mhurhangee/ep-ind-claims huggingface dataset:
A system comprising: a fall protection harness; a computer processor coupled to the fall protection harness; an optical transmitter coupled to the fall protection harness and the computer processor; and an optical receiver coupled to the fall protection harness and the computer processor; wherein the optical transmitter and the optical receiver are optically coupled; wherein the fall protection harness comprises a strap, the strap is folded over on itself and attached via threading into a folded over area, the folded over area comprises a first surface area of the strap folded over on and in contact with a second surface area of the strap, and the optical transmitter is coupled to the first surface area and the optical receiver is coupled to the second surface area; wherein upon damage to the fall protection harness, the threading breaks and the first surface area separates from the second surface area, thereby breaking the optical coupling between the optical transmitter and the optical receiver, the computer processor configured to sense the break in the optical coupling between the optical transmitter and the optical receiver, and the computer processor configured to generate a signal indicating the damage; and wherein the break in the optical coupling between the optical transmitter and the optical receiver comprises one or more of physical damage to the optical transmitter or optical receiver, a misalignment of an optical beam between the optical transmitter and the optical receiver, or an increased or decreased distance between the optical transmitter and optical receiver. a fall protection harness; a computer processor coupled to the fall protection harness; an optical transmitter coupled to the fall protection harness and the computer processor; and an optical receiver coupled to the fall protection harness and the computer processor; wherein the optical transmitter and the optical receiver are optically coupled; wherein the fall protection harness comprises a strap, the strap is folded over on itself and attached via threading into a folded over area, the folded over area comprises a first surface area of the strap folded over on and in contact with a second surface area of the strap, and the optical transmitter is coupled to the first surface area and the optical receiver is coupled to the second surface area; wherein upon damage to the fall protection harness, the threading breaks and the first surface area separates from the second surface area, thereby breaking the optical coupling between the optical transmitter and the optical receiver, the computer processor configured to sense the break in the optical coupling between the optical transmitter and the optical receiver, and the computer processor configured to generate a signal indicating the damage; and wherein the break in the optical coupling between the optical transmitter and the optical receiver comprises one or more of physical damage to the optical transmitter or optical receiver, a misalignment of an optical beam between the optical transmitter and the optical receiver, or an increased or decreased distance between the optical transmitter and optical receiver.
A heat exchanger for recovering heat contained in a first flowable material, said heat exchanger comprising a first receiving receptacle having a first cavity for receiving said first flowable material, said first cavity being defined by a first wall and a first bottom part, and having a first drain in said bottom part for discharging said first flowable material, and a first means for absorbing heat having a first inlet for receiving a second flowable material to be heated by said first flowable material and a first outlet for discharging said second flowable mate-rial heated by said first flowable material, said first means for absorbing heat being arranged to form at least a part of said first bottom part of said first receiving receptacle, wherein said heat exchanger comprises at least one further receiving receptacle positioned in series with said first receiving receptacle and having a second cavity for receiving said first flow-able material, said second cavity being defined by a second wall and a second bottom part, and having a second drain in said second bottom part for discharging said first flowable material; and a second means for absorbing heat having a second inlet for receiving a second flowable material to be heated by said first flowable material and a second outlet for discharging said second flowable material heated by said first flowable material, said second means for absorbing heat being arranged to form at least a part of said second bottom part of said further receiving receptacle, said first drain of said first receiving receptacle is in communication with a means for directing said first flowable material onto the second bottom part, characterized in that said means for directing said first flowable material is a downwardly sloping guiding conduit having substantially circular, elliptical or quadrangular cross-section at its free end, said means is adapted to guide the flowable material by means of gravity in a radial direction (r) towards or beyond said second wall of said further receptacle, and in a tangential direction (t) such that the flowable material is introduced onto the second bottom part near said second wall with a velocity component in a tangential direction (t).
