mhurhangee/ep-ind-claims huggingface dataset:
A two-phase flow exciting force evaluation method for evaluating an exciting force which acts, from a two-phase flow flowing in a flow section, on a plurality of tube bodies arranged so as to intersect with the flow of the two-phase flow, comprising: forming the surface of one of the plurality of tube bodies at least partially from a conductive material; measuring displacement or stress of the tube body in a state of being vibrated by a shaking device at a desired amplitude and frequency which simulates vibration received from the fluid flowing inside the tube body; and measuring a void fraction of the two-phase flow flowing in the vicinity of the tube body, based on a potential difference between an electric potential at a predetermined position on the surface of the tube body, and a reference electric potential. forming the surface of one of the plurality of tube bodies at least partially from a conductive material; measuring displacement or stress of the tube body in a state of being vibrated by a shaking device at a desired amplitude and frequency which simulates vibration received from the fluid flowing inside the tube body; and measuring a void fraction of the two-phase flow flowing in the vicinity of the tube body, based on a potential difference between an electric potential at a predetermined position on the surface of the tube body, and a reference electric potential.
An articulated joint for orthopedic orthoses or braces designed for joint rehabilitation forming part of each of two groups which make up the frame of an orthopedic orthosis or brace designed for joint rehabilitation, said articulated joint comprising means of constraint consisting, in the example for application to a knee, of rods for the tibia and rods for the femur positioned in areas proximal to the joint and of a structure connecting said means consisting of an articulated hinge positioned, in use, at the level of the joint itself and provided with four pivots designed to ensure the necessary mobility obtained by the presence of multiple centres of rotation, said articulated hinge comprising two plates (55, 56) reciprocally connected by means of four quadrilaterally positioned hinging means such as rivets or similar, in order to enclose the ends of the rods (51, 52) which face each other, wherein between the ends of the two rods (51, 52) are spacers or stops which, appropriately dimensioned, act as stops on flexion and extension of the rods of the brace, said articulated hinge being characterised in that the outer plate of the articulated hinge presents openings (61, 62) which accommodate pairs of stops which limit the ROM of the joint, and that said stops are inserted transversally with respect to the planar surface of the articulated hinge, penetrating the openings (61, 62), so that the projections of the stops act as transverse stops against the end parts (70, 71) of the rods (51, 52).
An audio device (102; 152; 200; 330) comprising: a communication interface configured for communication with a master device; at least one microphone (176; 216); at least one processor; and program instructions stored on a non-transitory computer-readable medium and executable by the at least one processor to: enable an unlock-sync feature unlocking the audio device whenever the master device is unlocked and determine that the master device is in an unlocked state, and responsively keep the audio device in an unlocked state so long as the master device is unlocked so that the audio device remains in the unlocked state whenever the master device is in an unlocked state and the audio device and the master device can be unlocked by a user using only an unlocking process for the master device; and while the master device is in a locked state, implement a separate audio device unlock process, wherein the audio device unlock process provides a mechanism to unlock the audio device independently from the master device and while the master device remains locked. a communication interface configured for communication with a master device; at least one microphone (176; 216); at least one processor; and program instructions stored on a non-transitory computer-readable medium and executable by the at least one processor to: enable an unlock-sync feature unlocking the audio device whenever the master device is unlocked and determine that the master device is in an unlocked state, and responsively keep the audio device in an unlocked state so long as the master device is unlocked so that the audio device remains in the unlocked state whenever the master device is in an unlocked state and the audio device and the master device can be unlocked by a user using only an unlocking process for the master device; and while the master device is in a locked state, implement a separate audio device unlock process, wherein the audio device unlock process provides a mechanism to unlock the audio device independently from the master device and while the master device remains locked. enable an unlock-sync feature unlocking the audio device whenever the master device is unlocked and determine that the master device is in an unlocked state, and responsively keep the audio device in an unlocked state so long as the master device is unlocked so that the audio device remains in the unlocked state whenever the master device is in an unlocked state and the audio device and the master device can be unlocked by a user using only an unlocking process for the master device; and while the master device is in a locked state, implement a separate audio device unlock process, wherein the audio device unlock process provides a mechanism to unlock the audio device independently from the master device and while the master device remains locked.
