mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: associating a first link aggregator device and a second link aggregator device with a plurality of network data communication links, wherein the first link aggregator device maintains an identifier for each link indicating at least a state of enabled or disabled; establishing a synchronized clock between the first link aggregator and the second link aggregator; transitioning a particular link of the plurality of links to a different state by: the first link aggregator sending, to the second link aggregator, a first message that identifies a particular time when the particular link should transition; the first link aggregator receiving, from the second link aggregator, a second message that indicates whether the particular time is acceptable; in response to determining that the synchronized clock has reached the particular time and the second message indicates the particular time is acceptable, updating the identifier for the particular link with the different state. associating a first link aggregator device and a second link aggregator device with a plurality of network data communication links, wherein the first link aggregator device maintains an identifier for each link indicating at least a state of enabled or disabled; establishing a synchronized clock between the first link aggregator and the second link aggregator; transitioning a particular link of the plurality of links to a different state by: the first link aggregator sending, to the second link aggregator, a first message that identifies a particular time when the particular link should transition; the first link aggregator receiving, from the second link aggregator, a second message that indicates whether the particular time is acceptable; in response to determining that the synchronized clock has reached the particular time and the second message indicates the particular time is acceptable, updating the identifier for the particular link with the different state. the first link aggregator sending, to the second link aggregator, a first message that identifies a particular time when the particular link should transition; the first link aggregator receiving, from the second link aggregator, a second message that indicates whether the particular time is acceptable; in response to determining that the synchronized clock has reached the particular time and the second message indicates the particular time is acceptable, updating the identifier for the particular link with the different state.
A hazard detector for an evaluation unit (12, 14), e.g. a fire detector and/or extinguishing control center, comprising: - a housing, - at least one sensor unit or a sensor interface for connecting the sensor unit to capture a hazard parameter, preferably a fire parameter, - a first electronic assembly, electrically connected to the sensor unit or the sensor interface, for processing sensor signals of the sensor unit, characterized in that the hazard detector further comprises: - a second electronic assembly, connected to at least one first interface for electrically connecting the second electrical assembly to a physically remote evaluation unit (12, 14), wherein the first electronic assembly and the second electronic assembly comprise a wireless data connection for transmitting the processed sensor signals from at least the first electronic assembly to the second electronic assembly, and at least the first electronic assembly and the second electronic assembly are arranged inside the housing, wherein the first electronic assembly is connected to a second interface directly or indirectly, the second interface being configured to supply the first electronic assembly and/or the sensor unit with power for operation and/or to set up a data connection to the evaluation unit (12, 14) or a further evaluation unit (12, 14). - a housing, - at least one sensor unit or a sensor interface for connecting the sensor unit to capture a hazard parameter, preferably a fire parameter, - a first electronic assembly, electrically connected to the sensor unit or the sensor interface, for processing sensor signals of the sensor unit, characterized in that the hazard detector further comprises: - a second electronic assembly, connected to at least one first interface for electrically connecting the second electrical assembly to a physically remote evaluation unit (12, 14), wherein
An actuator for operating a pivot hung or top hung building window, said actuator being adapted to perform a first closing operation while monitoring a closing force applied by said actuator, said actuator being adapted to initiate a first reversing operation upon said closing force exceeding a first threshold during said first closing operation, and characterized by said actuator being configured to initiate a second closing operation after said first reversing operation.
A process for preparing a purified human milk oligosaccharide derived from a fermentation process, wherein the process comprises: (a) precipitating an antifoam agent in a solution comprising the HMO and the antifoam agent by heating the solution to a precipitation temperature of from 36 to 65°C, wherein the precipitation temperature is within 5°C of a temperature at which the HMO solution exhibits maximum turbidity; and (b) filtering and/or centrifuging precipitated antifoam agent from the HMO solution at the precipitation temperature to form a filtrate comprising the HMO. (a) precipitating an antifoam agent in a solution comprising the HMO and the antifoam agent by heating the solution to a precipitation temperature of from 36 to 65°C, wherein the precipitation temperature is within 5°C of a temperature at which the HMO solution exhibits maximum turbidity; and (b) filtering and/or centrifuging precipitated antifoam agent from the HMO solution at the precipitation temperature to form a filtrate comprising the HMO.
