mhurhangee/ep-ind-claims huggingface dataset:
Method for processing a plurality of RFID tags, intended to discriminate between moving tags and stationary tags, characterised in that it comprises the following steps: - transmitting, from first and second remote reading stations (A, B) placed along the path of the moving tags, a first and a second radiofrequency interrogation signal to said plurality of RFID tags, - determining (E2, E3, E4) whether said first and second reading stations receive response signals from tags in response to said first and second radiofrequency interrogation signals, respectively, in such a way that, for a current tag, if only one of said first and second reading stations receives a response signal from said current tag, said current tag is a stationary tag, and if said first and second reading stations each receive a response signal from said current tag, a k-nearest neighbours method, k being an integer greater than or equal to 1, is used to determine whether the current tag is stationary or moving, which k-nearest neighbours' method comprises the following steps: - a step of learning on a population of N tags, called learning tags, the state of which, stationary or moving, is known, wherein a signal representative of the response signals received by said first and second reading stations for each of said N learning tags are recorded, - a step of selecting the k learning tags having the recorded response signals that are the closest to the response signals received for a current tag according to a predetermined distance criterion, and - a step of determining the stationary or moving state of the current tag on the basis of the state of the k learning tags selected. - transmitting, from first and second remote reading stations (A, B) placed along the path of the moving tags, a first and a second radiofrequency interrogation signal to said plurality of RFID tags, - determining (E2, E3, E4) whether said first and second reading stations receive response signals from tags in response to said first and second radiofrequency interrogation signals, respectively, in such a way that, for a current tag, if only one of said first and second reading stations receives a response signal from said current tag, said current tag is a stationary tag, and if said first and second reading stations each receive a response signal from said current tag, a k-nearest neighbours method, k being an integer greater than or equal to 1, is used to determine whether the current tag is stationary or moving, - a step of learning on a population of N tags, called learning tags, the state of which, stationary or moving, is known, wherein a signal representative of the response signals received by said first and second reading stations for each of said N learning tags are recorded, - a step of selecting the k learning tags having the recorded response signals that are the closest to the response signals received for a current tag according to a predetermined distance criterion, and - a step of determining the stationary or moving state of the current tag on the basis of the state of the k learning tags selected.
A blocked isocyanate comprising a latent isocyanate group, which is an isocyanate group blocked with a blocking agent, wherein the blocked isocyanate comprises a first latent isocyanate group that is an isocyanate group blocked with a first blocking agent and a second latent isocyanate group that is an isocyanate group blocked with a second blocking agent, the first blocking agent is represented by general formula below, and has a higher catalysis activity that activates the isocyanate group than that of the second blocking agent: (where R1 to R3 represent a hydrocarbon group having 1 to 12 carbon atoms or a hydrogen atom, and at least one of R1 to R3 represents a hydrogen atom, and R1 and R3 may be bonded to each other to form a heterocycle; R4 represents an atomic group represented by -NR 5 R 6 (R5 and R6 represent a hydrocarbon group having 1 to 12 carbon atoms, and R5 and R1 may be bonded to each other to form a heterocycle and R6 and R3 may be bonded to each other to form a heterocycle)). wherein the blocked isocyanate comprises a first latent isocyanate group that is an isocyanate group blocked with a first blocking agent and a second latent isocyanate group that is an isocyanate group blocked with a second blocking agent, the first blocking agent is represented by general formula below, and has a higher catalysis activity that activates the isocyanate group than that of the second blocking agent: (where R1 to R3 represent a hydrocarbon group having 1 to 12 carbon atoms or a hydrogen atom, and at least one of R1 to R3 represents a hydrogen atom, and R1 and R3 may be bonded to each other to form a heterocycle; R4 represents an atomic group represented by -NR 5 R 6 (R5 and R6 represent a hydrocarbon group having 1 to 12 carbon atoms, and R5 and R1 may be bonded to each other to form a heterocycle and R6 and R3 may be bonded to each other to form a heterocycle)).
