mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for predicting a fatigue response of a material, comprising: Receiving a user input specifying one or more surface roughness parameters that characterize a surface of a material for which fatigue life is to be predicted, generating at least one realistic artificial virtual surface profile from the specified one or more surface roughness parameters using a data-driven generative method to closely resemble real surface profiles by a machine learning based generative model, the machine learning based generative model being developed using training data comprising surface profiles obtained from surface measurements and calculated roughness parameters of a plurality of real surfaces, and predicting fatigue life of the material in dependence of a stress field applied to the generated virtual surface profile. Receiving a user input specifying one or more surface roughness parameters that characterize a surface of a material for which fatigue life is to be predicted, generating at least one realistic artificial virtual surface profile from the specified one or more surface roughness parameters using a data-driven generative method to closely resemble real surface profiles by a machine learning based generative model, the machine learning based generative model being developed using training data comprising surface profiles obtained from surface measurements and calculated roughness parameters of a plurality of real surfaces, and predicting fatigue life of the material in dependence of a stress field applied to the generated virtual surface profile.
Refrigeration cabinet comprising a framework which, on each side, has a C-shaped frame having a rear lateral vertical strut, a lateral top strut attached to the upper end thereof and projecting forward in the depth direction and a lateral base strut attached to the lower end of the vertical strut and projecting forward in the depth direction, the C-shaped lateral frames being assembled separately and supporting cladding parts of a base group, a rear wall group and a top group, which parts are connected by means of mounting elements and enclose a refrigeration space, the C-shaped lateral frames standing on the ground by means of the base struts thereof which are provided with standing feet, at least one C-shaped intermediate frame being provided between the C-shaped lateral frames, being laterally spaced apart therefrom and designed differently therefrom and comprising a horizontal base-side intermediate strut that projects forward, a vertical intermediate strut and a top-side intermediate strut that projects forward, the C-shaped intermediate frames for their part being supported on the ground by the base-side intermediate struts by means of standing feet, characterized in that the at least one top-side intermediate strut and/or the lateral top struts have a hat-like profile cross section and in that the cavity in the top-side intermediate strut is open at the bottom and the cavity in the lateral top struts is open at the top.
A detecting terminal for detecting an optically invisible network, including: - a fastening element intended to be fastened in or on a support, - electrical connection means for the connection of propagation means arranged to propagate an electrical signal along the optically invisible network, the electrical connection means including a connection point for the electrical connection of an electrical signal source, such as an electrical signal generator, - grounding means intended to be grounded, and - a protection element comprising at least one electrically conductive portion, the protection element being movably mounted on the fastening element between a first position wherein the protection element covers at least partially the electrical connection means and the electrical connection means are in electrical contact with the electrically conductive portion and are electrically connected to the grounding means via the electrically conductive portion, and a second position wherein the electrical connection means are electrically insulated from the electrically conductive portion and the electrical connection means, characterized in that the fastening element is electrically conductive and forms at least partially the grounding means, and in that the electrically conductive portion of the protection element is connected to the fastening element so as to maintain an electrical continuity between the fastening element and the electrical connection means when the protection element is in its first position. - a fastening element intended to be fastened in or on a support, - electrical connection means for the connection of propagation means arranged to propagate an electrical signal along the optically invisible network, the electrical connection means including a connection point for the electrical connection of an electrical signal source, such as an electrical signal generator, - grounding means intended to be grounded, and - a protection element comprising at least one electrically conductive portion, the protection element being movably mounted on the fastening element between a first position wherein the protection element covers at least partially the electrical connection means and the electrical connection means are in electrical contact with the electrically conductive portion and are electrically connected to the grounding means via the electrically conductive portion, and a second position wherein the electrical connection means are electrically insulated from the electrically conductive portion and the electrical connection means,
Pneumatic vehicle tyre comprising a tread with profile positives (4, 5), which are provided with sipes which in plan view run at an angle of 0° to 50° to the axial direction, each have a width (b E) of 0.4 mm to 2.0 mm, a maximum depth (t E) of 70% to 100% of the profile depth, a sipe base and two sipe walls (8a, 8b) with at least one local wedging structure, which is spaced apart from the tread periphery and does not reach as far as the tread periphery, wherein the wedging structure is formed by two mutually opposite, corresponding, continuously curved wall portions of the sipe walls (8a, 8b) and wherein unstructured areas of the sipe walls (8a, 8b) adjoin the continuously curved wall portions, characterized in that the wedging structure, seen looking towards the sipe walls (8a, 8b), is configured in the form of a segment of a circle, in particular in the form of a semicircle, and is made up of an inner structure zone (9 II), which is bowed out in a dome shape, and an outer structure zone (9 I), which runs around the inner structure zone in a U shape, is bowed out oppositely to the inner structure zone (9 II) and has U-legs pointing towards the tread periphery, with the result that the continuously curved wall portion of the one sipe wall (8a, 8b) plays a part in delimiting a U-shaped projection (11 II) and the continuously curved wall portion of the other sipe wall (8a, 8b) plays a part in delimiting a dome-shaped projection (11 I) protruding into the U-shaped projection (11 II).
