mhurhangee/ep-ind-claims huggingface dataset:
A work vehicle comprising: an engine; a hydraulic pump which is driven by the engine; a movement hydraulic motor which is driven by hydraulic fluid which is discharged from the hydraulic pump; an acceleration operation member which is operated in order to set a target rotation speed for the engine; and a control section configured to perform traction control where the maximum traction force is reduced by limiting the displacement of the movement hydraulic motor to an upper limit displacement which is smaller than the maximum displacement, characterized in that the control section is further configured to increase the upper limit displacement of the movement hydraulic motor according to an increase in the operation amount of the acceleration operation member or the engine rotation speed in the traction control. an engine; a hydraulic pump which is driven by the engine; a movement hydraulic motor which is driven by hydraulic fluid which is discharged from the hydraulic pump; an acceleration operation member which is operated in order to set a target rotation speed for the engine; and a control section configured to perform traction control where the maximum traction force is reduced by limiting the displacement of the movement hydraulic motor to an upper limit displacement which is smaller than the maximum displacement, characterized in that the control section is further configured to increase the upper limit displacement of the movement hydraulic motor according to an increase in the operation amount of the acceleration operation member or the engine rotation speed in the traction control.
A process for continuously preparing the tert-butyl ester of an aliphatic C 1 -C 4 carboxylic acid, in which: a) an aliphatic C 1 -C 4 carboxylic acid is reacted with isobutene in the presence of an acidic catalyst to give an esterification mixture; b) the esterification mixture is partially evaporated, giving a liquid first high boiler phase comprising the acidic catalyst, and a first vapor comprising tert-butyl ester; c) the first vapor is fractionally condensed by partially condensing the first vapor at a first pressure and a first temperature and obtaining a first condensate, partially condensing the uncondensed second vapor at a second pressure and a second temperature and obtaining a second condensate, the first temperature being 0 to 45°C below the condensation temperature of the tert-butyl ester at the first pressure and the second temperature being 45 to 80°C below the condensation temperature of the tert-butyl ester at the second pressure, with the proviso that the second temperature is at least 5°C below the first temperature; and d) the first condensate and the second condensate are combined and fed to a combined workup, and the third vapor not condensed at the second temperature is recycled into step a). a) an aliphatic C 1 -C 4 carboxylic acid is reacted with isobutene in the presence of an acidic catalyst to give an esterification mixture; b) the esterification mixture is partially evaporated, giving a liquid first high boiler phase comprising the acidic catalyst, and a first vapor comprising tert-butyl ester; c) the first vapor is fractionally condensed by partially condensing the first vapor at a first pressure and a first temperature and obtaining a first condensate, partially condensing the uncondensed second vapor at a second pressure and a second temperature and obtaining a second condensate, the first temperature being 0 to 45°C below the condensation temperature of the tert-butyl ester at the first pressure and the second temperature being 45 to 80°C below the condensation temperature of the tert-butyl ester at the second pressure, with the proviso that the second temperature is at least 5°C below the first temperature; and d) the first condensate and the second condensate are combined and fed to a combined workup, and the third vapor not condensed at the second temperature is recycled into step a).
A production method of a compound represented by the following General Formula through a step of reacting a compound represented by the following General Formula with a sulfur compound, wherein, in General Formulas and, R 1 represents a hydrogen atom or an acyl group, R 2 represents a hydrogen atom, a fluorine atom, an acyloxy group, an arylmethyloxy group, an allyloxy group, an arylmethyloxycarbonyloxy group, or an allyloxycarbonyloxy group, R 3 represents a hydrogen atom or an acyloxy group, R 5 represents an alkyl group or an aryl group, and X represents a leaving group, and here, in a case where R 2 is a fluorine atom, an acyloxy group, an arylmethyloxy group, an allyloxy group, an arylmethyloxycarbonyloxy group, or an allyloxycarbonyloxy group, R 3 is an acyloxy group. wherein, in General Formulas and, R 1 represents a hydrogen atom or an acyl group, R 2 represents a hydrogen atom, a fluorine atom, an acyloxy group, an arylmethyloxy group, an allyloxy group, an arylmethyloxycarbonyloxy group, or an allyloxycarbonyloxy group, R 3 represents a hydrogen atom or an acyloxy group, R 5 represents an alkyl group or an aryl group, and X represents a leaving group, and here, in a case where R 2 is a fluorine atom, an acyloxy group, an arylmethyloxy group, an allyloxy group, an arylmethyloxycarbonyloxy group, or an allyloxycarbonyloxy group, R 3 is an acyloxy group.