A header-tank assembly (100a, 100b) comprising: - a tank (10a, 10b) comprising foot portions (12a, 12b) configured on at least one pair of opposite sides thereof; - a header (20a, 20b) comprising tabs (22a, 22b) configured on at least one pair of opposite sides thereof, the tabs (22a, 22b) adapted to be crimped along fold lines (24a, 24b) configured thereon to receive the respective foot portions (12a, 12b) of the tank (10a, 10b) and configure connection between the header (20a, 20b) and the tank (10a, 10b); - a sealing element (30a, 30b) disposed between the foot portions (12a, 12b) of the tank (10a, 10b) and the header (20a, 20b); - a notch (26a, 26b) is configured on an outside wall of each tab (22a, 22b), the notch (26a, 26b) extends along the fold line (24a, 24b) to facilitate crimping of the tabs (22a, 22b) over the respective foot portions (12a, 12b); characterized in that the thickness of each tab (22a, 22b) along the notch (26a, 26b) is reduced by 10-35 percent as compared to the rest of the tab (22a, 22b). - a tank (10a, 10b) comprising foot portions (12a, 12b) configured on at least one pair of opposite sides thereof; - a header (20a, 20b) comprising tabs (22a, 22b) configured on at least one pair of opposite sides thereof, the tabs (22a, 22b) adapted to be crimped along fold lines (24a, 24b) configured thereon to receive the respective foot portions (12a, 12b) of the tank (10a, 10b) and configure connection between the header (20a, 20b) and the tank (10a, 10b); - a sealing element (30a, 30b) disposed between the foot portions (12a, 12b) of the tank (10a, 10b) and the header (20a, 20b); - a notch (26a, 26b) is configured on an outside wall of each tab (22a, 22b), the notch (26a, 26b) extends along the fold line (24a, 24b) to facilitate crimping of the tabs (22a, 22b) over the respective foot portions (12a, 12b); characterized in that the thickness of each tab (22a, 22b) along the notch (26a, 26b) is reduced by 10-35 percent as compared to the rest of the tab (22a, 22b). - a notch (26a, 26b) is configured on an outside wall of each tab (22a, 22b), the notch (26a, 26b) extends along the fold line (24a, 24b) to facilitate crimping of the tabs (22a, 22b) over the respective foot portions (12a, 12b); characterized in that the thickness of each tab (22a, 22b) along the notch (26a, 26b) is reduced by 10-35 percent as compared to the rest of the tab (22a, 22b).
Use of a road vehicle tractor/trailer combination in logistics centres for individual manoeuvring to loading ramps, with a controllable towing vehicle (2; 14; 21) with at least one driven axle (6; 15) in combination with at least one vehicle coupled to the towing vehicle (2; 14; 21), wherein at least one axle (9; 12; 17; 25) of the vehicle coupled to the towing vehicle (2; 14; 21) is implemented as a drive module and temporary drive axle, wherein the drive module comprises a drive unit that can be automatically actuated and activated for a limited time by means of a control unit depending on the determined driving state and the determined drive demand of the road vehicle tractor/trailer combination, wherein the drive unit of the drive module comprises at least one electric motor that is disposed directly on the drive axle (9; 12; 17; 25) and the power supply, together with a signal communication, is carried out via a plug connection from the towing vehicle (2; 14; 21), wherein the drive module is able to be activated automatically or is able to be activated individually by hand in logistics centres for individual manoeuvring to loading ramps, depending on the driving mode, with variable power, under the operating condition which is predetermined or determined by communication with the towing vehicle (2; 14; 21) and/or by a sensor arrangement of the drive module, wherein the power supply is then carried out contactlessly by means of charging loops in the ground. with a controllable towing vehicle (2; 14; 21) with at least one driven axle (6; 15) in combination with at least one vehicle coupled to the towing vehicle (2; 14; 21), wherein at least one axle (9; 12; 17; 25) of the vehicle coupled to the towing vehicle (2; 14; 21) is implemented as a drive module and temporary drive axle, wherein the drive module comprises a drive unit that can be automatically actuated and activated for a limited time by means of a control unit depending on the determined driving state and the determined drive demand of the road vehicle tractor/trailer combination, wherein the drive unit of the drive module comprises at least one electric motor that is disposed directly on the drive axle (9; 12; 17; 25) and the power supply, together with a signal communication, is carried out via a plug connection from the towing vehicle (2; 14; 21), wherein the drive module is able to be activated automatically or is able to be activated individually by hand in logistics centres for individual manoeuvring to loading ramps, depending on the driving mode, with variable power, under the operating condition which is predetermined or determined by communication with the towing vehicle (2; 14; 21) and/or by a sensor arrangement of the drive module, wherein the power supply is then carried out contactlessly by means of charging loops in the ground.
