mhurhangee/ep-ind-claims huggingface dataset:
A swimming pool cleaner (100, 200) movable along an underwater pool surface to clean debris therefrom, the pool cleaner (100, 200) comprising: • a body having a debris inlet and a debris outlet; • a segmented skirt including a plurality of flap members each of which extends from a proximal end hinged to the body to a distal end which is configured for extending along the pool surface such that the skirt forms with the pool surface a plenum fromwhich water and debris are drawn into the inlet; • an elongate slotted cavity defined by the body and extending between two ends, the slotted cavity pivotably holding the proximal ends of the flap members therewithin, characterised by the elongate slotted cavity having an openable inlet-adjacent middle region permitting strain-free insertion of the flap-member proximal ends into the cavity; and the pool cleaner further comprising • a nozzle (30, 30A-C) inserted into the debris inlet to control debris-laden water flow, the nozzle (30, 30A-C) being positioned over the middle region of the slotted cavity retaining the flap-member proximal ends in the cavity. • a body having a debris inlet and a debris outlet; • a segmented skirt including a plurality of flap members each of which extends from a proximal end hinged to the body to a distal end which is configured for extending along the pool surface such that the skirt forms with the pool surface a plenum fromwhich water and debris are drawn into the inlet; • an elongate slotted cavity defined by the body and extending between two ends, the slotted cavity pivotably holding the proximal ends of the flap members therewithin, characterised by the elongate slotted cavity having an openable inlet-adjacent middle region permitting strain-free insertion of the flap-member proximal ends into the cavity; and the pool cleaner further comprising • a nozzle (30, 30A-C) inserted into the debris inlet to control debris-laden water flow, the nozzle (30, 30A-C) being positioned over the middle region of the slotted cavity retaining the flap-member proximal ends in the cavity.
A sheet filter material having aerosol and/or particle filter functions and having a protective function against chemical, biological and/or radioactive pollutants and toxins, wherein the sheet filter material comprises: (a) an air-permeable and/or water-vapour-permeable, flat, foam-based and/or foam-formed carrier material with two opposite flat sides (2a, 2b), wherein the carrier material is an air-permeable and/or discontinuously formed layer based on a dried or cured, preferably cross-linked, broken polymer foam structure, wherein the broken polymer foam structure is formed to be open-pored and/or not closed; (b) an air-permeable and/or water-vapour-permeable, preferably flat nanofibre layer associated with the foam-based and/or foam-formed carrier material and fixed and/or adhered to a (first) flat side of the foam-based and/or foam-formed carrier material, wherein the nanofibre layer comprises or consists of a plurality of nanofibres; wherein the sheet filter material further has at least one adsorption layer, wherein the adsorption layer comprises or is formed from a plurality of individual and/or discrete adsorber particles, wherein the adsorption layer has two opposite flat sides (6a, 6b), wherein the adsorption layer is associated with the carrier material and wherein the adsorption layer is arranged on the (second) flat side of the carrier material facing away from the nanofibre layer. (a) an air-permeable and/or water-vapour-permeable, flat, foam-based and/or foam-formed carrier material with two opposite flat sides (2a, 2b), wherein the carrier material is an air-permeable and/or discontinuously formed layer based on a dried or cured, preferably cross-linked, broken polymer foam structure, wherein the broken polymer foam structure is formed to be open-pored and/or not closed; (b) an air-permeable and/or water-vapour-permeable, preferably flat nanofibre layer associated with the foam-based and/or foam-formed carrier material and fixed and/or adhered to a (first) flat side of the foam-based and/or foam-formed carrier material, wherein the nanofibre layer comprises or consists of a plurality of nanofibres;
A method for selecting an optimized resin mixture for a specific end use, comprising the steps of a) defining desirable properties of a resin; b) preparing a first resin comprising lignin, phenol and formaldehyde; c) preparing a second resin comprising phenol and formaldehyde, wherein the second resin comprises less than 1 wt-% lignin, by weight of the second resin; d) mixing the first resin and the second resin in a defined weight ratio of from 0.5:10 to 10:0.5 based on weight of the mixture of the first resin and second resin; e) in an empty vessel, repeating step d) with a different weight ratio; f) repeating step e) at least five times with additional different weight ratios in step d) in each repetition; g) evaluating the properties of each mixture of the first resin and the second resin, said evaluation being carried out based on the properties of the resin as such or based on the properties of a final product prepared using each mixture of the first resin and the second resin obtained in step f); h) selecting the optimized mixture of the first resin and the second resin obtained in step f), based on the results of the evaluation carried out in step g), said selection step comprising the determination of which mixture of the first resin and second resin obtained in step f) has properties closest to the desired properties of a resin defined in step a). a) defining desirable properties of a resin; b) preparing a first resin comprising lignin, phenol and formaldehyde; c) preparing a second resin comprising phenol and formaldehyde, wherein the second resin comprises less than 1 wt-% lignin, by weight of the second resin; d) mixing the first resin and the second resin in a defined weight ratio of from 0.5:10 to 10:0.5 based on weight of the mixture of the first resin and second resin; e) in an empty vessel, repeating step d) with a different weight ratio; f) repeating step e) at least five times with additional different weight ratios in step d) in each repetition; g) evaluating the properties of each mixture of the first resin and the second resin, said evaluation being carried out based on the properties of the resin as such or based on the properties of a final product prepared using each mixture of the first resin and the second resin obtained in step f); h) selecting the optimized mixture of the first resin and the second resin obtained in step f), based on the results of the evaluation carried out in step g), said selection step comprising the determination of which mixture of the first resin and second resin obtained in step f) has properties closest to the desired properties of a resin defined in step a).
