mhurhangee/ep-ind-claims huggingface dataset:
A structure for channelling and directing incident wind comprising: a hollow pipe having a downstream end that defines at least one outlet, and an upstream end; and a rotatably mounted intake at the upstream end of the pipe adapted to direct incident wind into the pipe; wherein the intake includes an opening through which incident wind enters the intake; wherein the intake further comprises a louvre assembly positioned in front of the opening, wherein the louvre assembly comprises: a plurality of individual slats that are pivotally mounted and adapted to be pivoted between a fully open position and a closed position; and an adjustment mechanism for adjusting the angle of the slats and which includes a pivotally mounted wind resistance plate whose angle varies with wind speed; wherein the wind resistance plate is biased towards a first position where the slats are in the fully open position, and is pivotable towards a second position by the incident wind where the slats are in the closed position; and wherein the wind resistance plate is substantially L-shaped and includes a first part on which the incident wind impinges and a second part that is adapted to direct the incident wind away from the intake and in the opposite direction to the incident wind direction. a hollow pipe having a downstream end that defines at least one outlet, and an upstream end; and a rotatably mounted intake at the upstream end of the pipe adapted to direct incident wind into the pipe; wherein the intake includes an opening through which incident wind enters the intake; wherein the intake further comprises a louvre assembly positioned in front of the opening, wherein the louvre assembly comprises: a plurality of individual slats that are pivotally mounted and adapted to be pivoted between a fully open position and a closed position; and an adjustment mechanism for adjusting the angle of the slats and which includes a pivotally mounted wind resistance plate whose angle varies with wind speed; a plurality of individual slats that are pivotally mounted and adapted to be pivoted between a fully open position and a closed position; and an adjustment mechanism for adjusting the angle of the slats and which includes a pivotally mounted wind resistance plate whose angle varies with wind speed; wherein the wind resistance plate is biased towards a first position where the slats are in the fully open position, and is pivotable towards a second position by the incident wind where the slats are in the closed position; and wherein the wind resistance plate is substantially L-shaped and includes a first part on which the incident wind impinges and a second part that is adapted to direct the incident wind away from the intake and in the opposite direction to the incident wind direction.
A 3D printing build material container comprising: a collapsible reservoir to hold build material; a relatively rigid reinforcement structure to resist collapsing of at least one reinforced portion of the reservoir and to resist a reduction in a volume enclosed or taken up by the reservoir; a build material outlet structure to allow build material to exit the reservoir; and a gas inlet structure to allow a gas to enter the reservoir, wherein the reservoir comprises a plastics material and the reinforcement structure comprises cardboard. a collapsible reservoir to hold build material; a relatively rigid reinforcement structure to resist collapsing of at least one reinforced portion of the reservoir and to resist a reduction in a volume enclosed or taken up by the reservoir; a build material outlet structure to allow build material to exit the reservoir; and a gas inlet structure to allow a gas to enter the reservoir, wherein the reservoir comprises a plastics material and the reinforcement structure comprises cardboard.
A method, comprising: receiving or retrieving, at a service consumer (105, 405), from a service producer (110, 410) shared data comprising at least one treatment attribute indicating how a potential conflict between individual subscriber data and the shared data will be treated; aggregating the shared data and the individual subscriber data according to a determination of whether to apply a value provided in the shared data or a value provided in the individual subscriber data based on the at least one treatment attribute. receiving or retrieving, at a service consumer (105, 405), from a service producer (110, 410) shared data comprising at least one treatment attribute indicating how a potential conflict between individual subscriber data and the shared data will be treated; aggregating the shared data and the individual subscriber data according to a determination of whether to apply a value provided in the shared data or a value provided in the individual subscriber data based on the at least one treatment attribute.
Real-Time SENT, Single Edge Nibble Transmission, Translator, RTST, for decoding the data of arbitrary SENT configurations in real time and for processing digital sensor data encoded according to the SENT protocol, the RTST - is designed to decode the encoded digital sensor data, characterized in that the RTST - is implemented in a Field Programmable Gate Array, FPGA, containing an array of programmable logic blocks and a hierarchy of reconfigurable interconnects. - is designed to decode the encoded digital sensor data, characterized in that the RTST - is implemented in a Field Programmable Gate Array, FPGA, containing an array of programmable logic blocks and a hierarchy of reconfigurable interconnects.
