mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling or regulating a cab suspension and a chassis suspension of a motor vehicle, the control or regulation of the cab suspension depending on at least one determined item of road information which relates to a road segment lying ahead in the direction of travel of the motor vehicle and being carried out in such a way that, depending on the determined item of road information, adaptation of a spring-damper apparatus of the cab suspension is carried out, characterized a) in that in a first operating mode, depending on the determined item of road information, adaptation only of the spring-damper apparatus of the cab suspension is carried out and no adaptation of a spring-damper apparatus of the chassis suspension of the motor vehicle is carried out; and b) in that in a second operating mode, depending on the determined item of road information, both adaptation of the spring-damper apparatus of the cab suspension and adaptation of the spring-damper apparatus of the chassis suspension of the motor vehicle are carried out; c) wherein, depending on the determined item of road information, it is determined whether the first or second operating mode is selected. a) in that in a first operating mode, depending on the determined item of road information, adaptation only of the spring-damper apparatus of the cab suspension is carried out and no adaptation of a spring-damper apparatus of the chassis suspension of the motor vehicle is carried out; and b) in that in a second operating mode, depending on the determined item of road information, both adaptation of the spring-damper apparatus of the cab suspension and adaptation of the spring-damper apparatus of the chassis suspension of the motor vehicle are carried out; c) wherein, depending on the determined item of road information, it is determined whether the first or second operating mode is selected.
Method to detect and/or quantify Streptococcus pneumoniae in at least one isolated biological sample, through magneto-amperometric biosensors, comprising: a. immobilizing on a solid support a suspension of superparamagnetic particles (MBs) labeled with a compound A and with the probe of DNA SEQ ID NO: 1 labeled on its 5' end with a compound B related to compound A, where said particles and probe are bound by the binding of compounds A-B, b. adding to the mixture of step (a) the product of the amplification through PCR obtained by using the direct primer SEQ ID NO: 3 and the reverse primer SEQ ID NO: 4 of the lytA gene of S. pneumoniae, from an isolated biological sample, where the primer SEQ ID NO: 4 is bound by its 5' end to compound B, and c. detecting the hybridization of the probe SEQ ID NO: 1 of step (a) to the DNA fragment amplified in step (b), by adding the compound A conjugated to an element capable of being detected and/or quantified. a. immobilizing on a solid support a suspension of superparamagnetic particles (MBs) labeled with a compound A and with the probe of DNA SEQ ID NO: 1 labeled on its 5' end with a compound B related to compound A, where said particles and probe are bound by the binding of compounds A-B, b. adding to the mixture of step (a) the product of the amplification through PCR obtained by using the direct primer SEQ ID NO: 3 and the reverse primer SEQ ID NO: 4 of the lytA gene of S. pneumoniae, from an isolated biological sample, where the primer SEQ ID NO: 4 is bound by its 5' end to compound B, and c. detecting the hybridization of the probe SEQ ID NO: 1 of step (a) to the DNA fragment amplified in step (b), by adding the compound A conjugated to an element capable of being detected and/or quantified.
An applicator for applying a cosmetic product to the eyelashes and/or eyebrows, having an applicator member having: - a core made of polymer material, - at least one bow molded with the core, and - a support having two branches twisted around the core. - a core made of polymer material, - at least one bow molded with the core, and - a support having two branches twisted around the core.
