mhurhangee/ep-ind-claims huggingface dataset:
A fall protection harness comprising: a first shoulder strap and a second shoulder strap each comprising a tearable fold-free flat webbing material having a first webbing component bound to a second webbing component along at least one energy absorbing area between a starting tear point and an ending tear point, the first webbing component and the second webbing component being at least partially encased within a tubular webbing, wherein the tubular webbing comprises an opening and wherein at least a portion of the tearable fold-free flat webbing material of each of the first shoulder strap and the second shoulder strap is exposed from the tubular webbing through the opening; and an anchor element connected to the first webbing component of each of the first shoulder strap and the second shoulder strap at an unbound portion between adjacent energy absorbing areas of the first webbing component and the second webbing component, wherein the first webbing component of each of the first shoulder strap and the second shoulder strap is configured to tear away from the second webbing component upon exposure to a force in excess of a predetermined threshold. a first shoulder strap and a second shoulder strap each comprising a tearable fold-free flat webbing material having a first webbing component bound to a second webbing component along at least one energy absorbing area between a starting tear point and an ending tear point, the first webbing component and the second webbing component being at least partially encased within a tubular webbing, wherein the tubular webbing comprises an opening and wherein at least a portion of the tearable fold-free flat webbing material of each of the first shoulder strap and the second shoulder strap is exposed from the tubular webbing through the opening; and an anchor element connected to the first webbing component of each of the first shoulder strap and the second shoulder strap at an unbound portion between adjacent energy absorbing areas of the first webbing component and the second webbing component, wherein the first webbing component of each of the first shoulder strap and the second shoulder strap is configured to tear away from the second webbing component upon exposure to a force in excess of a predetermined threshold.
A method of performing and monitoring a processing step on a workpiece using a device having a projector, a photogrammetric means and a control unit knowing the relative positions of the projector and the photogrammetric means, the method comprising the following steps: - continuously repeatable referencing to determine the pose of the workpiece with respect to the projector and the photogrammetric means in a predetermined coordinate system; - projection of a work instruction onto the workpiece; - processing, by a worker, of the workpiece, in which the outer shape of the workpiece is changed, the processing step being related to the work instruction; and - continuously performable monitoring of the processing by scanning at least a portion of the surface of the workpiece; wherein all steps, with the exception of the processing by the worker, are performed by the device and at the same workstation within the framework of an integrated process. - continuously repeatable referencing to determine the pose of the workpiece with respect to the projector and the photogrammetric means in a predetermined coordinate system; - projection of a work instruction onto the workpiece; - processing, by a worker, of the workpiece, in which the outer shape of the workpiece is changed, the processing step being related to the work instruction; and - continuously performable monitoring of the processing by scanning at least a portion of the surface of the workpiece; wherein all steps, with the exception of the processing by the worker, are performed by the device and at the same workstation within the framework of an integrated process.
Portable transmitting/receiving device, in particular in the form of a cableless remote control device for lifting and industrial devices, with a housing which has a receiving portion for accommodating an electronic controller and for mounting at least one operating element, and which extends in the vertical direction from a lower-face base contour to an upper-face terminating contour and is perpendicularly delimited by a lateral contour, wherein at least a substantial part of the housing is made of molded housing part made of an elastomer, said molded housing part forming at least the upper-face terminating contour and the lateral contour, characterised in that the molded housing part forms the upper-side terminating contour and the lateral contour of the housing as one piece from elastomer, and in this situation forms a basin which delimits the receiving area and which has a circumferential wall that is completely made of the elastomer and which has a closable opening.
A method comprising: receiving an extensible markup language schema definition including a plurality of elements having a same datatype defined by the XSD, each of the plurality of elements including an attribute profile defined by the XSD, the attribute profile defining a presence or an absence of at least one attribute, and a first two or more of the plurality of elements including a first particular attribute profile; generating a first grammar based on the XSD, the first grammar being associated with encoding and decoding extensible markup language documents based on the XSD to and from efficient XML interchange streams, the first grammar also being associated with the first particular attribute profile; and associating each of the first two or more of the plurality of elements with the first grammar. receiving an extensible markup language schema definition including a plurality of elements having a same datatype defined by the XSD, each of the plurality of elements including an attribute profile defined by the XSD, the attribute profile defining a presence or an absence of at least one attribute, and a first two or more of the plurality of elements including a first particular attribute profile; generating a first grammar based on the XSD, the first grammar being associated with encoding and decoding extensible markup language documents based on the XSD to and from efficient XML interchange streams, the first grammar also being associated with the first particular attribute profile; and associating each of the first two or more of the plurality of elements with the first grammar.
