mhurhangee/ep-ind-claims huggingface dataset:
A wear amount estimation method for estimating a wear amount of aircraft tires in a touching down state based on information related to the aircraft, the method comprising: calculating a shearing force of each rib, the ribs being formed on a tread surface of the tire, and being partitioned by circumferential grooves, the circumferential grooves being formed on the tread surface and extending along a tire circumferential direction; calculating a wear energy of the aircraft tire based on the shearing force; and estimating the wear amount of the aircraft tire based on the wear energy and a wear resistance showing a relationship between a predetermined wear amount; wherein the information related to the aircraft includes an internal pressure of the aircraft tire, characterized in that: the shearing force of each rib is calculated based on an average grounding pressure of each rib of the aircraft tire; and in that: the average grounding pressure of each rib is calculated based on the internal pressure and a wheel load applied to the aircraft tire. calculating a shearing force of each rib, the ribs being formed on a tread surface of the tire, and being partitioned by circumferential grooves, the circumferential grooves being formed on the tread surface and extending along a tire circumferential direction; calculating a wear energy of the aircraft tire based on the shearing force; and estimating the wear amount of the aircraft tire based on the wear energy and a wear resistance showing a relationship between a predetermined wear amount; wherein the information related to the aircraft includes an internal pressure of the aircraft tire, characterized in that: the shearing force of each rib is calculated based on an average grounding pressure of each rib of the aircraft tire; and in that: the average grounding pressure of each rib is calculated based on the internal pressure and a wheel load applied to the aircraft tire.
A memory block type processing method, applied to an electronic device, a memory of the electronic device comprising a plurality memory blocks of a movable type, a plurality of memory blocks of a reclaimable type and a plurality of memory blocks of an unmovable type, characterized in that the method comprises: monitoring a state of each memory block in the electronic device; when it is monitored that a memory block is released, detecting a type of the released memory block; responsive to detecting that an original type of the released memory block is inconsistent with a present type of the released memory block, detecting a released memory capacity of the released memory block; and adjusting the present type of the released memory block according to the detected released memory capacity, wherein the step of detecting the released memory capacity of the released memory block comprises: detecting the released memory capacity of the released memory block; and comparing the detected released memory capacity with a preset capacity threshold value, wherein the step of adjusting the present type of the released memory block according to the detected released memory capacity comprises: when the detected released memory capacity is not less than the preset capacity threshold value, adjusting the present type of the released memory block into the original type of the released memory block. monitoring a state of each memory block in the electronic device; when it is monitored that a memory block is released, detecting a type of the released memory block; responsive to detecting that an original type of the released memory block is inconsistent with a present type of the released memory block, detecting a released memory capacity of the released memory block; and adjusting the present type of the released memory block according to the detected released memory capacity, wherein the step of detecting the released memory capacity of the released memory block comprises: detecting the released memory capacity of the released memory block; and comparing the detected released memory capacity with a preset capacity threshold value, wherein the step of adjusting the present type of the released memory block according to the detected released memory capacity comprises: when the detected released memory capacity is not less than the preset capacity threshold value, adjusting the present type of the released memory block into the original type of the released memory block. detecting the released memory capacity of the released memory block; and comparing the detected released memory capacity with a preset capacity threshold value, wherein the step of adjusting the present type of the released memory block according to the detected released memory capacity comprises: when the detected released memory capacity is not less than the preset capacity threshold value, adjusting the present type of the released memory block into the original type of the released memory block.
A method of wireless communication performed by an apparatus of a user equipment, UE, comprising: receiving, from a base station, BS, a set of channel occupancy time, COT structure indicators, COT-SIs, identifying a set of parameters of a COT for the UE; decoding, based on a state of the UE, at least one COT-SI of the set of COT-SIs to determine at least one parameter of the set of parameters of the COT, wherein the at least one COT-SI includes an indicator identifying at least one index value for a COT table, and wherein the COT table includes slot format information for an entire portion of the COT; and communicating with the BS, in accordance with the at least one parameter, based on decoding the at least one COT-SI. receiving, from a base station, BS, a set of channel occupancy time, COT structure indicators, COT-SIs, identifying a set of parameters of a COT for the UE; decoding, based on a state of the UE, at least one COT-SI of the set of COT-SIs to determine at least one parameter of the set of parameters of the COT, wherein the at least one COT-SI includes an indicator identifying at least one index value for a COT table, and wherein the COT table includes slot format information for an entire portion of the COT; and wherein the at least one COT-SI includes an indicator identifying at least one index value for a COT table, and wherein the COT table includes slot format information for an entire portion of the COT; and communicating with the BS, in accordance with the at least one parameter, based on decoding the at least one COT-SI.
