mhurhangee/ep-ind-claims huggingface dataset:
A remote assistance system for use with an aquarium or pond comprising: a monitoring and control system installed in the aquarium or pond, comprising: a sensor module including sensors for monitoring environmental conditions within the aquarium or pond, and at least one video camera for providing video images of specimens in one or more regions of the aquarium or pond; an information transmitting and receiving module for transmitting information gathered by the sensor module to a remote server, and receiving instructions; an action triggering module responsive to said instructions for actuating one or more automated control devices to alter the environmental conditions within the aquarium or pond; and a remote server arranged to analyse the information transmitted by the information transmitting and receiving module and provide said instructions to which the action triggering module is responsive; characterised in that the remote server is arranged to generate at least some of said instructions autonomously on the basis of analysis of the information transmitted by the information transmitting and receiving module, said analysis including analysing said video images to identify signs of stress or disease based on the behaviour of individual specimens. a monitoring and control system installed in the aquarium or pond, comprising: a sensor module including sensors for monitoring environmental conditions within the aquarium or pond, and at least one video camera for providing video images of specimens in one or more regions of the aquarium or pond; an information transmitting and receiving module for transmitting information gathered by the sensor module to a remote server, and receiving instructions; an action triggering module responsive to said instructions for actuating one or more automated control devices to alter the environmental conditions within the aquarium or pond; and a sensor module including sensors for monitoring environmental conditions within the aquarium or pond, and at least one video camera for providing video images of specimens in one or more regions of the aquarium or pond; an information transmitting and receiving module for transmitting information gathered by the sensor module to a remote server, and receiving instructions; an action triggering module responsive to said instructions for actuating one or more automated control devices to alter the environmental conditions within the aquarium or pond; and a remote server arranged to analyse the information transmitted by the information transmitting and receiving module and provide said instructions to which the action triggering module is responsive; characterised in that the remote server is arranged to generate at least some of said instructions autonomously on the basis of analysis of the information transmitted by the information transmitting and receiving module, said analysis including analysing said video images to identify signs of stress or disease based on the behaviour of individual specimens.
Remote-controlled gate drive system, comprising a motor drive device for driving gates, a stationary receiver assigned to the drive device, and a hand transmitter (50, 51, 70, 71) with an outer housing assigned to a key ring to transmit control commands to the receiver for controlling the drive device and/or for controlling related functions such as the light, the alarm system, a second gate and so on, wherein the housing of the hand transmitter (50, 51, 70, 71) itself is designed as a key ring or at least as a ring section of a key ring and/or wherein the key ring is an integral part of the hand transmitter housing and wherein the housing has a metal area (2, 3, 52, 55, 61, 64, 65) formed of metal so that the housing is partially formed of metal to provide a stable key ring area, characterized in that the housing has, in addition to its metal region (2, 3, 52, 55, 61, 64, 65), a non-metal region (4, 63, 85) formed from non-metal in order to let the control commands pass through and in that a housing portion (4, 85) formed from non-metal is present on several sides of the housing.
Household appliance for washing and drying a load, comprising: a washing tub comprising a chamber into which the load to be washed and dried is placed; an air circulating circuit (10, 11, 13) configured to circulate drying air from and to the chamber and comprising a drying air outflow channel; a condenser for the drying air; and a water distribution circuit (22, 23) for distributing water from a water main to the washing tub, wherein the water distribution circuit comprises at least one pair of branches (22, 23), wherein distribution occurs into such branches by means of a pair of valves (20, 21), wherein a first branch of the water distribution circuit comprises a tank for detergents and a duct for the connection to the chamber, wherein a second branch of the water distribution circuit is connected to the condenser and comprises at least one portion of the drying air outflow channel, the second branch being used for conveying the water to the condenser, where the drying air is dehumidified, characterised in that the water distribution circuit (22, 23) downstream of the washing tub further includes a diverter and a pump for pumping water from the tub to the diverter which conveys the water supplied by the pump either towards the first branch, the second branch or a drain, wherein the diverter consists of a valve with three or more ways and wherein a part of the second branch of the water distribution circuit is implemented in a tube bundle. a washing tub comprising a chamber into which the load to be washed and dried is placed; an air circulating circuit (10, 11, 13) configured to circulate drying air from and to the chamber and comprising a drying air outflow channel; a condenser for the drying air; and a water distribution circuit (22, 23) for distributing water from a water main to the washing tub, wherein the water distribution circuit comprises at least one pair of branches (22, 23), wherein distribution occurs into such branches by means of a pair of valves (20, 21), wherein a first branch of the water distribution circuit comprises a tank for detergents and a duct for the connection to the chamber, wherein a second branch of the water distribution circuit is connected to the condenser and comprises at least one portion of the drying air outflow channel, the second branch being used for conveying the water to the condenser, where the drying air is dehumidified, characterised in that the water distribution circuit (22, 23) downstream of the washing tub further includes a diverter and a pump for pumping water from the tub to the diverter which conveys the water supplied by the pump either towards the first branch, the second branch or a drain, wherein the diverter consists of a valve with three or more ways and wherein a part of the second branch of the water distribution circuit is implemented in a tube bundle.
