mhurhangee/ep-ind-claims huggingface dataset:
Method for operating a motor vehicle having a communication device, having a navigation system coupled to the communication device and also having an analysis device, with the steps: a) definition of a driving situation making demands on a driver of the motor vehicle on the basis of a position (x 1, x 2, x 3, x 4) of the motor vehicle; b) specification, by the analysis device, of at least one position at which a driving situation making demands on the driver of the motor vehicle is expected; c) establishing, by the analysis device, of a distance (d) of the motor vehicle from the specified position, and of whether the motor vehicle is approaching the specified position; d) checking, by the analysis device, of whether the established distance (d) is shorter than a first predetermined distance, if the motor vehicle is approaching the specified position; and e) prevention of communication via the communication device by the communication device, if the established distance (d) is shorter than the first distance, characterised in that it is also established by the analysis device in step c), whether a distancing of the motor vehicle from the specified position takes place, and that in step d) the analysis device also checks, whether the established distance (d) is shorter than a second predetermined distance, if the motor vehicle is moving away from the specified position, and that in step e) the communication via the communication device by the communication device is prevented, if the established distance (d) is shorter than the second distance. a) definition of a driving situation making demands on a driver of the motor vehicle on the basis of a position (x 1, x 2, x 3, x 4) of the motor vehicle; b) specification, by the analysis device, of at least one position at which a driving situation making demands on the driver of the motor vehicle is expected; c) establishing, by the analysis device, of a distance (d) of the motor vehicle from the specified position, and of whether the motor vehicle is approaching the specified position; d) checking, by the analysis device, of whether the established distance (d) is shorter than a first predetermined distance, if the motor vehicle is approaching the specified position; and e) prevention of communication via the communication device by the communication device, if the established distance (d) is shorter than the first distance, characterised in that
A process for desulfation of a NOx adsorber in an internal combustion engine exhaust system, said process comprising an active phase including: - determining an amount of post fuel ( Q 2) required to reach a relatively rich target exhaust air fuel ratio ( AFR rich) on the basis of a measured air flow; - determining a heating-contributing fuel value (η Q 2) required to reach or maintain a target desulfation temperature in said NOx adsorber by way of an exothermal reaction; - calculating a target air flow ( Air tgt) corresponding to the air flow required for a substantially stoichiometric combustion of a torque-contributing main fuel quantity ( Q 1) together with said heating-contributing fuel value ( ηQ 2); - causing the engine to inject said post fuel amount ( Q 2) and said main fuel quantity ( Q 1) while controlling the air flow to meet said target air flow ( Air tgt). - determining an amount of post fuel ( Q 2) required to reach a relatively rich target exhaust air fuel ratio ( AFR rich) on the basis of a measured air flow; - determining a heating-contributing fuel value (η Q 2) required to reach or maintain a target desulfation temperature in said NOx adsorber by way of an exothermal reaction; - calculating a target air flow ( Air tgt) corresponding to the air flow required for a substantially stoichiometric combustion of a torque-contributing main fuel quantity ( Q 1) together with said heating-contributing fuel value ( ηQ 2); - causing the engine to inject said post fuel amount ( Q 2) and said main fuel quantity ( Q 1) while controlling the air flow to meet said target air flow ( Air tgt).
Pressure filter for filtering pulp, which pressure filter comprises a pulp container (1, 3) defining a substantially cylindrical chamber, comprising a feed opening for the pulp at its upper part, and a cylindrical filtering surface located within the pulp container (1, 3), wherein the pulp, which has penetrated the filtering surface as an accept fraction, is removed through at least one removal outlet from the pulp container (1, 3), wherein the pulp container (1, 3) further comprises a vertical rotor (8, 16, 17) which is rotatably mounted in the pulp container (1, 3) and comprises a supporting structure of the bearing of the rotor (8, 16, 17), which rotor (8, 16, 17) is further equipped with outer wings having the height of the filtering surface and which clean the filtering surface, and said pressure filter further comprises a feed pipe for dilution water and for directing the dilution water into a pulp room of the pulp container (1, 3) defined by a space between the supporting structure of the bearing of the rotor and a cylindrical lower part of the rotor in order to avoid thickening of the pulp, wherein the dilution water is directed between the rotor (8, 16, 17) and the filtering surface into the pulp room to such height that beginning from a lower edge of the filtering surface at least over 30% of the filtering surface comes within the range of the pulp which has been diluted with the dilution water, wherein the cylindrical lower part is spaced radially inwardly of the outer wings, wherein the cylindrical lower part has a lower opening for receiving dilution water coming from the feed pipe and pulp to be recirculated from a lower portion of the cylindrical chamber upwardly to a position above the lower portion of the cylindrical chamber, and gaps at the upper part of the cylindrical lower part, characterized in that pumping wings are provided within the cylindrical lower part for pumping the pulp from the lower portion of the cylindrical chamber through the gaps for pulp recirculation in the cylindrical chamber.