Method for operating a parking lock device in a vehicle, comprising the steps of: - detecting that there is a fault situation in a controller of the vehicle; - determining a speed of the vehicle in the detected fault situation; - comparing the speed of the vehicle with a predetermined speed limit value; and - activating a locking effect of a parking lock of the parking lock device on at least one drive wheel of the vehicle if the speed of the vehicle is less than or equal to the predetermined speed limit value, characterized in that engine speeds of an engine of the vehicle and/or transmission shaft speeds of a transmission of the vehicle are determined, and the speed of the vehicle is calculated over a certain period of time on the basis of the determined engine speeds and/or on the basis of the determined transmission shaft speeds, and it is determined, on the basis of the engine speeds and/or the transmission speeds, whether there is a slipping movement with respect to the ground at at least one drive wheel of the vehicle, and the speed of the vehicle is calculated therefrom taking into account a presence of the slipping movement, wherein the engine speeds and/or the transmission speeds are determined repeatedly and their comparison with a range of values expected for traction with the ground and the determination of the speed of the vehicle therefrom are each repeatedly carried out in succession. - detecting that there is a fault situation in a controller of the vehicle; - determining a speed of the vehicle in the detected fault situation; - comparing the speed of the vehicle with a predetermined speed limit value; and - activating a locking effect of a parking lock of the parking lock device on at least one drive wheel of the vehicle if the speed of the vehicle is less than or equal to the predetermined speed limit value, characterized in that engine speeds of an engine of the vehicle and/or transmission shaft speeds of a transmission of the vehicle are determined, and the speed of the vehicle is calculated over a certain period of time on the basis of the determined engine speeds and/or on the basis of the determined transmission shaft speeds, and it is determined, on the basis of the engine speeds and/or the transmission speeds, whether there is a slipping movement with respect to the ground at at least one drive wheel of the vehicle, and the speed of the vehicle is calculated therefrom taking into account a presence of the slipping movement, wherein the engine speeds and/or the transmission speeds are determined repeatedly and their comparison with a range of values expected for traction with the ground and the determination of the speed of the vehicle therefrom are each repeatedly carried out in succession.
A compression apparatus for compressing refuse into a collection bin, the compression apparatus comprising: a compression tool having a first end and a second end, wherein the first end of the compression tool is pivotably hinged in the compression apparatus, and rotation of the second end of the compression tool is actuated by a hydraulic cylinder wherein the hydraulic cylinder comprises three separate chambers (31, 32, 33), such that a first extracting chamber and a second extracting chamber are arranged on extracting side of the hydraulic cylinder, and a retracting chamber is arranged on retracting side of the hydraulic cylinder, wherein the first extracting chamber has a working area which is smaller than a working area of the second extracting chamber, wherein the first extracting chamber and the second extracting chamber are configured to be utilized separately or jointly, characterized in that the retracting chamber has a working area, which is greater than the working area of the first extracting chamber, and smaller than the working area of the first extracting chamber and the working area of the second extracting chamber combined, and in that the compression apparatus is configured in a retracting phase to control a valve to a position where hydraulic fluid from a pump is simultaneously supplied both to the retracting chamber and the first extracting chamber such that the valve allows fluid to be circulated between the first extracting chamber and the retracting chamber. a compression tool having a first end and a second end, wherein the first end of the compression tool is pivotably hinged in the compression apparatus, and rotation of the second end of the compression tool is actuated by a hydraulic cylinder wherein the hydraulic cylinder comprises three separate chambers (31, 32, 33), such that a first extracting chamber and a second extracting chamber are arranged on extracting side of the hydraulic cylinder, and a retracting chamber is arranged on retracting side of the hydraulic cylinder, wherein the first extracting chamber has a working area which is smaller than a working area of the second extracting chamber, wherein the first extracting chamber and the second extracting chamber are configured to be utilized separately or jointly, characterized in that the retracting chamber has a working area, which is greater than the working area of the first extracting chamber, and smaller than the working area of the first extracting chamber and the working area of the second extracting chamber combined, and in that the compression apparatus is configured in a retracting phase to control a valve to a position where hydraulic fluid from a pump is simultaneously supplied both to the retracting chamber and the first extracting chamber such that the valve allows fluid to be circulated between the first extracting chamber and the retracting chamber.
A mobile agricultural sprayer, comprising: a frame; a tank configured to carry a substance to be sprayed; a spraying mechanism that sprays the substance; and an overspray detection system that generates control signals to obtain sensor information from a sensor (127, 238, 1310, 1312, 1314, 1316), that senses a spray variable indicative of a presence of the substance, at a sensor location corresponding to a field boundary of a field over which the sprayer is traveling and that receives an overspray detected signal indicative of the sensor (127, 238, 1310, 1312, 1314, 1316) sensing the presence of the substance at the sensor location, the mobile agricultural sprayer further comprising a likely drift detector logic that receives sprayer location information indicative of a geographic location of the sprayer, a wind sensor signal indicative of a value of a sensed wind variable and field characteristic data indicative of the field boundary of the field, and generates an overspray likely signal when a likely overspray condition is identified, based on the sprayer location information, the value of the sensed wind variable and the geographical characteristic of the field, characterized in that, the mobile agricultural sprayer further comprising a sensor rest control logic configured to generate a sensor control signal to activate the sensor (127, 238, 1310, 1312, 1314, 1316) when the sensor location corresponds to the likely overspray condition and to deactivate the sensor (127, 238, 1310, 1312, 1314, 1316) when the sensor location does not correspond to the likely overspray condition. a frame; a tank configured to carry a substance to be sprayed; a spraying mechanism that sprays the substance; and an overspray detection system that generates control signals to obtain sensor information from a sensor (127, 238, 1310, 1312, 1314, 1316), that senses a spray variable indicative of a presence of the substance, at a sensor location corresponding to a field boundary of a field over which the sprayer is traveling and that receives an overspray detected signal indicative of the sensor (127, 238, 1310, 1312, 1314, 1316) sensing the presence of the substance at the sensor location, the mobile agricultural sprayer further comprising a likely drift detector logic that receives sprayer location information indicative of a geographic location of the sprayer, a wind sensor signal indicative of a value of a sensed wind variable and field characteristic data indicative of the field boundary of the field, and generates an overspray likely signal when a likely overspray condition is identified, based on the sprayer location information, the value of the sensed wind variable and the geographical characteristic of the field, characterized in that, the mobile agricultural sprayer further comprising a sensor rest control logic configured to generate a sensor control signal to activate the sensor (127, 238, 1310, 1312, 1314, 1316) when the sensor location corresponds to the likely overspray condition and to deactivate the sensor (127, 238, 1310, 1312, 1314, 1316) when the sensor location does not correspond to the likely overspray condition.
