mhurhangee/ep-ind-claims huggingface dataset:
A method for optimizing a home automation system comprising a plurality of communicating devices (3 1 -3 4, 4 1 -4 5) capable of exchanging information with one another via a local low bandwidth PLC network, characterized in that it includes a phase for adjusting the PLC transmission power for each new communicating device joining the network, said adjustment phase comprising the following successive steps: a) Installing the new device (4 4), the PLC transmission power of which is adjusted to a predefined maximum power in said PLC network; b) Cutting any ongoing communications on the PLC network, except for the new device; c) For each existing device (3 2) of the PLC network with which the new device must be paired, testing the communication with said new device (4 4), and, in case of communication failure, automatically incrementally increasing the PLC transmission power of the existing device until a first PLC transmission power value is obtained for which a PLC communication can be initialized between the existing device and the new device; d) At the end of step c), automatically reducing the PLC transmission power of the new device (4 4) as long as said communication between each existing device and the new device is operational. a) Installing the new device (4 4), the PLC transmission power of which is adjusted to a predefined maximum power in said PLC network; b) Cutting any ongoing communications on the PLC network, except for the new device; c) For each existing device (3 2) of the PLC network with which the new device must be paired, testing the communication with said new device (4 4), and, in case of communication failure, automatically incrementally increasing the PLC transmission power of the existing device until a first PLC transmission power value is obtained for which a PLC communication can be initialized between the existing device and the new device; d) At the end of step c), automatically reducing the PLC transmission power of the new device (4 4) as long as said communication between each existing device and the new device is operational.
A method for manufacturing a building panel with a high fire resistance, comprising the following steps: 1. providing of a batch, comprising: 1.1 a component comprising calcium oxide; 1.2 a component comprising silicon dioxide; 1.3 expanded perlite with a high open porosity; 1.4 fibers; and 1.5 water; 2. molding the batch; 3. exposing the molded batch to pressure and temperature, so that the component comprising calcium oxide, the component comprising silicon dioxide and water form xonotlite. 1. providing of a batch, comprising: 1.1 a component comprising calcium oxide; 1.2 a component comprising silicon dioxide; 1.3 expanded perlite with a high open porosity; 1.4 fibers; and 1.5 water; 1.1 a component comprising calcium oxide; 1.2 a component comprising silicon dioxide; 1.3 expanded perlite with a high open porosity; 1.4 fibers; and 1.5 water; 2. molding the batch; 3. exposing the molded batch to pressure and temperature, so that the component comprising calcium oxide, the component comprising silicon dioxide and water form xonotlite.
Method for operating a hydraulic drive having at least one hydraulic machine with an adjustable displacement volume which, in order to supply pressure medium to at least one hydraulic consumer, can be electronically regulated in a manner oriented to the load thereof, having the steps of: - capturing an actual speed (n_pmp) and a target volume flow (Q_desln) of the hydraulic machine in each case; - calculating a target displacement volume of the hydraulic machine or a mechanical target equivalent (alpha_des) thereof on the basis of the actual speed (n_pmp) and the target volume flow (Q_desln); and, on the basis of the target displacement volume or mechanical target equivalent (alpha_des) and at least one parameter of the hydraulic drive or at least one measurement variable (alpha_pmp, p_pmp) of the hydraulic drive, either: - regulating the displacement volume or equivalent (alpha) according to the target displacement volume or mechanical target equivalent (alpha_des) and limiting an operating variable of the hydraulic machine on the basis of the at least one parameter, or - controlling the displacement volume or equivalent (alpha) according to the target displacement volume or mechanical target equivalent (alpha_des) and regulating an operating variable (p) of the hydraulic machine on the basis of the at least one measurement variable (p_pmp), wherein the operating variable is a pressure (p) of the hydraulic machine or a differential pressure (Δp) over the hydraulic machine. - capturing an actual speed (n_pmp) and a target volume flow (Q_desln) of the hydraulic machine in each case; - calculating a target displacement volume of the hydraulic machine or a mechanical target equivalent (alpha_des) thereof on the basis of the actual speed (n_pmp) and the target volume flow (Q_desln); - regulating the displacement volume or equivalent (alpha) according to the target displacement volume or mechanical target equivalent (alpha_des) and limiting an operating variable of the hydraulic machine on the basis of the at least one parameter, or - controlling the displacement volume or equivalent (alpha) according to the target displacement volume or mechanical target equivalent (alpha_des) and regulating an operating variable (p) of the hydraulic machine on the basis of the at least one measurement variable (p_pmp), wherein the operating variable is a pressure (p) of the hydraulic machine or a differential pressure (Δp) over the hydraulic machine.
