mhurhangee/ep-ind-claims huggingface dataset:
A feed mixer wagon, comprising: at least one loading space for bulk agricultural materials; a plurality of weighing devices (1a-c, 21, 21a-c), in particular load cells and/or weigh beams, for detecting the weight of load in the loading space; at least one inertial measuring unit (6, 12, 22) for measuring an acceleration and/or orientation of the feed mixer wagon, in particular of the loading space, the at least one inertial measuring unit (6, 12, 22) being disposed in the region of the center of gravity of the feed mixer wagon and/or on an axle (130a, 130b) of the feed mixer wagon and/or on a tow hitch; and a computing unit (7, 8, 11, 14, 16) adapted to combine a plurality of raw signals from a plurality of the weighing devices with the output signals from the at least one inertial measuring unit to compensate for distorting influences on the measured weight signals due to accelerations, vibrations and inclinations of the feed mixer wagon. at least one loading space for bulk agricultural materials; a plurality of weighing devices (1a-c, 21, 21a-c), in particular load cells and/or weigh beams, for detecting the weight of load in the loading space; at least one inertial measuring unit (6, 12, 22) for measuring an acceleration and/or orientation of the feed mixer wagon, in particular of the loading space, the at least one inertial measuring unit (6, 12, 22) being disposed in the region of the center of gravity of the feed mixer wagon and/or on an axle (130a, 130b) of the feed mixer wagon and/or on a tow hitch; and a computing unit (7, 8, 11, 14, 16) adapted to combine a plurality of raw signals from a plurality of the weighing devices with the output signals from the at least one inertial measuring unit to compensate for distorting influences on the measured weight signals due to accelerations, vibrations and inclinations of the feed mixer wagon.
A system for distributed information exchange relating to a product, comprising: one or more processors, individually or collectively, programmed to: implement a protocol in an information exchange session between a user device and a computer node associated with a manifest, wherein the manifest is one of a plurality of manifests related to the product and wherein a real identity of a creator of the manifest is preserved as anonymous during the information exchange session; receive a query about the product via the user device; when the query is a push-question, retrieve and transmit to the user device an answer to the query about the product by identifying a pre-existing answer in a pair of push-question and pre-existing answer from the manifest, or verifying the pre-existing answer using a pair of topic and verifiable information from the manifest; and when the query is a pull-question, retrieve an encrypted and anonymous identity of creator of the manifest, wherein the creator of the relevant manifest is likely to provide an answer to the query. implement a protocol in an information exchange session between a user device and a computer node associated with a manifest, wherein the manifest is one of a plurality of manifests related to the product and wherein a real identity of a creator of the manifest is preserved as anonymous during the information exchange session; receive a query about the product via the user device; when the query is a push-question, retrieve and transmit to the user device an answer to the query about the product by identifying a pre-existing answer in a pair of push-question and pre-existing answer from the manifest, or verifying the pre-existing answer using a pair of topic and verifiable information from the manifest; and when the query is a pull-question, retrieve an encrypted and anonymous identity of creator of the manifest, wherein the creator of the relevant manifest is likely to provide an answer to the query.
A curable resin composition comprising: a) an epoxy resin; b) an anhydride hardener; c) a polyol; d) a core shell rubber; and e) a catalyst, wherein the core shell rubber is present in an amount in the range of from 3 weight percent to 15 weight percent based on the total weight of the epoxy resin mixture, the anhydride hardener, the polyol, the core shell rubber and the catalyst. a) an epoxy resin; b) an anhydride hardener; c) a polyol; d) a core shell rubber; and e) a catalyst,
A film-forming composition in liquid aqueous form comprising: - a hydrolyzed alkylated starch; - an additional hydrocolloid; - isosorbide; - a plasticizer, wherein the dry matter content by weight is between 10 and 70%, wherein the plasticizer is sorbitol, the dry weight ratio of the sum of isosorbide and plasticizer to hydrolyzed alkylated starch being of between 0.10:1 and 0.50:1. - a hydrolyzed alkylated starch; - an additional hydrocolloid; - isosorbide; - a plasticizer, wherein the dry matter content by weight is between 10 and 70%, wherein the plasticizer is sorbitol, the dry weight ratio of the sum of isosorbide and plasticizer to hydrolyzed alkylated starch being of between 0.10:1 and 0.50:1.