Medical device for performing ileostomies and/or jejunostomies, comprising: - at least a tubular element wherein is defined at least a transit channel having a plurality of entry openings for the faeces, insertable inside the intestine of a patient, and at least an exit opening for the faeces, positionable outside the intestine, where said tubular element comprises at least a first section in which are obtained said entry openings and at least a second section in which is obtained said exit opening; - first obstruction means of at least an area of the intestine associated with said tubular element, insertable inside the intestine itself and movable between a tight configuration and a widened configuration, respectively to allow them to be inserted in the intestine and to prevent the transit of the faeces through said area of the intestine itself, said entry openings being positionable upstream of said first obstruction means, the latter being placed between said first and said second sections (2a, 2b); - external retention means able to cooperate with the patient's body to block the position of said first obstruction means with respect to the body itself; - stiffening means associated with at least said first section to prevent it from bending and comprising a plurality of elastically deformable stiffening elements; characterized by the fact that said stiffening elements are integrally associated with one another at their respective extremities. - at least a tubular element wherein is defined at least a transit channel having a plurality of entry openings for the faeces, insertable inside the intestine of a patient, and at least an exit opening for the faeces, positionable outside the intestine, where said tubular element comprises at least a first section in which are obtained said entry openings and at least a second section in which is obtained said exit opening; - first obstruction means of at least an area of the intestine associated with said tubular element, insertable inside the intestine itself and movable between a tight configuration and a widened configuration, respectively to allow them to be inserted in the intestine and to prevent the transit of the faeces through said area of the intestine itself, said entry openings being positionable upstream of said first obstruction means, the latter being placed between said first and said second sections (2a, 2b); - external retention means able to cooperate with the patient's body to block the position of said first obstruction means with respect to the body itself; - stiffening means associated with at least said first section to prevent it from bending and comprising a plurality of elastically deformable stiffening elements;
Installation element for a combustion engine, in particular for a vehicle combustion engine, having a suction line by means of which, in the installed state of the combustion engine, oil that has collected in an oil sump can be fed to an oil delivery device, and having a plate-shaped shielding and/or guiding element by means of which, in the installed state of the combustion engine, a flow of the oil that has collected in the oil sump into a crank chamber of the combustion engine, and/or an outflow of the oil that has collected in the oil sump away from a suction opening of the suction line, can be prevented, wherein the suction line and the oil delivery device are connectable to one another by way of a plug-type connection, wherein the plug-type connection is designed such that the plug-type connection is produced by way of a displacement of the installation element upward relative to the combustion engine in an combustion engine vertical direction (z), wherein the installation element, in the installed state, is connected in abutting fashion, by way of the shielding and/or guiding element, to a crankcase of the combustion engine, characterized in that the installation element by means of a plurality of screws, specially provided for fastening the installation element, is able to be flange-fitted onto the crankcase such that the installation element remains on the combustion engine when the oil sump is disassembled.
