mhurhangee/ep-ind-claims huggingface dataset:
A method in a Wavelength Adaptation Module for adapting an Optical Time Domain Reflectometry, OTDR, signal for supervision of Optical Network Terminals, ONTs, in a Passive Optical Network, PON, the method comprising: - receiving an OTDR signal comprising at least one wavelength, - Red/Blue, R/B, filtering the received OTDR signal in order to filter out a desired range of wavelengths of the received OTDR signal, - converting the filtered OTDR signal to a photoelectric current, - combining said photoelectric current with an optical signal having a pre-selected wavelength from a Continuous Wavelength light source, - amplitude modulating said combined photoelectric current and optical signal, thereby producing an amplitude modulated signal having the pre-selected wavelength of said optical signal, and - outputting said amplitude modulated signal towards a Remote Node, RN, wherein said wavelength of said optical signal has been pre-selected to enable a splitter in said RN to forward said amplitude modulated signal to a dedicated group of ONTs in the PON, thereby supervising the fibre links between the RN and the dedicated group of ONTs. - receiving an OTDR signal comprising at least one wavelength, - Red/Blue, R/B, filtering the received OTDR signal in order to filter out a desired range of wavelengths of the received OTDR signal, - converting the filtered OTDR signal to a photoelectric current, - combining said photoelectric current with an optical signal having a pre-selected wavelength from a Continuous Wavelength light source, - amplitude modulating said combined photoelectric current and optical signal, thereby producing an amplitude modulated signal having the pre-selected wavelength of said optical signal, and - outputting said amplitude modulated signal towards a Remote Node, RN, wherein said wavelength of said optical signal has been pre-selected to enable a splitter in said RN to forward said amplitude modulated signal to a dedicated group of ONTs in the PON, thereby supervising the fibre links between the RN and the dedicated group of ONTs.
An apparatus for operating a LED driver, the apparatus being configured to be coupled to the LED driver (100; 300) and comprising: - an input configured to capture a value of a control signal, wherein the control signal is to be provided at a control signal inlet (105; 305) of the LED driver (100; 300), such that the LED driver (100; 300) can control operation of a LED based on the provided control signal, and - a modulator configured to modulate the control signal according to a predefined protocol and to provide the modulated control signal at the same control signal inlet (105; 305). - an input configured to capture a value of a control signal, wherein the control signal is to be provided at a control signal inlet (105; 305) of the LED driver (100; 300), such that the LED driver (100; 300) can control operation of a LED based on the provided control signal, and - a modulator configured to modulate the control signal according to a predefined protocol and to provide the modulated control signal at the same control signal inlet (105; 305).
A headlight protection grid arrangement for a motor vehicle, preferably a construction site vehicle, having: - a first protection grid for protection of a headlight cover and/or a headlight, wherein - the headlight protection grid arrangement has a second protection grid for additional protection of the headlight cover and/or the headlight, characterized in that - the first protection grid and the second protection grid have a grid-free recess for a headlight cleaning installation and are consequently constructed for operation with a headlight cleaning installation, and/or - the headlight protection grid arrangement has a securing device (2, 3), which is used for assembly on the motor vehicle and is constructed in order to releasably and/or pivotably secure the first protection grid and the second protection grid, wherein the securing device (2, 3) is formed by a plurality of clip-fit connections and at least one clip-fit connection is arranged on the one side of the first protection grid and constructed in order to pivotably retain the first protection grid and/or the second protection grid between a closed state and an open state. - a first protection grid for protection of a headlight cover and/or a headlight, - the headlight protection grid arrangement has a second protection grid for additional protection of the headlight cover and/or the headlight, characterized in that - the first protection grid and the second protection grid have a grid-free recess for a headlight cleaning installation and are consequently constructed for operation with a headlight cleaning installation, and/or - the headlight protection grid arrangement has a securing device (2, 3), which is used for assembly on the motor vehicle and is constructed in order to releasably and/or pivotably secure the first protection grid and the second protection grid, wherein the securing device (2, 3) is formed by a plurality of clip-fit connections and at least one clip-fit connection is arranged on the one side of the first protection grid and constructed in order to pivotably retain the first protection grid and/or the second protection grid between a closed state and an open state.