A peptide, having a primary sequence structure comprised of at least three domains, having the arrangement: N-terminus [Domain 1] - [Domain 2] - [Domain 3] C-terminus in which: (i) Domain 1 comprises a sequence chosen from: RXRZ 3 [SEQ ID NO:762] where Z 3 is selected from one of: RBRRXR [SEQ ID NO:763] RBRRX [SEQ ID NO:764] RBRX [SEQ ID NO:765] RBRXR [SEQ ID NO:766] BRX [SEQ ID NO:767] BX [SEQ ID NO:768] RBR [SEQ ID NO:769] RB [SEQ ID NO:770], or RBRR [SEQ ID NO:771] (ii) Domain 2 comprises a sequence that contains at least 3 of the amino acids Z 1, Z 2, F, L, I [SEQ ID NO:798], where Z 1 is Y or I and Z 2 is Q or R, and wherein Domain 2 does not contain an N- to C- terminal contiguous primary sequence of ILFQY [SEQ ID NO:799], ILFQ [SEQ ID NO:800] or ILIQ [SEQ ID NO:801], (iii) Domain 3 comprises a sequence chosen from: RXRBRXRB [SEQ ID NO:772] XRBRXRB [SEQ ID NO:773] RXRRBRB [SEQ ID NO:774] BRXRB [SEQ ID NO:775] XRRBRB [SEQ ID NO:776] RRBRB [SEQ ID NO:777] XRBRB [SEQ ID NO:778] RBRXRB [SEQ ID NO:779] RXRBRB [SEQ ID NO:780], or BRBRB [SEQ ID NO:781] wherein X=aminohexanoic acid, B=betaAlanine. (i) Domain 1 comprises a sequence chosen from: RXRZ 3 [SEQ ID NO:762] where Z 3 is selected from one of: RBRRXR [SEQ ID NO:763] RBRRX [SEQ ID NO:764] RBRX [SEQ ID NO:765] RBRXR [SEQ ID NO:766] BRX [SEQ ID NO:767] BX [SEQ ID NO:768] RBR [SEQ ID NO:769] RB [SEQ ID NO:770], or RBRR [SEQ ID NO:771] (ii) Domain 2 comprises a sequence that contains at least 3 of the amino acids Z 1, Z 2, F, L, I [SEQ ID NO:798], where Z 1 is Y or I and Z 2 is Q or R, and wherein Domain 2 does not contain an N- to C- terminal contiguous primary sequence of ILFQY [SEQ ID NO:799], ILFQ [SEQ ID NO:800] or ILIQ [SEQ ID NO:801], (iii) Domain 3 comprises a sequence chosen from: RXRBRXRB [SEQ ID NO:772] XRBRXRB [SEQ ID NO:773] RXRRBRB [SEQ ID NO:774] BRXRB [SEQ ID NO:775] XRRBRB [SEQ ID NO:776] RRBRB [SEQ ID NO:777] XRBRB [SEQ ID NO:778] RBRXRB [SEQ ID NO:779] RXRBRB [SEQ ID NO:780], or BRBRB [SEQ ID NO:781] wherein X=aminohexanoic acid, B=betaAlanine.
Water pump comprising a check valve arranged in the suction region of the water pump, the valve body of which valve is arranged such that it can move in the direction of a valve axis between an open and a closed position, the check valve being connected to an actuation device by means of which said valve can be transferred into a ventilation position, characterised in that the actuation device has an operating element which can be moved coaxially to the valve axis, acts on the valve body and is arranged such that it can transfer the valve body into the at least slightly open ventilation position by applying a coaxial force, and in that the actuation device has a frictional fixing of the operating element, the force applied by the fixing of the operating element being greater than a pretensioning force of the check valve and smaller than a structurally predetermined restoring force which acts on the check valve when the pump is being switched off.