Flexible line to be placed in a body of liquid, comprising: - an outer sheath defining an inner volume; - an intermediate sheath situated in the inner volume, defining an outer annular space between the intermediate sheath and the outer sheath; - at least one orifice for the flow of fluid between the outer annular space and the outside; - at least one valve for shutting off the orifice(s), capable of assuming a passage configuration permitting the flow of fluid in both directions through the orifice and a regulating configuration preventing the transfer of fluid in at least one direction between the outer annular space and the outside; characterised in that each valve comprises a switching element capable of switching the valve, autonomously, from its passage configuration to its regulating configuration, after the line has been immersed in the liquid, under the action of the surrounding liquid. - an outer sheath defining an inner volume; - an intermediate sheath situated in the inner volume, defining an outer annular space between the intermediate sheath and the outer sheath; - at least one orifice for the flow of fluid between the outer annular space and the outside; - at least one valve for shutting off the orifice(s), capable of assuming a passage configuration permitting the flow of fluid in both directions through the orifice and a regulating configuration preventing the transfer of fluid in at least one direction between the outer annular space and the outside;
A method performed by logic circuitry of a semiconductor chip disposed on a card, said card having a connector to plug into a memory channel that supports near memory cache accesses and far memory accesses, sald method comprising: receiving from said memory channel a first tag component of a target address of a read request transaction being processed by a host that is coupled to said memory channel; receiving a second tag component of an address of a cache line read from a near memory cache In response to said read request transaction, said second tag component being embedded with said cache line in said near memory cache, said near memory cache being a cache for a far memory; comparing said first and second tag components to determine if said cache line corresponds to a cache hit or a cache miss; and performing the following in response to detecting that said cache line corresponds to a cache miss: automatically reading a desired cache line from said far memory; detecting that a dirty bit of said cache line read from said near memory cache is set and automatically writing said cache line read from said near memory cache into said far memory and subsequently writing said cache line read from said far memory into said near memory cache. receiving from said memory channel a first tag component of a target address of a read request transaction being processed by a host that is coupled to said memory channel; receiving a second tag component of an address of a cache line read from a near memory cache In response to said read request transaction, said second tag component being embedded with said cache line in said near memory cache, said near memory cache being a cache for a far memory; comparing said first and second tag components to determine if said cache line corresponds to a cache hit or a cache miss; and performing the following in response to detecting that said cache line corresponds to a cache miss: automatically reading a desired cache line from said far memory; detecting that a dirty bit of said cache line read from said near memory cache is set and automatically writing said cache line read from said near memory cache into said far memory and subsequently writing said cache line read from said far memory into said near memory cache. automatically reading a desired cache line from said far memory; detecting that a dirty bit of said cache line read from said near memory cache is set and automatically writing said cache line read from said near memory cache into said far memory and subsequently writing said cache line read from said far memory into said near memory cache.
Outdoor sheet with a screening and/or sunbreak function, comprising a knitted fabric made of polypropylene yarns suitable for exposure in outdoor environments, wherein at least the prevailing lateral dimension of said fabric exceeds 2 meters; characterized in that said polypropylene yarns are isotactic polypropylene yarns and said polypropylene yarns are a plurality of yarns of different colours knitted in a jacquard or interlay manner so as to define polychrome drawings or patterns on the surface of said outdoor sheet.
