mhurhangee/ep-ind-claims huggingface dataset:
A hydraulic valve unit that is provided between a master cylinder configured to generate a hydraulic pressure in a working fluid and a slave cylinder actuated by the hydraulic pressure generated in the master cylinder and that is configured to control transmission of the hydraulic pressure generated in the master cylinder to the slave cylinder, the hydraulic valve unit comprising: a valve body; a main oil passage formed in the valve body and configured to bring a side of the master cylinder and a side of the slave cylinder communicate with each other; a valve mechanism configured to open or close the main oil passage; a bypass oil passage formed in the valve body and configured to bring an upstream-side oil passage, which is provided on the side of the master cylinder with respect to the valve mechanism of the main oil passage, and a downstream-side oil passage, which is provided on the side of the slave cylinder with respect to the valve mechanism of the main oil passage, communicate with each other; and a one-way valve provided on the bypass oil passage and configured to cause the working fluid to flow in a direction from the upstream-side oil passage to the downstream-side oil passage, characterized in that the main oil passage and a main section of the bypass oil passage are disposed to be arranged with respective axes (C4, C5) parallel to each other, and the main section of the bypass oil passage is disposed at a same height as the main oil passage or at a position higher than that of the main oil passage in a state in which the valve body is attached at a predetermined attachment position. a valve body; a main oil passage formed in the valve body and configured to bring a side of the master cylinder and a side of the slave cylinder communicate with each other; a valve mechanism configured to open or close the main oil passage; a bypass oil passage formed in the valve body and configured to bring an upstream-side oil passage, which is provided on the side of the master cylinder with respect to the valve mechanism of the main oil passage, and a downstream-side oil passage, which is provided on the side of the slave cylinder with respect to the valve mechanism of the main oil passage, communicate with each other; and a one-way valve provided on the bypass oil passage and configured to cause the working fluid to flow in a direction from the upstream-side oil passage to the downstream-side oil passage, characterized in that the main oil passage and a main section of the bypass oil passage are disposed to be arranged with respective axes (C4, C5) parallel to each other, and the main section of the bypass oil passage is disposed at a same height as the main oil passage or at a position higher than that of the main oil passage in a state in which the valve body is attached at a predetermined attachment position.
Fault injection system for a software system, wherein the software system comprises executable commands, events generated by commands and states representing a state of a state machine between two events, wherein the fault injection system comprises: a fault injection rule database (120, 350) configured to provide a rule for injecting a selected fault, wherein the rule provides a fault injection decision in the occurrence of a selected command, a selected state during which fault injection is to occur and a condition under which fault injection is to occur; an estimator module (130, 330) configured to determine when the selected state will occur related to the execution of the selected command and to provide a duration of a state as a time interval for fault injection, wherein the determination is based on a predictive time model; and an injector module (140, 360) configured to execute the selected command and to inject the selected fault during the time interval. a fault injection rule database (120, 350) configured to provide a rule for injecting a selected fault, wherein the rule provides a fault injection decision in the occurrence of a selected command, a selected state during which fault injection is to occur and a condition under which fault injection is to occur; an estimator module (130, 330) configured to determine when the selected state will occur related to the execution of the selected command and to provide a duration of a state as a time interval for fault injection, wherein the determination is based on a predictive time model; and an injector module (140, 360) configured to execute the selected command and to inject the selected fault during the time interval.
Mower with a mulching blade having a hub, which is rotatable about an axis of rotation, and at least one blade wing which protrudes from the hub in a radial direction and has a wing end region remote from the hub, wherein the at least one blade wing has at its wing end region two knife blades (32, 34) which protrude therefrom and form a first cutting plane and a second cutting plane, wherein the two cutting planes (36, 38) are oriented differently to one another relative to the axis of rotation, and the first knife blade forms the first cutting plane and the second knife blade forms the second cutting plane, characterised in that the first cutting plane is oriented relative to the second cutting plane with an angle of inclination of between 45° and 135°, wherein the second cutting plane is inclined in the direction towards a ground plane in such a manner that material to be mowed that is disposed substantially horizontally can be cut.
