mhurhangee/ep-ind-claims huggingface dataset:
A protective circuit for a photovoltaic module, comprising - an input having two input terminals (2a, 2b) for connecting the PV module, - an output having two output terminals (3a, 3b) for connecting further PV modules of a series circuit comprising PV modules, - a first switch (S 1) for connecting one of the input terminals (2a, 2b) to one of the output terminals (3a, 3b), and - a controller configured for controlling the first switch (S 1), - wherein the protective circuit furthermore comprises a series circuit comprising a first diode and an energy store, wherein the series circuit is arranged in parallel with the input of the protective circuit, - wherein the protective circuit furthermore comprises a second diode, which connects an output terminal (3a, 3b) of the protective circuit to a midpoint of the series circuit comprising the first diode and the energy store, characterized - in that a series circuit comprising the second diode and the energy store is connected in parallel with the first switch (S 1). - an input having two input terminals (2a, 2b) for connecting the PV module, - an output having two output terminals (3a, 3b) for connecting further PV modules of a series circuit comprising PV modules, - a first switch (S 1) for connecting one of the input terminals (2a, 2b) to one of the output terminals (3a, 3b), and - a controller configured for controlling the first switch (S 1), - wherein the protective circuit furthermore comprises a series circuit comprising a first diode and an energy store, wherein the series circuit is arranged in parallel with the input of the protective circuit, - wherein the protective circuit furthermore comprises a second diode, which connects an output terminal (3a, 3b) of the protective circuit to a midpoint of the series circuit comprising the first diode and the energy store, characterized - in that a series circuit comprising the second diode and the energy store is connected in parallel with the first switch (S 1).
A method for tracking a follicular unit, the method comprising: identifying a follicular unit (704, 705, 706, 707) in a first image of a body surface containing follicular units, the first image being taken at a first moment in time; computing a signature of the follicular unit (704, 705, 706, 707) in the first image; taking a second image of the body surface at a second different moment in time; computing a motion vector associated with movement of the body surface between the first moment in time and the second moment in time; defining a search region according to and in a direction of the motion vector, wherein the search region comprises an area within a predetermined distance from the motion vector; and searching for the signature of the follicular unit in the search region to label the follicular unit in the second image. identifying a follicular unit (704, 705, 706, 707) in a first image of a body surface containing follicular units, the first image being taken at a first moment in time; computing a signature of the follicular unit (704, 705, 706, 707) in the first image; taking a second image of the body surface at a second different moment in time; computing a motion vector associated with movement of the body surface between the first moment in time and the second moment in time; defining a search region according to and in a direction of the motion vector, wherein the search region comprises an area within a predetermined distance from the motion vector; and searching for the signature of the follicular unit in the search region to label the follicular unit in the second image.
A system for measuring and profiling process conditions within a reactor vessel wherein said system comprises: said reactor vessel that defines a reaction zone, wherein within said reaction zone is a catalyst bed, comprises catalyst particles, and said catalyst bed is characterized as having a height; an array of sensor-enabled RFID tags, wherein each sensor-enable RFID tag of said array is placed at a known height within said catalyst bed; a first RFID reader/transceiver antenna wirelessly linked to each said sensor-enabled RFID tag of said array and that is capable of transmitting a first interrogation signal and receiving a first RFID transponder signal that is transmitted responsive to said first interrogation signal; and a second RFID reader/transceiver antenna wirelessly linked to each said sensor-enabled RFID tag of said array and that is capable of transmitting a second interrogation signal and receiving a second RFID transponder signal that is transmitted responsive to said second interrogation signal; wherein each sensor-enabled RFID tag of said array is encoded with a unique non-variable identification code, and wherein each sensor-enabled RFID tag is capable of sensing a reaction condition within said reaction zone, receiving said first interrogation signal, said second interrogation signal, and, responsive to said first interrogation signal, transmitting said first RFID transponder signal, and, responsive to said second interrogation signal, transmitting said second RFID transponder signal; whereby conditions at specific locations and said known heights within said reaction zone may be determined and profiled. said reactor vessel that defines a reaction zone, wherein within said reaction zone is a catalyst bed, comprises catalyst particles, and said catalyst bed is characterized as having a height; an array of sensor-enabled RFID tags, wherein each sensor-enable RFID tag of said array is placed at a known height within said catalyst bed; a first RFID reader/transceiver antenna wirelessly linked to each said sensor-enabled RFID tag of said array and that is capable of transmitting a first interrogation signal and receiving a first RFID transponder signal that is transmitted responsive to said first interrogation signal; and a second RFID reader/transceiver antenna wirelessly linked to each said sensor-enabled RFID tag of said array and that is capable of transmitting a second interrogation signal and receiving a second RFID transponder signal that is transmitted responsive to said second interrogation signal; wherein each sensor-enabled RFID tag of said array is encoded with a unique non-variable identification code, and wherein each sensor-enabled RFID tag is capable of sensing a reaction condition within said reaction zone, receiving said first interrogation signal, said second interrogation signal, and, responsive to said first interrogation signal, transmitting said first RFID transponder signal, and, responsive to said second interrogation signal, transmitting said second RFID transponder signal; whereby conditions at specific locations and said known heights within said reaction zone may be determined and profiled.