A heat flow measuring apparatus comprising: an annular first heat diffusing member; a first temperature sensor that is thermally connected to the first heat diffusing member; an annular second heat diffusing member; a second temperature sensor that is thermally connected to the second heat diffusing member; and a heat transfer layer that is disposed between the first heat diffusing member and the second heat diffusing member, wherein the thermal conductivity (λ S) of the first heat diffusing member is higher than the thermal conductivity (λ) of the heat transfer layer, and wherein the thermal conductivity (λ E) of the second heat diffusing member is higher than the thermal conductivity (λ) of the heat transfer layer. an annular first heat diffusing member; a first temperature sensor that is thermally connected to the first heat diffusing member; an annular second heat diffusing member; a second temperature sensor that is thermally connected to the second heat diffusing member; and a heat transfer layer that is disposed between the first heat diffusing member and the second heat diffusing member, wherein the thermal conductivity (λ S) of the first heat diffusing member is higher than the thermal conductivity (λ) of the heat transfer layer, and wherein the thermal conductivity (λ E) of the second heat diffusing member is higher than the thermal conductivity (λ) of the heat transfer layer.
A refrigeration system comprising: a compressor having a first stage and a second stage; a motor driving the compressor; a heat rejecting heat exchanger having a fan drawing ambient fluid over the heat rejecting heat exchanger, the heat rejecting heat exchanger including an intercooler and a gas cooler, the intercooler coupled to an outlet of the first stage and the gas cooler coupled to an outlet of the second stage; a flash tank coupled to an outlet of the gas cooler; a primary expansion device coupled to an outlet of the flash tank; a heat absorbing heat exchanger coupled to an outlet of the primary expansion device, an outlet of the heat absorbing heat exchanger coupled to the suction port of the first stage; an economizer valve coupling the flash tank to an inlet of the second stage; an unload valve coupling an outlet of the intercooler to the suction port of the first stage; and a controller which is configured for for implementing a pulldown mode for cooling a space to a control temperature within a band of a control temperature setpoint, a control mode for maintaining the control temperature within the band of the control temperature setpoint and a staging logic mode for reducing system capacity while maintaining the control temperature within the band range of the control temperature setpoint, wherein the staging logic mode includes closing the economizer valve and opening the unload valve. a compressor having a first stage and a second stage; a motor driving the compressor; a heat rejecting heat exchanger having a fan drawing ambient fluid over the heat rejecting heat exchanger, the heat rejecting heat exchanger including an intercooler and a gas cooler, the intercooler coupled to an outlet of the first stage and the gas cooler coupled to an outlet of the second stage; a flash tank coupled to an outlet of the gas cooler; a primary expansion device coupled to an outlet of the flash tank; a heat absorbing heat exchanger coupled to an outlet of the primary expansion device, an outlet of the heat absorbing heat exchanger coupled to the suction port of the first stage; an economizer valve coupling the flash tank to an inlet of the second stage; an unload valve coupling an outlet of the intercooler to the suction port of the first stage; and a controller which is configured for for implementing a pulldown mode for cooling a space to a control temperature within a band of a control temperature setpoint, a control mode for maintaining the control temperature within the band of the control temperature setpoint and a staging logic mode for reducing system capacity while maintaining the control temperature within the band range of the control temperature setpoint, wherein the staging logic mode includes closing the economizer valve and opening the unload valve.
A computer-implemented method for identifying potential spam email from network data without accessing message content, the method comprising: obtain labels from messages associated with an email service provider, wherein the labels indicate for each message IP address on a cloud service network how many spam and non-spam messages have been received from each message IP address; obtain network data features of the cloud service network from a cloud service provider, wherein the network data features include originating and destination IP addresses and ports of messages routed though the cloud service network; provide the labels and network data features to a machine learning application, wherein the machine learning application correlates the IP addresses between the labels and the network data features; generate a prediction model representing an algorithm for determining whether a particular given set of network data features are spam or not; apply the prediction model to network data features for an unlabeled message; and generate an output of the prediction model indicating a likelihood that the unlabeled message is spam. obtain labels from messages associated with an email service provider, wherein the labels indicate for each message IP address on a cloud service network how many spam and non-spam messages have been received from each message IP address; obtain network data features of the cloud service network from a cloud service provider, wherein the network data features include originating and destination IP addresses and ports of messages routed though the cloud service network; provide the labels and network data features to a machine learning application, wherein the machine learning application correlates the IP addresses between the labels and the network data features; generate a prediction model representing an algorithm for determining whether a particular given set of network data features are spam or not; apply the prediction model to network data features for an unlabeled message; and generate an output of the prediction model indicating a likelihood that the unlabeled message is spam.