A composition comprising: (a) at least one alkaloid each present in an acidic form; (b) at least one polyphenol capable of coupling to the acidic form of the alkaloid to form a complex, said complex being resistant to separation by conventional separation methods; and (c) at least one water soluble polymer capable of coupling to the polyphenol to thereby release the alkaloid from the complex. (a) at least one alkaloid each present in an acidic form; (b) at least one polyphenol capable of coupling to the acidic form of the alkaloid to form a complex, said complex being resistant to separation by conventional separation methods; and (c) at least one water soluble polymer capable of coupling to the polyphenol to thereby release the alkaloid from the complex.
An absorbent pad for a wound dressing, the pad having a plurality of fenestrations therein, wherein the fenestrations are arranged in a pattern about a central point, wherein the pattern comprises one or more arc-shaped fenestrations having symmetry about a cardinal axis and one or more arc-shaped fenestrations having symmetry about an intercardinal axis, the cardinal and intercardinal axes crossing at the central point.
A method performed by a user equipment, hereinafter UE, for implementing non-terrestrial network, hereinafter NTN, mobility comprising: receiving a cell search and measurement configuration from a NTN comprising information of at least one carrier frequency and at least one NTN tracking area, hereinafter TA, information associated with the carrier frequency for performing the cell search and measurement procedure, wherein the cell search and measurement configuration relates to a cell belonging to a terrestrial network, hereinafter TN; initiating a cell search and measurement procedure for the cell belonging to the TN; and performing the cell search and measurement procedure by applying the cell search and measurement configuration. receiving a cell search and measurement configuration from a NTN comprising information of at least one carrier frequency and at least one NTN tracking area, hereinafter TA, information associated with the carrier frequency for performing the cell search and measurement procedure, wherein the cell search and measurement configuration relates to a cell belonging to a terrestrial network, hereinafter TN; initiating a cell search and measurement procedure for the cell belonging to the TN; and performing the cell search and measurement procedure by applying the cell search and measurement configuration.
A communication system in which a plurality of communication devices (M1, S1 to S3) are connected to a network, wherein the plurality of communication devices includes: a time master including a master clock configured to manage time of the communication system; and a plurality of time slaves (S1 to S3) each of which includes a slave clock that is time-synchronized with the master clock, each time slave of the plurality of time slaves includes: a synchronization means configured to perform time synchronization with a first communication device connected adjacent to the each time slave at a master side on the network; and a communication means configured to notify the time master of time synchronization information indicating time synchronization accuracy of the each time slave obtained by the synchronization means, the synchronization means configured to correct the time of the each time slave by using a difference between time of the first communication device and the time of the each time slave as a time adjustment value (△T), and the communication means configured to notify the time master of the time adjustment value as the time synchronization information. the plurality of communication devices includes: a time master including a master clock configured to manage time of the communication system; and a plurality of time slaves (S1 to S3) each of which includes a slave clock that is time-synchronized with the master clock, a time master including a master clock configured to manage time of the communication system; and a plurality of time slaves (S1 to S3) each of which includes a slave clock that is time-synchronized with the master clock, each time slave of the plurality of time slaves includes: a synchronization means configured to perform time synchronization with a first communication device connected adjacent to the each time slave at a master side on the network; and a communication means configured to notify the time master of time synchronization information indicating time synchronization accuracy of the each time slave obtained by the synchronization means, a synchronization means configured to perform time synchronization with a first communication device connected adjacent to the each time slave at a master side on the network; and a communication means configured to notify the time master of time synchronization information indicating time synchronization accuracy of the each time slave obtained by the synchronization means, the synchronization means configured to correct the time of the each time slave by using a difference between time of the first communication device and the time of the each time slave as a time adjustment value (△T), and the communication means configured to notify the time master of the time adjustment value as the time synchronization information.
