mhurhangee/ep-ind-claims huggingface dataset:
A method for managing parking passes via a system for managing parking passes including at least one device for dispensing a parking pass and a server for centralising the parking passes, the centralisation server being connected to the or each dispensing device via a data link, the method comprising the following steps: - the inputting by a user of an identification code into the dispensing device, - the issuing to the user of a parking pass by the dispensing device, - the recording of the parking pass issued in a file stored in a memory of the centralisation server, characterised in that it further includes the modification of a subsequent parking pass, for each identification code, depending on the parking passes that were previously issued and recorded in the recording log file, each modification being associated with a parking zone and a time interval. - the inputting by a user of an identification code into the dispensing device, - the issuing to the user of a parking pass by the dispensing device, - the recording of the parking pass issued in a file stored in a memory of the centralisation server,
Method for analysing cells of a sample reacting with at least one specific marker comprising: - a step of providing a reference sample and a sample to be analysed; the method being characterized in that it further comprises: - a step of providing a set (E +) of cells declared positive by an expert from among the cells of the sample to be analysed; - a step of determining a vector coefficient (Θ) from the sample to be analysed and from the set (E +); - a step of determining at least one set of positive cells in the reference sample as a function of the vector coefficient (Θ); and - a step of calculating a rate of false positives in the reference sample (α) from the number of positive cells of the reference sample. - a step of providing a reference sample and a sample to be analysed; - a step of providing a set (E +) of cells declared positive by an expert from among the cells of the sample to be analysed; - a step of determining a vector coefficient (Θ) from the sample to be analysed and from the set (E +); - a step of determining at least one set of positive cells in the reference sample as a function of the vector coefficient (Θ); and - a step of calculating a rate of false positives in the reference sample (α) from the number of positive cells of the reference sample.
A method of preparing a sulfilimine of Formula, wherein X represents halogen, C 1 -C 4 alkyl or C 1 -C 4 haloalkyl; comprising, (a) mixing a solution cyanamide, a solution of hypochlorite, and a solvent in a first continuous loop reactor; (b) transferring the mixture of Step (a) into a second continuous loop reactor; (c) adding a sulfide of Formula into the second continuous loop reactor which reacts with the mixture of Step (a) to form the sulfilimine, wherein X is as previously defined; and (d) decanting the aqueous phase giving an organic phase containing a sulfilimine of Formula. (a) mixing a solution cyanamide, a solution of hypochlorite, and a solvent in a first continuous loop reactor; (b) transferring the mixture of Step (a) into a second continuous loop reactor; (c) adding a sulfide of Formula into the second continuous loop reactor which reacts with the mixture of Step (a) to form the sulfilimine, wherein X is as previously defined; and (d) decanting the aqueous phase giving an organic phase containing a sulfilimine of Formula.
A combination of an external device and a laundry machine, the laundry machine comprising a main controller, a driving controller that controls an operation of operating parts of the laundry machine, and an interface unit that is disposed for exchanging data with the external device, characterized in that: the interface unit is in communication connection with the main controller and the driving controller, separately; an operating instruction sent by the main controller is transmitted to the driving controller by using the interface unit; and the driving controller controls operating of the operating parts according to the operating instruction, wherein the external device comprises a test device and a communication device capable of being alternatively connected to the interface unit; when the interface unit is connected to the test device, the test device controls the driving controller to operate by using the interface unit, and obtains and diagnoses working condition information of the driving controller; and when the interface unit is connected to the communication device, the communication device establishes a communication connection with the main controller by using the interface unit and sends an external operating instruc-tion to the main controller, so as to control operating of the operating parts by using the main controller. the interface unit is in communication connection with the main controller and the driving controller, separately; an operating instruction sent by the main controller is transmitted to the driving controller by using the interface unit; and the driving controller controls operating of the operating parts according to the operating instruction, wherein the external device comprises a test device and a communication device capable of being alternatively connected to the interface unit; when the interface unit is connected to the test device, the test device controls the driving controller to operate by using the interface unit, and obtains and diagnoses working condition information of the driving controller; and when the interface unit is connected to the communication device, the communication device establishes a communication connection with the main controller by using the interface unit and sends an external operating instruc-tion to the main controller, so as to control operating of the operating parts by using the main controller.
An on-track work- or rescue vehicle for fire-fighting and/or rescue of persons in tunnels or subway tubes, having a drive which can be operated for at least a limited duration without ambient air, wherein a liquid tank is arranged on the workor rescue vehicle, characterized in that a fan having a liquid spraying device is arranged on the work- or rescue vehicle for producing a spray mist, and that the work- or rescue vehicle is designed as a traction vehicle (2, 3) for pulling or pushing another rail vehicle with a remote-controllable or automatic mechanical coupling arranged on at least one front side.