A method for presenting a multimodal image from a confocal microscope comprising: contacting a surface of an excised biological sample with a nuclear fluorescent stain that selectively labels nuclei in fluorescence mode; illuminating a spot on the surface of the excised biological sample with a light beam using a confocal microscope; detecting a first emission intensity from the spot in a first range of optical properties, wherein the first emission intensity is from the nuclear fluorescent stain; detecting a second emission intensity from the spot in a second range of optical properties, wherein the second emission intensity is from unstained reflectance; and coloring a pixel that corresponds to the spot in an image using a linear combination of the first emission intensity detected from the spot and the second emission intensity detected from the spot, wherein coloring the pixel comprises using a linear combination of color components of purple hematoxylin stain multiplied by the fluorescence emission intensity from the spot to imitate a purple hematoxylin stain, and color components of pink eosin stain multiplied by the reflectance emission intensity from the spot to imitate a pink eosin stain. contacting a surface of an excised biological sample with a nuclear fluorescent stain that selectively labels nuclei in fluorescence mode; illuminating a spot on the surface of the excised biological sample with a light beam using a confocal microscope; detecting a first emission intensity from the spot in a first range of optical properties, wherein the first emission intensity is from the nuclear fluorescent stain; detecting a second emission intensity from the spot in a second range of optical properties, wherein the second emission intensity is from unstained reflectance; and coloring a pixel that corresponds to the spot in an image using a linear combination of the first emission intensity detected from the spot and the second emission intensity detected from the spot, wherein coloring the pixel comprises using a linear combination of color components of purple hematoxylin stain multiplied by the fluorescence emission intensity from the spot to imitate a purple hematoxylin stain, and color components of pink eosin stain multiplied by the reflectance emission intensity from the spot to imitate a pink eosin stain.
A method for a communication system, characterised by: determining at least one of data rate and payload size of a data channel in a reverse link communication; comparing at least one of said determined data rate and payload size to a predetermined value; determining whether transmission of a primary pilot channel associated with said data channel and a secondary pilot channel associated with said data channel are necessary based on said comparing; transmitting the primary pilot channel at a power level determined in accordance with a power control process and independent of the at least one of data rate and payload size, and adjusting a power level of the secondary pilot channel based on at least one of said determined data rate and payload size and transmitting the secondary pilot channel; and transmitting data on said data channel. determining at least one of data rate and payload size of a data channel in a reverse link communication; comparing at least one of said determined data rate and payload size to a predetermined value; determining whether transmission of a primary pilot channel associated with said data channel and a secondary pilot channel associated with said data channel are necessary based on said comparing; transmitting the primary pilot channel at a power level determined in accordance with a power control process and independent of the at least one of data rate and payload size, and adjusting a power level of the secondary pilot channel based on at least one of said determined data rate and payload size and transmitting the secondary pilot channel; and transmitting data on said data channel.
Method of synchronizing contact information for at least two communication devices (3, 4) in a communication system, wherein a first communication device and a second communication device of the at least two communication devices (3, 4) are registered at the communication system with the same Direct Inward Dial, DID, the method comprising the steps of - receiving, at the communication system, an external call of an external calling device; - identifying the telephone number of the external calling device; - transmitting, by the communication system, a SETUP message to the first communication device and another SETUP message to the second communication device; - receiving, from either one of the first and second communication devices (3, 4), a message comprising contact information pertaining to the telephone number of the external calling device; - sending, by the communication system, a message comprising the contact information pertaining to the telephone number of the external calling device to the other one of the first and second communication devices (3, 4) for being displayed and stored at the other one of the first and second communication devices (3, 4). - receiving, at the communication system, an external call of an external calling device; - identifying the telephone number of the external calling device; - transmitting, by the communication system, a SETUP message to the first communication device and another SETUP message to the second communication device; - receiving, from either one of the first and second communication devices (3, 4), a message comprising contact information pertaining to the telephone number of the external calling device; - sending, by the communication system, a message comprising the contact information pertaining to the telephone number of the external calling device to the other one of the first and second communication devices (3, 4) for being displayed and stored at the other one of the first and second communication devices (3, 4).