A switching device combination for capacitive loads connected to a direct voltage, which switching device combination includes - an actual switch component for connecting the voltage to the capacitive load, - a charging switch component for connecting the voltage to the capacitive load in the initial state of the connection, which charging switch component is dimensioned for a lower current than the actual switch component, - a control component having a lever connected to a first shaft, by means of which the actual switch component is controlled from an open state to a closed state and vice versa, - delay elements, for delaying the connection of the actual switch component, so that the closed charging switch component will have time to charge the capacitive load, before the actual switch is connected, and - a second shaft, which is connected to the first shaft with the aid of a gap, in order to control the charging switch component, characterized in that - at the end of first shaft and second shaft are attached, at right angle to the longitudinal axis of the shafts, transverse levers (8, 9), which extend on each side of the ends of the shafts (6, 7) and the ends of the transverse levers (8, 9) are connected by transverse bars (13, 14) equipped with slots, in order to synchronize the shafts (6, 7) with each other while allowing a margin. - an actual switch component for connecting the voltage to the capacitive load, - a charging switch component for connecting the voltage to the capacitive load in the initial state of the connection, which charging switch component is dimensioned for a lower current than the actual switch component, - a control component having a lever connected to a first shaft, by means of which the actual switch component is controlled from an open state to a closed state and vice versa, - delay elements, for delaying the connection of the actual switch component, so that the closed charging switch component will have time to charge the capacitive load, before the actual switch is connected, and - a second shaft, which is connected to the first shaft with the aid of a gap, in order to control the charging switch component, - at the end of first shaft and second shaft are attached, at right angle to the longitudinal axis of the shafts, transverse levers (8, 9), which extend on each side of the ends of the shafts (6, 7) and the ends of the transverse levers (8, 9) are connected by transverse bars (13, 14) equipped with slots, in order to synchronize the shafts (6, 7) with each other while allowing a margin.
Thermal insulation construction comprising a support and a thermal insulation layer thereon, characterised in that the thermal insulation layer comprises an extract from a plant material obtainable from Aloe Vera.
A method for enhanced hydrocarbon recovery comprising the following steps: a) Preparing an injection fluid comprising at least one water-soluble polymer of 2-acrylamido-2-methylpropane acid ATBS, with water or brine; the ATBS being, prior to polymerization, a crystalline form of 2-acrylamido-2-methylpropane acid sodium salt ATBS.Na having an X-ray powder diffraction pattern comprising peaks at 11.7°; 12.2°; 13.2°; 13.5°; 15.6°; 16.8°; 17.8°; 18.5°; 19.1°; 20.6°; 21.4°; 23.3°; 25.1°; 25.8°; 26.9°; 29.1°; 29.5°; 31.0°; 33.0°; 33.6°; 34.4°; 35.2°; 35.9°; 37.1°; 38.4°; 39.6°; 41.1°; 42.9°; 45.1°; 46.0°; 47.2°; 47.6° 2-theta angles; b) Injecting the injection fluid into a subterranean formation; c) Sweeping the subterranean formation using the injected fluid; d) Recovering an aqueous hydrocarbon mixture. a) Preparing an injection fluid comprising at least one water-soluble polymer of 2-acrylamido-2-methylpropane acid ATBS, with water or brine; the ATBS being, prior to polymerization, a crystalline form of 2-acrylamido-2-methylpropane acid sodium salt ATBS.Na having an X-ray powder diffraction pattern comprising peaks at 11.7°; 12.2°; 13.2°; 13.5°; 15.6°; 16.8°; 17.8°; 18.5°; 19.1°; 20.6°; 21.4°; 23.3°; 25.1°; 25.8°; 26.9°; 29.1°; 29.5°; 31.0°; 33.0°; 33.6°; 34.4°; 35.2°; 35.9°; 37.1°; 38.4°; 39.6°; 41.1°; 42.9°; 45.1°; 46.0°; 47.2°; 47.6° 2-theta angles; b) Injecting the injection fluid into a subterranean formation; c) Sweeping the subterranean formation using the injected fluid; d) Recovering an aqueous hydrocarbon mixture.
A power supply control device comprising: a command sending unit configured to deliver a polling command to a bus line, said polling command including time slot information indicating a predetermined time period and allowing a battery device (BU1a) to determine the predetermined time period; and a battery registration unit configured to register and give an identifier to a battery device (BU1a) that has responded to the polling command within the predetermined response period, wherein the command sending unit is further configured to deliver information of the identifier to the bus line for the battery device (BU1a) to which the battery registration unit is configured to give the identifier and to deliver, to the bus line, a command for the battery device (BU1a) to which the identifier is given. a command sending unit configured to deliver a polling command to a bus line, said polling command including time slot information indicating a predetermined time period and allowing a battery device (BU1a) to determine the predetermined time period; and a battery registration unit configured to register and give an identifier to a battery device (BU1a) that has responded to the polling command within the predetermined response period, wherein the command sending unit is further configured to deliver information of the identifier to the bus line for the battery device (BU1a) to which the battery registration unit is configured to give the identifier and to deliver, to the bus line, a command for the battery device (BU1a) to which the identifier is given.