Installation for transporting container preforms, each preform having a cylindrical body and an open neck, this installation comprising: - a rack; - a transport chain that is moved along a path and comprises a plurality of links that are articulated with respect to one another, each link bearing at least one sheath that is secured thereto, and a spinner provided: ∘ with a spindle mounted so as to slide and pivot with respect to the sheath, ∘ with a pinion that rotates as one with the spindle and meshes with the rack over an active section of the path, ∘ with a spinner tip removably fastened to the spindle by way of a bayonet mount; - a manipulator provided with a tool for removing the spinner tip; this installation being characterized: - in that it comprises, in line with a local inactive section of the path in which the pinions are decoupled from the rack, a device for angular indexing of the spinners, which includes a cam; - in that each spinner is provided with a cam follower that is secured to the spindle and cooperates with the cam in the inactive section of the path so as to place the spindle there in a predetermined fixed angular position; - in that the tool is able to move in a working zone that extends at least partially vertically in line with the indexing device, so as to carry out the removal of the spinner tip while the spindle is maintained in its fixed angular position. - a rack; - a transport chain that is moved along a path and comprises a plurality of links that are articulated with respect to one another, each link bearing at least one sheath that is secured thereto, and a spinner provided: ∘ with a spindle mounted so as to slide and pivot with respect to the sheath, ∘ with a pinion that rotates as one with the spindle and meshes with the rack over an active section of the path, ∘ with a spinner tip removably fastened to the spindle by way of a bayonet mount; ∘ with a spindle mounted so as to slide and pivot with respect to the sheath, ∘ with a pinion that rotates as one with the spindle and meshes with the rack over an active section of the path, ∘ with a spinner tip removably fastened to the spindle by way of a bayonet mount; - a manipulator provided with a tool for removing the spinner tip; - in that it comprises, in line with a local inactive section of the path in which the pinions are decoupled from the rack, a device for angular indexing of the spinners, which includes a cam; - in that each spinner is provided with a cam follower that is secured to the spindle and cooperates with the cam in the inactive section of the path so as to place the spindle there in a predetermined fixed angular position; - in that the tool is able to move in a working zone that extends at least partially vertically in line with the indexing device, so as to carry out the removal of the spinner tip while the spindle is maintained in its fixed angular position.
A charger device, comprising: a detector configured to detect a charging power of a battery of an electrical device comprising a first and a second value of the charging power, wherein the first value comprises a current value of the charging power and the second value comprises a previous value of the charging power; a switch configured to connect and disconnect the charging; a controller configured to control the switch for disconnecting the charging when a relation between the first and the second value of the charging power exceeds a threshold for a period of time; an illumination device comprising a night light illumination and a charging illumination, wherein the night light illumination is configured to illuminate surroundings of the charger device in dark or twilit circumstances, wherein the controller is further configured to control the night light illumination for illuminating the charger device on the basis of the relation, wherein the controller is further configured to control the charging illumination on the basis of the relation; and a user switch (105,108) configured to control the illumination device for switching the night light and charging illumination on and off based on activation by a user of the charger device so that the night light illumination and the charging illumination may not be on before the user switch is activated. a detector configured to detect a charging power of a battery of an electrical device comprising a first and a second value of the charging power, wherein the first value comprises a current value of the charging power and the second value comprises a previous value of the charging power; a switch configured to connect and disconnect the charging; a controller configured to control the switch for disconnecting the charging when a relation between the first and the second value of the charging power exceeds a threshold for a period of time; an illumination device comprising a night light illumination and a charging illumination, wherein the night light illumination is configured to illuminate surroundings of the charger device in dark or twilit circumstances, wherein the controller is further configured to control the night light illumination for illuminating the charger device on the basis of the relation, wherein the controller is further configured to control the charging illumination on the basis of the relation; and a user switch (105,108) configured to control the illumination device for switching the night light and charging illumination on and off based on activation by a user of the charger device so that the night light illumination and the charging illumination may not be on before the user switch is activated.
A method of manufacturing an insulated glass unit, the method comprising: (a) fabricating an electrochromic device on a glass sheet; (b) cutting the glass sheet to create at least one electrochromic pane; (c) fabricating the IGU comprising the electrochromic pane; and (d) strengthening the at least one electrochromic pane while in the IGU. (a) fabricating an electrochromic device on a glass sheet; (b) cutting the glass sheet to create at least one electrochromic pane; (c) fabricating the IGU comprising the electrochromic pane; and (d) strengthening the at least one electrochromic pane while in the IGU.