A break-away hydraulic coupler, comprising: a coupler body assembly removably attachable to a fluid hydrant, for example a fuel pit valve hydrant, to form a fluid pathway therewith, the coupler body assembly having at least one first lock member movable between a locked position and an unlocked position; a sleeve assembly connected to the coupler body assembly and including a second lock member having a region of weakness, the second lock member comprising a fracture ring and being selectively movable into engagement with the at least one first lock member to move the at least one first lock member into a locked position to attach the coupler body to the fluid hydrant, and movable out of engagement with the at least one first lock member to allow the at least one first lock member to move into the unlocked position and permit the coupler body to detach from the fluid hydrant; wherein upon an application of a load external to the hydraulic coupler exceeding a predetermined amount, the at least one first lock member applies a sufficient force to the second lock member to cause the region of weakness of the second lock member to displace, allowing the at least one first lock member to move from the locked position to the unlocked position and the hydraulic coupler to detach from the hydrant a coupler body assembly removably attachable to a fluid hydrant, for example a fuel pit valve hydrant, to form a fluid pathway therewith, the coupler body assembly having at least one first lock member movable between a locked position and an unlocked position; a sleeve assembly connected to the coupler body assembly and including a second lock member having a region of weakness, the second lock member comprising a fracture ring and being selectively movable into engagement with the at least one first lock member to move the at least one first lock member into a locked position to attach the coupler body to the fluid hydrant, and movable out of engagement with the at least one first lock member to allow the at least one first lock member to move into the unlocked position and permit the coupler body to detach from the fluid hydrant; wherein upon an application of a load external to the hydraulic coupler exceeding a predetermined amount, the at least one first lock member applies a sufficient force to the second lock member to cause the region of weakness of the second lock member to displace, allowing the at least one first lock member to move from the locked position to the unlocked position and the hydraulic coupler to detach from the hydrant
A method for removing contaminations accumulating from nitrated raw products during the nitration of nitratable, aromatic compounds after separation of the nitrating end acid, by means of the treatment using a washing medium, characterized in that (a) initially the nitrated raw products are brought into contact with a washing medium, and the nitrated raw products and the washing medium are distributed among each other such that an emulsion results, and (b) subsequently the resulting emulsion is introduced into a tubular reactor such that during the passage of the emulsion through the tubular reactor the contaminations initially present in the nitrated raw products are removed, and/or such that during the passage of the emulsion through the tubular reactor the contaminations initially present in the nitrated raw products are transferred into the washing medium, and/or are thereby neutralized. (a) initially the nitrated raw products are brought into contact with a washing medium, and the nitrated raw products and the washing medium are distributed among each other such that an emulsion results, and (b) subsequently the resulting emulsion is introduced into a tubular reactor such that during the passage of the emulsion through the tubular reactor the contaminations initially present in the nitrated raw products are removed, and/or such that during the passage of the emulsion through the tubular reactor the contaminations initially present in the nitrated raw products are transferred into the washing medium, and/or are thereby neutralized.
A method for deploying maximally redundant trees implemented in a network element implementing functionalities of a path computation element, PCE, of a network, wherein the network contains a plurality of network elements, the method comprising: computing, by the network element, a generalized almost directed acyclic graph, GADAG, for the network, wherein the GADAG is a graph abstraction of the network, wherein the plurality of network elements are the vertices of the GADAG and links connecting the plurality of network elements are the directed edges of the GADAG; assembling, by the network element, a GADAG descriptor describing the computed GADAG; and distributing, by the network element, the GADAG descriptor to the plurality of network elements, wherein each of the plurality of network elements utilizes the GADAG descriptor to compute maximally redundant trees for forwarding traffic. computing, by the network element, a generalized almost directed acyclic graph, GADAG, for the network, wherein the GADAG is a graph abstraction of the network, wherein the plurality of network elements are the vertices of the GADAG and links connecting the plurality of network elements are the directed edges of the GADAG; assembling, by the network element, a GADAG descriptor describing the computed GADAG; and distributing, by the network element, the GADAG descriptor to the plurality of network elements, wherein each of the plurality of network elements utilizes the GADAG descriptor to compute maximally redundant trees for forwarding traffic.