Motor vehicle door latch, with • at least one locking mechanism (1, 2) having as essential elements a catch and a pawl, • a bulge made of plastic on the catch and/or the pawl, • st least one stop for the locking mechanism (1, 2) integral with the housing, which has a recess for the bulge and interacts with the bulge, characterized in that • the bulge and the stop having the recess are made of different plastics. • at least one locking mechanism (1, 2) having as essential elements a catch and a pawl, • a bulge made of plastic on the catch and/or the pawl, • st least one stop for the locking mechanism (1, 2) integral with the housing, which has a recess for the bulge and interacts with the bulge, characterized in that • the bulge and the stop having the recess are made of different plastics.
Fogging apparatus for atomizing a medium comprising an atomizer chamber defined by an atomizer chamber wall extending substantially from a supply side to a distal outlet side, the fogging apparatus further comprising at least one supply for dispensing the medium to be atomized and an air supply duct extending from an air flow source to an air supply opening, the air flow source being adapted to, in operation, generate an air flow, the air supply duct comprises a secondary chamber, which secondary chamber extends substantially from the supply side of the atomizing chamber in the direction of the outlet side of the atomizing chamber, the at least one supply for dispensing the medium to be atomized is located in the rear wall at the supply side of the atomizer chamber, characterised in that the air supply opening is provided in the rear wall on the supply side of the atomizer chamber, and wherein the air supply opening is positioned behind the medium supply opening such that the supplied air flow carries along the atomized medium, and the air flow is fed through an air heating unit into the air supply duct and wherein at least a portion of the air supply duct is configured to be in a heat exchange contact with the atomizer chamber wall. the fogging apparatus further comprising at least one supply for dispensing the medium to be atomized and an air supply duct extending from an air flow source to an air supply opening, the air flow source being adapted to, in operation, generate an air flow, the air supply duct comprises a secondary chamber, which secondary chamber extends substantially from the supply side of the atomizing chamber in the direction of the outlet side of the atomizing chamber, the at least one supply for dispensing the medium to be atomized is located in the rear wall at the supply side of the atomizer chamber, characterised in that the air supply opening is provided in the rear wall on the supply side of the atomizer chamber, and wherein the air supply opening is positioned behind the medium supply opening such that the supplied air flow carries along the atomized medium, and the air flow is fed through an air heating unit into the air supply duct and wherein at least a portion of the air supply duct is configured to be in a heat exchange contact with the atomizer chamber wall.
A probe head rotation mechanism for a coordinate measurement device, the coordinate measurement device comprising a spindle and a probe, the probe head rotation mechanism being mountable between the spindle and the probe of the coordinate measurement device, the probe head rotation mechanism comprising: a main body frame comprising a flange body for fixating the probe head rotation mechanism to an end portion of the spindle; a rotor supported by the main body frame so as to be capable of tilting around rotary shaft arranged along a rotation axis oriented orthogonally and radially outward to an axial direction of the spindle; and a drive source supported by the main body frame and configured to drive the rotor via the rotary shaft, wherein the rotation axis of the drive source coincides with the rotation axis of the rotary shaft; and wherein: a main body of the drive source is arranged away from lying on the axial direction of the spindle, and/or a casing of the drive source is arranged outside of the main body frame in the direction of the rotation axis. a main body frame comprising a flange body for fixating the probe head rotation mechanism to an end portion of the spindle; a rotor supported by the main body frame so as to be capable of tilting around rotary shaft arranged along a rotation axis oriented orthogonally and radially outward to an axial direction of the spindle; and a drive source supported by the main body frame and configured to drive the rotor via the rotary shaft, wherein the rotation axis of the drive source coincides with the rotation axis of the rotary shaft; and wherein: a main body of the drive source is arranged away from lying on the axial direction of the spindle, and/or a casing of the drive source is arranged outside of the main body frame in the direction of the rotation axis. a main body of the drive source is arranged away from lying on the axial direction of the spindle, and/or a casing of the drive source is arranged outside of the main body frame in the direction of the rotation axis.
