mhurhangee/ep-ind-claims huggingface dataset:
Method for controlling a parking brake system for a vehicle combination having a tractor and a trailer, wherein the method has the following steps: reading a parking signal; providing an activation signal in response to the parking signal to a valve assembly in order to transfer a tractor parking brake and a trailer service brake into an activated state; characterised in that the method further has the following steps: reading a trailer release signal; and providing a detach signal in response to the trailer release signal to the valve assembly in order to transfer the trailer service brake from the activated state into a deactivated state, wherein the tractor parking brake is left in the activated state. reading a parking signal; providing an activation signal in response to the parking signal to a valve assembly in order to transfer a tractor parking brake and a trailer service brake into an activated state; characterised in that the method further has the following steps: reading a trailer release signal; and providing a detach signal in response to the trailer release signal to the valve assembly in order to transfer the trailer service brake from the activated state into a deactivated state, wherein the tractor parking brake is left in the activated state. reading a trailer release signal; and providing a detach signal in response to the trailer release signal to the valve assembly in order to transfer the trailer service brake from the activated state into a deactivated state, wherein the tractor parking brake is left in the activated state.
A non-transitory machine-readable storage medium encoded with instructions (122, 124, 126, 128) executable by a hardware processor of a computing device for dynamic allocation of network resources, the machine-readable storage medium comprising instructions (122, 124, 126, 128) to cause the hardware processor to: receive, from a particular lookup function of a plurality of lookup functions, a lookup request (132; 222) for a network packet (152; 202); identify, based on a logical table that corresponds to the particular lookup function, at least one physical resource included in a particular resource pool of a plurality of dynamic resource pools (140; 240, 250, 260), wherein each of the dynamic resource pools (140; 240, 250, 260) includes a different type of physical resources; obtain, from a particular physical resource of the at least one physical resource, response data (142; 252) that is responsive to the lookup request (132; 222); and provide the response data (142; 252) to the particular lookup function. receive, from a particular lookup function of a plurality of lookup functions, a lookup request (132; 222) for a network packet (152; 202); identify, based on a logical table that corresponds to the particular lookup function, at least one physical resource included in a particular resource pool of a plurality of dynamic resource pools (140; 240, 250, 260), wherein each of the dynamic resource pools (140; 240, 250, 260) includes a different type of physical resources; obtain, from a particular physical resource of the at least one physical resource, response data (142; 252) that is responsive to the lookup request (132; 222); and provide the response data (142; 252) to the particular lookup function.
A pump, comprising: an accommodating housing which forms an accommodating space, which is in particular cup-shaped, comprising an end-facing wall and a circumferential wall; and a pump insert which is arranged in the accommodating space, wherein the pump insert comprises: - a rotor; - a first housing part and a second housing part, between which the rotor is arranged such that it can be rotated about a rotational axis and relative to the first and second housing part (2, 3); and - a stroke ring which surrounds the rotor, wherein a first pressure space and a second pressure space are formed between the end-facing wall and the second housing part, wherein an annular sealing element which is arranged between the end-facing wall and the second housing part encloses the second pressure space and seals it off in relation to the first pressure space, characterised in that the first pressure space is connected via a first outlet channel to a first delivery chamber which is formed between the rotor and the stroke ring, and the second pressure space is connected via a second outlet channel to a second delivery chamber which is formed between the rotor and the stroke ring. an accommodating housing which forms an accommodating space, which is in particular cup-shaped, comprising an end-facing wall and a circumferential wall; and a pump insert which is arranged in the accommodating space, wherein the pump insert comprises: - a rotor; - a first housing part and a second housing part, between which the rotor is arranged such that it can be rotated about a rotational axis and relative to the first and second housing part (2, 3); and - a stroke ring which surrounds the rotor, - a rotor; - a first housing part and a second housing part, between which the rotor is arranged such that it can be rotated about a rotational axis and relative to the first and second housing part (2, 3); and - a stroke ring which surrounds the rotor, wherein a first pressure space and a second pressure space are formed between the end-facing wall and the second housing part, wherein an annular sealing element which is arranged between the end-facing wall and the second housing part encloses the second pressure space and seals it off in relation to the first pressure space, characterised in that the first pressure space is connected via a first outlet channel to a first delivery chamber which is formed between the rotor and the stroke ring, and the second pressure space is connected via a second outlet channel to a second delivery chamber which is formed between the rotor and the stroke ring.