A method of arranging a firearms training scenario utilising at least one robotic mobile target in a training area, the method including the steps of: sending commands to at least one robotic target in a training area to cause the target to operate in the training area; recording operations data representative of the operations carried out by the at least one robotic target; and subsequently conducting a training scenario in the training area wherein the at least one robotic target bases its actions at least partially on the previously recorded operations data. sending commands to at least one robotic target in a training area to cause the target to operate in the training area; recording operations data representative of the operations carried out by the at least one robotic target; and subsequently conducting a training scenario in the training area wherein the at least one robotic target bases its actions at least partially on the previously recorded operations data.
A method of controlling a mobile terminal including a body and a display module, which is flexible and is capable of receiving a touch input, the method comprising: setting the touch sensitivity of the display module to a first level; if the display module is bent or folded, setting the touch sensitivity of a bent or folded portion of the display module to a second level being different to the first level; and if the display module is unbent or unfolded and thus returns to its original shape, setting the touch sensitivity of the bent or folded portion of the display module back to the first level, characterized in that the second level corresponding to a direction and a degree of the bent or folded portion is greater than the first level when the bent or folded portion protrudes outward towards a top surface and is less than the first level when the bent or folded portion recedes inward towards a rear surface. setting the touch sensitivity of the display module to a first level; if the display module is bent or folded, setting the touch sensitivity of a bent or folded portion of the display module to a second level being different to the first level; and if the display module is unbent or unfolded and thus returns to its original shape, setting the touch sensitivity of the bent or folded portion of the display module back to the first level, characterized in that the second level corresponding to a direction and a degree of the bent or folded portion is greater than the first level when the bent or folded portion protrudes outward towards a top surface and is less than the first level when the bent or folded portion recedes inward towards a rear surface.
An antibody or a functional fragment thereof capable of binding to human tumor necrosis factor alpha (TNFα), wherein said antibody or functional fragment comprises (i) a V L domain having the amino acid sequence as shown in SEQ ID NO:54, and (ii) a V H domain having the amino acid sequence as shown in SEQ ID NO:13.
Mixing machine for the mixing of mixing material, having a mixing container in which a mixing tool is or can be arranged, wherein the mixing container has, in a container wall, at least one outlet opening which can be closed by means of at least one closure element, and wherein the at least one closure element is displaceable between a closure and/or mixing position, in which it closes the at least one outlet opening, and an outlet position, in which it frees the at least one outlet opening, wherein a safety device is provided which has, or is formed by, a discharge chute which is assigned to the outlet opening and is displaceable between different positions, wherein the discharge chute adjoins the outlet opening in its use position such that, with the closure element in the outlet position, the mixing material can be discharged from the mixing container via the outlet opening and introduced into the discharge chute, characterized in that a securing device is provided which blocks a displacement of the closure element from the closure and/or mixing position into the outlet position if the discharge chute is not in a position in which it shields the outlet opening for access into the mixing container through the at least one outlet opening.
Method for operating an air jet spinning machine, - whereas the air jet spinning machine features at least one spinning station with one spinning nozzle for producing a yarn - whereas, during the operation of the spinning station, a fiber composite is fed to the spinning nozzle through an inlet and in a predefined transport direction, - whereas the fiber composite within a vortex chamber of the spinning nozzle receives a twist with the assistance of a vortex air flow, such that a yarn is formed from the fiber composite, which ultimately leaves the spinning nozzle through an outlet, - whereas, with the assistance of at least one sensor system, the yarn leaving the outlet is monitored with regard to defined yarn flaws, and - whereas the production of the yarn is interrupted upon the detection of a corresponding yarn flaw, characterized in that, between the detection of the specified yarn flaw and the interruption of the yarn production, a cleaning process is carried out at least occasionally, during which an additive is fed to the spinning station and is applied to the fiber composite and/or the yarn produced from the fiber composite and/or on parts of the spinning nozzle. - whereas the air jet spinning machine features at least one spinning station with one spinning nozzle for producing a yarn - whereas, during the operation of the spinning station, a fiber composite is fed to the spinning nozzle through an inlet and in a predefined transport direction, - whereas the fiber composite within a vortex chamber of the spinning nozzle receives a twist with the assistance of a vortex air flow, such that a yarn is formed from the fiber composite, which ultimately leaves the spinning nozzle through an outlet, - whereas, with the assistance of at least one sensor system, the yarn leaving the outlet is monitored with regard to defined yarn flaws, and - whereas the production of the yarn is interrupted upon the detection of a corresponding yarn flaw,
An agricultural implement comprising a main chassis member having a support structure with support arms connected to the support structure for movement between a working position and a transport position, the support arms being provided with operating elements remote from the support structure defining a working width between the operating elements and the main chassis member, in which the support arms are adjustable in the working position between a length corresponding to minimum working width and a length greater than the minimum working width and in which in the transport position a distance between the operating elements and the main chassis member is less than the minimum working width, characterised in that a first stop defines the position of the minimum working width and a second stop arranged vertically with respect to the first stop retains the support arm in the transport position when the distance between the operating elements and the main chassis member is less than the minimum working width.