A method of operating a display device using a controller; the controller comprising an input configured to receive image data to be displayed from a data storage, a processor configured to send a control command, and an output for transmitting the control command and the image data to the display device; the display device having a panel comprising a plurality of light sources for generating an image corresponding to the image data, and a mechanism comprising actuators for individually moving the light sources, the mechanism being constructed and arranged to physically move inactive light sources in response to receiving the control command from the processor to separate the inactive light sources from active light sources, such that a gap is created between the inactive light sources and the active light sources through which air can flow; the method comprising: the processor of the controller identifying the inactive light sources by: identifying light sources that are controlled to be off, wherein the inactive light sources are the light sources that are controlled to be off; or by analysing the image data to determine background regions of the image, wherein the inactive light sources are the light sources corresponding to the determined background regions of the image; and in response to identifying the inactive light sources, the processor sending a control command to cause the mechanism of the display device to separate the identified inactive light sources. the processor of the controller identifying the inactive light sources by: identifying light sources that are controlled to be off, wherein the inactive light sources are the light sources that are controlled to be off; or by analysing the image data to determine background regions of the image, wherein the inactive light sources are the light sources corresponding to the determined background regions of the image; and identifying light sources that are controlled to be off, wherein the inactive light sources are the light sources that are controlled to be off; or by analysing the image data to determine background regions of the image, wherein the inactive light sources are the light sources corresponding to the determined background regions of the image; and in response to identifying the inactive light sources, the processor sending a control command to cause the mechanism of the display device to separate the identified inactive light sources.
A double raschel warp knitting machine comprising a pair of jacquard bars at a front side (JB3, JB4), a pair of jacquard bars at a back side (JB6, JB7), at least one guide bar in front of the pair of jacquard bars at the front side (JB3, JB4), and at least one guide bar in back of the pair of jacquard bars at the back side (JB6, JB7), wherein the pair of jacquard bars at the front side (JB3, JB4) and the pair of jacquard bars at the back side (JB6, JB7) are formed with two half-gauge jacquard bars (JB3, JB4) and two half-gauge jacquard bars (JB6, JB7), respectively; characterized in that at least one guide bar is provided between the pair of jacquard bars at the front side (JB3, JB4) and the pair of jacquard bars at the back side (JB6, JB7).
A corona treatment system to modify a surface of a flexible web, comprising: - an end plate; - a rotatable ground roller mounted to the end plate; - a high-voltage electrode mounted to the end plate and mounted proximate to the ground roller; characterized by - a color sensor in proximity to the ground roller, the color sensor capable of detecting imperfections on the ground roller, preferably by sensing the reflectance levels of the ground roller. - an end plate; - a rotatable ground roller mounted to the end plate; - a high-voltage electrode mounted to the end plate and mounted proximate to the ground roller; - a color sensor in proximity to the ground roller, the color sensor capable of detecting imperfections on the ground roller, preferably by sensing the reflectance levels of the ground roller.
A friction lining material having a porous body which is produced by compacting a mixture comprising petroleum coke and a binding agent containing carbon and subsequently pyrolizing it at a temperature between 800 and 1500 °C, the pores of the porous body being filled with a filling material, which is a material containing metal, ceramic or semimetal, characterized in that the porous body is made of more than 50 wt% of petroleum coke.
A packaging with a ball type applicator, consisting of a container with a threaded neck in its upper portion, a socket, which is at its lower portion internally threaded and it is screwed onto the threaded neck, and a ball seated in the socket, characterized in that the container is made of a cardboard and the threaded neck is a separate plastic element glued into the upper portion of the container.
A heat-seal condition indicating package comprising: a first sealing substrate comprising a leuco dye; a second sealing substrate comprising a leuco dye developer; a leuco dye sensitizer which dissolves both the leuco dye and the leuco dye developer when melted disposed in or on the surface of the first sealing substrate and/or the second sealing substrate; and a heat-seal produced between the first sealing substrate and the second sealing substrate comprising: a heat-seal defect-free state existing between the first sealing substrate and the second sealing substrate which produces a visible color change within the heat-seal after heat sealing the first sealing substrate to the second sealing substrate. a first sealing substrate comprising a leuco dye; a second sealing substrate comprising a leuco dye developer; a leuco dye sensitizer which dissolves both the leuco dye and the leuco dye developer when melted disposed in or on the surface of the first sealing substrate and/or the second sealing substrate; and a heat-seal produced between the first sealing substrate and the second sealing substrate comprising: a heat-seal defect-free state existing between the first sealing substrate and the second sealing substrate which produces a visible color change within the heat-seal after heat sealing the first sealing substrate to the second sealing substrate.