A multi-junction compound solar cell comprising: a multi-junction cell laminate that includes a top cell and a bottom cell; a transparent electrode that is disposed on a light incident surface of the top cell so as to cover the light incident surface of the top cell; and a lower electrode that has an electric potential of the bottom cell, wherein a side surface electrode that is disposed on a side surface of the cell laminate with an insulating layer interposed therebetween, the side surface electrode being conducted to the transparent electrode, wherein the side surface electrode is connected to an upper electrode, wherein the transparent electrode constitutes an incident surface of solar light and electrically connects an upper contact layer and the upper electrode wherein the side surface electrode being extended to the lower electrode, wherein the transparent electrode is provided on an upper surface of the upper contact layer of the cell laminate, characterized in that the upper electrode includes an Au plating film. a multi-junction cell laminate that includes a top cell and a bottom cell; a transparent electrode that is disposed on a light incident surface of the top cell so as to cover the light incident surface of the top cell; and a lower electrode that has an electric potential of the bottom cell,
4-amino-7-{[1-(2-fluorophenyl)-1H-pyrazol-4-yl]methyl}-5-[2-(trifluoromethyl)pyrimidin-5-yl]-7H-pyrrolo[2,3-d]pyrimidine-6-carbonitrile or a pharmaceutically acceptable salt thereof.
A control device for generating auxiliary controls for a boat for controlling and regulating at least one boat handling auxiliary functionality, the control device further comprising a steering control member such as a steering wheel or the like, the steering control member comprising a casing holding a drive unit for the steering actuator the casing being mountable to a wall of a bridge or of a dashboard, said steering control member being connectable to a drive unit for one or more steering actuators through a drive shaft, the control device comprising at least one switch device located below the steering control member of said boat, said control device for generating auxiliary controls for a boat comprising a housing case and an arm having at one end a control member of said control device for generating auxiliary controls, characterized in that the control device for generating auxiliary controls is provided with a terminal (5, 61, 62) for removable fastening alternatively to the casing holding the drive unit for the steering actuator or to a part thereof or to a wall of a bridge or of a dashboard in a region adjacent to the region for mounting said casing holding the drive unit for the steering actuator to said bridge or to said dashboard, the control device having a position in which the distance of the control member to the steering wheel is such as to allow said member to be operated without removing the hand from the steering wheel.
A cleaning implement (500, 600, 700, 800) comprising: a housing for movement over a surface to be cleaned; and a mist generating system mounted to the housing and comprising: a tank for holding a supply of liquid, the tank having a tank inlet and a first tank outlet; an atomizer nozzle in fluid communication with the first tank outlet and configured to atomize liquid to form an atomized mist and having a nozzle outlet for spraying the atomized mist; and an air pump in fluid communication with the tank inlet for supplying air to the tank; wherein, when the air pump has pressurized the supply of liquid in the tank, liquid is provided to the atomizer nozzle through the first tank outlet. a housing for movement over a surface to be cleaned; and a mist generating system mounted to the housing and comprising: a tank for holding a supply of liquid, the tank having a tank inlet and a first tank outlet; an atomizer nozzle in fluid communication with the first tank outlet and configured to atomize liquid to form an atomized mist and having a nozzle outlet for spraying the atomized mist; and an air pump in fluid communication with the tank inlet for supplying air to the tank; wherein, when the air pump has pressurized the supply of liquid in the tank, liquid is provided to the atomizer nozzle through the first tank outlet. a tank for holding a supply of liquid, the tank having a tank inlet and a first tank outlet; an atomizer nozzle in fluid communication with the first tank outlet and configured to atomize liquid to form an atomized mist and having a nozzle outlet for spraying the atomized mist; and an air pump in fluid communication with the tank inlet for supplying air to the tank; wherein, when the air pump has pressurized the supply of liquid in the tank, liquid is provided to the atomizer nozzle through the first tank outlet.
A freestanding, modular revolving door assembly for installation by its own in an opening, comprising a central column and at least one door panel connected to the central column and rotatably arranged around a central axis, wherein the central column comprises a driven column and a driving base unit, the driving base unit is arranged within the driven column and comprises a drive unit comprising a motor, the driving base unit is arranged to be mounted to the bottom of the opening in level with or above a surrounding floor, the driven column is a tube and mounted to the driving base unit, the driving base unit is arranged to drive the driven column to rotate the driven column and the door panel connected to the driven column around said central axis, and the driven column is supported by, and extends above, the driving base unit, wherein the driven column comprises a bottom column part connected to the driving base unit and a top column part connected to the bottom column part and wherein the height of the driven column is adaptable by that the height of the top column part is adaptable.