Feed additive composition, which comprises the following components in a ratio of beta-glucans:MOS:GOS:FOS,wherein MOS refers to Mannan-oligosaccharides, GOS refers to Galacto-oligosaccharides and FOS refers to Fructooligosaccharides, by weigh relative to the total mass of the composition, varying from 1.2 to 1.8 of pure 1,3 and 1,6 Betaglucans; 0.6 to 0.9 of pure MOS; from 2.0 to 3.5 of pure GOS and 1.5 to 3.8 of pure FOS.
A spiral membrane element, comprising: a layered body which comprises a composite semipermeable membrane having a porous support and a separating functional layer on/over a surface of the porous support, a supply-side flow-channel member, and a permeation-side flow-channel member; a perforated central pipe around which the layered body is wound; and a sealing portion that prevents a supply-side flow-channel from being mixed with a permeation-side flow-channel; the porous support of the composite semipermeable membrane having a thickness of 70 μm to 120 μm; the permeation-side flow-channel member comprising a tricot knitted fabric having a plurality of ribs each formed by repeating loops in a linear form in a longitudinal direction, and a plurality of grooves present between the ribs; the permeation-side flow-channel member having a membrane support index of 60 to 135, the membrane support index being calculated in accordance with "the number (wale) of grooves per 25-mm" × {rib width (mm)/groove width (mm)}, and the permeation-side flow-channel member having a flow-channel index of 0.02 to 0.039 (mm 2), the flow-channel index being calculated in accordance with {groove width (mm) × groove depth (mm) × "the number (wale) of grooves per 25-mm"}/"the number (course) of loops forming ribs per 25-mm". the porous support of the composite semipermeable membrane having a thickness of 70 μm to 120 μm; the permeation-side flow-channel member comprising a tricot knitted fabric having a plurality of ribs each formed by repeating loops in a linear form in a longitudinal direction, and a plurality of grooves present between the ribs; the permeation-side flow-channel member having a membrane support index of 60 to 135, the membrane support index being calculated in accordance with "the number (wale) of grooves per 25-mm" × {rib width (mm)/groove width (mm)}, and the permeation-side flow-channel member having a flow-channel index of 0.02 to 0.039 (mm 2), the flow-channel index being calculated in accordance with {groove width (mm) × groove depth (mm) × "the number (wale) of grooves per 25-mm"}/"the number (course) of loops forming ribs per 25-mm".
System for managing the electrical power supply of at least one item of electrical equipment (3 1, 3 2,..., 3 N; 3 N+1, 3 N+2,..., 3 N+M) by an electrical power supply battery of a combustion-engine motor vehicle, said motor vehicle including a system for automatically stopping and restarting the combustion engine, the management system being characterized in that it includes an electrical load-shedding supervision module able to compare the state of charge of the power supply battery with a predefined threshold value (V T) and able to command the cutting-off of the electrical power supply for said at least one item of electrical equipment during the automatic restarting of the combustion engine if the state of charge of the electrical power supply battery is less than the predefined threshold value.
A method of wireless communication at a user equipment (204a, 204b), comprising: while operating in a low-power state, determining whether a token bucket contains a token at a waking time (1022, 1024, 1026) defined by a discontinuous reception, DRx, schedule that is established through communication with a scheduling entity; exiting the low-power state when the token bucket contains a first token at the waking time (1022, 1024, 1026); and receiving control information transmitted by the scheduling entity over a radio frequency band at or near a token arrival time (522, 524, 622, 624) corresponding to the first token. while operating in a low-power state, determining whether a token bucket contains a token at a waking time (1022, 1024, 1026) defined by a discontinuous reception, DRx, schedule that is established through communication with a scheduling entity; exiting the low-power state when the token bucket contains a first token at the waking time (1022, 1024, 1026); and receiving control information transmitted by the scheduling entity over a radio frequency band at or near a token arrival time (522, 524, 622, 624) corresponding to the first token.