A method for the measurement of alkalinity in an aqueous sample comprising the following steps: pulling an aqueous sample through a sample channel of a chip to mix the aqueous sample with an indicator reagent and a buffer located in a first reagent zone of the sample channel thereby forming an aqueous sample mixture that exhibits a color change due to an interaction of the indicator reagent with constituents comprising the alkalinity of the aqueous sample; pulling the aqueous sample mixture from the first reagent zone into an optical pathway of the sample channel and performing a first color measurement of said aqueous sample mixture in said optical pathway; pulling the aqueous sample mixture from said optical pathway into a second reagent zone of the sample channel having an excess of a color-shifting agent to shift the color of the sample to at least one color extreme and form a color-shifted aqueous sample mixture; moving the color-shifted aqueous sample mixture back to said optical pathway and performing a second color measurement of the color shifted aqueous sample mixture in said optical pathway; and displaying sample alkalinity data in a visual display device based on the first and second color measurements. pulling an aqueous sample through a sample channel of a chip to mix the aqueous sample with an indicator reagent and a buffer located in a first reagent zone of the sample channel thereby forming an aqueous sample mixture that exhibits a color change due to an interaction of the indicator reagent with constituents comprising the alkalinity of the aqueous sample; pulling the aqueous sample mixture from the first reagent zone into an optical pathway of the sample channel and performing a first color measurement of said aqueous sample mixture in said optical pathway; pulling the aqueous sample mixture from said optical pathway into a second reagent zone of the sample channel having an excess of a color-shifting agent to shift the color of the sample to at least one color extreme and form a color-shifted aqueous sample mixture; moving the color-shifted aqueous sample mixture back to said optical pathway and performing a second color measurement of the color shifted aqueous sample mixture in said optical pathway; and displaying sample alkalinity data in a visual display device based on the first and second color measurements.
A mixture comprising: (a) a non-self-crosslinking polymer comprising a reaction site capable of reacting with a modifying compound; and (b) a modifying compound, comprising: (i) a first functional group capable of reacting with the non-self-crosslinking polymer and; (ii) a second functional group capable of crosslinking with a curing agent, wherein the first functional group is different than the second functional group, wherein the modifying compound is selected from at least one of: CH 3 C 2 H 3 NC NHC 6 H 7 (CH 3) 3 CH 2 HNCOOCH 2 C≡CH, CH 3 C 2 H 3 NC NHC 6 H 7 (CH 3) 3 CH 2 HNCOOCH 2 CH 2 N 3, OCNC 6 H 7 (CH 3) 3 CH 2 NHCOOCH 2 C≡CH, OCNC 6 H 7 (CH 3) 3 CH 2 NHCOOCH 2 CH 2 N 3, or combinations thereof. (a) a non-self-crosslinking polymer comprising a reaction site capable of reacting with a modifying compound; and (b) a modifying compound, comprising: (i) a first functional group capable of reacting with the non-self-crosslinking polymer and; (ii) a second functional group capable of crosslinking with a curing agent, wherein the first functional group is different than the second functional group, wherein the modifying compound is selected from at least one of: CH 3 C 2 H 3 NC NHC 6 H 7 (CH 3) 3 CH 2 HNCOOCH 2 C≡CH, CH 3 C 2 H 3 NC NHC 6 H 7 (CH 3) 3 CH 2 HNCOOCH 2 CH 2 N 3, OCNC 6 H 7 (CH 3) 3 CH 2 NHCOOCH 2 C≡CH, OCNC 6 H 7 (CH 3) 3 CH 2 NHCOOCH 2 CH 2 N 3, or combinations thereof. (i) a first functional group capable of reacting with the non-self-crosslinking polymer and; (ii) a second functional group capable of crosslinking with a curing agent, wherein the first functional group is different than the second functional group, wherein the modifying compound is selected from at least one of: CH 3 C 2 H 3 NC NHC 6 H 7 (CH 3) 3 CH 2 HNCOOCH 2 C≡CH, CH 3 C 2 H 3 NC NHC 6 H 7 (CH 3) 3 CH 2 HNCOOCH 2 CH 2 N 3, OCNC 6 H 7 (CH 3) 3 CH 2 NHCOOCH 2 C≡CH, OCNC 6 H 7 (CH 3) 3 CH 2 NHCOOCH 2 CH 2 N 3, or combinations thereof.
An apparatus with a closed housing, wherein a lighting device is received in the apparatus and a light outlet is provided on the closed housing, and wherein the apparatus is arranged in a first medium during operating, and the inside of the apparatus is filled with a second medium the pressure of which is higher than the pressure of the first medium, wherein the first medium is liquid and the second medium is gas, wherein the liquid is water and the gas is air, characterized in that the apparatus further comprises an execution device; a sensor configured to detect the pressure of the second medium; and a two-way valve disposed on the closed housing configured such that when the pressure of the second medium detected by the sensor is beyond a predetermined range, the pressure of the second medium is changed via the valve so as to keep the pressure of the second medium within the predetermined range, whereby when the pressure of the air detected by the sensor is lower than the predetermined threshold value, the execution device increases the pressure of the air via the two way valve, and when the pressure of the air detected by the sensor is higher than the predetermined upper limit, the execution device decreases the pressure of the air via the two way valve.