A communication device for handling mobility from a long-term evolution, LTE, network to a fifth generation, 5G, network, comprising: a storage device; and a processing circuit, coupled to the storage device, wherein the storage device stores, and the processing circuit is configured to execute, instructions of: transmitting a first LTE Non-Access Stratum, NAS, message to the LTE network; receiving a second LTE NAS message in response to the first LTE NAS message, from the LTE network; determining to communicate with the 5G network instead of the LTE network; and transmitting a message to a Core Access and Mobility Manafement Function, AMF, of the 5G network, after determining to communicate with the 5G network instead of the LTE network, wherein the message comprises a slice information, and the slice information is comprised in the second LTE NAS message, wherein the first LTE NAS message is a Packet Data Network, PDN, Connectivity Request message, and the second LTE NAS message is an Activate Default Evolved Packet System, EPS, Bearer Context Request message, wherein the message transmitted to the AMF is a Registration Request message or a Service Request message. a storage device; and a processing circuit, coupled to the storage device, wherein the storage device stores, and the processing circuit is configured to execute, instructions of: transmitting a first LTE Non-Access Stratum, NAS, message to the LTE network; receiving a second LTE NAS message in response to the first LTE NAS message, from the LTE network; determining to communicate with the 5G network instead of the LTE network; and transmitting a message to a Core Access and Mobility Manafement Function, AMF, of the 5G network, after determining to communicate with the 5G network instead of the LTE network, wherein the message comprises a slice information, and the slice information is comprised in the second LTE NAS message, wherein the first LTE NAS message is a Packet Data Network, PDN, Connectivity Request message, and the second LTE NAS message is an Activate Default Evolved Packet System, EPS, Bearer Context Request message, wherein the message transmitted to the AMF is a Registration Request message or a Service Request message. transmitting a first LTE Non-Access Stratum, NAS, message to the LTE network; receiving a second LTE NAS message in response to the first LTE NAS message, from the LTE network; determining to communicate with the 5G network instead of the LTE network; and transmitting a message to a Core Access and Mobility Manafement Function, AMF, of the 5G network, after determining to communicate with the 5G network instead of the LTE network, wherein the message comprises a slice information, and the slice information is comprised in the second LTE NAS message, wherein the first LTE NAS message is a Packet Data Network, PDN, Connectivity Request message, and the second LTE NAS message is an Activate Default Evolved Packet System, EPS, Bearer Context Request message, wherein the message transmitted to the AMF is a Registration Request message or a Service Request message.
A method of a treatment of a pleated material, where the pleated material produced from a flexible or semi-flexible basic material includes a group of folds with gaps and peaks, where the folds are distributed to pitches which correspond to the pitches in a final product is characterized by the fact, that the pleated material in a state where it is in one direction pressed in such a way that the neighboring folds are attached to each other without the free gap between the folds is entered into a contact with a system of lamellas led in parallel which are oriented in accordance with the folds, whereby the lamellas are first in a first position distributed in pitches (a) corresponding to distances between the peaks and the pressed folds, during the relative movement between the lamellas and the pleated material the lamellas penetrate into the pleated material between the peaks of the folds in such a way that they at least partially reach inside the pleated material, and subsequently the lamellas are stretched into a second position, whereby they carry the folds into pitches (b) which correspond to the pitches in the final product.
A parallel kinematic manipulator system, comprising at least three coplanar actuators operating substantially parallel to an effector axis and an effector (12,13,14) extending along the effector axis, wherein the effector having pivot connections respectively with the at least three actuators, each pivot connection having at least two degrees of freedom, whereby the effector is free to translate to any point in a three dimensional defined workspace and, characterized in that at least one of the pivot connections includes a disc swivel joint, the disc swivel joint having an upper and lower swivel member sharing a common contact point and at least one of the swivel members having a convex surface facing the other swivel member, whereby the disc swivel joint is allowed to operate analogous to a universal joint serially coupled with two non-parallel prismatic links.
Pneumatic brake booster for a vehicle, comprising: - a casing comprising a front wall and a rear wall and enclosing a mobile partition, the booster being designed to boost the braking effect of a member situated on the side of the front wall; and - at least one through-bolt extending from the front wall to the rear wall some distance from a main axis and from an edge of the casing, characterized in that the front wall is fixed to the through-bolt to prevent it from moving away from the through-bolt in the forward direction and in that the through-bolt has a cavity (130, 230, 430, 630) and the booster has a fixing piece (132; 232; 432; 632) housed in the cavity and extending forward of the front wall. - a casing comprising a front wall and a rear wall and enclosing a mobile partition, the booster being designed to boost the braking effect of a member situated on the side of the front wall; and - at least one through-bolt extending from the front wall to the rear wall some distance from a main axis and from an edge of the casing,
Operating device (2, 2') for detachably connecting to an LED module (3, 3', 3"), wherein the operating device (2, 2') comprises, for the detachable connecting to the LED module (3, 3', 3") a power provision interface and a memory access interface, wherein the operating device (2, 2') further comprises an electronic ballast (24, 24'), which is connected to the power provision interface of the operating device (2, 2'), wherein the electronic ballast (24, 24') provides a supply power for the LED module (3, 3', 3") at the power provision interface with at least one adjustable operating parameter, wherein the operating device (2, 2') is further equipped to receive module information from a module memory (34, 34') of the LED module (3, 3', 3") via the memory access interface, wherein the electronic ballast (24, 24') adjusts the operating parameter depending on the received module information, characterized in that the operating device (2, 2') is configured such as to store a coding of a connected LED module (3, 3', 3") and, after switching off and subsequent switching on, to check whether a presently connected LED module (3, 3', 3") was already previously connected, and to adjust the operating parameter depending on the result of the check.