An aerial work platform suitable for all-terrain outdoor use, comprising: - a frame equipped with at least two front wheels and at least two rear wheels allowing the translation of the aerial work platform along the ground, - a working platform, - a lifting mechanism for the working platform, which is mounted on the frame, - at least one first electric motor for providing the driving power to move the aerial work platform along the ground, - at least one second electric motor for providing the driving power to operate the lifting mechanism of the working platform, - at least one rechargeable electric battery for powering the at least one first and the at least one second electric motor (M1, M2), wherein: - the driving power for moving the aerial work platform along the ground is always provided exclusively by the at least one first electric motor, and - the driving power for actuating the lifting mechanism of the work platform is always provided exclusively by the at least one second electric motor, the aerial work platform comprising also: - a front axle equipped with the two front wheels and a rear axle equipped with the two rear wheels, at least one of the axles being a transmission axle for transmitting the driving force of the at least one first electric motor to the corresponding wheels, and - a location provided for the mounting in a removable manner of a power generator, characterized in that the aerial work platform further comprises at least one single-phase charger (31, 32, 33) for recharging the at least one rechargeable electric battery by connection to a single-phase power supply network and in that the power generator is intended to be connected to at least one of the chargers (31, 32, 33) to recharge the battery when the power generator is mounted in the location. - a frame equipped with at least two front wheels and at least two rear wheels allowing the translation of the aerial work platform along the ground, - a working platform, - a lifting mechanism for the working platform, which is mounted on the frame, - at least one first electric motor for providing the driving power to move the aerial work platform along the ground, - at least one second electric motor for providing the driving power to operate the lifting mechanism of the working platform, - at least one rechargeable electric battery for powering the at least one first and the at least one second electric motor (M1, M2), - the driving power for moving the aerial work platform along the ground is always provided exclusively by the at least one first electric motor, and - the driving power for actuating the lifting mechanism of the work platform is always provided exclusively by the at least one second electric motor, - a front axle equipped with the two front wheels and a rear axle equipped with the two rear wheels, at least one of the axles being a transmission axle for transmitting the driving force of the at least one first electric motor to the corresponding wheels, and - a location provided for the mounting in a removable manner of a power generator,
A method for a first network element to establish a session layer connection over a TCP/IP based network with a second network element, the method comprising: receiving a request from an application layer (417 1) of the first network element (210 1) to listen for a session layer connection request, wherein the first network element is identified by a first endpoint identifier, EID, (201 1); instructing a transport layer of the first network element to listen for a request for a new transport layer connection; receiving a first transport layer connection request from the second network element (210 2), wherein the transport layer connection request comprises a first internet protocol, IP, address and wherein the second network element is identified by a second EID (201 2); establishing a first transport layer connection with the second network element; receiving a first session layer connection request from the second network element, wherein the first session layer connection request comprises a session identifier, ID, and the second EID; and establishing a session layer connection over the TCP/IP based network with the second network element. receiving a request from an application layer (417 1) of the first network element (210 1) to listen for a session layer connection request, wherein the first network element is identified by a first endpoint identifier, EID, (201 1); instructing a transport layer of the first network element to listen for a request for a new transport layer connection; receiving a first transport layer connection request from the second network element (210 2), wherein the transport layer connection request comprises a first internet protocol, IP, address and wherein the second network element is identified by a second EID (201 2); establishing a first transport layer connection with the second network element; receiving a first session layer connection request from the second network element, wherein the first session layer connection request comprises a session identifier, ID, and the second EID; and establishing a session layer connection over the TCP/IP based network with the second network element.
A power conversion device comprising: a bridge circuit in which a switch element (3u-3z) is provided in each of a plurality of arms; a filter that is provided on an alternating current side of the bridge circuit, and connected to a neutral point; a reactor provided between the bridge circuit and the filter; a smoothing circuit provided on a direct current side of the bridge circuit; a snubber circuit provided between the bridge circuit and the smoothing circuit; and a switch circuit provided between the smoothing circuit and the snubber circuit, characterised in that the smoothing circuit includes two smoothing capacitors (6a, 6b) connected in series between a positive line and a negative line, and the neutral point is connected between the two smoothing capacitors (6a, 6b) the snubber circuit includes two snubber capacitors (41a, 41b) connected in series between the positive line and the negative line, and the neutral point is connected between the two snubber capacitors (41a, 41b), and the switch circuit includes a first switch provided on the positive line and a second switch provided on the negative line. a bridge circuit in which a switch element (3u-3z) is provided in each of a plurality of arms; a filter that is provided on an alternating current side of the bridge circuit, and connected to a neutral point; a reactor provided between the bridge circuit and the filter; a smoothing circuit provided on a direct current side of the bridge circuit; a snubber circuit provided between the bridge circuit and the smoothing circuit; and a switch circuit provided between the smoothing circuit and the snubber circuit, characterised in that the smoothing circuit includes two smoothing capacitors (6a, 6b) connected in series between a positive line and a negative line, and the neutral point is connected between the two smoothing capacitors (6a, 6b) the snubber circuit includes two snubber capacitors (41a, 41b) connected in series between the positive line and the negative line, and the neutral point is connected between the two snubber capacitors (41a, 41b), and the switch circuit includes a first switch provided on the positive line and a second switch provided on the negative line.