A computer-implemented method for a transaction validation node of a blockchain network, the transaction validation node configured to validate transactions and maintain a distributed, decentralised storage of validated transactions, the computer-implemented method comprising: (i) receiving transactions from the blockchain network; (ii) validating transactions received from the blockchain network; (iii) maintaining a distributed, decentralized storage of validated transactions with other transaction validation nodes in the blockchain network; and (iv) distributing data corresponding to validated transactions from the transaction validation node to at least one mining node in the blockchain network for mining, the method further comprising: (v) receiving mined data from the blockchain network corresponding to said validated transactions; (vi) assembling blocks based on said mined data; and (vii) sending assembled blocks to a storage entity for storing on a blockchain. (i) receiving transactions from the blockchain network; (ii) validating transactions received from the blockchain network; (iii) maintaining a distributed, decentralized storage of validated transactions with other transaction validation nodes in the blockchain network; and (iv) distributing data corresponding to validated transactions from the transaction validation node to at least one mining node in the blockchain network for mining, the method further comprising: (v) receiving mined data from the blockchain network corresponding to said validated transactions; (vi) assembling blocks based on said mined data; and (vii) sending assembled blocks to a storage entity for storing on a blockchain. (v) receiving mined data from the blockchain network corresponding to said validated transactions; (vi) assembling blocks based on said mined data; and (vii) sending assembled blocks to a storage entity for storing on a blockchain.
A system for inhibiting migration of anchors of a heart implant device comprising: a tension member having a first end and a second end; a first anchor coupled with the tension member at the first end, the first anchor being configured for anchoring engagement with a first wall of the heart; a second anchor slidably couplable with the tension member, the second anchor having a variable force mode that allows the second anchor to axially slide proximally and distally along the tension member and also having a set force mode that inhibits proximal movement of the second anchor along the tension member, the second anchor being configured for anchoring engagement with a second wall of the heart; and a tension device configured to engage the second anchor so as to apply a desired anchor force between the tension member and the second anchor, the tension device comprising a shaft extending from a proximal end to a distal end, a lumen located in the shaft through which the tension member is inserted, and a tube that is slidably disposed over the shaft, characterized in that: said tube includes a compression spring and indicia that provide an indication of the applied anchor force between the tension member and the second anchor by showing deflection of the spring. a tension member having a first end and a second end; a first anchor coupled with the tension member at the first end, the first anchor being configured for anchoring engagement with a first wall of the heart; a second anchor slidably couplable with the tension member, the second anchor having a variable force mode that allows the second anchor to axially slide proximally and distally along the tension member and also having a set force mode that inhibits proximal movement of the second anchor along the tension member, the second anchor being configured for anchoring engagement with a second wall of the heart; and a tension device configured to engage the second anchor so as to apply a desired anchor force between the tension member and the second anchor, the tension device comprising a shaft extending from a proximal end to a distal end, a lumen located in the shaft through which the tension member is inserted, and a tube that is slidably disposed over the shaft, characterized in that: said tube includes a compression spring and indicia that provide an indication of the applied anchor force between the tension member and the second anchor by showing deflection of the spring. said tube includes a compression spring and indicia that provide an indication of the applied anchor force between the tension member and the second anchor by showing deflection of the spring.