A method for controlling the movement of building members of a tyre in a process for manufacturing tyres for vehicle wheels, comprising: - providing a first emitter device emitting a first electromagnetic radiation on a first tyre building member; - detecting during movement of said first building member, a first image in which said first electromagnetic radiation defines a trajectory followed in said movement by said first emitter device; - carrying out a first comparison between said first image and one or more first reference data; - generating a first notification signal as a function of said first comparison. - providing a first emitter device emitting a first electromagnetic radiation on a first tyre building member; - detecting during movement of said first building member, a first image in which said first electromagnetic radiation defines a trajectory followed in said movement by said first emitter device; - carrying out a first comparison between said first image and one or more first reference data; - generating a first notification signal as a function of said first comparison.
Rotating household electrical appliance work tool to carry out food and/or cosmetic preparations, comprising at least two perforated elongated blades extending around a rotation axis, each perforated elongated blade having a leading edge and a trailing edge, characterised in that each perforated elongated blade has a rounded free end connecting the leading edge to the trailing edge, and in that each perforated elongated blade has one single end perforation extending partially beyond a diverging portion of said perforated elongated blade, the end perforation of each perforated elongated blade extending both into the diverging portion and beyond the diverging portion in the direction of the rounded free end, said diverging portion having a width increasing between the leading edge and the trailing edge in the direction of the rounded free end, characterised in that each perforated elongated blade has one single additional perforation extending fully into the diverging portion, in that each perforated elongated blade is elongated along a radial direction with respect to the rotation axis, and in that said additional perforation is arranged between the rotation axis and the end perforation.
Device for optimising the movement of automated-guided vehicles, comprising a traffic management module to manage the movement of some automated-guided vehicles (AGV1, AGV2, AGV3..., AGVn) over routes of a graph defined by segments and nodes for connecting the segments, said automated-guided vehicles being indicated by a number v, wherein v indicates the current vehicle, with v = 1, 2,..., V, said nodes being indicated by a number n, wherein n indicates the current node, with n = 1, 2,..., N, according to time periods t, and wherein t = 1, 2,..., T is the current time period, wherein the device comprises a solving module connected to and in communication with the traffic management module, the device being characterised by said solving module executing an optimising solution using the following integer linear programming function: min ∑ n = 1 N ∑ v = 1 V ∑ i = 0 T f n, v, t, X n v t said function representing the objective function, and the coefficients f ( n,v,t) indicate the minimum distance between the node n on which the vehicle v could be located at time t, with respect to the mission node of the vehicle v, and wherein X n v t is a binary decision variable defined as X n v t = { 1 if the vehicle v is on the node n 0 otherwise ∀ t with the following constraints ∑ n X n v t = 1 ∀ v, t ∑ v X n v t ≤ 1 ∀ n, t X n v t + 1 ≤ ∑ n ′ ∈ V n X n ′ v t ∀ n, v, t < T that have the following meaning: constraint (1.2) indicates that each vehicle must occupy one, and only one node, at each time moment; constraint (1.3) imposes that no more than one vehicle can be in a node at each time moment; constraint (1.4) imposes the structure of the graph, V(n) being the set of nodes able to be reached through a single route segment coming out from the node n. constraint (1.2) indicates that each vehicle must occupy one, and only one node, at each time moment; constraint (1.3) imposes that no more than one vehicle can be in a node at each time moment; constraint (1.4) imposes the structure of the graph,
A method for preparing lactate compound of the following Chemical Formula 1, comprising the step of reacting glycerol with alcohol of the following Chemical Formula 2 in the presence of a catalyst, wherein the catalyst is a homogeneous or heterogeneous catalyst, wherein the homogeneous catalyst is at least one selected from the group consisting of an alkali metal compound having a hydroxyl or alkoxy group, a bicarbonate (HCO 3 -)-containing metal compound, and a carbonate (C0 3 2-)-containing metal compound, wherein the heterogeneous catalyst is a metal compound containing Mg, Ca, Zr, or Sn or: [Chemical Formula 2] R 1 OH wherein, R 1 is an unsubstituted C1-10 alkyl, an unsubstituted C3-10 cycloalkyl, or an unsubstituted C6-10 aryl.