A monitoring device comprising: an acquiring part configured to acquire observed values (w) of a variable that is sampled with respect to a behavior of a control system while the control system is running; the monitoring device being characterized by a determining part configured to determine a variation range of the acquired observed values related to the behavior of the control system using a mathematical model constructed based on the behavior of the control system, and determine whether the variation range of the acquired observed values satisfies a specification (φ) related to the acquired observed values. an acquiring part configured to acquire observed values (w) of a variable that is sampled with respect to a behavior of a control system while the control system is running; the monitoring device being characterized by a determining part configured to determine a variation range of the acquired observed values related to the behavior of the control system using a mathematical model constructed based on the behavior of the control system, and determine whether the variation range of the acquired observed values satisfies a specification (φ) related to the acquired observed values.
Fragmentable aerodynamic device comprising a body which contains a series of gas-generating units (1, 2 and 3), each one of which has a cylindrical casing comprising a pan with a base and a free edge and a closing lid, whereby inside each casing there is a combustible mix, whereby the different casings are axially coupled between one another, whereby one of the end units has an ignition fuse, whereby each one of the casings has an axial drill going through said bases and and said lids, except for the base of the end unit which does not have the fuse, said end unit not having the axial drill going through the base, whereby said casings have on their wall releasable mutual coupling and fixing means, whereby, to define the coupling and fixing means between the casings, the pan of each of the units except for the end unit not having the fuse has on its wall of its base an external peripheral recess, and and on its wall of the free edge an internal peripheral recess, whereby the lid is located next to said edge and whereby said recesses (16, 17) have the same diameter and depth to define the coupling means between the casings, the device being characterized in that: - each one of the casings has an internal coaxial core which is located between the base and the closing lid of the casing, - the drill also goes through each core and is designated for containing a fire-transmitting mix, - the coupling and fixing means are configured to being released by the pressure of the gases generated by the combustion of the transmitting mix and the combustible mix contained in each casing. - each one of the casings has an internal coaxial core which is located between the base and the closing lid of the casing, - the drill also goes through each core and is designated for containing a fire-transmitting mix, - the coupling and fixing means are configured to being released by the pressure of the gases generated by the combustion of the transmitting mix and the combustible mix contained in each casing.
A self-supporting support framework for a self-supporting roof of a structure that is open at the top, for example of a tank of a biogas plant or of a liquid manure tank, comprising a plurality of longitudinal beams extending radially away from a central axis of the structure and a plurality of cross beams that extend substantially in the circumferential direction between the longitudinal beams and are connected therewith, the longitudinal and cross beams (24, 26) being connected and the longitudinal beams including supporting shoes for the structure at the radially outer ends, characterized in that the supporting shoes include L-shaped or U-shaped bearing surfaces for the structure.
Linear tension member comprising multiple fibers and at least 0.1 wt% solid hydrophobic organic nanoparticles with a mean diameter of 10-300 nm and a standard deviation σ of at least 10% of the mean diameter, which linear tension member has a linear mass density of at least 10.000 dtex and comprises at least 80 wt% of fibers having a density higher than 1 g/cm 3.
A composition for decomposing pharmaceutically active agents, comprising: 0.1 wt.% to 30 wt.% oxidizer comprising potassium permanganate, trichloroisocyanuric acid, and sodium dichloroisocyanurate dihydrate; 1 wt.% to 30 wt.% immobilizer comprising a vegetable gum or a saccharide; and a solidifier comprising a fumed silica; wherein the wt.% is based on a total weight of the composition. 0.1 wt.% to 30 wt.% oxidizer comprising potassium permanganate, trichloroisocyanuric acid, and sodium dichloroisocyanurate dihydrate; 1 wt.% to 30 wt.% immobilizer comprising a vegetable gum or a saccharide; and a solidifier comprising a fumed silica; wherein the wt.% is based on a total weight of the composition.