A method, comprising: receiving, at a device in a network, an indication of an increase or a decrease adjustment to a traffic shaping rate made proactively by a node in the network based on a learning machine prediction of a future network condition; identifying, by the device, a set of network nodes that are associated with the future network condition; detecting, by the device, a violation of traffic shaping rules by an offending node in the set of network nodes, wherein the traffic shaping rules control a rate at which packets are communicated over a network connection with a provider-edge router; and in response to detecting the violation of the traffic shaping rules by the offending node, sending, by the device, an instruction that causes the offending node to use a different traffic shaping rate. receiving, at a device in a network, an indication of an increase or a decrease adjustment to a traffic shaping rate made proactively by a node in the network based on a learning machine prediction of a future network condition; identifying, by the device, a set of network nodes that are associated with the future network condition; detecting, by the device, a violation of traffic shaping rules by an offending node in the set of network nodes, wherein the traffic shaping rules control a rate at which packets are communicated over a network connection with a provider-edge router; and in response to detecting the violation of the traffic shaping rules by the offending node, sending, by the device, an instruction that causes the offending node to use a different traffic shaping rate.
A joint body comprising: a reinforcing member having at least one random layer, and at least one unidirectional material layer; and a reinforced member with an open sectional shape having at least one selected from the group consisting of a random layer and a unidirectional material layer, wherein the reinforcing member has a three-dimensional shape, the reinforcing member having the random layer and the unidirectional material layer formed by pressing, in a mold, a random carbon fiber-reinforced composite material in which the chopped carbon fiber is randomly oriented in the thermoplastic resin, and a continuous carbon fiber-reinforced composite material in which the continuous carbon fiber is unidirectionally arranged in the thermoplastic resin, respectively, characterised in that the random layer includes a bundle of at least specific numbers of chopped carbon fibers and other open chopped carbon fibers, and further characterised in that the reinforcing member and the reinforced member are vibration-welded to form a hollow closed section and in the at least one random layer a chopped carbon fiber is randomly oriented in a thermoplastic resin, and in the at least one unidirectional material layer a continuous carbon fiber is unidirectionally arranged in a thermoplastic resin. a reinforcing member having at least one random layer, and at least one unidirectional material layer; and a reinforced member with an open sectional shape having at least one selected from the group consisting of a random layer and a unidirectional material layer, wherein the reinforcing member has a three-dimensional shape, the reinforcing member having the random layer and the unidirectional material layer formed by pressing, in a mold, a random carbon fiber-reinforced composite material in which the chopped carbon fiber is randomly oriented in the thermoplastic resin, and a continuous carbon fiber-reinforced composite material in which the continuous carbon fiber is unidirectionally arranged in the thermoplastic resin, respectively, characterised in that the random layer includes a bundle of at least specific numbers of chopped carbon fibers and other open chopped carbon fibers, and further characterised in that the reinforcing member and the reinforced member are vibration-welded to form a hollow closed section and in the at least one random layer a chopped carbon fiber is randomly oriented in a thermoplastic resin, and in the at least one unidirectional material layer a continuous carbon fiber is unidirectionally arranged in a thermoplastic resin.
An air nozzle cleaning tool suitable for cleaning an air nozzle, comprising a housing, at least one air knife element in said housing, each air knife element having an air knife discharge slot suitable for discharging air and at least one tab extending from said air knife discharge slot, wherein the air knife discharge slot and the at least one tab are configured to be alignable with a slot in the air nozzle to be cleaned.
Electrical contact (101, 401A, 401B, 14, 401D, 401E, 401F, 36, 37), comprising a mating end (156, 18, 456, 456D, 34, 38) for mating to two or more contacts of a mating connector and a conductive section (157, 17, 457, 457A, 457B, 457C, 457D, 26, 39), the conductive section including a crimping end (158, 458, 20, 27, 40) comprising a crimping barrel which is integrally formed with the conductive section and adapted to receive an electrical cable (1, 2) and for being crimped thereto and a shaft section (480, 480A, 180, 17, 22, 480D, 28, 41), wherein the shaft section includes two legs (481A, 481B, 181A, 181B, 23A, 23B, 42A, 42B) extending between and connecting the crimping end and the mating end, characterized in that each of the two legs defines a hook-shaped foot extending from the leg at the mating end, wherein the feet are mounted to the mating end.