A conjugate, or pharmaceutically acceptable salt thereof, comprising: (a) a polypeptide comprising a biologically active analog of Angiopep-1, wherein said analog has at least 80% identity to Angiopep-1 (SEQ ID NO: 67), wherein said polypeptide is capable of promoting accumulation of a drug inside a cell which expresses P-gp at its surface or a cell which is able to express P-gp at its surface; and (b) 1, 2, or 3 molecules of Taxol, wherein said Taxol is conjugated to said polypeptide to the lysine residues at position 10 and 15, and/or to the N-terminus as shown below: (a) a polypeptide comprising a biologically active analog of Angiopep-1, wherein said analog has at least 80% identity to Angiopep-1 (SEQ ID NO: 67), wherein said polypeptide is capable of promoting accumulation of a drug inside a cell which expresses P-gp at its surface or a cell which is able to express P-gp at its surface; and (b) 1, 2, or 3 molecules of Taxol,
A motor for photographic equipment, the motor including a housing having an elongate direction, a drive shaft, and a coupling member; the drive shaft extending through an extension portion of the housing in a direction transverse to the elongate direction, a toothed driving wheel being mounted on the drive shaft; the coupling member being generally elongate and arranged to locate along an elongate surface of the housing, the coupling member being arranged to flex along its length, characterised in that the motor is arranged to be coupled to a component of photographic equipment being a driven component (14, 16, 20), the toothed driving wheel being arranged to mesh with a toothed driven wheel of the driven component (14, 16, 20), wherein the application of a pushing force to the driven component (14, 16, 20) acts to flex the coupling member, thus preloading the connection between the toothed driving wheel and the toothed driven wheel.
Food preparation entity comprising a cavity for receiving food to be prepared and at least two cameras (4, 5) for capturing images of the food included in the cavity, wherein said cameras (4, 5) are positioned such that images are captured from different points of view, wherein each camera (4, 5) comprises a certain field of view (4.1, 5.1), wherein immediately adjacent fields of view (4.1, 5.1) of said cameras (4, 5) at least partially overlap; wherein each camera (4, 5) comprises a main view axis (4.2, 5.2) and wherein a processing entity is provided which is configured to calculate three-dimensional information of the food included in the cavity based on the images provided by the cameras (4,5), characterized in that the angle (α) between the main view axes (4.2, 5.2) of cameras (4, 5) providing immediately adjacent fields of view (4.1, 5.1) is in the range between 10° and 15°, most preferably 11°, 12°, 13° or 14°.
An apparatus for treating laundry, comprising: a cabinet having an opening portion provided to a front side; a drawer body configured withdrawable by being inserted in the opening portion; a tub including a tub body configured within the drawer body to provide a space for storing water therein and a tub cover coupled to a top side of the tub body and having a tub entrance for putting the laundry; a drum rotatably configured within the tub body to provide a space for storing the laundry therein and having a drum entrance for putting the laundry by communicating with the tub entrance; a drive part configured under a bottom side of the tub body to provide a power for rotating the drum; a door configured slidable on a top side of the tub cover to open/close the tub entrance; and a door opening detection sensor configured on the one side of the tub cover to detect an opening/closing of the door by contacting with the door selectively owing to a sliding of the door. a cabinet having an opening portion provided to a front side; a drawer body configured withdrawable by being inserted in the opening portion; a tub including a tub body configured within the drawer body to provide a space for storing water therein and a tub cover coupled to a top side of the tub body and having a tub entrance for putting the laundry; a drum rotatably configured within the tub body to provide a space for storing the laundry therein and having a drum entrance for putting the laundry by communicating with the tub entrance; a drive part configured under a bottom side of the tub body to provide a power for rotating the drum; a door configured slidable on a top side of the tub cover to open/close the tub entrance; and a door opening detection sensor configured on the one side of the tub cover to detect an opening/closing of the door by contacting with the door selectively owing to a sliding of the door.