Hydraulic fast-coupling assembly for coupling a water jet cutting system with a supporting head of a machine; said fast-coupling assembly comprising: - a coupling element suitable for being integral with the water jet cutting system and for being coupled with the supporting head; said coupling element comprising a central duct suitable for being in fluid communication with a nozzle of the water jet cutting system; - a mobile stem suitable for being slidably mounted inside a seat obtained on the supporting head; said mobile stem comprising an internal duct; said mobile stem being suitable for being moved inside the seat between a retracted position, wherein said internal duct and said central duct are not connected, and an extracted position, wherein said internal duct and said central duct are connected; characterized in that it comprises at least one coupling (3, 4) disposed between said mobile stem and said coupling element and removably connected to said mobile stem and/or to said coupling element; said at least one coupling (3, 4) comprising an axial duct (30, 40) that puts in communication said internal duct of the mobile stem and said central duct of the coupling element. - a coupling element suitable for being integral with the water jet cutting system and for being coupled with the supporting head; said coupling element comprising a central duct suitable for being in fluid communication with a nozzle of the water jet cutting system; - a mobile stem suitable for being slidably mounted inside a seat obtained on the supporting head; said mobile stem comprising an internal duct; said mobile stem being suitable for being moved inside the seat between a retracted position, wherein said internal duct and said central duct are not connected, and an extracted position, wherein said internal duct and said central duct are connected;
A process for the production of a shrimp hydrolysate having angiotensin I-converting enzyme inhibitory activity comprising (a) contacting a shrimp proteinaceous material with a protease and allowing proteolysis to take place, thereby generating a hydrolysate; (b) increasing the dry matter content of said hydrolysate to 8-20% (w/w) through reverse osmosis; (c) increasing the dry matter content of said hydrolysate to 40-42% (w/w) through evaporation; and then (d) reducing the NaCl content of said hydrolysate to no more than 1% (w/w) of dry matter through electrodialysis. (a) contacting a shrimp proteinaceous material with a protease and allowing proteolysis to take place, thereby generating a hydrolysate; (b) increasing the dry matter content of said hydrolysate to 8-20% (w/w) through reverse osmosis; (c) increasing the dry matter content of said hydrolysate to 40-42% (w/w) through evaporation; and then (d) reducing the NaCl content of said hydrolysate to no more than 1% (w/w) of dry matter through electrodialysis.
An isotropic zero-order diffractive colour filter, with no colour effect upon rotation comprising an embossed thermoplastic or synthetic organic substrate having diffractive microstructures which are short range ordered periodic microstructures over a length scale x, wherein x is such that: 4 × Λ < x < 100 μm wherein Λ is the period of said microstructures, this period of the microstructure Λ being comprised between 250 and 700 nm, wherein diffractive microstructures possess a long range disordering or no rotational symmetry over length scales of more than 100 μm, and wherein - a high refractive wave-guiding layer is disposed on the embossed substrate, which consists of a ZnS, TiO 2, Si 3 N 4, ZrO 2, Cr 2 O 3 or ZnO layer of 30nm to 500nm.. - a high refractive wave-guiding layer is disposed on the embossed substrate, which consists of a ZnS, TiO 2, Si 3 N 4, ZrO 2, Cr 2 O 3 or ZnO layer of 30nm to 500nm..
A method for coreference resolution comprising, using a processor: receiving a set of document clusters, each cluster in the set of document clusters comprising a set of text documents; identifying instances of each of a set of candidate named entities in the document clusters, the instances of a respective candidate named entity being text elements; for each of the candidate named entities, generating an event profile, the event profile comprising a normalized vector of size k, where k is the number of document clusters in the set of document clusters, in which each index of the vector is based on the occurrences of the identified instances of the candidate named entity in a respective one of the k clusters; computing a similarity between a pair of the candidate named entities based on their respective event profiles; and providing a decision for merging for the candidate named entities into a common real named entity, based on the computed similarity. receiving a set of document clusters, each cluster in the set of document clusters comprising a set of text documents; identifying instances of each of a set of candidate named entities in the document clusters, the instances of a respective candidate named entity being text elements; for each of the candidate named entities, generating an event profile, the event profile comprising a normalized vector of size k, where k is the number of document clusters in the set of document clusters, in which each index of the vector is based on the occurrences of the identified instances of the candidate named entity in a respective one of the k clusters; computing a similarity between a pair of the candidate named entities based on their respective event profiles; and providing a decision for merging for the candidate named entities into a common real named entity, based on the computed similarity.
Method for producing a component for a turbomachine, in which the component is coated, wherein the coating is characterized by i) a mass and/or a volume of a main body being measured prior to coating; ii) a mass and a volume of the main body with the applied coating being measured; iii) a density of the coating being determined from the volume measurements and mass measurements in order to characterize the coating; wherein the volume is measured optically. wherein the coating is characterized by i) a mass and/or a volume of a main body being measured prior to coating; ii) a mass and a volume of the main body with the applied coating being measured; iii) a density of the coating being determined from the volume measurements and mass measurements in order to characterize the coating; i) a mass and/or a volume of a main body being measured prior to coating; ii) a mass and a volume of the main body with the applied coating being measured; iii) a density of the coating being determined from the volume measurements and mass measurements in order to characterize the coating; wherein the volume is measured optically.