A method of flying aircraft (2,4,102,104,202,204) in a predetermined formation, the method comprising: emitting from one of the aircraft (102,202) a relative navigation grid (120,220) to define an emitting aircraft (102,202) amongst the aircraft; reflecting, using one or more optical reflectors (150,250) included on another (104,204) of the aircraft, at least a portion of the emitted relative navigation grid back to the emitting aircraft (102,202); calculating a spatial relationship between the two aircraft based on the reflected relative navigation grid (120,220); determining if the spatial relationship conforms with the predetermined formation; and altering a relative position of at least one of the aircraft to position the aircraft in the predetermined formation when the spatial relationship does not conform with the predetermined formation. emitting from one of the aircraft (102,202) a relative navigation grid (120,220) to define an emitting aircraft (102,202) amongst the aircraft; reflecting, using one or more optical reflectors (150,250) included on another (104,204) of the aircraft, at least a portion of the emitted relative navigation grid back to the emitting aircraft (102,202); calculating a spatial relationship between the two aircraft based on the reflected relative navigation grid (120,220); determining if the spatial relationship conforms with the predetermined formation; and altering a relative position of at least one of the aircraft to position the aircraft in the predetermined formation when the spatial relationship does not conform with the predetermined formation.
Spacer, bicycle shee (c) and quick release pedal group or a pedaling with increased efficiency, comprising an wedge-shaped element adapted to be disposed between the sole of the bicycle shoe and the quick release pedal group; characterized in that said wedge-shaped element is adapted to allow the increasing of the thrust vector on the pedal and is defined by: an upper front edge which branches, extending downwards, a curved front surface; a rear apical edge (V, 4) which branches, extending downwards, a rear inclined surface; an upper substantially curved saddle surface and lower substantially curved saddle surface surface, said upper and lower surfaces being connected to each other and bounded by said front and rear surfaces, and arranged to each other substantially inclined with an fixed angle (α) that underlies said rear edge; and two side curves surfaces (8,9) arranged on the opposite side with respect to said upper surface; said rear edge being provided with two hemispherical recesses (10,11) spaced each other; a passing-by cylindrical hole being provided centrally between said upper surface and said lower surface.
Process for depositing nanoparticles of silver or of a silver alloy, dispersed on a substrate by chemical vapour deposition, from one or more organometallic precursors comprising at least one organometallic precursor of silver, in which the deposition is carried out in the presence of a gas comprising more than 50 vol% of a reactive oxidizing gas.
An apparatus comprising cryptography circuitry to generate an authentication tag to provide integrity protection for plaintext and ciphertext, including performing a first hash function on plaintext to generate a plaintext authentication tag and performing a second hash function on ciphertext to generate a ciphertext authentication tag, characterized in that the cryptography circuitry combines the plaintext authentication tag and the ciphertext authentication tag to generate the authentication tag by: • given a total tag length of T bits for the standard AES-GCM authentication tag construction, concatenating L bits from the ciphertext authentication tag and (T-L) bits from the plaintext authentication tag; or • performing an exclusive or operation of the ciphertext authentication tag and the plaintext authentication tag. • given a total tag length of T bits for the standard AES-GCM authentication tag construction, concatenating L bits from the ciphertext authentication tag and (T-L) bits from the plaintext authentication tag; or • performing an exclusive or operation of the ciphertext authentication tag and the plaintext authentication tag.
A resin composition comprising an epoxy resin comprising at least an epoxy resin having an aromatic ring and an alicyclic skeleton, and a rubber-like core-shell polymer-modified epoxy resin; and a latent curing agent, wherein either: the resin composition comprises 60 - 80 parts by weight of epoxy resin and 20 - 40 parts by weight of rubber-like core-shell polymer-modified epoxy resin, per 100 parts by weight of epoxy resin, and epoxy resin has a molar ratio of the aromatic ring and the alicyclic skeleton (aromatic ring/alicyclic skeleton) of not less than 2.5; or the resin composition comprises 18 - 24 parts by weight of epoxy resin, 42 - 56 parts by weight of a bisphenol-type epoxy resin, and 20 - 40 parts by weight of rubber-like core-shell polymer-modified epoxy resin, per 100 parts by weight of epoxy resin, and epoxy resin has a molar ratio of the aromatic ring and the alicyclic skeleton (aromatic ring/alicyclic skeleton) of less than 2.5. an epoxy resin comprising at least an epoxy resin having an aromatic ring and an alicyclic skeleton, and a rubber-like core-shell polymer-modified epoxy resin; and a latent curing agent, wherein either: the resin composition comprises 60 - 80 parts by weight of epoxy resin and 20 - 40 parts by weight of rubber-like core-shell polymer-modified epoxy resin, per 100 parts by weight of epoxy resin, and epoxy resin has a molar ratio of the aromatic ring and the alicyclic skeleton (aromatic ring/alicyclic skeleton) of not less than 2.5; or the resin composition comprises 18 - 24 parts by weight of epoxy resin, 42 - 56 parts by weight of a bisphenol-type epoxy resin, and 20 - 40 parts by weight of rubber-like core-shell polymer-modified epoxy resin, per 100 parts by weight of epoxy resin, and epoxy resin has a molar ratio of the aromatic ring and the alicyclic skeleton (aromatic ring/alicyclic skeleton) of less than 2.5. the resin composition comprises 60 - 80 parts by weight of epoxy resin and 20 - 40 parts by weight of rubber-like core-shell polymer-modified epoxy resin, per 100 parts by weight of epoxy resin, and epoxy resin has a molar ratio of the aromatic ring and the alicyclic skeleton (aromatic ring/alicyclic skeleton) of not less than 2.5; or the resin composition comprises 18 - 24 parts by weight of epoxy resin, 42 - 56 parts by weight of a bisphenol-type epoxy resin, and 20 - 40 parts by weight of rubber-like core-shell polymer-modified epoxy resin, per 100 parts by weight of epoxy resin, and epoxy resin has a molar ratio of the aromatic ring and the alicyclic skeleton (aromatic ring/alicyclic skeleton) of less than 2.5.