A method for operating a computational storage device, comprising: receiving, by a storage controller, a first computing namespace setting instruction from a first host device; receiving, by the storage controller, a second computing namespace setting instruction from a second host device; receiving, by the storage controller, a first program from the first host device; receiving, by the storage controller, a second program from the second host device; receiving, by the storage controller, a fused execution command, the fused execution command indicating to process a first computation using the first program in the first computing namespace and, indicating to, in response to a first computation result of processing the first computation, process a second computation using the second program in the second computing namespace; processing, by a first accelerator (100, 540a), the first computation; storing, by the storage controller, in a buffer memory the first computation result obtained by processing the first computation; providing, by the storage controller, data stored in the buffer memory to a second accelerator (100, 540b) different from the first accelerator, in response to an amount of data stored in the buffer memory exceeding a range; and processing, by the second accelerator, the second computation on the data provided from the buffer memory. receiving, by a storage controller, a first computing namespace setting instruction from a first host device; receiving, by the storage controller, a second computing namespace setting instruction from a second host device; receiving, by the storage controller, a first program from the first host device; receiving, by the storage controller, a second program from the second host device; receiving, by the storage controller, a fused execution command, the fused execution command indicating to process a first computation using the first program in the first computing namespace and, indicating to, in response to a first computation result of processing the first computation, process a second computation using the second program in the second computing namespace; processing, by a first accelerator (100, 540a), the first computation; storing, by the storage controller, in a buffer memory the first computation result obtained by processing the first computation; providing, by the storage controller, data stored in the buffer memory to a second accelerator (100, 540b) different from the first accelerator, in response to an amount of data stored in the buffer memory exceeding a range; and processing, by the second accelerator, the second computation on the data provided from the buffer memory.
An anaerobic curing formulation comprising an aqueous emulsion of: a) 4-8% by weight of at least one acrylic resin and b) 40-70% by weight of phenoxy-polyethoxy sulphate. a) 4-8% by weight of at least one acrylic resin and b) 40-70% by weight of phenoxy-polyethoxy sulphate.
A filter media comprising a membrane and a protective scrim secured to a surface of the membrane, wherein the membrane comprises fibres of a hydrophobic first polymer having a diameter less than 1 micron, the scrim comprises fibres of a hydrophilic second polymer, the first polymer has a contact angle greater than 90 degrees, and the second polymer has a contact angle less than 90 degrees.
A control system for a machine comprising a plurality of independently replaceable machine modules, the system comprising: a controller operable to control operation of the machine; memory for storing machine data for use by the controller; and communication means operable to provide communication for data transfer between the controller and the memory; wherein the memory includes a plurality of memory modules associated with respective machine modules, and wherein each of the memory modules is replaceable with the respective associated machine module and independently of other memory modules; and wherein the communication means is operable to provide communication for data transfer between the controller and a replacement memory module associated with a replacement machine module, characterized in that the controller maintains and updates the data in each memory module so that it continues to reflect the operational history of the associated machine module. a controller operable to control operation of the machine; memory for storing machine data for use by the controller; and communication means operable to provide communication for data transfer between the controller and the memory; wherein the memory includes a plurality of memory modules associated with respective machine modules, and wherein each of the memory modules is replaceable with the respective associated machine module and independently of other memory modules; and wherein the communication means is operable to provide communication for data transfer between the controller and a replacement memory module associated with a replacement machine module, characterized in that the controller maintains and updates the data in each memory module so that it continues to reflect the operational history of the associated machine module.
A method for handling a blockchain service, the method comprising: receiving, by a first application of a consensus node, a service request sent by a client, wherein the consensus node comprises the first application, a second application, and a first database; determining to-be-sent service data corresponding to the service request; storing, by the first application, the to-be-sent service data in the first database; when a predetermined condition is satisfied, fetching, by the second application or the first application, the to-be-sent service data from the first database; sending the to-be-sent service data to a second consensus node for storage; receiving, by the first application, consensus data and storing the consensus data in the first database; fetching, by the second application, the consensus data from the first database and performing consensus verification; and adding, by the second application, a verification result to the consensus data, storing the verification result in the first database, and sending the verification result to the second consensus node to continue performing the consensus verification. receiving, by a first application of a consensus node, a service request sent by a client, wherein the consensus node comprises the first application, a second application, and a first database; determining to-be-sent service data corresponding to the service request; storing, by the first application, the to-be-sent service data in the first database; when a predetermined condition is satisfied, fetching, by the second application or the first application, the to-be-sent service data from the first database; sending the to-be-sent service data to a second consensus node for storage; receiving, by the first application, consensus data and storing the consensus data in the first database; fetching, by the second application, the consensus data from the first database and performing consensus verification; and adding, by the second application, a verification result to the consensus data, storing the verification result in the first database, and sending the verification result to the second consensus node to continue performing the consensus verification.
Grid for grain cleaner, the said grid is intended to receive grains and to oscillate in a longitudinal direction to advance the grains along the grid, the said grid is in the form of a perforated plate with a plurality of calibrated holes for the passage of a grain size, characterized in that it comprises means for guiding and orienting the grains along the grid in the form of longitudinal grooves arranged along the grid and coordinated with the calibrated holes, said holes being arranged along and at the bottom of said grooves.