Filter element for filtering a fluid, in particular air, having at least one filter bellows with a zigzag-folded filter medium, having a raw-side inflow surface and a clean-side outflow surface, wherein the filter bellows is disposed in a frame, having at least one seal which is circumferentially disposed at least partially contiguously at least sectionwise at an exterior circumferential side of the filter medium and/or on the inflow surface or at and/or on the outflow surface of the filter bellows and is sealingly connected to the filter bellows by casting, foaming or injection molding, and wherein a plurality of elongated adhesive sections are disposed along at least two adhesive lines on the filter medium on the inflow surface and/or on the outflow surface of the filter bellows, characterized in that the filter element features tension-relieving means for compensating a change in length of the adhesive lines with respect to the filter medium and/or the seal, wherein the seal is connected to the reinforcing frame using form-fit elements thanks to casting, foaming or injection molding, wherein a tight fit of the seal is provided as a tension-relieving means on at least one longitudinal side and/or one transverse side of the reinforcing frame, said longitudinal side and/or transverse side being oriented obliquely or perpendicularly to the adhesive lines, wherein the form-fit elements are omitted on at least one longitudinal side or transverse side of the reinforcing frame. wherein the filter bellows is disposed in a frame, having at least one seal which is circumferentially disposed at least partially contiguously at least sectionwise at an exterior circumferential side of the filter medium and/or on the inflow surface or at and/or on the outflow surface of the filter bellows and is sealingly connected to the filter bellows by casting, foaming or injection molding, and wherein a plurality of elongated adhesive sections are disposed along at least two adhesive lines on the filter medium on the inflow surface and/or on the outflow surface of the filter bellows, characterized in that the filter element features tension-relieving means for compensating a change in length of the adhesive lines with respect to the filter medium and/or the seal, wherein the seal is connected to the reinforcing frame using form-fit elements thanks to casting, foaming or injection molding, wherein a tight fit of the seal is provided as a tension-relieving means on at least one longitudinal side and/or one transverse side of the reinforcing frame, said longitudinal side and/or transverse side being oriented obliquely or perpendicularly to the adhesive lines, wherein the form-fit elements are omitted on at least one longitudinal side or transverse side of the reinforcing frame.
A Ni-based casting alloy composition consisting of, in mass%, 0.001% to 0.1% C, 15% to 23% Cr, 0% to 11.5% Mo, 3% to 17.5% W, 5 or less % Fe, 10 or less % Co, 0.4 or less % Ti, 0.4 or less % Al, and Nb and Ta with 0.5% ≤ Nb + Ta ≤ 4.15%, wherein 7% ≤ Mo + 1/2W ≤ 13% is satisfied, and the balance being Ni and inevitable impurities.
Endoscope having an endoscope shaft which is made from an extruded silicon material, and an everting tube arrangement consisting of an everting tube which with relatively sliding moveability surrounds the endoscope shaft for transmitting a driving force, wherein the everting tube is made from an extruded rubber material, wherein the everting tube is post-treated by heat-treatment and/or washing, characterized in that the endoscope shaft comprises a continuous, spiral-shaped and circumferential projection knob on its peripheral surface, which has been created by the extrusion of the endoscope shaft, and which, as a spacer between the endoscope shaft and the everting tube surrounding it, defines a space in which a lubricant is introduced, wherein the lubricant is incorporated also in the knob surface of the projection knob, so as to exit from it upon pressure application.
Cable for transmitting electrical signals with an outer sheath made of an electrically insulating material and at least N lines n with N ≥ 2 and N ∈ N which are arranged within the outer sheath, wherein each line n with n ∈ [1, N] comprises a total of M wires (16, 18, 20, 22) made of an electrically conductive material with M ≥ 1 and M ∈ N, wherein the wire m (16, 18, 20, 22) with m ∈ [1, M], m ∈ N of the line n with n ∈ [1, N], n ∈ N is surrounded by a dielectric (24, 26, 28, 30) with a predetermined value for the relative permittivity ε r (m,n) > 1, wherein for each line n the value for the relative permittivity of the dielectric (24, 26, 28, 30) of the wires (16, 18, 20, 22) of this line n is identical, except for deviations resulting from the manufacturing process, so that ε r (p,n) = ε r (p+q,n), wherein q ∈ [1, M - p], q ∈ N, p ∈ [1, M - 1], p ∈ N, wherein, for at least two different lines n = j and n = j and n = (j+s): ε r (m,j) = ε r (m,j+s) - k(s) with m ∈ [1,M], m ∈ N, j ∈ [1,N - 1], j ∈ N, s ∈ [1,N - j], s ∈ N, wherein k s ∈ R and k ( s) ∈ [-2,0,-0.01] and k ( s) ∈ [0.01,2.0], characterised in that the cable is a star quad cable with M = 2 and N = 2, wherein the four wires (16, 18, 20, 22) of the two lines are twisted with one another in a cruciform manner.