A control information transmission method, wherein the method comprises: extracting, by a base station, a radio resource from a preset resource block set; sending, by the base station, control information in a first time period by using the radio resource; wherein the method further comprises: sending, in a second time period, user data information scheduled by using the control information, and the sending the user data information scheduled by using the control information comprises: determining, by the base station, based on the control information, a first sending resource used to send the user data information; and sending, by the base station, the user data information - by using one radio resource, which can be used to send first control information and is not occupied by the first control information, in the first sending resource, and - without using one further radio resource, which can be used to send second control information, in the first sending resource. extracting, by a base station, a radio resource from a preset resource block set; sending, by the base station, control information in a first time period by using the radio resource; wherein the method further comprises: sending, in a second time period, user data information scheduled by using the control information, and the sending the user data information scheduled by using the control information comprises: determining, by the base station, based on the control information, a first sending resource used to send the user data information; and sending, by the base station, the user data information - by using one radio resource, which can be used to send first control information and is not occupied by the first control information, in the first sending resource, and - without using one further radio resource, which can be used to send second control information, in the first sending resource. determining, by the base station, based on the control information, a first sending resource used to send the user data information; and sending, by the base station, the user data information - by using one radio resource, which can be used to send first control information and is not occupied by the first control information, in the first sending resource, and - without using one further radio resource, which can be used to send second control information, in the first sending resource. - by using one radio resource, which can be used to send first control information and is not occupied by the first control information, in the first sending resource, and - without using one further radio resource, which can be used to send second control information, in the first sending resource.
Hearing aid fixture adapted to remain firmly and completely within an external ear canal of a user allowing for an acoustically active part of a hearing aid to be releasably fastened thereto, wherein the hearing aid fixture seals the external ear canal entirely apart from an auditory duct comprised therein, wherein the hearing aid fixture comprises a slit as part of the auditory duct adapted to allow for the hearing aid fixture to be resiliently squeezed from a firmly fitting diameter to a lesser diameter to simplify insertion and/or for the hearing aid fixture to resiliently expand in diameter to provide entry for the acoustically active part and its mechanical locking thereafter.
Human-machine interface provided with a viewing device (1, 9, 13, 16, 25, 26) disposed facing a frame, characterized in that the top face of the viewing device is disposed substantially on top of the top face of the frame and in that said device and said frame are covered with a smoothing film, wherein the viewing device (1, 9, 13, 16, 25, 26) is covered with an adjustment layer for adjusting the position of the top face of said device with respect to the top face of the frame, in that the frame is covered with a masking layer, the smoothing film comprising a masking layer, and in that the masking layer also covers at least a part of the top face of the viewing device (1, 9, 13, 16, 25, 26).
A mask, comprising: a plurality of mask strips and a mounting frame, the plurality of mask strips being mounted on the mounting frame after being stretched, each mask strip comprising a plurality of mask units, each mask unit comprising an effective opening region and two vacant regions, mask openings (31a, 41a) being disposed in the effective opening region, the two vacant regions being respectively provided on both sides of the effective opening region perpendicular to a stretching direction and close to the effective opening region, vacant openings (31b, 41b) being disposed in the vacant regions, wherein a contour shape of each mask opening (31a, 41a) is different from that of each vacant opening (31b, 41b) and stress generated by the mask openings (31a, 41a) and stress generated by the vacant openings (31b, 41b) in a stretching process can be mutually compensated. a plurality of mask strips and a mounting frame, the plurality of mask strips being mounted on the mounting frame after being stretched, each mask strip comprising a plurality of mask units, each mask unit comprising an effective opening region and two vacant regions, mask openings (31a, 41a) being disposed in the effective opening region, the two vacant regions being respectively provided on both sides of the effective opening region perpendicular to a stretching direction and close to the effective opening region, vacant openings (31b, 41b) being disposed in the vacant regions, wherein a contour shape of each mask opening (31a, 41a) is different from that of each vacant opening (31b, 41b) and stress generated by the mask openings (31a, 41a) and stress generated by the vacant openings (31b, 41b) in a stretching process can be mutually compensated.