A fluid pump comprising a conical body (22, 26) having an apex, a base and defining a lateral surface between the apex and base; a mating surface defined by a pump plate (4, 6); a flexible membrane having a first face comprising a first part which is attached to at least a portion of the lateral surface of the conical body and a second part which is free, and having a second, opposite face secured around its periphery to the mating surface; and a driver (36, 40, 48) adapted to drive the conical body; wherein the mating surface includes a fluid inlet port and a fluid outlet port, the fluid inlet port being spaced from the fluid outlet port; the driver drives the conical body to precess about its apex in use such that at any given time the flexible membrane defines a contact portion in contact with the mating surface where the lateral surface of the conical body is adjacent to the mating surface, and defines a non-contact portion which is spaced from the mating surface; a pump chamber is defined by a cavity formed between the non-contact portion of the flexible membrane and the mating surface; the pump chamber rotates about an axis of the mating surface as the conical body precesses about its apex; and fluid is drawn into the pump chamber as it passes the fluid inlet port and the fluid is urged out of the pump chamber as it passes the fluid outlet wherein the driver includes a drive shaft and a drive plate carried by the distal end of the drive shaft, and characterised in that the drive plate is inclined with respect to a plane normal to a longitudinal axis of the drive shaft.
A gear unit with a shaft, wherein the shaft is rotatably mounted by means of a first bearing and a second bearing, wherein a first housing part is connected to a second housing part of the gear unit, wherein an additional bearing is accommodated in the first housing part, wherein the first bearing is accommodated in the second housing part of the gear unit, wherein the second bearing is accommodated in the second housing part of the gear unit, wherein at least a first arm region is formed on the first housing part, wherein the first arm region is connected in particular non-rotatably in relation to the second housing part, characterised in that a compensating part is arranged between the first arm region and the second housing part, the compensating part filling a distance between the first arm region and the second housing part, the compensating part being formed in a U-shape. wherein the shaft is rotatably mounted by means of a first bearing and a second bearing, wherein a first housing part is connected to a second housing part of the gear unit, wherein an additional bearing is accommodated in the first housing part, wherein the first bearing is accommodated in the second housing part of the gear unit, wherein the second bearing is accommodated in the second housing part of the gear unit, wherein at least a first arm region is formed on the first housing part, wherein the first arm region is connected in particular non-rotatably in relation to the second housing part, characterised in that a compensating part is arranged between the first arm region and the second housing part, the compensating part filling a distance between the first arm region and the second housing part, the compensating part being formed in a U-shape.
Rolling shutter configured to be connected to a winding roller and to be slidingly engaged along lateral support guides, wherein said rolling shutter comprises a plurality of laths (2, 2') and a plurality of hooks, wherein each of said laths (2, 2') is movably connected to a following between said laths (2, 2') by at least two of said hooks, wherein each among said laths (2, 2') comprises a top portion along which a first linear groove is delimited which longitudinally extends along said lath (2, 2') along a first direction and a bottom portion along which a second linear groove is delimited, wherein said second linear groove extends along said first direction for the entire length of said lath (2, 2'), wherein said hooks are configured for slidingly engage said first linear groove and said second linear groove, wherein each among said hooks can be arranged along said first linear groove and said second linear groove in a predetermined position, said hooks being arranged spaced to each other along said first direction, for the mutual connection of said laths (2, 2') stacked in succession and to allow a relative movement of approaching, moving away and to allow rotation between said laths (2, 2').