An ejection device for a movable furniture part, comprising a drive element pre-tensioned by at least one spring, by means of which the movable furniture part is movable from a closed position into an open position, wherein the at least one spring is movable into a tensioned position during a closing or opening movement of the furniture part along a path and the furniture part can be blocked in the closed position by at least one tensioned spring, wherein a return stop is provided, which delimits an opening or closing movement of the movable furniture part if the tensioning of the spring is not yet completed during a closing or opening movement of the furniture part, whereby the return stop has a blocking lever movable along a guide path, which can be engaged with a toothed rack or a locking bracket during a closing or opening movement of the movable furniture part if the tensioning procedure is interrupted, whereby the blocking lever is movable via a guide element along the guide path formed on the housing, characterized in that the guide path has a looped section and a first section of the guide path for the tensioning procedure is arranged closer to the toothed rack than a second section of the guide path for the opening movement.
Pricking device for taking a blood sample, comprising a displaceable retaining device for a pricking means, comprising a linear guide for guiding the displaceable retaining device, comprising drive means for driving the displaceable retaining device, and comprising a trigger device for triggering a pricking movement of the pricking means, in which, after manual actuation of the trigger device, the displaceable retaining device can be displaced in translation by the drive means, the drive means having a curved track in which the displaceable retaining device engages directly, the curved track being an endless curved track, characterised in that the drive means comprise a control curved track element, the control curved track element being pivotally mounted about a swivel axis, and a curved follower of the displaceable retaining device being arranged inside a slotted link of the curved track such that the curved follower is mounted inside the slotted link so as to be movable along the curved track in just one peripheral direction.
An accessory for bowed musical string instruments, having portions that are to be mounted in contact with a vibrating part of the instrument, said portions being made up of two stably coupled portions (11, 13; 16, 17; 25, 26, 27,28), one made of wood, the other made of a material different from wood chosen from among carbon fibre or a composite material, the material being chosen in order to determine a desired quality of the sound which is produced wherein said accessory is a tailpiece designed to be connected to the sound box of the instrument with a bottom or tail portion, and provided with engagement points for the strings, characterised in the tailpiece being made up of two layers (16, 17) stably coupled and obtained starting from different materials, in particular a layer made of wood and a layer made of either carbon fibre or composite materials, wherein said tailpiece comprises a string-rest reinforcement made of carbon fibre or composite materials.
Device for the lithography-based additive manufacturing of three-dimensional structures, comprising: - a building platform defining a building plane; - a light engine designed for the dynamic patterning of light in an exposure field of said light engine; - a material transport unit comprising first drive means for transporting a material layer across the exposure field; - second drive means for causing relative movement of the light engine with respect to the building platform along a displacement path extending parallel to the building plane; - first control means adapted for controlling said first and second drive means so that there is no relative movement of the material layer and the building platform in said exposure field during said relative movement of the light engine relative to the building platform; - pattern data feeding means for feeding a sequence of pattern section data to the light engine at an adjustable feeding rate for causing the light engine to emit a sequence of pattern sections at said feeding rate during said relative movement of the light engine and the building platform along the displacement path; characterised in that it further comprises: - a linear encoder for sensing a position and/or a velocity of the light engine relative to the building platform; and - second control means for adjusting the feeding rate of the pattern data feeding means based on the position or the velocity sensed by the linear encoder. - a building platform defining a building plane; - a light engine designed for the dynamic patterning of light in an exposure field of said light engine; - a material transport unit comprising first drive means for transporting a material layer across the exposure field; - second drive means for causing relative movement of the light engine with respect to the building platform along a displacement path extending parallel to the building plane; - first control means adapted for controlling said first and second drive means so that there is no relative movement of the material layer and the building platform in said exposure field during said relative movement of the light engine relative to the building platform; - pattern data feeding means for feeding a sequence of pattern section data to the light engine at an adjustable feeding rate for causing the light engine to emit a sequence of pattern sections at said feeding rate during said relative movement of the light engine and the building platform along the displacement path; - a linear encoder for sensing a position and/or a velocity of the light engine relative to the building platform; and - second control means for adjusting the feeding rate of the pattern data feeding means based on the position or the velocity sensed by the linear encoder.