A membrane electrode assembly comprising: an electrode consisting of at least one compound selected from the group consisting of lanthanum strontium cobalt complex oxide, lanthanum strontium cobalt iron complex oxide, and lanthanum strontium iron complex oxide, or consisting of a composite of the at least one compound and an electrolyte material; and a first solid electrolyte membrane represented by a composition formula of BaZr 1-x Lu x O 3-δ with x = 0.2 and δ = 0.1, wherein the electrode is in contact with the first solid electrolyte membrane. an electrode consisting of at least one compound selected from the group consisting of lanthanum strontium cobalt complex oxide, lanthanum strontium cobalt iron complex oxide, and lanthanum strontium iron complex oxide, or consisting of a composite of the at least one compound and an electrolyte material; and a first solid electrolyte membrane represented by a composition formula of BaZr 1-x Lu x O 3-δ with x = 0.2 and δ = 0.1, wherein the electrode is in contact with the first solid electrolyte membrane.
A vent structure (1A, 1B) comprising: a housing provided with an opening having a tapered surface whose diameter increases from an interior space of the housing toward an exterior space thereof; a vent member including: a support body fitted into the opening and having a vent passage opening into the interior space; a waterproof gas-permeable membrane that closes the vent passage; and a cover that covers the waterproof gas-permeable membrane; and a seal member that seals a gap between the housing and the support body around the vent passage, wherein the support body is provided with a through-hole constituting the vent passage, and has: a base portion to which the waterproof gas-permeable membrane is bonded; a tubular stem portion fitted with the seal member and extending from the base portion so as to be engaged with an inside surface of the housing; and a pressing portion that presses the seal member against the tapered surface in the opening, and characterized in that the pressing portion is arranged at a corner formed by the base portion and the stem portion without being in contact with the tapered surface, the pressing portion has a ring shape surrounding the base of the stem portion, comprising a bottom horizontal surface and a vertical flange surface, the bottom horizontal surface being located closer to the interior space than a surface of the housing, and the top of the sealing member is in contact with said bottom horizontal surface of the pressing portion. a housing provided with an opening having a tapered surface whose diameter increases from an interior space of the housing toward an exterior space thereof; a vent member including: a support body fitted into the opening and having a vent passage opening into the interior space; a waterproof gas-permeable membrane that closes the vent passage; and a cover that covers the waterproof gas-permeable membrane; and a seal member that seals a gap between the housing and the support body around the vent passage, wherein the support body is provided with a through-hole constituting the vent passage, and has: a base portion to which the waterproof gas-permeable membrane is bonded; a tubular stem portion fitted with the seal member and extending from the base portion so as to be engaged with an inside surface of the housing; and a pressing portion that presses the seal member against the tapered surface in the opening, and characterized in that the pressing portion is arranged at a corner formed by the base portion and the stem portion without being in contact with the tapered surface, the pressing portion has a ring shape surrounding the base of the stem portion, comprising a bottom horizontal surface and a vertical flange surface, the bottom horizontal surface being located closer to the interior space than a surface of the housing, and the top of the sealing member is in contact with said bottom horizontal surface of the pressing portion.
A method for wireless communications, comprising: determining, at a user equipment, UE, that a voice call over a legacy cell has terminated; receiving at the UE, from the legacy cell, a radio resource control, RRC, release message in response to the termination of the voice call, wherein the RRC release message includes RRC redirection information that comprises one or both of cell or frequency information associated with an evolved universal terrestrial radio access network, E-UTRAN, cell; selecting at the UE, in response to the RRC release message, a new radio, NR, cell for communication without camping on either the legacy cell or a E-UTRAN cell after the voice call has terminated, wherein selecting the NR cell includes overriding at least one procedure associated with the RRC release message, and analyzing the one or both of the cell or frequency information associated with the E-UTRAN cell to determine whether there is at least one NR cell near the E-UTRAN cell, and selecting the NR cell based on determining that there is at least one NR cell near the E-UTRAN cell; and establishing communication with the NR cell based on the selection. determining, at a user equipment, UE, that a voice call over a legacy cell has terminated; receiving at the UE, from the legacy cell, a radio resource control, RRC, release message in response to the termination of the voice call, wherein the RRC release message includes RRC redirection information that comprises one or both of cell or frequency information associated with an evolved universal terrestrial radio access network, E-UTRAN, cell; selecting at the UE, in response to the RRC release message, a new radio, NR, cell for communication without camping on either the legacy cell or a E-UTRAN cell after the voice call has terminated, wherein selecting the NR cell includes overriding at least one procedure associated with the RRC release message, and analyzing the one or both of the cell or frequency information associated with the E-UTRAN cell to determine whether there is at least one NR cell near the E-UTRAN cell, and selecting the NR cell based on determining that there is at least one NR cell near the E-UTRAN cell; and establishing communication with the NR cell based on the selection.
