which are disposed so as to be displaceable between an open and a closed position and are respectively arranged to fasten at least one mould half(5, 29), and with at least one drive which is arranged to displace the mould holders (3, 4; 27, 28) between said positions, wherein each mould holder (3, 4; 27, 28) is fitted with a line network integrated therein and intended to carry a coolant, characterised in that the mould holders (3, 4; 27, 28) are formed in a yoke-like manner, are supported on both sides on straight guides (1, 2; 25, 26) extending parallel to one another and are displaceable between said positions, in that the two mould holders (3, 4; 27, 28) are connected to one another by means of at least one spindle gear (13, 36, 37) intended and arranged to provide a linear motion, in that the drive is coupled to this spindle gear, in that the spindle gear (13, 36, 37) used consists of a threaded spindle connected to the drive and comprising two opposing threaded portions (39, 40) which are respectively engaged with a threaded sleeve connected to a mould holder (3, 4; 27, 28), and in that housings (74, 75) are provided as parts of the machine base body of the IS machine and are arranged at least to receive the spindle gears (13, 36, 37), wherein the housings (74, 75) are connected to one another in a direction perpendicular to the guides (1, 2; 25, 26) by means of transverse structures (76, 77) of the machine base body, and in that at least one network (78, 79) intended to carry a coolant is disposed within the transverse structures (76, 77).
A drive axle system comprising: a first drive axle assembly; and a second drive axle assembly, wherein the first drive axle assembly and second drive axle assembly are arranged in a tandem axle configuration and the second drive axle is coupled to the first drive axle assembly via a prop shaft that is operatively coupled to a slip clutch; characterized by a controller configured to allow the slip clutch to slip so as to reduce torque that is provided from the first drive axle assembly to the second drive axle assembly, when wheel slip of a wheel assembly that is provided with the second drive axle assembly is detected. a first drive axle assembly; and a second drive axle assembly, wherein the first drive axle assembly and second drive axle assembly are arranged in a tandem axle configuration and the second drive axle is coupled to the first drive axle assembly via a prop shaft that is operatively coupled to a slip clutch; characterized by a controller configured to allow the slip clutch to slip so as to reduce torque that is provided from the first drive axle assembly to the second drive axle assembly, when wheel slip of a wheel assembly that is provided with the second drive axle assembly is detected.
A tool apparatus configured for performing dry transfer printing, said apparatus comprising: a base plate having a center opening; a top plate operationally connected to said base plate; a transfer stamp designed for performing transfer printing, wherein said stamp has a top surface; an actuator operationally connected to said top plate; and a micro-chamber having an internal cavity for separating said transfer stamp from said top plate, wherein said micro-chamber is capable of controllable pressurization and rapid depressurization, wherein upon pressurization said internal cavity is configured for exerting a controllable pressure against said transfer stamp top surface, wherein said internal cavity has a volume that is variably controlled by said actuator, Said apparatus being characterized by comprising the following features the top plate comprises an optically transparent window; the apparatus comprises a mount for operationally connecting the transfer stamp to the base plate; the actuator is configured for controllably moving the top plate; the internal cavity is formed by the top plate and the transfer stamp top surface. a base plate having a center opening; a top plate operationally connected to said base plate; a transfer stamp designed for performing transfer printing, wherein said stamp has a top surface; an actuator operationally connected to said top plate; and a micro-chamber having an internal cavity for separating said transfer stamp from said top plate, wherein said micro-chamber is capable of controllable pressurization and rapid depressurization, wherein upon pressurization said internal cavity is configured for exerting a controllable pressure against said transfer stamp top surface, wherein said internal cavity has a volume that is variably controlled by said actuator, Said apparatus being characterized by comprising the following features the top plate comprises an optically transparent window; the apparatus comprises a mount for operationally connecting the transfer stamp to the base plate; the actuator is configured for controllably moving the top plate; the internal cavity is formed by the top plate and the transfer stamp top surface.