A support apparatus a. with a frame and b. with a resting structure for a human body, which structure is attached pivotably to the frame and includes holding elements for holding a torso of the body on the resting structure, and a footrest, c. with a swivelling drive for pivoting the resting structure on the frame about a transversal axis of the body between a lying position wherein a longitudinal axis of the body is parallel to a horizontal and a support position wherein a longitudinal axis of the body is inclined by a support angle relative to the horizontal, wherein legs of the body at least partially support a weight of the body on the footrest, and d. with an oscillating drive for inducing an oscillation of the resting structure, which drive is supported on the frame and moves the resting structure parallel to the longitudinal axis, characterized in that the oscillating drive excites the oscillation in both directions of the longitudinal axis by means of a threaded spindle in that a rotatable threaded rod of the threaded spindle moves a threaded nut which runs on the threaded rod. a. with a frame and b. with a resting structure for a human body, which structure is attached pivotably to the frame and includes holding elements for holding a torso of the body on the resting structure, and a footrest, c. with a swivelling drive for pivoting the resting structure on the frame about a transversal axis of the body between a lying position wherein a longitudinal axis of the body is parallel to a horizontal and a support position wherein a longitudinal axis of the body is inclined by a support angle relative to the horizontal, wherein legs of the body at least partially support a weight of the body on the footrest, and d. with an oscillating drive for inducing an oscillation of the resting structure, which drive is supported on the frame and moves the resting structure parallel to the longitudinal axis, characterized in that the oscillating drive excites the oscillation in both directions of the longitudinal axis by means of a threaded spindle in that a rotatable threaded rod of the threaded spindle moves a threaded nut which runs on the threaded rod.
A fire extinguishing system with a fire extinguishing device that comprises: - three side walls and a narrow side that delimit an interior, wherein a closing device formed by a gate is assigned to the narrow side; - multiple connections (13 to 15) for introducing and/or discharging an extinguishing agent and/or a coolant into/from the interior; and - freely movable wheels, characterized in that the wheels are designed such that they can be raised and lowered; and in that the bottom of the fire extinguishing device is on the side walls and the gate sealed by means of a closed hollow chamber seal extending all around the fire extinguishing device. - three side walls and a narrow side that delimit an interior, wherein a closing device formed by a gate is assigned to the narrow side; - multiple connections (13 to 15) for introducing and/or discharging an extinguishing agent and/or a coolant into/from the interior; and - freely movable wheels,
A computer implemented method of detecting a guidewire in a blood vessel comprising: storing, using an intravascular imaging system, one or more intravascular image datasets of the blood vessel, each intravascular dataset comprising a plurality of scan lines; detecting, using one or more guidewire detection modules of the intravascular imaging system, a guidewire shadow on one or more scan lines of the plurality of scan lines; determining a guidewire offset for each guidewire shadow; determining on a per frame basis a candidate guidewire detection using one or more guidewire offsets such that a plurality of candidate guidewire detections is generated; generating a plurality of candidate guidewire segments from the plurality of candidate guidewire detections; iteratively evaluating (H1, H2) a group of segments from the plurality of candidate guidewire segments to identify spurious guidewire segments by comparing segments within the group of segments to other segments within the group of segments or to other segments outside the group of segments and removing the spurious guidewire segments from the plurality of candidate guidewire segments to generate a set of detected guidewire segments until no segments are deleted; and linking segments from the set of detected guidewire segments, using one or more guidewire detection modules of the intravascular imaging system, to generate one or more contiguous guidewire representations. storing, using an intravascular imaging system, one or more intravascular image datasets of the blood vessel, each intravascular dataset comprising a plurality of scan lines; detecting, using one or more guidewire detection modules of the intravascular imaging system, a guidewire shadow on one or more scan lines of the plurality of scan lines; determining a guidewire offset for each guidewire shadow; determining on a per frame basis a candidate guidewire detection using one or more guidewire offsets such that a plurality of candidate guidewire detections is generated; generating a plurality of candidate guidewire segments from the plurality of candidate guidewire detections; iteratively evaluating (H1, H2) a group of segments from the plurality of candidate guidewire segments to identify spurious guidewire segments by comparing segments within the group of segments to other segments within the group of segments or to other segments outside the group of segments and removing the spurious guidewire segments from the plurality of candidate guidewire segments to generate a set of detected guidewire segments until no segments are deleted; and linking segments from the set of detected guidewire segments, using one or more guidewire detection modules of the intravascular imaging system, to generate one or more contiguous guidewire representations.