A computer-implemented method, comprising: obtaining a transaction item with a message identifier and a session identifier; adding the transaction item to an earliest aggregated transaction in a list of aggregated transactions in which no other transaction item has the same session identifier; executing a first aggregated transaction in the list of aggregated transactions that has met execution criteria; in response to determining that the aggregated transaction is not committing, extracting a message identifier from each transaction item that has caused an error; breaking up the aggregated transaction into multiple smaller aggregated transactions such that each new aggregated transaction contains at most one transaction item having a message identifier associated with the error and such that error-causing transaction items can be isolated; processing each new aggregated transaction; and responsively adjusting a target size of each aggregated transaction based on measurements of system throughput, wherein the target size is increased if throughput increases and decreased if throughput decreases; wherein the execution criteria comprises a size of the aggregated transaction reaching a predetermined target size. obtaining a transaction item with a message identifier and a session identifier; adding the transaction item to an earliest aggregated transaction in a list of aggregated transactions in which no other transaction item has the same session identifier; executing a first aggregated transaction in the list of aggregated transactions that has met execution criteria; in response to determining that the aggregated transaction is not committing, extracting a message identifier from each transaction item that has caused an error; breaking up the aggregated transaction into multiple smaller aggregated transactions such that each new aggregated transaction contains at most one transaction item having a message identifier associated with the error and such that error-causing transaction items can be isolated; processing each new aggregated transaction; and responsively adjusting a target size of each aggregated transaction based on measurements of system throughput, wherein the target size is increased if throughput increases and decreased if throughput decreases; wherein the execution criteria comprises a size of the aggregated transaction reaching a predetermined target size.
A load gate for a vehicle such as a forwarder or similar and intended to limit a front end gable of a load compartment formed from load bunks and stakes, and comprising outer frame sections (28, 29, 31, 32) that, joined at their ends, form a surrounding principally square or rectangular outer frame, an inner structure that extends between the frame parts and by which the outer frame sections are mutually joined, and further comprising a central principal gate section and side gate sections (26, 26') arranged on each side of this, and the central principal gate section demonstrating a grille inner structure formed from a number of elements placed in a sequence after each other with a different orientation than that of the load bunks and which extend linearly and are located in a parallel manner with a standing orientation, characterised in that the side gate sections (26, 26') demonstrate a grille inner structure formed from a number of elements placed in a sequence after each other with an orientation that differs from that of the stakes, and that the elements that form the grille inner structure are linear elements that comprise flat steel bars, the broader sides of which are turned to face each other.
Method for improving the quality of the surface on main and pin bearings of crankshafts made of cast steel by machining surfaces of the bearing seats of main and pin bearings on crankshafts, in particular after machining of the surfaces with an indeterminate cutting edge by grinding or finishing, characterized in that the surfaces are irradiated with a laser beam in such a way that a martensitic boundary layer with a depth of between 0.01 mm and 0.10 mm is produced with this laser beam and wherein the surfaces lasered in this way are smoothed with a finishing tool.
A method, performed by a radio network node, for managing a request for a radio access bearer, the method comprising: determining a first value relating to utilization of radio resources in a first set of subframes, wherein the first set of subframes includes: a second set of subframes, wherein the second set of subframes is dedicated for transmission by the radio network node to multiple radio communication devices (120, 121); and a third set of subframes, wherein the third set of subframes is different from the second set of subframes; determining a second value relating to utilization of radio resources in the third set of subframes; receiving, from a network node (140, 150, 160), the request for the radio access bearer to be used by a radio communication device; obtaining an indication relating to a capability of the radio communication device to receive transmission, dedicated to the radio communication device, in one or more of the second set of subframes; determining a response to the request based on the first value, the second value and the indication; and sending the response to the network node (140, 150, 160); characterised in that the indication indicates that the radio communication device is uncapable of receiving user data as uni-cast transmission in the second set of subframes, and setting the response to indicate that the request is admitted when the second value is below a second threshold value for admitting the request so that the radio communication device is not able to take advantage of any free radio resources in the second set of subframes. determining a first value relating to utilization of radio resources in a first set of subframes, wherein the first set of subframes includes: a second set of subframes, wherein the second set of subframes is dedicated for transmission by the radio network node to multiple radio communication devices (120, 121); and a third set of subframes, wherein the third set of subframes is different from the second set of subframes; a second set of subframes, wherein the second set of subframes is dedicated for transmission by the radio network node to multiple radio communication devices (120, 121); and a third set of subframes, wherein the third set of subframes is different from the second set of subframes; determining a second value relating to utilization of radio resources in the third set of subframes; receiving, from a network node (140, 150, 160), the request for the radio access bearer to be used by a radio communication device; obtaining an indication relating to a capability of the radio communication device to receive transmission, dedicated to the radio communication device, in one or more of the second set of subframes; determining a response to the request based on the first value, the second value and the indication; and sending the response to the network node (140, 150, 160);