A system including one or more processors configured to implement a protocol for blocking decryption comprising: receiving an encryption derive request from a client device; generating a random string according to one or more predefined rules; characterized by further comprising: generating a digest parameter based on the random string and a masked secret key; generating a blinded partial derived key based on the digest parameter; and transmitting the blinded partial derived key to the client device, wherein the partial derived key is configured to used to generate a derived key for encrypting data. receiving an encryption derive request from a client device; generating a random string according to one or more predefined rules; characterized by further comprising: generating a digest parameter based on the random string and a masked secret key; generating a blinded partial derived key based on the digest parameter; and transmitting the blinded partial derived key to the client device, wherein the partial derived key is configured to used to generate a derived key for encrypting data. generating a digest parameter based on the random string and a masked secret key; generating a blinded partial derived key based on the digest parameter; and transmitting the blinded partial derived key to the client device, wherein the partial derived key is configured to used to generate a derived key for encrypting data.
A method of a User Equipment named UE in the following, comprising: measuring a signal of a neighbour cell to derive information related to beamforming, wherein the neighbour cell is not a serving cell of the UE and the neighbour cell comprises multiple Transmission/Reception Points, in the following also referred to as TRPs; and providing the information to a network node for determining, by the network node, whether to select or reselect the neighbour cell as a serving cell for the UE, wherein the information comprises at least an average or a summation of measurement results for N-best qualified beams of a qualified TRP of the neighbour cell, and the method further comprises receiving a configuration of the N and a configuration of a second threshold from the network node, wherein a beam is qualified if the measurement result of the beam is better than the second threshold and a total number of qualified beams of the neighbour cell is Q, and a TRP is qualified if the measurement result of the TRP is better than an associated threshold, characterized in that: the number of qualified beams to derive the average or the summation is equal to N if N is less than Q. measuring a signal of a neighbour cell to derive information related to beamforming, wherein the neighbour cell is not a serving cell of the UE and the neighbour cell comprises multiple Transmission/Reception Points, in the following also referred to as TRPs; and providing the information to a network node for determining, by the network node, whether to select or reselect the neighbour cell as a serving cell for the UE, wherein the information comprises at least an average or a summation of measurement results for N-best qualified beams of a qualified TRP of the neighbour cell, and the method further comprises receiving a configuration of the N and a configuration of a second threshold from the network node, wherein a beam is qualified if the measurement result of the beam is better than the second threshold and a total number of qualified beams of the neighbour cell is Q, and a TRP is qualified if the measurement result of the TRP is better than an associated threshold, characterized in that: the number of qualified beams to derive the average or the summation is equal to N if N is less than Q.
A method of producing a semicarbazide compound, the method comprising a recrystallization step in which a semicarbazide compound represented by the following Formula is recrystallized in a solvent containing halogenated hydrocarbons: wherein R 1 is a phenyl group which may have a substituent and R 2 is a group selected from the group consisting of an alkyl group, an aralkyl group, and a substituted phenyl group which have 1 to 20 carbon atoms and may include an oxygen atom.