A fluid collection device, the fluid collection device comprising: a fluid impermeable barrier defining an interior chamber therein and an opening through which the interior chamber is accessible; a porous material disposed in the interior chamber; a conduit fluidly connected to the interior chamber; and a retention means for retaining positioning of the fluid collection device with respect to a wearer, wherein the retention means is at least partially defined by the porous material characterised in that the porous material includes a resilient foam that is compressible, and in that the fluid impermeable barrier is of a soft malleable material capable of being deformed and springing back to an original shape. a fluid impermeable barrier defining an interior chamber therein and an opening through which the interior chamber is accessible; a porous material disposed in the interior chamber; a conduit fluidly connected to the interior chamber; and a retention means for retaining positioning of the fluid collection device with respect to a wearer, wherein the retention means is at least partially defined by the porous material characterised in that the porous material includes a resilient foam that is compressible, and in that the fluid impermeable barrier is of a soft malleable material capable of being deformed and springing back to an original shape.
A method of protecting data of a protected storage system in a recovery system (150, 270) comprising a volatile memory, a journal (110, 240) and a target disk (120, 250) the method comprising: storing, in the volatile memory, a memory changed block tracking "CBT" object, the memory CBT object including a plurality of elements representing a plurality of storage units in the protected storage system to track changes since a last backup; storing a copy of the memory CBT object in a storage system to produce a stored CBT object; storing in a target disk in the recovery system (150, 270) a replica of the protected storage system from before a time window; upon detecting a recent modification of data in a storage unit in the protected storage system, storing in a journal (110, 240) in the recovery system (150, 270) data and metadata related to the modification, and modifying, in the memory CBT object, an element that represents the storage unit to indicate the storage unit was modified, wherein the metadata includes a time the data was modified, and wherein the journal stores modifications related to a specific time window; periodically removing from the journal (110, 240) old data related to at least one past modification of a storage unit in the protected storage system that occurred before the time window, and applying the old data to the target disk; and upon removing, if the stored CBT object does not include an indication of the at least one past modification, storing a copy of the memory CBT object in the storage system to update the stored CBT object, and clearing the memory CBT and the stored CBT object after a backup. storing, in the volatile memory, a memory changed block tracking "CBT" object, the memory CBT object including a plurality of elements representing a plurality of storage units in the protected storage system to track changes since a last backup; storing a copy of the memory CBT object in a storage system to produce a stored CBT object; storing in a target disk in the recovery system (150, 270) a replica of the protected storage system from before a time window; upon detecting a recent modification of data in a storage unit in the protected storage system, storing in a journal (110, 240) in the recovery system (150, 270) data and metadata related to the modification, and modifying, in the memory CBT object, an element that represents the storage unit to indicate the storage unit was modified, wherein the metadata includes a time the data was modified, and wherein the journal stores modifications related to a specific time window; periodically removing from the journal (110, 240) old data related to at least one past modification of a storage unit in the protected storage system that occurred before the time window, and applying the old data to the target disk; and upon removing, if the stored CBT object does not include an indication of the at least one past modification, storing a copy of the memory CBT object in the storage system to update the stored CBT object, and clearing the memory CBT and the stored CBT object after a backup.
Pressure-regulating seat valve, in particular for electrohydraulic hand tools, having a seat between a pressure connection and a reservoir connection (16, 16') arranged in a valve chamber, a valve cone in the valve chamber which is loaded into the direction of the seat by a regulating spring, and a piston in the valve chamber which transmits the force of the regulating spring to the valve cone, wherein the loading surface of the piston is a multiple of the loading surface of the valve cone in the seat in order to set a high opening pressure and a substantially lower closing pressure, and to keep the valve cone raised from the seat after the pressure regulating seat valve responds when the opening pressure is reached until the closing pressure is reached, wherein for hydraulic reduction of the force of the regulating spring applied by the piston on the valve cone, in or at the reservoir connection (16, 16') a throttling point (17, 17') having a smaller cross-section than the loading surface of the valve cone is provided in the seat, and the valve cone is structurally separated from the piston and is only applied movably relative to the latter to the piston, characterized in that the piston is guided linearly in the valve chamber, in that the valve cone is guided linearly in an insert of a housing which has the seat and delimits the valve chamber, and in that the valve cone is guided with play in a fitting bore in the insert and has at least one piston ring, which bypasses the play self-springing and is slotted at at least one circumferential position.