A process for the extensive dewatering, by pressing, of sludge of saline residues resulting from drinking water production using a desalination process, said sludge having a salinity of between 5 g/l and 50 g/l, said sludge of saline residues being introduced into the cylinder of a piston press comprising flexible drains formed by flexible sheaths made from a material that is permeable to liquid but impermeable to solids, each drain comprising an inner passage that opens into an associated opening, the press operating in batches, and in that, during the pressing, the piston carries out reciprocal movements and applies alternating and variable pressures to the sludge, while the flexible drains are deformed, the liquid pressed out of the product passing through the wall of the drains and being discharged as a filtrate, while the dewatered sludge remains outside the drains and is discharged by opening the press, characterized in that an injection of drinking water is carried out according to a volume of between 50% and 150% of the volume of the sludge subjected to a dewatering cycle, this injection of drinking water being carried out during the dewatering cycle or during the phase of filling the piston press with sludge, according to a sufficiently high dosage, in order to reduce the salt concentration of the dewatered sludge while preserving a high dryness.
A method for requesting resources for transmitting data on uplink within a mobile communication system utilizing an uplink scheme comprising transmissions on a scheduled shared channel and a contention-based channel, the method comprising the following steps performed by the mobile terminal: transmitting a resource request to a network entity responsible for resource allocation via a contention-based channel; and receiving, in response to the resource request, a resource allocation message granting resources for transmitting data via the scheduled shared channel; characterised in that the method further comprises: repeatedly transmitting a reference signal to the network entity responsible for resource allocation upon having received the resource allocation message in response to the resource request. transmitting a resource request to a network entity responsible for resource allocation via a contention-based channel; and receiving, in response to the resource request, a resource allocation message granting resources for transmitting data via the scheduled shared channel; characterised in that the method further comprises: repeatedly transmitting a reference signal to the network entity responsible for resource allocation upon having received the resource allocation message in response to the resource request. repeatedly transmitting a reference signal to the network entity responsible for resource allocation upon having received the resource allocation message in response to the resource request.
A system for assembly configured to be provided between a sheet of glass comprising a countersunk hole (7, 8) on each of its sides (3, 4) and another sheet of glass also comprising a countersunk hole (9, 10) on each of its sides (5, 6), each countersunk hole being designed respectively to take first and second connecting pieces (14, 15) made of two elements (14a, 14b, 15a, 15b) of the system making it possible, by clamping said elements, to introduce a preload into the countersunk hole, each of the first and second connecting pieces (14, 15) being provided with a bore, the system also comprising a connecting core connecting with the first and second connecting pieces (14, 15), such that the core comprises first and second parts (19b, 19c) of which the first part mates with the surface of the bore of the first connecting piece on which it exerts a force roughly parallel to the axis of the hole and of which the second part (19b, 19c) of the connecting core fits into the bore made in the second connecting piece in order therein to react to said force.
A wind or water turbine with a rotor, wherein the rotor has a rotor hub and at least two rotor blades and the rotor blades can be rotated around their respective longitudinal axis by electric consuming units, wherein the wind or water turbine has a converter system for supplying the consuming units with energy, wherein the converter system comprises a rectifier and at least two inverters, wherein the rectifier can be supplied with power by an alternating current source, the rectifier is connected to each of the inverters via a common direct-current circuit in order to supply energy to the inverter, and each inverter can be connected to an electric consuming unit to supply energy to the respective consuming unit, characterized in that a decoupling mechanism is arranged in at least one of the connections between the direct-current circuit and one of the inverters, wherein the coupling mechanism prevents electric energy from being transferred from the inverter in the direction of the direct-current circuit, and at least one of the inverters has an emergency energy store, wherein the inverter can be supplied with electric energy by the emergency energy store.