A method of managing planting of olive trees which is adapted to continuous mechanical picking of the olives by means of harvesting machines, comprising the phase of planting parallel rows of young olive trees (Jo) with a spacing between the trunks of trees and a spacing between the rows (R1, R2, R3), and characterised by the following phases: - placement on each row of trees (R1, R2, R3) of a collective vertical trellising formed by posts associated if necessary with wires (iron wire, plastic wire,...); - placement of divergent stakes (T1, T2) on said trellising (P-F) for each tree; - attachment of two divergent main branches (CH1, CH2) of each tree, that are disposed in the same vertical plane and in the vertical plane of the row to which said tree belongs, on a pair of divergent stakes (T1, T2); - elimination of the other main branches of said tree if same exist; - adaptation of the shape of the foliage or above-ground fruit-bearing part of the trees to give them a "flattened" configuration oriented in the alignment of the rows; - maintenance of said configuration by periodic pruning operations up to maturity of the trees and production of fruit by the trees in order to permit continuous picking of the olives by means of straddling harvesting machines; and - withdrawal of the stakes (T1, T2) and the elements of the trellising (posts, wires) when the trees have become fully grown. - placement on each row of trees (R1, R2, R3) of a collective vertical trellising formed by posts associated if necessary with wires (iron wire, plastic wire,...); - placement of divergent stakes (T1, T2) on said trellising (P-F) for each tree; - attachment of two divergent main branches (CH1, CH2) of each tree, that are disposed in the same vertical plane and in the vertical plane of the row to which said tree belongs, on a pair of divergent stakes (T1, T2); - elimination of the other main branches of said tree if same exist; - adaptation of the shape of the foliage or above-ground fruit-bearing part of the trees to give them a "flattened" configuration oriented in the alignment of the rows; - maintenance of said configuration by periodic pruning operations up to maturity of the trees and production of fruit by the trees in order to permit continuous picking of the olives by means of straddling harvesting machines; and - withdrawal of the stakes (T1, T2) and the elements of the trellising (posts, wires) when the trees have become fully grown.
A white light-emitting device (10, 20, 30) comprising: a light emitting diode element (12, 22, 32) that emits blue light; and a resin composition that contains a phosphor that emits yellow light and/or a phosphor that emits green light through wavelength conversion of light emitted by the LED element that emits blue light, and a phosphor that emits red light through wavelength conversion of light emitted by the LED element that emits blue light, wherein the LED element that emits blue light has a main emission peak wavelength ranging from 430 nm to 500 nm, the phosphor that emits red light has a main emission peak wavelength ranging from 620 nm to 640 nm, the phosphor that emits yellow light has a main emission peak wavelength ranging from 530 nm to 620 nm, and the phosphor that emits green light has a main emission peak wavelength ranging from 500 nm to 580 nm, characterized in that the phosphor that emits red light contains at least a Mn 4+ -activated fluoride complex phosphor and an Eu 2+ -activated alkaline earth silicon nitride phosphor, and a content ratio of the Eu 2+ -activated alkaline earth silicon nitride phosphor with respect to the total of the Mn 4+ -activated fluoride complex phosphor and Eu 2+ -activated alkaline earth silicon nitride phosphor contained in the resin composition ranges from 0.5 wt% to 14.0 wt%.
A non-therapeutic method for inhibiting RNA silencing of a gene, comprising, contacting a cell containing an siRNA or miRNA that directs RNA silencing of a gene, with a single-stranded, ribonuclease-resistant RNA oligonucleotide RISC inactivator, wherein the RISC inactivator comprises a ribonucleotide sequence sufficiently complementary to a guide strand of the siRNA or miRNA sequence to inhibit RNA silencing of the gene, such that RNA silencing of the gene is inhibited, wherein the RNA oligonucleotide RISC inactivator is a polymer of ribonucleotides and/or modified ribonucleotides, and wherein if the 2' OH-group is modified it is replaced by a group selected from OR, R, F, Cl, Br, I, SH, SR, NH 2, NHR, NR 2, COOR, or OR, wherein R is substituted or unsubstituted C1-C6 alkyl, alkenyl, alkynyl or aryl.
An aircraft, comprising: an aircraft body component comprising a first surface exposed to an exterior of the aircraft and a second surface opposite the first surface; and a strain gauge affixed to the second surface of the aircraft body component 102; wherein the aircraft is configured to measure an electrical parameter of the strain gauge as a function of time while the aircraft is in motion, and flag for a potential impact condition when the measured electrical parameter of the strain gauge satisfies a potential impact indicator. an aircraft body component comprising a first surface exposed to an exterior of the aircraft and a second surface opposite the first surface; and a strain gauge affixed to the second surface of the aircraft body component 102; wherein the aircraft is configured to measure an electrical parameter of the strain gauge as a function of time while the aircraft is in motion, and flag for a potential impact condition when the measured electrical parameter of the strain gauge satisfies a potential impact indicator.