A method for transmitting a Sounding Reference Signal,SRS, at a User Equipment, UE, having a plurality of antennas in a mobile wireless communication system, characterized in that the method comprises: configuring cyclic shift for each of the plurality of antennas by using cyclic shift for a first antenna; generating a plurality of SRS sequences using the cyclic shift for each of the plurality of antennas, wherein each of the plurality of SRS sequences corresponds to a respective one of the plurality of antennas; mapping each of the plurality of SRS sequences to resource elements on the corresponding antenna; and transmitting the mapped SRS sequences through the plurality of antennas. configuring cyclic shift for each of the plurality of antennas by using cyclic shift for a first antenna; generating a plurality of SRS sequences using the cyclic shift for each of the plurality of antennas, wherein each of the plurality of SRS sequences corresponds to a respective one of the plurality of antennas; mapping each of the plurality of SRS sequences to resource elements on the corresponding antenna; and transmitting the mapped SRS sequences through the plurality of antennas.
Adjustable supporting device for furniture, such as in particular a support foot adapted to be associated with a panel forming a side of a piece of furniture to adjust the position thereof along an adjusting axis (Y-Y) essentially vertical with respect to a support surface, said device comprising: - a mounting element that can be fixed to an internal surface of said side of the piece of furniture through at least one pair of fixing screws, said mounting element comprising a central body defining a through seat extending along said adjusting axis (Y-Y) and provided with an internal thread, - an adjusting means equipped with a threaded rod extending along said adjusting axis (Y-Y) and adapted to engage said through seat of said mounting element, said adjusting means being adapted to rest with a first end on said support surface and to be axially rotatably operated to adjust, in use, the position of said side with respect to said support surface, characterized in that it further comprises a support insert associated with said mounting element and defining at least one pair of housing seats having, in use, essentially orthogonal extension with respect to said internal surface of said side, each of said housing seats being pre-loaded with a respective screw of said fixing screws supporting it in a pre-mounting position. - a mounting element that can be fixed to an internal surface of said side of the piece of furniture through at least one pair of fixing screws, said mounting element comprising a central body defining a through seat extending along said adjusting axis (Y-Y) and provided with an internal thread, - an adjusting means equipped with a threaded rod extending along said adjusting axis (Y-Y) and adapted to engage said through seat of said mounting element, said adjusting means being adapted to rest with a first end on said support surface and to be axially rotatably operated to adjust, in use, the position of said side with respect to said support surface,
Method for the synthesis of a compound according to formula I comprising the following steps: a) reacting a N-carboxyanhydride according to formula II and a N-carboxyanhydride according to formula III with a diamine according to formula IV and b) adding an acid to the reaction to adjust the pH value of the reaction to < 7; wherein L represents a C 2 -C 20 alkyl group, a C 6 -C 20 aryl group, or a C 7 -C 20 alkylaryl group; and R 1 and R 2 can be identical or different and represent a hydrogen atom, a C 1 -C 4 alkyl group, a C 1 -C 4 hydroxyalkyl group, a C 1 -C 4 thioether group, a C 6 -C 20 aryl group, a C 7 -C 20 alkylaryl group, a C 7 -C 20 alkylhydroxyaryl group, or a C 4 -C 20 alkylheteroaryl group with 1 to 4 heteroatoms; or a C 1 -C 4 alkylcarboxylic moiety, which may be an acid, an amide, or which may be esterified with a C 1 -C 6 alkyl group or a C 7 -C 20 alkylaryl group. a) reacting a N-carboxyanhydride according to formula II and a N-carboxyanhydride according to formula III with a diamine according to formula IV and b) adding an acid to the reaction to adjust the pH value of the reaction to < 7; wherein L represents a C 2 -C 20 alkyl group, a C 6 -C 20 aryl group, or a C 7 -C 20 alkylaryl group; and R 1 and R 2 can be identical or different and represent a hydrogen atom, a C 1 -C 4 alkyl group, a C 1 -C 4 hydroxyalkyl group, a C 1 -C 4 thioether group, a C 6 -C 20 aryl group, a C 7 -C 20 alkylaryl group, a C 7 -C 20 alkylhydroxyaryl group, or a C 4 -C 20 alkylheteroaryl group with 1 to 4 heteroatoms; or a C 1 -C 4 alkylcarboxylic moiety, which may be an acid, an amide, or which may be esterified with a C 1 -C 6 alkyl group or a C 7 -C 20 alkylaryl group.
An ion generating unit comprising: an insulating substrate provided with a ground electrode, the insulating substrate being provided with an insulating film at a region except for a part of the ground electrode so as to cover the ground electrode; a linear electrode; and an insulating casing for accommodating the insulating substrate and the linear electrode, wherein the linear electrode is mounted to the insulating substrate so that the linear electrode faces the ground electrode, and the part of the ground electrode, the part being not covered by the insulating film, is connected to the insulating casing.