Apparatus for protecting an optical link, the apparatus comprising: a first port for coupling to the optical link; a second port for coupling to a further optical link; a third port configured to receive an upstream optical signal to be transmitted over the optical link, and to output a downstream optical signal received over the optical link; protection switching apparatus operable to selectively couple the third port to the first port or to the second port; modifying apparatus configured to modify the upstream optical signal, received at the third port, before it is output from the first port, such that the upstream optical signal has a distinctive physical characteristic; detecting apparatus, coupled between the first port and the third port, configured to receive a portion of an incoming optical signal, received at the first port, and to selectively detect the presence of the upstream optical signal or the downstream optical signal in the portion of the incoming signal based on the distinctive physical characteristic; and control circuitry configured to provide a control signal to the protection switching apparatus based on the detecting by the detecting apparatus. a first port for coupling to the optical link; a second port for coupling to a further optical link; a third port configured to receive an upstream optical signal to be transmitted over the optical link, and to output a downstream optical signal received over the optical link; protection switching apparatus operable to selectively couple the third port to the first port or to the second port; modifying apparatus configured to modify the upstream optical signal, received at the third port, before it is output from the first port, such that the upstream optical signal has a distinctive physical characteristic; detecting apparatus, coupled between the first port and the third port, configured to receive a portion of an incoming optical signal, received at the first port, and to selectively detect the presence of the upstream optical signal or the downstream optical signal in the portion of the incoming signal based on the distinctive physical characteristic; and control circuitry configured to provide a control signal to the protection switching apparatus based on the detecting by the detecting apparatus.
A light emitting device comprising: a substrate; at least one electrode disposed through the substrate; a first contact layer disposed on a top surface of the substrate and electrically connected to the electrode; a second contact layer disposed on a bottom surface of the substrate and electrically connected to the electrode; a light emitting structure layer disposed above the top surface of the substrate at a distance from the substrate and electrically connected to the first contact layer, the light emitting structure layer comprising a first conductivity type semiconductor layer, an active layer under the first conductivity type semiconductor layer, and a second conductivity type semiconductor layer under the active layer; wherein a lower part of the electrode is wider than an upper part of the electrode, wherein the first contact layer is electrically connected to the second conductivity type semiconductor layer and the electrode layer is electrically connected to the first conductivity type semiconductor layer, characterised in that an electrode layer is disposed on a top surface of the first conductivity type semiconductor layer of the light emitting structure layer, wherein the electrode is provided in plurality, and the first contact layer is provided in plurality and connected to each of the electrodes. a substrate; at least one electrode disposed through the substrate; a first contact layer disposed on a top surface of the substrate and electrically connected to the electrode; a second contact layer disposed on a bottom surface of the substrate and electrically connected to the electrode; a light emitting structure layer disposed above the top surface of the substrate at a distance from the substrate and electrically connected to the first contact layer, the light emitting structure layer comprising a first conductivity type semiconductor layer, an active layer under the first conductivity type semiconductor layer, and a second conductivity type semiconductor layer under the active layer; wherein a lower part of the electrode is wider than an upper part of the electrode, wherein the first contact layer is electrically connected to the second conductivity type semiconductor layer and the electrode layer is electrically connected to the first conductivity type semiconductor layer, characterised in that an electrode layer is disposed on a top surface of the first conductivity type semiconductor layer of the light emitting structure layer, wherein the electrode is provided in plurality, and the first contact layer is provided in plurality and connected to each of the electrodes.