A method for treating refractory ceramic products, said method having the following features: 1.1 providing a used refractory ceramic lining of a rotary kiln for burning cement clinker, comprising: 1.1.1 magnesia and 1.1.2 at least one of the following salts: one or more alkali salts and one or more alkaline earth salts; 1.2 providing a water-based liquid; 1.3 combining the refractory ceramic product with the liquid; 1.4 separating the refractory ceramic product and the liquid. 1.1 providing a used refractory ceramic lining of a rotary kiln for burning cement clinker, comprising: 1.1.1 magnesia and 1.1.2 at least one of the following salts: one or more alkali salts and one or more alkaline earth salts; 1.1.1 magnesia and 1.1.2 at least one of the following salts: one or more alkali salts and one or more alkaline earth salts; 1.2 providing a water-based liquid; 1.3 combining the refractory ceramic product with the liquid; 1.4 separating the refractory ceramic product and the liquid.
A spectral camera for producing a spectral output and having an objective lens for producing an image, a mosaic of filters for passing different bands of the optical spectrum, and one or more sensor arrays arranged to detect pixels of the image at the different bands passed by the filters, wherein for each of the pixels, the one or more sensor arrays has a cluster of sensor elements for detecting the different bands, and the mosaic has a corresponding cluster of filters of different bands, characterized in each filter being integrated on one of the sensor elements so that the image can be detected simultaneously at the different bands to provide the spectral output, wherein the filters are Fabry-Perot filters based on Bragg stacks, wherein the objective lens is configured to project a single image onto the one or more sensor arrays, and the selections of bands in some of the clusters are arranged so that there is variation in spatial resolution at different passbands.
A parameter configuration method, comprising: generating an indication of a first mapping relationship, wherein the first mapping relationship is used to indicate a reporting quantity L 0 of spatial domain vectors and a reporting quantity M 0 of frequency domain vectors, the L 0 spatial domain vectors and the M 0 frequency domain vectors are used to construct a precoding vector of one or more frequency domain units, the first mapping relationship is a mapping relationship in a preconfigured first mapping relationship group, the first mapping relationship group comprises at least one mapping relationship, the at least one mapping relationship is used to indicate at least a combination of the reporting quantity L 0 of spatial domain vectors and the reporting quantity M 0 of frequency domain vectors, and both L 0 and M 0 are positive integers; and sending the indication of the first mapping relationship. generating an indication of a first mapping relationship, wherein the first mapping relationship is used to indicate a reporting quantity L 0 of spatial domain vectors and a reporting quantity M 0 of frequency domain vectors, the L 0 spatial domain vectors and the M 0 frequency domain vectors are used to construct a precoding vector of one or more frequency domain units, the first mapping relationship is a mapping relationship in a preconfigured first mapping relationship group, the first mapping relationship group comprises at least one mapping relationship, the at least one mapping relationship is used to indicate at least a combination of the reporting quantity L 0 of spatial domain vectors and the reporting quantity M 0 of frequency domain vectors, and both L 0 and M 0 are positive integers; and sending the indication of the first mapping relationship.
A method of wireless communication, comprising: generating a preamble for a wireless signal, the preamble comprises network overhead information pertinent to a base station, BS, transmitting the wireless signal; and including information within the preamble that provides a unique or semi-unique sector identifier, ID, for the BS; characterized by: transmitting the information over a low resource re-use preamble, wherein low resource re-use refers to employing only a portion of a resource. generating a preamble for a wireless signal, the preamble comprises network overhead information pertinent to a base station, BS, transmitting the wireless signal; and including information within the preamble that provides a unique or semi-unique sector identifier, ID, for the BS; characterized by: transmitting the information over a low resource re-use preamble, wherein low resource re-use refers to employing only a portion of a resource. transmitting the information over a low resource re-use preamble, wherein low resource re-use refers to employing only a portion of a resource.