A structural arrangement for splicing the covered cables comprised by a medium voltage line, the medium voltage line cables comprising a cable insulator to insulate said cables and the structural arrangement comprising a metallic splice part whereinside the cables to be spliced can be locked at the ends (122, 124), and formable pastes extending from the ends of the splice part to enclose the ends of the cables, characterized in that the structural arrangement comprises heat shrink tubing enclosing, in a shrunk state, the splice part for a substantially large area, and cold shrink tubings to enclose the ends of the splice part and the pastes, the cold shrink tubings settling by shrinkage over a part of the heat shrink tubing, completely over the pastes and over a part of the cable insulator.
A coating product applicator comprising printing nozzles each including an outlet channel emerging in the downstream direction by a coating product discharge orifice, the printing nozzles being distributed on at least two faces (142, 146, 147) of a body of the applicator, the discharge orifices of these nozzles extending along at least two nonparallel planes (π127, π'127, π"127), the applicator being characterized in that the rigid body is parallelepiped and defines a front face, a rear face parallel to the front face, two parallel longitudinal faces (144, 145) perpendicular to the front and rear faces, and two parallel transverse faces (146, 147) perpendicular to the front, rear and longitudinal faces, the longitudinal and transverse faces being adjacent to the front face and in that the applicator comprises several first printing nozzles, the discharge orifices of which are distributed on the first face of the rigid body, and at least one second printing nozzle, the outlet orifice of which is on a transverse face (146, 147) of the rigid body, and in that the number of first nozzles is different from the number of second nozzle(s).
Facility for treating and recycling animal waste, comprising an effluent methanization unit capable of producing and treating the biogas obtained, a cogeneration unit providing electricity and heat from these biogas, a hydroponic unit for cultivating microalgae in photo-bioreactors fed by part of the liquid phase of the raw digestate produced by the methanization, and a system of separation capable of supplying a digestate liquid phase and a solid phase comprising digestate sludge, characterized in that it further comprises a macrophyte culture unit fed by the water emerging from the microalgae culture unit and by another part of the liquid phase of the raw digestate produced by the methanization, and a vermiculture unit fed by the harvested macrophytes and by the sludge constituting the solid phase of the raw digestate from methanization.
A method for transmitting data in the Ethernet, comprising: receiving to-be-transmitted data; determining a first integral number according to a data amount of the received to-be-transmitted data and a transmission bandwidth of an electrophysical sub-channel, wherein the first integral number is the number of the electrophysical sub-channels configured to transmit the to-be-transmitted data, the electrophysical sub-channel is configured to implement a function of a physical coding sublayer PCS in the Ethernet, and the first integral number is greater than zero; distributing the to-be-transmitted data to a first integral number of electrophysical sub-channels; performing, by the first integral number of electrophysical sub-channels, based on a function requirement of the physical coding sublayer, PCS, in the Ethernet, coding and scrambling processing on the to-be-transmitted data; and sending after processing, by a second integral number of photophysical sub-channels, data from the first integral number of electrophysical sub-channels, wherein the photophysical sub-channel is configured to implement a function of a physical medium attachment sublayer, PMA, in the Ethernet and a function of a physical medium dependent sublayer, PMD, in the Ethernet, and the second integral number is greater than zero. receiving to-be-transmitted data; determining a first integral number according to a data amount of the received to-be-transmitted data and a transmission bandwidth of an electrophysical sub-channel, wherein the first integral number is the number of the electrophysical sub-channels configured to transmit the to-be-transmitted data, the electrophysical sub-channel is configured to implement a function of a physical coding sublayer PCS in the Ethernet, and the first integral number is greater than zero; distributing the to-be-transmitted data to a first integral number of electrophysical sub-channels; performing, by the first integral number of electrophysical sub-channels, based on a function requirement of the physical coding sublayer, PCS, in the Ethernet, coding and scrambling processing on the to-be-transmitted data; and sending after processing, by a second integral number of photophysical sub-channels, data from the first integral number of electrophysical sub-channels, wherein the photophysical sub-channel is configured to implement a function of a physical medium attachment sublayer, PMA, in the Ethernet and a function of a physical medium dependent sublayer, PMD, in the Ethernet, and the second integral number is greater than zero.