A method comprising: receiving, by an optical device (104, 106, 108) and via an optical fiber (110, 112, 114), a first optical signal encoded using an inverse signaling protocol, according to which the inverse signaling protocol comprises first intervals in which the optical device receives light that represents logical zeroes and second intervals in which the optical device receives no light, the absence of light representing logical ones; converting, by the optical device, the first optical signal into an electrical signal; performing, by the optical device, at least one function in response to the optical signal; and outputting, by the optical device, via the optical fiber, an outgoing optical signal with data different from data in the first optical signal and encoded using a normal signaling protocol, according to which the optical device outputs light to represent a logical one and does not output light to represent a logical zero. receiving, by an optical device (104, 106, 108) and via an optical fiber (110, 112, 114), a first optical signal encoded using an inverse signaling protocol, according to which the inverse signaling protocol comprises first intervals in which the optical device receives light that represents logical zeroes and second intervals in which the optical device receives no light, the absence of light representing logical ones; converting, by the optical device, the first optical signal into an electrical signal; performing, by the optical device, at least one function in response to the optical signal; and outputting, by the optical device, via the optical fiber, an outgoing optical signal with data different from data in the first optical signal and encoded using a normal signaling protocol, according to which the optical device outputs light to represent a logical one and does not output light to represent a logical zero.
An injection molding machine comprising: a toggle mechanism which connects a movable platen and a rear platen, the toggle mechanism includes a plurality of links (151, 152, 153, 154), a first connection portion which connects the movable platen and the link, a second connection portion which connects the links (152, 153) to each other, and a third connection portion which connects the rear platen and the link, at least one of the first to third connection portions includes a bush, a connection pin which is inserted into the bush, the toggle mechanism characterized in that it includes a wear detection unit which detects wear of sliding surfaces of the bush and the connection pin, and the wear detection unit detects a position of a member in which the bush is disposed. a toggle mechanism which connects a movable platen and a rear platen, the toggle mechanism includes a plurality of links (151, 152, 153, 154), a first connection portion which connects the movable platen and the link, a second connection portion which connects the links (152, 153) to each other, and a third connection portion which connects the rear platen and the link, at least one of the first to third connection portions includes a bush, a connection pin which is inserted into the bush, the toggle mechanism characterized in that it includes a wear detection unit which detects wear of sliding surfaces of the bush and the connection pin, and the wear detection unit detects a position of a member in which the bush is disposed.
A foldable display device, comprising: a flexible display module that includes a first non-foldable portion, a second non-foldable portion, and a foldable portion disposed between the first non-foldable portion and the second non-foldable portion; a case disposed on a back surface of the flexible display module and that includes a first cover that covers the first non-foldable portion, a second cover that covers the second non-foldable portion, and a coupling cover that covers the foldable portion; characterized by a first metal plate disposed between the flexible display module and the case and that includes a first fixed portion that supports the first non-foldable portion and a first rotatable portion that supports the foldable portion adjacent to the first non-foldable portion; a second metal plate disposed between the flexible display module and the case and that includes a second fixed portion that supports the second non-foldable portion and a second rotatable portion that supports the foldable portion adjacent to the second non-foldable portion; a first hinge rotatably connected to the coupling cover and that includes a first fixed support portion that supports the first fixed portion and a first portion that supports the first rotatable portion according to a rotation of the first cover; and a second hinge rotatably connected to the coupling cover and that includes a second fixed support portion that supports the second fixed portion and a second portion that supports the second rotatable portion according to a rotation of the second cover. a flexible display module that includes a first non-foldable portion, a second non-foldable portion, and a foldable portion disposed between the first non-foldable portion and the second non-foldable portion; a case disposed on a back surface of the flexible display module and that includes a first cover that covers the first non-foldable portion, a second cover that covers the second non-foldable portion, and a coupling cover that covers the foldable portion; characterized by a first metal plate disposed between the flexible display module and the case and that includes a first fixed portion that supports the first non-foldable portion and a first rotatable portion that supports the foldable portion adjacent to the first non-foldable portion; a second metal plate disposed between the flexible display module and the case and that includes a second fixed portion that supports the second non-foldable portion and a second rotatable portion that supports the foldable portion adjacent to the second non-foldable portion; a first hinge rotatably connected to the coupling cover and that includes a first fixed support portion that supports the first fixed portion and a first portion that supports the first rotatable portion according to a rotation of the first cover; and a second hinge rotatably connected to the coupling cover and that includes a second fixed support portion that supports the second fixed portion and a second portion that supports the second rotatable portion according to a rotation of the second cover.