A battery system, comprising: - a plurality of battery cell assemblies electrically coupled in series, wherein the plurality of battery cell assemblies comprises a plurality of lithium ion battery cells, wherein a first battery cell assembly of the plurality of battery cell assemblies comprises: - a first lithium ion battery cell; and - a first lead acid battery cell electrically coupled in parallel with the first lithium ion battery cell such that the first lead acid battery cell is configured to resist overcharging and overdischarging of the first lithium ion battery cell, characterised in that the first lithium ion battery cell is not communicatively coupled to an electronic battery management system, and wherein the battery system is configured to undergo charge balancing during operation without the electronic battery management system, or in that only a portion of the lithium ion battery cells is communicatively coupled to an electronic battery management system. - a plurality of battery cell assemblies electrically coupled in series, wherein the plurality of battery cell assemblies comprises a plurality of lithium ion battery cells, wherein a first battery cell assembly of the plurality of battery cell assemblies comprises: - a first lithium ion battery cell; and - a first lead acid battery cell electrically coupled in parallel with the first lithium ion battery cell such that the first lead acid battery cell is configured to resist overcharging and overdischarging of the first lithium ion battery cell,
A method, comprising: linking an industrial data object with a semantic construct comprising at least one of an Internationalized Resource Identifier, a uniform resource identifier, and a uniform resource locator, the semantic construct specifies an attribute of the industrial data object, the attribute corresponding to a sensor measurement reading or a set point representing a desired condition hosted by the industrial data object; receiving, from an application, a request including the semantic construct to access sensor reading or set point of the industrial data object via the attribute; translating, by a processor, the semantic construct into an internet protocol address associated with the sensor measurement reading or the set point of the industrial data object and utilizing the IP address to post changes to the set point; and responding at the direction of the processor to the request by routing to the application the sensor measurement reading or the set point. linking an industrial data object with a semantic construct comprising at least one of an Internationalized Resource Identifier, a uniform resource identifier, and a uniform resource locator, the semantic construct specifies an attribute of the industrial data object, the attribute corresponding to a sensor measurement reading or a set point representing a desired condition hosted by the industrial data object; receiving, from an application, a request including the semantic construct to access sensor reading or set point of the industrial data object via the attribute; translating, by a processor, the semantic construct into an internet protocol address associated with the sensor measurement reading or the set point of the industrial data object and utilizing the IP address to post changes to the set point; and responding at the direction of the processor to the request by routing to the application the sensor measurement reading or the set point.
Backsheet (10, 20) for photovoltaic panels with cells of crystalline silicon which integrates in an integral way conductive interface elements intended to electrically connect the terminal points of the front electrical circuit (124a-d, 221a-d) to the back junction box, and wherein on the front end (114, 214) of said backsheet (10, 20) at least one recessed seat (111, 211) is obtained in correspondence of said terminal points of the front electrical circuit, and wherein in said recessed seat there is at least one through-hole (110, 210), and wherein on the back side (115, 215) of said backsheet (10, 20) the electrical connection to said integrated conductive elements occurs by contacting means connected to the back junction box, said backsheet (10, 20) is such that each integrated conductive element (130a-d) is of the non-through type with double contacting face (131,132) in such a way as to realize two opposite conductive bump contacts, resistant and stable which correspond, respectively, to the first and to the second face of said integrated conductive element (130a-d); said integrated conductive element (130a-d) being inserted and fixed in said recessed seat (111, 211) in such a way that said first face is coplanar (113, 213) to the surface of the front side (114, 214) of the backsheet (101, 204); said conductive element (130a-d) being of a thickness corresponding to the depth of said recessed seat (111, 211); and wherein, in said recessed seat (111, 211), said through-hole (110, 210) is inside said second face of each integrated conductive element (130a-d) in correspondence of each terminal point of the front circuit (124a-d, 221a-d) and of the opposite back electrical connection point (154a-d); and wherein each terminal point of the front circuit (124a-d, 221a-d) is electrically connected in an irreversible way to each integrated conductive element (130a-d); and wherein said second face of each integrated conductive element (130a-d) faces the back side (115, 215) to enable the electrical connection to the junction box (141, 154a-d) said second face being visible and accessible through said through-hole (110, 210).
Glass container, comprising a wall section and a bottom section, wherein the wall section and the bottom section surround an inner volume, wherein at least the wall section comprises a tempered section having a wall thickness (tw) between 1,1 mm and 2,3 mm, wherein the bottom section comprises a bottom tempered section, wherein a thickness relation between the wall thickness (tw) of the wall tempered section and the bottom thickness of the bottom tempered section is between 2 and 4,5. wherein the wall section and the bottom section surround an inner volume, wherein at least the wall section comprises a tempered section having a wall thickness (tw) between 1,1 mm and 2,3 mm, wherein the bottom section comprises a bottom tempered section, wherein a thickness relation between the wall thickness (tw) of the wall tempered section and the bottom thickness of the bottom tempered section is between 2 and 4,5.