A control device of a direct injection engine, the control device comprising an injector directly injecting fuel into a combustion chamber and performing idle stop to stop an engine temporarily when the engine and a vehicle equipped with the engine are in a state in which the engine and the vehicle satisfy a predetermined condition, wherein when a restart request is made before the engine is stopped after the idle stop condition is satisfied, a piston position in each cylinder is associated with one of a number of predefined specific periods spanning within a combustion cycle and thereby an optimum restart combustion mode for that piston position in each cylinder is selected as at least one of the number of fuel injections in one combustion cycle and the air/fuel ratio of an air fuel mixture used for combustion is changed for each cylinder according to the piston position in each cylinder at that time.
A transgenic soybean plant, or a part therof, comprising a heterologous nucleic acid molecule comprising the nucleic acid sequence of positions 1312 to 6069 of SEQ ID NO:1, wherein the soybean plant is resistant to an AHAS-inhibiting herbicide.
A method for the operation of a state monitoring system (2, 2a, 2b, 2c) of a vibrating machine (1, 1a, 1b, 1c) in the form of a vibrating conveyor or a vibrating screen, wherein the state monitoring system (2, 2a, 2b, 2c) comprises at least one sensor designed for movement detection and / or acceleration detection, which is attached to the vibrating machine (1, 1a, 1b, 1c), wherein a) the sensor supplies measuring data, which is further processed in a computing unit connected to the sensor to form characteristic values, wherein b) the characteristic values are stored in the form of a data record or a plurality of data records, c) a knowledge base for an expert system is generated, taking into account the information supplied by the data records and / or on the basis of theoretical models, d) the data records are evaluated, with use of the expert system, in the computing unit of said or other vibrating machines (1, 1a, 1b, 1c), wherein e) a diagnosis and / or prognosis of an anomaly in the state of the vibrating machine, a recommendation for a servicing measure or an indication of an instant of failure of the vibrating machine is drawn up and / or issued by the computing unit, wherein a) the sensor supplies measuring data, which is further processed in a computing unit connected to the sensor to form characteristic values, wherein b) the characteristic values are stored in the form of a data record or a plurality of data records, c) a knowledge base for an expert system is generated, taking into account the information supplied by the data records and / or on the basis of theoretical models, d) the data records are evaluated, with use of the expert system, in the computing unit of said or other vibrating machines (1, 1a, 1b, 1c),
A method of inter-frequency hard handover in a challenging channel quality environment, comprising: attempting to acquire a synchronization channel of a target base node to determine slot timing followed by a partial window search of a common pilot channel to determine the cell timing based on received information about which scrambling codes to search for characterized by; determining a failure to acquire the target base node; and performing a full-window search of the common pilot channel (CPICH) blindly without slot timing information from the synchronization channel in order to acquire the target base note with a higher success rate during hard handovers without a uniform increase of time spent in cell timing acquisition. attempting to acquire a synchronization channel of a target base node to determine slot timing followed by a partial window search of a common pilot channel to determine the cell timing based on received information about which scrambling codes to search for characterized by; determining a failure to acquire the target base node; and performing a full-window search of the common pilot channel (CPICH) blindly without slot timing information from the synchronization channel in order to acquire the target base note with a higher success rate during hard handovers without a uniform increase of time spent in cell timing acquisition.
Functional unit with a gas converter and a flame ionization detector, wherein the gas converter is used for at least partially converting a gas or gas mixture with the assistance of at least one catalyst layer and wherein the gas converter is functionally and spatially upstream from the flame ionization detector, characterized in that the gas converter and the flame ionization detector are produced together in a monolithic multi-layer ceramic, wherein the multi-layer ceramic consists of a plurality of ceramic layers combined into one unit, wherein at least one medium outlet of the gas converter as a medium passage within the multi-layer ceramic is connected to a medium input of the flame ionization detector for supplying converted gas or gas mixture and wherein waste heat of the flame ionization detector is lead into the gas converter for catalytic processes.
Security feature for the securing of value documents comprising agglomerate particles composed of at least two different spatially separate solid homogeneous phases, wherein each of the phases is amenable to spatially resolved detection, separation and identification only using a spatially resolving spectroscopic method of measurement suitable for resolving down to individual particle level, wherein the at least two solid homogeneous phases have at least one property distinguishable by the spatially resolving spectroscopic method of measurement, namely luminescence, and different luminescent phases comprising doping elements selected from a single colour group are present in the same or in different matrix materials and comprise luminescent substances that emit in the visible spectral range.