A die-cutting machine comprising a gripper bar positioning device, a gripper bar disposed on a chain, a stripping unit, and at least two sets of die-cutting units, the papers passing through the die-cutting units transported by the gripper bar, characterized in that the gripper bar positioning device comprises a front positioning module, a rear positioning module and a stripping unit positioning module; the front positioning module is disposed at the input end of the first set of die-cutting unit, the rear positioning module is disposed at the output end of each die-cutting unit, the stripping unit positioning module is disposed at the output end of the stripping unit, the front positioning module, the rear positioning module, the stripping unit positioning module each comprising a positioning swing rod (5, 19, 33, 44), the reference plane of the positioning swing rod of the front positioning module cooperating with the positioning surface disposed behind the gripper bar, and the reference axis (19a, 33a, 44a) of the positioning swing rod (19, 33, 44) of the rear positioning module and the stripping unit positioning module cooperating with the positioning surface disposed behind the gripper bar.
Method for controlling a headlight arrangement for a vehicle, wherein the headlight arrangement has a right-hand headlight and a left-hand headlight, wherein the right-hand headlight emits a right-hand light beam and the left-hand headlight emits a left-hand light beam, in which a conventional output light distribution (29, 30) is generated by way of the left-hand light beam and of the right-hand light beam, characterized in that a signal is generated by an assistance system (18, 25) of the vehicle, which signal transmits a navigation instruction for a future vehicle manoeuvre to the headlight arrangement (1, 2), and depending on the signal, an overall light distribution (32, 33) is generated in which side regions (S 1, S 2) are formed by the right-hand light beam and the left-hand light beam, between which side regions a region is formed that has a lower light intensity than the side regions (S 1, S 2) and whose form reproduces the navigation instruction within the overall light distribution (32, 33) for the driver, and a centre region for illuminating the near field directly in front of the vehicle is formed in the overall light distribution between the side regions (S 1, S 2), which centre region has substantially the same light intensity as the side regions (S 1, S 2), wherein the region has a substantially horizontal light-dark cutoff as a result of the formation of the centre region.
Method for the generation of patterns for identifying faults in power supply systems, in which, for various times, - values characterizing a state of a power supply system are used in the power supply system as measurable variables specific to the power supply system, - values for the variables specific to the power supply system are determined by means of a model for the power supply system, wherein -- the determination by means of a model is based on known system-specific input variables and unknown system-specific variables, and -- the unknown system-specific variables are determined in accordance with a fault-free functioning power supply system, and - a pattern for identifying faults is generated by forming the difference between the values characterizing the state and the values determined by means of a model for the various times. - values characterizing a state of a power supply system are used in the power supply system as measurable variables specific to the power supply system, - values for the variables specific to the power supply system are determined by means of a model for the power supply system, wherein -- the determination by means of a model is based on known system-specific input variables and unknown system-specific variables, and -- the unknown system-specific variables are determined in accordance with a fault-free functioning power supply system, and -- the determination by means of a model is based on known system-specific input variables and unknown system-specific variables, and -- the unknown system-specific variables are determined in accordance with a fault-free functioning power supply system, and - a pattern for identifying faults is generated by forming the difference between the values characterizing the state and the values determined by means of a model for the various times.
A method performed by an adaptive bitrate manager comprising: acquiring media data to be transmitted through a media network to a terminal; receiving a receiver report from the terminal; estimating (520, 530) the condition of the network using information from the receiver report; determining a data path (210, 214) based on whether the media network is congested; and providing the media data through the determined data path (210, 214), characterised in that the data path is a compression data path comprised in the adaptive bitrate manager encoding the acquired media data if the media network is congested, and the data path is a pass-through data path comprised in the adaptive bitrate manager transporting the acquired media data without compressing the acquired media data if the media network is not congested. acquiring media data to be transmitted through a media network to a terminal; receiving a receiver report from the terminal; estimating (520, 530) the condition of the network using information from the receiver report; determining a data path (210, 214) based on whether the media network is congested; and providing the media data through the determined data path (210, 214), characterised in that the data path is a compression data path comprised in the adaptive bitrate manager encoding the acquired media data if the media network is congested, and the data path is a pass-through data path comprised in the adaptive bitrate manager transporting the acquired media data without compressing the acquired media data if the media network is not congested.