A laser gain medium comprising: an optical medium configured to transmit a laser beam and having an incident face, a first face, a second face opposing to said first face; and gain media (2a to 2e) pumped by a pumping light beam while passing through an optical path in the laser gain medium, the pumping light beam being incident from a pumping light source into said optical medium through said incident face, and configured to amplify the laser beam while reflecting the laser beam, wherein at least one of said gain media (2a to 2e) is joined on a first face of said optical medium as a first face gain medium, and at least one of the remaining gain media is joined on a second face of said optical medium as a second face gain medium, wherein the laser beam is propagated on the optical path and is amplified by said first face gain medium and said second face gain medium while being alternately reflected by said first face gain medium and said second face gain medium, wherein at least one of (i) dope quantities of the active element into said gain media (2a to 2e) and (ii) thicknesses of said gain media in a direction perpendicular to the first or second face is adjusted such that an amount of heat generated by absorbing the pumping light beam is uniform over said gain media (2a to 2e), and wherein an absorption factor of the pumping light beam of one of said first and second face gain media which is near to the incident face is smaller than that of the other gain medium which is distant from the incident face. an optical medium configured to transmit a laser beam and having an incident face, a first face, a second face opposing to said first face; and gain media (2a to 2e) pumped by a pumping light beam while passing through an optical path in the laser gain medium, the pumping light beam being incident from a pumping light source into said optical medium through said incident face, and configured to amplify the laser beam while reflecting the laser beam, wherein at least one of said gain media (2a to 2e) is joined on a first face of said optical medium as a first face gain medium, and at least one of the remaining gain media is joined on a second face of said optical medium as a second face gain medium, wherein the laser beam is propagated on the optical path and is amplified by said first face gain medium and said second face gain medium while being alternately reflected by said first face gain medium and said second face gain medium, wherein at least one of (i) dope quantities of the active element into said gain media (2a to 2e) and (ii) thicknesses of said gain media in a direction perpendicular to the first or second face is adjusted such that an amount of heat generated by absorbing the pumping light beam is uniform over said gain media (2a to 2e), and wherein an absorption factor of the pumping light beam of one of said first and second face gain media which is near to the incident face is smaller than that of the other gain medium which is distant from the incident face.
An electric vehicle charging controller (EVCC 100) configured to be mounted in an electric vehicle (EV 10) and including a power supply unit and a charging control apparatus comprising: a proximity detection port to which a proximity signal is input from a connector of a charging cable; a first proximity detection interface configured to generate a first proximity detection signal based on the proximity signal; a controller configured to determine whether the connector of the charging cable is in proximity based on the first proximity detection signal; and a relay disposed between the proximity detection port and the first proximity detection interface and configured to provide the proximity identification signal to the controller based on a control by the controller, wherein the controller is further configured to allow the relay to provide the proximity identification signal when it is determined that the connector of the charging cable is not in proximity based on the first proximity detection signal, and determine that the battery is short-circuited when the proximity detection identification signal is equal to or higher than a predetermined voltage level. a proximity detection port to which a proximity signal is input from a connector of a charging cable; a first proximity detection interface configured to generate a first proximity detection signal based on the proximity signal; a controller configured to determine whether the connector of the charging cable is in proximity based on the first proximity detection signal; and a relay disposed between the proximity detection port and the first proximity detection interface and configured to provide the proximity identification signal to the controller based on a control by the controller, wherein the controller is further configured to allow the relay to provide the proximity identification signal when it is determined that the connector of the charging cable is not in proximity based on the first proximity detection signal, and determine that the battery is short-circuited when the proximity detection identification signal is equal to or higher than a predetermined voltage level.
Electrical connector intended to link at least one cable to an electric actuator fixed to a wall, the electrical connector comprising at least one first connection part, capable of accommodating an end of the cable, and a second connection part, capable of locking a position of the electric actuator relative to the wall, characterized in that the first connection part, the connection body and the second connection part delimit a void, capable of receiving a part of the electric actuator and a part of the wall.
A method for anti-corrosion treatment of components produced from aluminum, comprising a pretreatment stage and a subsequent painting process, in which the component in the pretreatment stage is brought into contact first with an aqueous pickling solution, which has a pH of from 1 to 3, a free acid content of at least 8 points and a total fluoride content of at least 40 mmol/L, and subsequently with an aqueous passivating solution, which has a pH of from 1 to 3, a free acid content of less than 8 points and a total fluoride content of less than 60 mmol/L, but at least 5 mmol/L and less than 10 mmol/L, but at least 0.1 mmol/L, of water-soluble compounds of the elements Zr and/or Ti based on the particular element, wherein, after the contact with the pickling solution and before the contact with the passivating solution, no rinsing or drying step takes place.