A soft tissue graft comprising: processed tissue material having first and second opposed surfaces, wherein the first surface comprises a plurality of apertures, at least one of the apertures formed from a multi-directional separation in the first surface, the multi-directional separation defining a path having a middle segment including a midpoint of the path and end segments extending from the middle segment and including endpoints of the path, each end segment forming an obtuse angle with the middle segment, wherein the endpoints are positioned on opposite sides of a line extending through the midpoint in a direction tangent of the path through the midpoint.
An air conditioning apparatus that includes an indoor heat exchanger and is configured to allow the indoor heat exchanger to function as a radiator for refrigerant and perform a heating operation, comprising: a distributor including: a distributor body positioned in the neighborhood of a refrigerant outlet of the indoor heat exchanger functioning as a radiator; and a plurality of distribution pipes branching from the distributor body and each connected to one of a plurality of refrigerant paths formed in the indoor heat exchanger; and a temperature sensor configured to detect a saturation temperature of refrigerant flowing through the indoor heat exchanger, wherein the temperature sensor is mounted above a height-wise center of the indoor heat exchanger in use state or the distributor body, characterized in that on a particular path, among the plurality of refrigerant paths, to which the temperature sensor is mounted, the temperature sensor is mounted to a gas-side end side of the particular path, with respect to a flow of refrigerant flowing through the particular path. a distributor including: a distributor body positioned in the neighborhood of a refrigerant outlet of the indoor heat exchanger functioning as a radiator; and a plurality of distribution pipes branching from the distributor body and each connected to one of a plurality of refrigerant paths formed in the indoor heat exchanger; and a distributor body positioned in the neighborhood of a refrigerant outlet of the indoor heat exchanger functioning as a radiator; and a plurality of distribution pipes branching from the distributor body and each connected to one of a plurality of refrigerant paths formed in the indoor heat exchanger; and a temperature sensor configured to detect a saturation temperature of refrigerant flowing through the indoor heat exchanger, wherein the temperature sensor is mounted above a height-wise center of the indoor heat exchanger in use state or the distributor body, characterized in that on a particular path, among the plurality of refrigerant paths, to which the temperature sensor is mounted, the temperature sensor is mounted to a gas-side end side of the particular path, with respect to a flow of refrigerant flowing through the particular path.
Residence station of a building communication system having at least one door station and one or more residence stations, • wherein the residence station has a control/processing unit to which inputs can be applied via a control/activation unit, • wherein the control/processing unit controls, on the output side, an amplifier which is connected to a loudspeaker, • wherein a microphone is connected to the control/processing unit and, together with the loudspeaker, can be used for communication between the door station and the residence station during normal operation, wherein, during normal operation, ring tone control of the control/processing unit is carried out if a call button of the door station is actuated, characterized • in that the microphone is used to specify at least one voice input in the form of text which can be stored as a call sequence or "ring tone", the voice input can be retrieved by means of ring tone control of the door station, and the voice input can be played back via the loudspeaker of the residence station, • in that the control/processing unit is accordingly acted upon in a first step by means of the control/activation unit in order to store such a voice input, • in that the voice input is effected by means of the microphone in a second step, • in that the voice input is stored in an additional memory in a third step by again acting upon the control/processing unit by means of the control/activation unit, and • in that different voice inputs assigned to respectively different persons can be stored and can be retrieved and played back on the basis of persons identified at the door station. • wherein the residence station has a control/processing unit to which inputs can be applied via a control/activation unit, • wherein the control/processing unit controls, on the output side, an amplifier which is connected to a loudspeaker, • wherein a microphone is connected to the control/processing unit and, together with the loudspeaker, can be used for communication between the door station and the residence station during normal operation, wherein, during normal operation, ring tone control of the control/processing unit is carried out if a call button of the door station is actuated, characterized • in that the microphone is used to specify at least one voice input in the form of text which can be stored as a call sequence or "ring tone", the voice input can be retrieved by means of ring tone control of the door station, and the voice input can be played back via the loudspeaker of the residence station, • in that the control/processing unit is accordingly acted upon in a first step by means of the control/activation unit in order to store such a voice input, • in that the voice input is effected by means of the microphone in a second step, • in that the voice input is stored in an additional memory in a third step by again acting upon the control/processing unit by means of the control/activation unit, and • in that different voice inputs assigned to respectively different persons can be stored and can be retrieved and played back on the basis of persons identified at the door station.