A method for preparing a glyphosate herbicidal aqueous concentrate to improve the handling of the concentrate, the method comprising forming a mixture of at least two nitrogen bases, and reacting the mixture of the at least two bases with glyphosate acid to provide an aqueous mixture of glyphosate salts wherein the concentration of glyphosate (based on glyphosate acid equivalent) is at least 500gae/L and wherein the at least two bases are selected from the group consisting of ammonia, C 1 to C 10 alkylamine, di-(C 1 to C 6 alkyl)amine, tri-(C 1 to C 6 alkyl)amine, C 1 to C 10 alkanolamine, C 1 to C 6 alkyl(C 1 to C 6 alkanol)amines and di-(C 1 to C 6 alkyl)C 1 to C 6 alkanolamines, and wherein the mole ratio of the at least two nitrogen bases:glyphosate acid is in the range of from 0.9:1 to 1.3:1.
A device for delivery of a compound to the olfactory region of a nasal cavity, characterized in that the device comprises: an air compression chamber; a manual pressure actuator that can be actuated to cause air to be compressed within the air compression chamber; a diffuser in communication with the air compression chamber, wherein the diffuser is a porous member; a drug chamber in communication with the diffuser, the drug chamber configured to hold the compound; a trigger valve for controlling the flow of compressed air from the air compression chamber to the diffuser, which trigger valve can be moved by a user between a "load" position in which the trigger valve blocks compressed air in the air compression chamber, and an "open" position in which the trigger valve allows the flow of compressed air from the air compression chamber through the diffuser and into the drug chamber; and a nozzle in communication with the drug chamber, wherein air released from the air compression chamber is configured to contact the diffuser, and propel the compound out of the nozzle forming a plume. an air compression chamber; a manual pressure actuator that can be actuated to cause air to be compressed within the air compression chamber; a diffuser in communication with the air compression chamber, wherein the diffuser is a porous member; a drug chamber in communication with the diffuser, the drug chamber configured to hold the compound; a trigger valve for controlling the flow of compressed air from the air compression chamber to the diffuser, which trigger valve can be moved by a user between a "load" position in which the trigger valve blocks compressed air in the air compression chamber, and an "open" position in which the trigger valve allows the flow of compressed air from the air compression chamber through the diffuser and into the drug chamber; and a nozzle in communication with the drug chamber, wherein air released from the air compression chamber is configured to contact the diffuser, and propel the compound out of the nozzle forming a plume.
A system for establishing a compliance zone and interacting therewith, the system comprising: a compliance zone designator configured to transmit data using an ultrasound signal in such a way that results in creation of the compliance zone in a vicinity of the compliance zone designator, the ultrasound signal comprising a plurality of bursts, wherein consecutive bursts within the plurality of bursts are separated in time by predefined time intervals, and wherein a sequence of all the predefined time intervals between the consecutive bursts within the plurality of bursts uniquely identifies the compliance zone; and a wearable device separate from the compliance zone designator, the wearable device comprising a compliance zone recognition component configured to identify a pre-defined interaction criterion for the compliance zone when the wearable device receives the data through the ultrasound signal within the compliance zone; wherein upon the wearable device being disposed within the compliance zone, the compliance zone recognition component identifies the interaction criterion of the compliance zone and operates in accordance with the interaction criterion and wherein the wearable device further comprises: a processor which processes a received ultrasound signal to decode the data encoded in the ultrasound signal; and a controller which controls the processor of the wearable device. a compliance zone designator configured to transmit data using an ultrasound signal in such a way that results in creation of the compliance zone in a vicinity of the compliance zone designator, the ultrasound signal comprising a plurality of bursts, wherein consecutive bursts within the plurality of bursts are separated in time by predefined time intervals, and wherein a sequence of all the predefined time intervals between the consecutive bursts within the plurality of bursts uniquely identifies the compliance zone; and a wearable device separate from the compliance zone designator, the wearable device comprising a compliance zone recognition component configured to identify a pre-defined interaction criterion for the compliance zone when the wearable device receives the data through the ultrasound signal within the compliance zone; wherein upon the wearable device being disposed within the compliance zone, the compliance zone recognition component identifies the interaction criterion of the compliance zone and operates in accordance with the interaction criterion and wherein the wearable device further comprises: a processor which processes a received ultrasound signal to decode the data encoded in the ultrasound signal; and a controller which controls the processor of the wearable device. a processor which processes a received ultrasound signal to decode the data encoded in the ultrasound signal; and a controller which controls the processor of the wearable device.