Decorative panel comprising a plate-shaped carrier made of a wood plastic composite material, wherein the plate-shaped carrier in at least one edge region has a profile and/or a cutting edge, characterized in that the profile and/or cutting edge comprises a substantially sealed surface.
An electromagnetic interference suppression apparatus (1 10), comprising a body having a first surface and a generally opposed second surface defining a thickness therebetween, said body exhibiting a thermal conductivity of at least 1 W/m·K through the thickness, a hardness of between 10-70 Shore 00 at 20°C, and a volume electrical resistivity of at least 10 8 Ω·m, said body having a first portion disposed along the first surface, a second portion disposed along the second surface, and a third portion, said third portion including Mn-Zn as an electromagnetic radiation suppression material dispersed in a polymeric matrix, wherein said Mn-Zn powder is confined to said third portion, said third portion being interposed between said first and second portions (118,120) and one or more electrically insulative shielding members disposed between said first surface and said second surface, wherein said electrically insulative shielding member is fabricated from a woven fabric of glass, graphite or the like.
An agricultural vehicle comprising a drive wheel assembly comprising: - a central shaft configured to be driven by a motor of the agricultural vehicle to rotate; - a planet gear system configured to be driven by the central shaft, wherein the planet gear system comprises: - a sun gear coupled to the central shaft; - a plurality of planet gears disposed around the sun gear and configured to be driven by the sun gear; - a ring gear disposed around the plurality of planet gears and configured to be driven by the plurality of planet gears; and - a planet carrier directly coupled to each planet gear of the plurality of planet gears and configured to provide support to each planet gear; and wherein said drive wheel assembly further comprises a plurality of bearing assemblies (44, 46), wherein the planet carrier is configured to provide support to at least one bearing assembly of the plurality of bearing assemblies (44, 46) and wherein the plurality of bearing assemblies (44, 46) comprises a first bearing assembly (44, 46) having a first internal diameter and a second bearing assembly (44, 46) having a second internal diameter and wherein the first internal diameter is smaller than the second internal diameter; and characterized in that the first bearing assembly (44, 46) is encompassed by the planet carrier and the second bearing assembly (46, 44) is disposed around a portion of the planet carrier. - a central shaft configured to be driven by a motor of the agricultural vehicle to rotate; - a planet gear system configured to be driven by the central shaft, wherein the planet gear system comprises: - a sun gear coupled to the central shaft; - a plurality of planet gears disposed around the sun gear and configured to be driven by the sun gear; - a ring gear disposed around the plurality of planet gears and configured to be driven by the plurality of planet gears; and - a planet carrier directly coupled to each planet gear of the plurality of planet gears and configured to provide support to each planet gear; and
A finish heat treatment method for an iron powder comprising: placing a raw iron powder on a continuous moving hearth; subjecting the raw iron powder to a pretreatment of heating the raw iron powder in an atmosphere of a hydrogen gas and/or an inert gas; and then continuously subjecting the pretreated iron powder to at least two treatments selected from decarburization, deoxidation, and denitrification to obtain a product iron powder, wherein the hydrogen gas and/or the inert gas used as an ambient gas in the pretreatment is introduced separately from an ambient gas used in the at least two treatments, and is introduced from the upstream side of a region where the pretreatment is performed and released from the downstream side of the region so as to flow in the same direction as a moving direction of the continuous moving hearth. placing a raw iron powder on a continuous moving hearth; subjecting the raw iron powder to a pretreatment of heating the raw iron powder in an atmosphere of a hydrogen gas and/or an inert gas; and then continuously subjecting the pretreated iron powder to at least two treatments selected from decarburization, deoxidation, and denitrification to obtain a product iron powder, wherein the hydrogen gas and/or the inert gas used as an ambient gas in the pretreatment is introduced separately from an ambient gas used in the at least two treatments, and is introduced from the upstream side of a region where the pretreatment is performed and released from the downstream side of the region so as to flow in the same direction as a moving direction of the continuous moving hearth.
A compound of Formula I: A-W-Z or a pharmaceutically acceptable salt thereof, wherein A is W is a quinolinene linked to A at any one of positions 2, 3, 4, 5, 6, 7 or 8 of the quinolinene; wherein Z is -C NR 1 R 2; R 1 is H; and R 2 is OH and wherein Z is linked to the quinolinene at any one of positions 2, 3, 4, 5, 6, 7 or 8 of the quinolinene;