An apparatus, comprising: a cap liner having a circular ring shape; wherein the cap liner has an upper side and a lower side; and the cap liner has a first circular shaped cavity and a second circular shaped cavity; wherein the first circular shaped cavity is depressed into the upper side of the cap liner and the second circular shaped cavity is depressed into the lower side of the cap liner to define an outer lip and an inner portion of the cap liner; wherein the outer lip is taller than the inner portion, and the inner portion is planar; and wherein a center disk adjacent to the inner portion is removed to form the circular ring shape. a cap liner having a circular ring shape; wherein the cap liner has an upper side and a lower side; and the cap liner has a first circular shaped cavity and a second circular shaped cavity; wherein the first circular shaped cavity is depressed into the upper side of the cap liner and the second circular shaped cavity is depressed into the lower side of the cap liner to define an outer lip and an inner portion of the cap liner; wherein the outer lip is taller than the inner portion, and the inner portion is planar; and wherein a center disk adjacent to the inner portion is removed to form the circular ring shape.
A wind turbine monitoring apparatus configured to monitor a wind turbine by acquiring a temporal change in a wind speed of the wind turbine, the monitoring apparatus comprising: a monitoring controller configured to obtain a time history waveform of the wind speed from wind speed data indicating the temporal change in the wind speed of the wind turbine, wherein the monitoring controller is configured to: extract a gust from the time history waveform of the wind speed; perform gust evaluation; and calculate damage degree on predetermined devices in the wind turbine in a cumulative manner on the basis of the gust evaluation for the respective gust shapes of the gust, characterized in that the monitoring controller is configured to classify the gust shapes using the gust evaluation, the monitoring controller has information related to the damage degree on the predetermined devices for each of the classified gust shapes, and the monitoring controller is configured to determine at least one of a degree of damage, remaining life, and presence of abnormality on the basis of the gust shapes and the number of times of counting in addition to the cumulative damage degree. a monitoring controller configured to obtain a time history waveform of the wind speed from wind speed data indicating the temporal change in the wind speed of the wind turbine, wherein the monitoring controller is configured to: extract a gust from the time history waveform of the wind speed; perform gust evaluation; and calculate damage degree on predetermined devices in the wind turbine in a cumulative manner on the basis of the gust evaluation for the respective gust shapes of the gust, extract a gust from the time history waveform of the wind speed; perform gust evaluation; and calculate damage degree on predetermined devices in the wind turbine in a cumulative manner on the basis of the gust evaluation for the respective gust shapes of the gust, characterized in that the monitoring controller is configured to classify the gust shapes using the gust evaluation, the monitoring controller has information related to the damage degree on the predetermined devices for each of the classified gust shapes, and the monitoring controller is configured to determine at least one of a degree of damage, remaining life, and presence of abnormality on the basis of the gust shapes and the number of times of counting in addition to the cumulative damage degree. the monitoring controller has information related to the damage degree on the predetermined devices for each of the classified gust shapes, and the monitoring controller is configured to determine at least one of a degree of damage, remaining life, and presence of abnormality on the basis of the gust shapes and the number of times of counting in addition to the cumulative damage degree.
Hybrid vehicle, comprising a combustion engine with a drive shaft for driving the wheels (5, 6) of at least one axis, at least one electrical machine (11, 12) for driving the wheels of the latter or at least of a further axis, wherein the at least one electrical machine (11, 12) can be operated during a braking process as a generator and during an acceleration process as a motor, as well as a further electrical machine coupled to the at least one electrical machine (11, 12) with a flywheel store which has a rotor, which flywheel store is capable of being charged during a braking process and discharged during an acceleration process, wherein the rotor can be coupled mechanically by means of at least one shiftable clutch to the drive shaft of the at least one axis drivable by the combustion engine, characterised in that the flywheel store can be connected selectively via the shiftable clutch designed as a friction clutch to a drive shaft of an automatic gearing.
An aquaculture system, the system comprising: a fish holding unit fluidly connected to a first water recirculation conduit having a pump and a water treatment unit, the system further comprising a water inlet, a feed storage unit, and a feed loading section, wherein the feed loading section is located in the first water recirculation conduit, so that when feed is added into the system at the feed loading section it is hydraulically transported as a solid-liquid flow to the fish holding unit, and the feed loading section is located downstream of the water treatment unit, or wherein the aquaculture system further comprises a second water recirculation conduit comprising a pump and the feed loading section, so that when feed is added into the system at the feed loading section it is hydraulically transported as a solid-liquid flow to the fish holding unit. a fish holding unit fluidly connected to a first water recirculation conduit having a pump and a water treatment unit, the system further comprising a water inlet, a feed storage unit, and a feed loading section, wherein the feed loading section is located in the first water recirculation conduit, so that when feed is added into the system at the feed loading section it is hydraulically transported as a solid-liquid flow to the fish holding unit, and the feed loading section is located downstream of the water treatment unit, or wherein the aquaculture system further comprises a second water recirculation conduit comprising a pump and the feed loading section, so that when feed is added into the system at the feed loading section it is hydraulically transported as a solid-liquid flow to the fish holding unit.