A method for generating an instant virtual reenactment of a broadcast occurring event, wherein the method comprises, during the occurring event: - receiving, in a first electronic device, at least one continuous data stream with information regarding objects in the broadcast occurring event; - storing the at least one continuous data stream in a storage unit connected to the first electronic device; - receiving, in a second electronic device, the at least one continuous data stream; - storing the at least one continuous data stream in the second electronic device; - switching to a reenactment mode in said first electronic device, including sending a reenactment request from a first user of the first electronic device to a second user of the second electronic device, wherein the reenactment request includes time information of the continuous data stream; - simultaneously virtually reenacting the occurring event in the first and the second electronic device from the stored information based on the time information; - associating virtual, computer generated objects with information from the at least one data stream with information regarding the occurring event to recreate a particular situation in said event for reenactment of said situation by a user, and - controlling of the virtual objects by at least one user to reenact said situation. - receiving, in a first electronic device, at least one continuous data stream with information regarding objects in the broadcast occurring event; - storing the at least one continuous data stream in a storage unit connected to the first electronic device; - receiving, in a second electronic device, the at least one continuous data stream; - storing the at least one continuous data stream in the second electronic device; - switching to a reenactment mode in said first electronic device, including sending a reenactment request from a first user of the first electronic device to a second user of the second electronic device, wherein the reenactment request includes time information of the continuous data stream; - simultaneously virtually reenacting the occurring event in the first and the second electronic device from the stored information based on the time information; - associating virtual, computer generated objects with information from the at least one data stream with information regarding the occurring event to recreate a particular situation in said event for reenactment of said situation by a user, and - controlling of the virtual objects by at least one user to reenact said situation.
Motor vehicle door latch, with at least one locking mechanism (1, 2) fundamentally comprising a catch and a pawl, and with a flexible friction brake device for the locking mechanism (1, 2), which only becomes effective during a closure movement of the locking mechanism (1, 2) shortly before attainment of an end stop, whereby the locking mechanism (1, 2) demonstrates at least a cam, which interacts with the friction brake device during assumption of the closed position, whereby the cam and if applicable the catch are formed in a noise-reduced manner, characterized in that the friction brake device is formed as a spring lip interacting with the catch during its closure movement, whereby the latch housing and the spring lip are made of plastic.
Method to supply liquid metal from a vessel for containing liquid metal through a feed tube to an evaporator device in a vacuum chamber wherein the liquid metal is supplied under pressure characterised in that the liquid metal is supplied under pressure such that the flow rate of the supplied liquid metal without regulation is larger than the demand of liquid metal in the evaporator device and wherein the flow rate is regulated by generating a counter-pressure in the liquid metal in the feed tube by means of an electromagnetic pump dependent on the demand of liquid metal in the evaporator device.
A graded control signal system for warning a user of a vehicle, the system comprising; position providing means disposed in the vehicle and adapted to provide a location of the vehicle; determining means disposed in the vehicle or a remote server and adapted to determine the location-based imposed speed limit by comparing the location of the vehicle with a location database, the location database including location-based imposed speed limits for a plurality of locations; comparison means disposed in the vehicle or the remote server and adapted to compare the current speed of the vehicle with a plurality of threshold values for each location of the vehicle wherein the location-based imposed speed limit provided by the determining means is one of these threshold values; signalling means adapted to produce a control signal responsive to an output of the comparison means, the control signal adapted to at least one of provide a warning and automatically control the current speed of the vehicle; and compliance means provided in the vehicle or the remote server adapted to determine if the user or vehicle complies with the control signal, wherein if the user or vehicle complies with the control signal, the signalling means is adapted to generate a compliance signal on the basis of an output from the compliance means and/or, if the user or vehicle does not comply with the control signal, the signalling means is adapted to generate a non-compliance signal on the basis of the output from the compliance means, and wherein the compliance means is adapted to monitor the response to the control signal over a pre-set period of time, setting a time threshold that indicates a time for which the user or vehicle should respond to the control signal and wherein the compliance means measures the user's or vehicle's response to the control signal by comparing a first current speed of the vehicle determined at a first time with a second current speed of the vehicle determined at a second time, the second time at a later time than the first time