A one-wire bus system with at least one one-wire device which has a data endpoint with an identification address in addition to an indication of the device family, characterized in that at least one one-wire device has one or multiple additional data endpoints which can be interrogated by the bus master in addition to the identification addresses and checksums when the bus is starting up and which are functionally assigned by it and are readable and/or describable with special commands, wherein these additional data endpoints are selected from the group formed by at least one or more of: memories with information on the respective one-wire device, sensors, input devices, actuators, wherein the bus master performs the automatic functional allocation during an exchange of a one-wire device, in the event that the one-wire device which has been exchanged and the one acting as the replacement have the same logic address and have device families which are compatible with one another.
A composition comprising arginase for use in the treatment of leukemia in a patient, comprising administrating to the patient a therapeutically effective amount of said composition, wherein said composition is effective at treating lymphocytic and/or myeloid leukemia, wherein said lymphocytic and/or myeloid leukemia is arsenic resistant.
An electric power generating device for an aircraft, which is driven by an output of an aircraft engine, the electric power generating device comprising: an input shaft to which a driving force of the engine is transmitted; a transmission; an electric power generator which is driven by an output of the transmission; a driving force transmission mechanism disposed on a first end side of the input shaft in an axial direction thereof, the driving force transmission mechanism being configured to transmit the output from the transmission to the electric power generator; and a casing including a mounting section on the first end side of the input shaft in the axial direction, wherein the transmission is arranged with the input shaft, and the electric power generator is arranged with the input shaft and wherein the transmission includes an input section, the input section being configured to receive as an input a rotational driving force from the input shaft, and an output section, the output section being configured to output to the driving force transmission mechanism the rotational driving force whose speed has been changed, and wherein the input shaft is disposed between the transmission and the electric power generator characterised in that: the input section of the transmission is provided on a second end side of the input shaft in the axial direction; the output section of the transmission is provided on the first end side of the input shaft in the axial direction; and the driving force transmission mechanism has an inner space and the input shaft is inserted into the inner space. an input shaft to which a driving force of the engine is transmitted; a transmission; an electric power generator which is driven by an output of the transmission; a driving force transmission mechanism disposed on a first end side of the input shaft in an axial direction thereof, the driving force transmission mechanism being configured to transmit the output from the transmission to the electric power generator; and a casing including a mounting section on the first end side of the input shaft in the axial direction, wherein the transmission is arranged with the input shaft, and the electric power generator is arranged with the input shaft and wherein the transmission includes an input section, the input section being configured to receive as an input a rotational driving force from the input shaft, and an output section, the output section being configured to output to the driving force transmission mechanism the rotational driving force whose speed has been changed, and wherein the input shaft is disposed between the transmission and the electric power generator characterised in that: the input section of the transmission is provided on a second end side of the input shaft in the axial direction; the output section of the transmission is provided on the first end side of the input shaft in the axial direction; and the driving force transmission mechanism has an inner space and the input shaft is inserted into the inner space.
A method of manufacturing a semiconductor device, comprising the following steps: (a) obtaining a thinned disc-shaped semiconductor wafer, wherein a recess extends into a first side of the wafer such that the wafer has a thinner central portion and a thicker peripheral edge support portion; (b) forming a plurality of P-type isolation zones in the thinner central portion of the first side of the wafer; (c) forming a P-type diffusion region in a second side of the wafer opposite the first side such that the P-type isolation zones extend into the P-type diffusion region, wherein the thicker peripheral edge support portion is a part of the wafer at the time of the forming of step (b) and the forming of step (c); (d) forming a glassivation layer over the P-type isolation zone on the first side of the thinner central portion of the wafer; wherein the thicker peripheral edge support portion is a part of the wafer at the time of forming of the glassivation layer and (e) further processing the wafer after steps (b), (c), and (d) and thereby forming a plurality of semiconductor devices, wherein the P-type isolation zone formed in step (b), the P-type diffusion region formed in step (c), and the glassivation layer formed in step (d) are parts of one of the semiconductor devices. (a) obtaining a thinned disc-shaped semiconductor wafer, wherein a recess extends into a first side of the wafer such that the wafer has a thinner central portion and a thicker peripheral edge support portion; (b) forming a plurality of P-type isolation zones in the thinner central portion of the first side of the wafer; (c) forming a P-type diffusion region in a second side of the wafer opposite the first side such that the P-type isolation zones extend into the P-type diffusion region, wherein the thicker peripheral edge support portion is a part of the wafer at the time of the forming of step (b) and the forming of step (c); (d) forming a glassivation layer over the P-type isolation zone on the first side of the thinner central portion of the wafer; wherein the thicker peripheral edge support portion is a part of the wafer at the time of forming of the glassivation layer and (e) further processing the wafer after steps (b), (c), and (d) and thereby forming a plurality of semiconductor devices, wherein the P-type isolation zone formed in step (b), the P-type diffusion region formed in step (c), and the glassivation layer formed in step (d) are parts of one of the semiconductor devices.