A composition comprising (i) Mexiletine, or a metabolite thereof selected from 6-Hydroxymethylmexiletine, 4-Hydroxymexiletine, 3-Hydroxymexiletine and N-Hydroxymexiletine glucuronide; and (ii) Cinacalcet, or its metabolite Hydrocinnamic acid, or any of their pharmaceutically acceptable salts, enantiomers, or racemates, for use in the preventive or curative treatment of a brain ischemic or brain hypoxic injury in a subject. (i) Mexiletine, or a metabolite thereof selected from 6-Hydroxymethylmexiletine, 4-Hydroxymexiletine, 3-Hydroxymexiletine and N-Hydroxymexiletine glucuronide; and (ii) Cinacalcet, or its metabolite Hydrocinnamic acid, or any of their pharmaceutically acceptable salts, enantiomers, or racemates, for use in the preventive or curative treatment of a brain ischemic or brain hypoxic injury in a subject.
A method for implementing a server anti-attack, comprising: receiving, by a server, a first link request from a client device directly, wherein the first link request includes a source IP address that initiates the first link request; determining, by the server, a target request type of the first link request based on feature information of the first link request, wherein the feature information of the first link request includes at least one of request data, a requesting rule, and requested content, and the target request type includes an SYN flood request, an illegal URL request, or a legal URL request; determining, by the server, the number of requests that are initiated by the source IP address within a first preset period and have a request type consistent with the target request type based on the target request type of the first link request; and if it is determined that the number of requests, that are initiated by the source IP address and have a request type consistent with the target request type, is greater than a preset threshold corresponding to the target request type, determining, by the server, a target attack type of the first link request based on the target request type, rejecting the first link request, and adding the source IP address to a first collection, wherein the first collection is configured to store IP addresses that the server denies access. receiving, by a server, a first link request from a client device directly, wherein the first link request includes a source IP address that initiates the first link request; determining, by the server, a target request type of the first link request based on feature information of the first link request, wherein the feature information of the first link request includes at least one of request data, a requesting rule, and requested content, and the target request type includes an SYN flood request, an illegal URL request, or a legal URL request; determining, by the server, the number of requests that are initiated by the source IP address within a first preset period and have a request type consistent with the target request type based on the target request type of the first link request; and if it is determined that the number of requests, that are initiated by the source IP address and have a request type consistent with the target request type, is greater than a preset threshold corresponding to the target request type, determining, by the server, a target attack type of the first link request based on the target request type, rejecting the first link request, and adding the source IP address to a first collection, wherein the first collection is configured to store IP addresses that the server denies access.
A local wireless communication method in a wireless communication system having a main wireless terminal and at least two peripheral wireless terminals, the method comprising the steps of: negotiating by the main wireless terminal with each peripheral wireless terminal that requests data communication during a time period for which a frame is to be transmitted, generating a schedule map including negotiated time information and a transmission sequence for each peripheral wireless terminal, and transmitting the generated schedule map to each peripheral wireless terminal; and performing by each peripheral wireless terminal communication with the main wireless terminal according to the transmission sequence determined in the schedule map for the time period determined in the received schedule map, characterized in that the communication is performed by using a frame with a header part including the address of a next wireless terminal determined by the schedule map. negotiating by the main wireless terminal with each peripheral wireless terminal that requests data communication during a time period for which a frame is to be transmitted, generating a schedule map including negotiated time information and a transmission sequence for each peripheral wireless terminal, and transmitting the generated schedule map to each peripheral wireless terminal; and performing by each peripheral wireless terminal communication with the main wireless terminal according to the transmission sequence determined in the schedule map for the time period determined in the received schedule map, characterized in that the communication is performed by using a frame with a header part including the address of a next wireless terminal determined by the schedule map.