A method for identifying and isolating network performance issues throughout an Over-The-Top, OTT, media service delivery path including: selecting and configuring all test agents forming an OTT media service delivery path in a network, wherein the test agents are deployed on devices in the network with pairs of agents in a client-server relationship; for each selected test agent, simulating a Hyper Text Transport Protocol, HTTP, Adaptive Streaming, HAS, media playback using a pair test agent as a HAS server; for each selected test agent, monitoring the HAS media playback via a Quality of Experience, QoE, model to collect metrics, influence factors, and QoE scores, wherein the influence factors are at least one of a) number of stalling events, b) total duration of stalling events, c) average interval between stalling events, d) length of content; and reporting collected metrics, influence factors and QoE scores, wherein the QoE scores are compared to limits to isolate any performance degradation, characterized in that test agents form a Directed Acyclic Graph, DAG, and the OTT media service delivery path traverses the DAG from one leaf to one root and the roots of the DAG are test agents requesting the OTT media from a streaming service server. selecting and configuring all test agents forming an OTT media service delivery path in a network, wherein the test agents are deployed on devices in the network with pairs of agents in a client-server relationship; for each selected test agent, simulating a Hyper Text Transport Protocol, HTTP, Adaptive Streaming, HAS, media playback using a pair test agent as a HAS server; for each selected test agent, monitoring the HAS media playback via a Quality of Experience, QoE, model to collect metrics, influence factors, and QoE scores, wherein the influence factors are at least one of a) number of stalling events, b) total duration of stalling events, c) average interval between stalling events, d) length of content; and reporting collected metrics, influence factors and QoE scores, wherein the QoE scores are compared to limits to isolate any performance degradation, characterized in that test agents form a Directed Acyclic Graph, DAG, and the OTT media service delivery path traverses the DAG from one leaf to one root and the roots of the DAG are test agents requesting the OTT media from a streaming service server.
A brake pad support of a disc brake, in particular for utility vehicles, wherein on both sides of a brake disc, two brake pads that are mounted in a spring-loaded state in a pad take-up of a stationary brake carrier or brake caliper, are allocated, which each comprise a pad holding spring which are held to be radially deflectable on a pad carrier plate associated to the respective brake pad and carrying a friction pad, and which, when under pre-tension, support against a pad holding bracket fixed to the brake caliper, wherein each pad holding spring is formed of a spring wire, characterized in that each pad holding spring is held on the pad carrier plate in a captive manner and comprises, in the central area, a bulge formed transversely to the resilient deflection direction, against which the pad holding bracket rests, wherein each pad holding spring comprises an angled leg at both ends thereof that is held in a tab arranged in an edge area of the pad carrier plate facing the pad holding bracket.
An integrally blow-moulded liquid dispensing bag-in-container, the bag-in-container comprising: - an inner layer forming a collapsible inner bag, - an outer layer forming an outer container, - an interface between the inner layer and outer layer, and - at least one vent suitable for fluidly connecting the interface and a source of pressurized gas, characterized in that the inner layer and outer layer comprise a semicrystalline polymer in common, wherein the semicrystalline polymer is in contact on either side of the interface over substantially the whole of an inner surface of the outer layer, and wherein the interface is releasable upon blowing pressurized gas through the at least one vent. - an inner layer forming a collapsible inner bag, - an outer layer forming an outer container, - an interface between the inner layer and outer layer, and - at least one vent suitable for fluidly connecting the interface and a source of pressurized gas,
A method of operating a terminal in a carrier aggregation system, the method comprising: receiving downlink control information, DCI, including a downlink assignment index, DAI, through an enhanced physical downlink control channel, E-PDCCH, of a first subframe; receiving data scheduled by the DCI through a physical downlink shared channel, PDSCH, of the first subframe; and transmitting an acknowledgement, ACK,/negative-acknowledgement, NACK, for the data through a physical uplink control channel, PUCCH, in a second subframe, wherein the DCI received in the E-PDCCH includes an ACK/NACK resource offset, ARO, field which is not present in DCI received in a physical downlink control channel, PDCCH, and wherein when the DAI value is greater than 1, the ARO field is used to select an RRC field and thereby determine a single resource among a plurality of PUCCH resources pre-set explicitly by RRC fields within an RRC message received through a higher layer signal, and the single resource is used to transmit the ACK/NACK. receiving downlink control information, DCI, including a downlink assignment index, DAI, through an enhanced physical downlink control channel, E-PDCCH, of a first subframe; receiving data scheduled by the DCI through a physical downlink shared channel, PDSCH, of the first subframe; and transmitting an acknowledgement, ACK,/negative-acknowledgement, NACK, for the data through a physical uplink control channel, PUCCH, in a second subframe, wherein the DCI received in the E-PDCCH includes an ACK/NACK resource offset, ARO, field which is not present in DCI received in a physical downlink control channel, PDCCH, and wherein when the DAI value is greater than 1, the ARO field is used to select an RRC field and thereby determine a single resource among a plurality of PUCCH resources pre-set explicitly by RRC fields within an RRC message received through a higher layer signal, and the single resource is used to transmit the ACK/NACK.