Lifting device for a sliding door or a sliding window having a leaf that is slidable in an opening direction, the opening movement of the leaf being substantially perpendicular to gravity, the lifting device comprising: - a lifting portion which is movable in the opening direction and has at least one lifting roller that is rotatably mounted on an axle that is fixed to the lifting portion, - a stationary portion having a roller track for the lifting roller, the lifting roller supporting the lifting portion on the stationary portion, characterised in that the axle of the lifting roller is eccentrically arranged in the lifting roller so that by moving the lifting portion relative to the stationary portion, the lifting roller of the lifting portion is allowed to roll on the stationary portion and the lifting portion is movable away from the stationary portion, and wherein the lifting portion has rollers facing the slidable leaf so that the leaf is movably supported on the lifting portion by the rollers. - a lifting portion which is movable in the opening direction and has at least one lifting roller that is rotatably mounted on an axle that is fixed to the lifting portion, - a stationary portion having a roller track for the lifting roller,
A composition suitable for extended and sustained release, comprising an oily, pungent, irritating, and odoriferous active substance, wherein said active substance is a component of a beadlet formulation, the beadlet formulation comprising: a) a spheroidal nutrient core containing the active substance comprised of one or more polymers as a matrix; and b) a polymeric enteric coating. a) a spheroidal nutrient core containing the active substance comprised of one or more polymers as a matrix; and b) a polymeric enteric coating.
A control apparatus of a web processing system that executes predetermined processing onto a web continuously existing along a movement passage, wherein the web processing system includes a first rotating body (20, 30) that rotates while being in contact with the web, the control apparatus controls a rotation speed of the first rotating body (20, 30) such that a circumferential speed of the first rotating body (20, 30) at a contact surface with the web matches a transport speed of the web, and a distance from a rotation center of the first rotating body to a contact surface of the web in contact with the first rotating body changes as the first rotating body rotates. wherein the web processing system includes a first rotating body (20, 30) that rotates while being in contact with the web, the control apparatus controls a rotation speed of the first rotating body (20, 30) such that a circumferential speed of the first rotating body (20, 30) at a contact surface with the web matches a transport speed of the web, and a distance from a rotation center of the first rotating body to a contact surface of the web in contact with the first rotating body changes as the first rotating body rotates.
A control device of a design assistance system for assisting design of a network system in which a master device and at least one slave device are connected to a communication bus in a manner such that they can communicate with each other, the network system being formed by interconnecting ports of each of the master and slave devices, the control device comprising: a storage section configured to store slave information data in which unique information of the slave device is described; an acquisition section configured to acquire information of a connection interface of a port of the slave device from the slave information data; and a generation section configured to generate a port component serving as a GUI component representing a type of a connection interface of the port of the slave device based on information of the port, generate a device component serving as a GUI component representing the slave device based on slave information data, and generate a design assisting GUI having a topology display screen configured to display a topology of the network system under design which is built by connecting the device components and the port components to each other. a storage section configured to store slave information data in which unique information of the slave device is described; an acquisition section configured to acquire information of a connection interface of a port of the slave device from the slave information data; and a generation section configured to generate a port component serving as a GUI component representing a type of a connection interface of the port of the slave device based on information of the port, generate a device component serving as a GUI component representing the slave device based on slave information data, and generate a design assisting GUI having a topology display screen configured to display a topology of the network system under design which is built by connecting the device components and the port components to each other.
A dishwasher comprising a wash tub having a back wall, side walls, and a lower wall forming a cavity for washing dishes, whereof the front face of the cavity is closed by a door, characterized in that said wash tub comprises a tub top made of plastic connected to said back walls and side walls, and said back wall and side walls and the lower wall forming the cavity are made of stainless steel.
A method of keeping brakes of a vehicle equipped with a brake-by-wire de-coupled brake system in condition, the vehicle further comprising a GPS system, the method comprising at least the steps of: a) determining whether a brake disc wiping needs to be performed based on information obtained from the GPS system, and if a brake disc wiping needs to be performed, continuing with step b) or c), b) waiting for a suitable moment for performing the brake disc wiping by waiting until a predefined condition is satisfied, and when the predefined conditions is satisfied, continuing with step c); c) performing the brake disc wiping. a) determining whether a brake disc wiping needs to be performed based on information obtained from the GPS system, and if a brake disc wiping needs to be performed, continuing with step b) or c), b) waiting for a suitable moment for performing the brake disc wiping by waiting until a predefined condition is satisfied, and when the predefined conditions is satisfied, continuing with step c); c) performing the brake disc wiping.