A bicycle lamp comprising: • a housing; • an LED or array thereof mounted on the housing; • a battery mounted within the housing; • a switch for switching on/off the said LED or array thereof; • sensor means for determining the rate of climb of the bicycle; • illumination control means for incrementally reducing current to the LED or array in the event of the said sensor means detecting that the bicycle is being ridden uphill. • a housing; • an LED or array thereof mounted on the housing; • a battery mounted within the housing; • a switch for switching on/off the said LED or array thereof; • sensor means for determining the rate of climb of the bicycle; • illumination control means for incrementally reducing current to the LED or array in the event of the said sensor means detecting that the bicycle is being ridden uphill.
A core material of a seat cushion for a vehicle comprising: a thermoplastic resin expanded beads molded article having a substantially rectangular shape in a top view having a long side and a short side; and an annular reinforcing member that is integrated into the thermoplastic resin expanded beads molded article by insert molding in a circumferential portion of the thermoplastic resin expanded beads molded article, wherein at least one missing part passing through in the thickness direction and having at least one corner is formed in the thermoplastic resin expanded beads molded article, and a slit extending toward an outside of the expanded beads molded article from the vicinity of at least one of the corner is formed. a thermoplastic resin expanded beads molded article having a substantially rectangular shape in a top view having a long side and a short side; and an annular reinforcing member that is integrated into the thermoplastic resin expanded beads molded article by insert molding in a circumferential portion of the thermoplastic resin expanded beads molded article, wherein at least one missing part passing through in the thickness direction and having at least one corner is formed in the thermoplastic resin expanded beads molded article, and a slit extending toward an outside of the expanded beads molded article from the vicinity of at least one of the corner is formed.
A drive arrangement for a tap changer, said drive arrangement comprising a first movable latch having a first and a second end (44, 46), a first rotatable wheel with a first actuating element for engaging the first end of the first movable latch, a second rotatable wheel with a first locking element for engaging the second end of the first movable latch, and a first spring connected between the first and second wheels (24, 32) for storing energy caused by the movement of the first wheel around a first axis and apply it in the movement of the second wheel around a second axis, wherein the first actuating element is provided on a first curved surface of the first wheel and aligned with the first end of the first latch, while the first locking element is provided on a second curved surface of the second wheel and aligned with the second end of the first latch, characterised in that the drive arrangement further comprises a second movable latch having a first and a second end (52, 54), the first rotatable wheel having a second actuating element for engaging with the first end of the second movable latch, the second rotatable wheel having a second locking element for engaging with the second end of the second movable latch, and in that the first actuating element is provided on a first half of the first curved surface of the first wheel, the first locking element is provided on a first half of the second curved surface of the second wheel, the second actuating element is provided on a second half of the first curved surface of the first wheel aligned with the first end of the second latch and the second locking element of the second rotating wheel is provided on a second half of the second curved surface of the second wheel aligned with the second end of the second latch. characterised in that the drive arrangement further comprises a second movable latch having a first and a second end (52, 54), the first rotatable wheel having a second actuating element for engaging with the first end of the second movable latch, the second rotatable wheel having a second locking element for engaging with the second end of the second movable latch, and in that the first actuating element is provided on a first half of the first curved surface of the first wheel, the first locking element is provided on a first half of the second curved surface of the second wheel, the second actuating element is provided on a second half of the first curved surface of the first wheel aligned with the first end of the second latch and the second locking element of the second rotating wheel is provided on a second half of the second curved surface of the second wheel aligned with the second end of the second latch.