A weighing device comprising: a weighing unit that weighs a weight value of an article put from an outside; a trough that extends toward the weighing unit and has an open upper portion; a screw that rotates in the trough to convey the article put in the trough toward the weighing unit; a drive portion that rotates the screw; and a control unit that controls the rotation, characterized in that the control unit causes the screw to convey the article by switching between a first rotation in which the article is conveyed in a direction of approaching the weighing unit and a second rotation in which the article is conveyed in a direction away from the weighing unit, on the basis of a torque generated at the time of the rotation or a rotation speed of the rotation. a weighing unit that weighs a weight value of an article put from an outside; a trough that extends toward the weighing unit and has an open upper portion; a screw that rotates in the trough to convey the article put in the trough toward the weighing unit; a drive portion that rotates the screw; and a control unit that controls the rotation, characterized in that the control unit causes the screw to convey the article by switching between a first rotation in which the article is conveyed in a direction of approaching the weighing unit and a second rotation in which the article is conveyed in a direction away from the weighing unit, on the basis of a torque generated at the time of the rotation or a rotation speed of the rotation.
A method of communication, comprising: receiving a first message, wherein the first message comprises a bearer context request and includes a transaction identifier; sending (210, 402, 802) a second message in response to the receipt of the first message, wherein the second message accepts the bearer context request; and characterised by starting (214, 404) a timer based on the sending of the second message; receiving a lower layer indication that the second message was delivered; and stopping the timer as a result of the receipt of the lower layer indication, wherein the timer provides an indication of a period of time during which receipt of a retransmission of the first message triggers sending of a third message that accepts the bearer context. receiving a first message, wherein the first message comprises a bearer context request and includes a transaction identifier; sending (210, 402, 802) a second message in response to the receipt of the first message, wherein the second message accepts the bearer context request; and characterised by starting (214, 404) a timer based on the sending of the second message; receiving a lower layer indication that the second message was delivered; and stopping the timer as a result of the receipt of the lower layer indication, wherein the timer provides an indication of a period of time during which receipt of a retransmission of the first message triggers sending of a third message that accepts the bearer context.
A method implemented in a server computer for operating a communication under inclusion of a network transport layer, preferably the TCP-IP protocol, between at least one first communication device and a second communication device, including an initial user authentication procedure, wherein at least said server computer controlling said communication by providing a connection between said first and second communication device, wherein said communication is either extended across network borders or is confronted with repeated network disconnections due to technical network instabilities, characterised by the steps of: a) generating a session which is based on acknowledged user authentication data and is associated with said communication as soon as a connection has been successfully established between said server computer and a client, b) keeping said session valid despite said network disconnections during a predetermined grace period, wherein said grace period is predefined to be large enough to support an intra-network handover or a temporary disconnection due to network instability, c) wherein messages are defined as "time-critical" and as "non-time-critical", d) and said server computer keeping said session up for said non-time-critical messages during said predetermined grace period, and wherein said non-time-critical messages are queued during said grace period, e) wherein said time-critical messages are dropped from a message queue after a given time-out value during said grace period. a) generating a session which is based on acknowledged user authentication data and is associated with said communication as soon as a connection has been successfully established between said server computer and a client, b) keeping said session valid despite said network disconnections during a predetermined grace period, wherein said grace period is predefined to be large enough to support an intra-network handover or a temporary disconnection due to network instability, c) wherein messages are defined as "time-critical" and as "non-time-critical", d) and said server computer keeping said session up for said non-time-critical messages during said predetermined grace period, and wherein said non-time-critical messages are queued during said grace period, e) wherein said time-critical messages are dropped from a message queue after a given time-out value during said grace period.