A refrigerating unit for transportation comprising: a refrigerating device which is adapted to be attached to a front surface of a van body and includes a condenser and a condenser fan configured to discharge air which has passed through the condenser; a control device configured to control the refrigerating device; a control box which includes a heat radiating fin for cooling the control device on an outer surface of the control box and houses the control device; and an air guide passage through which outside air is guided to the heat radiating fin and outside air which has passed through the heat radiating fin is guided to an intake side of the condenser fan, characterized in that the control box is disposed on an upper surface of the refrigeration device, wherein a recessed portion which is recessed upward along the control device is formed on a lower surface of the control box, wherein the heat radiating fin is disposed in the recessed portion and wherein the recessed portion constitutes a portion of the air guide passage. a refrigerating device which is adapted to be attached to a front surface of a van body and includes a condenser and a condenser fan configured to discharge air which has passed through the condenser; a control device configured to control the refrigerating device; a control box which includes a heat radiating fin for cooling the control device on an outer surface of the control box and houses the control device; and an air guide passage through which outside air is guided to the heat radiating fin and outside air which has passed through the heat radiating fin is guided to an intake side of the condenser fan, characterized in that the control box is disposed on an upper surface of the refrigeration device, wherein a recessed portion which is recessed upward along the control device is formed on a lower surface of the control box, wherein the heat radiating fin is disposed in the recessed portion and wherein the recessed portion constitutes a portion of the air guide passage.
A method of determining the quality of weld connections between an electrical line and a contact element, comprising the method steps: a) providing an electrical line having a contact element welded to one end of the line; b) providing an apparatus comprising: a first holder having a first receptacle for receiving at least a part of the contact element, a second holder having a second receptacle for receiving at least a portion of a length of a weld nugget of the electrical line, wherein: the first holder and the second holder are rotatable relative to one another about a common axis of rotation, the first receptacle is arranged opposite the second receptacle, and the axis of rotation extends through a first center of the first receptacle and through a second center of the second receptacle, and comprising: a torque application means which is releasably connected to the second holder and which is suitable for rotating the second holder about the axis of rotation; c) rotating the second holder by means of the torque application means about the axis of rotation while simultaneously recording torque values; and d) determining the quality of the weld connection on the basis of the determined torque values. a) providing an electrical line having a contact element welded to one end of the line; b) providing an apparatus comprising: a first holder having a first receptacle for receiving at least a part of the contact element, a second holder having a second receptacle for receiving at least a portion of a length of a weld nugget of the electrical line, wherein: the first holder and the second holder are rotatable relative to one another about a common axis of rotation, the first receptacle is arranged opposite the second receptacle, and the axis of rotation extends through a first center of the first receptacle and through a second center of the second receptacle, and comprising: a torque application means which is releasably connected to the second holder and which is suitable for rotating the second holder about the axis of rotation; the first holder and the second holder are rotatable relative to one another about a common axis of rotation, the first receptacle is arranged opposite the second receptacle, and the axis of rotation extends through a first center of the first receptacle and through a second center of the second receptacle, and comprising: a torque application means which is releasably connected to the second holder and which is suitable for rotating the second holder about the axis of rotation; c) rotating the second holder by means of the torque application means about the axis of rotation while simultaneously recording torque values; and d) determining the quality of the weld connection on the basis of the determined torque values.
A combination of a serving utensil and a serving dish, wherein a retainer arrangement is applied for arranging the serving utensil to a top edge protruding from a wall of the serving dish, especially to the top edge of a serving dish of a standard-sized GN dish system, characterised in that the retainer arrangement comprises a support surface, at least two holding means, at least one locking means, and at least one set of fastening elements for receiving the serving utensil to be set on the retainer arrangement, wherein the support surface is arranged to settle against a top surface on the top edge of the serving dish to be substantially parallel thereto, the holding means are arranged to protrude from the support surface to form two partitions that settle substantially orthogonally to each other and are guidable partly below the top edge of the serving dish, and the locking means interacts with an inner surface on the wall of the serving dish, whereby the fastening elements are arranged to protrude in relation to the top edge.
A method of controlling a powered air purifying respirator blower system to deliver a substantially uniform volumetric airflow to a user, the system comprising a fan powered by an electric motor, controlled by an electronic control unit for delivering a forced flow of filtered air to a user, and the electronic control unit having at least two calibration values (31,32) for the electrical characteristics of the electric motor stored therein, characterized by the steps of: determining one of (a) ambient air density or (b) ambient air temperature and ambient air pressure; and adjusting an electrical characteristic of the electric motor in response to said determination and said at least two calibration values (31,32). determining one of (a) ambient air density or (b) ambient air temperature and ambient air pressure; and adjusting an electrical characteristic of the electric motor in response to said determination and said at least two calibration values (31,32).