Method for holding fish or other aquatic species in a circulation system with at least one holding tank, at least one biological filter as well as optionally further water treatment units, for example for the input of oxygen, for sterilization, for defoaming, for mechanical filtering, wherein to the system through connection lines, at least through one inflowing air line, inflowing air is conducted into a hollow volume formed above a water level in the holding tank and, through at least one outflowing air line, outflowing air is removed from the hollow volume formed above the water level in the holding tank, characterized in that inflowing and outflowing air is conducted through a heat exchanger in which heat contained in the outflowing air is transferred to the inflowing air and/or the inflowing air is raised to the temperature level of the holding tank.
An air conditioner, which analyzes a user's behavior patterns and controls operations, comprising: an air blower configured to discharge air; a camera configured to acquire images of a space in which an indoor unit of the air conditioner is disposed; a control unit configured to extract features from the image acquired by the camera, to generate image descriptions, and to control the air conditioner using parameters generated in response to the image descriptions; characterized in that: each image description includes a sentence; the control unit of the air conditioner is configured to store image descriptions and locations of objects and extract position and description of the object which is not changed or not moved from repeated image descriptions; and the control unit of the air conditioner is configured to confirm a location of a person using a prepositional phrase for position of the person in the sentence and the extracted position of the object which is not changed or not moved. an air blower configured to discharge air; a camera configured to acquire images of a space in which an indoor unit of the air conditioner is disposed; a control unit configured to extract features from the image acquired by the camera, to generate image descriptions, and to control the air conditioner using parameters generated in response to the image descriptions; characterized in that: each image description includes a sentence; the control unit of the air conditioner is configured to store image descriptions and locations of objects and extract position and description of the object which is not changed or not moved from repeated image descriptions; and the control unit of the air conditioner is configured to confirm a location of a person using a prepositional phrase for position of the person in the sentence and the extracted position of the object which is not changed or not moved. each image description includes a sentence; the control unit of the air conditioner is configured to store image descriptions and locations of objects and extract position and description of the object which is not changed or not moved from repeated image descriptions; and the control unit of the air conditioner is configured to confirm a location of a person using a prepositional phrase for position of the person in the sentence and the extracted position of the object which is not changed or not moved.
A sanitary fitting, at least comprising: - a fitting housing having an outer surface; - a radiation transmitter or radiation receiver which is at least partially arranged in the fitting housing; and - a housing part which at least partially covers the radiation transmitter or radiation receiver on the outer surface of the fitting housing and has an at least partially translucent coating, characterized in that the translucent coating has a layer thickness of 0.1 to 0.2 μm and is of mirrored design. - a fitting housing having an outer surface; - a radiation transmitter or radiation receiver which is at least partially arranged in the fitting housing; and - a housing part which at least partially covers the radiation transmitter or radiation receiver on the outer surface of the fitting housing and has an at least partially translucent coating, characterized in that the translucent coating has a layer thickness of 0.1 to 0.2 μm and is of mirrored design.
A non-transitory computer-readable media storing computer instructions for an access point, AP, which when executed by one or more processors, cause the one or more processors to perform the steps of: transmit, by the AP, a broadcast packet indicating a set of groups, wherein each group (201,202, 203) is associated with a specific set of transmission parameters; transmit, by the AP, a second packet by using a trigger frame for random access, TFR, indicating an allocation of resources for at least part of the groups (201, 202,203); and receive, by the AP, a response frame (321, 421) using at least part of random access, RA, resources selected by a station, STA, for the at least part of the groups (201, 202, 203). transmit, by the AP, a broadcast packet indicating a set of groups, wherein each group (201,202, 203) is associated with a specific set of transmission parameters; transmit, by the AP, a second packet by using a trigger frame for random access, TFR, indicating an allocation of resources for at least part of the groups (201, 202,203); and receive, by the AP, a response frame (321, 421) using at least part of random access, RA, resources selected by a station, STA, for the at least part of the groups (201, 202, 203).
A multi-layered beauty care product for applying a skin active agent to the skin, comprising: a layer of a water-soluble film zone comprising a top surface and a bottom surface; a water-soluble film forming polymer; a cosmetic composition comprising an effective amount of a skin active agent; and a vapor-deposited coating, wherein the vapor-deposited coating is selected from the group consisting of a vapor-deposited organic coating comprising poly(p-xylylene) polymer, a metal oxide inorganic coating, and combinations thereof. a layer of a water-soluble film zone comprising a top surface and a bottom surface; a water-soluble film forming polymer; a cosmetic composition comprising an effective amount of a skin active agent; and a top surface and a bottom surface; a water-soluble film forming polymer; a cosmetic composition comprising an effective amount of a skin active agent; and a vapor-deposited coating, wherein the vapor-deposited coating is selected from the group consisting of a vapor-deposited organic coating comprising poly(p-xylylene) polymer, a metal oxide inorganic coating, and combinations thereof.