mhurhangee/ep-ind-claims huggingface dataset:
A lighting system for deploying dynamic lighting effects, the lighting system comprising: a plurality of lighting devices (10, 10'), each lighting device being adapted to deploy a portion of a dynamic lighting effect and comprising a controller and a network communication module, the respective lighting devices being interconnected in a mesh network through their respective network communication modules such that each lighting device is communicatively coupled to at least one neighboring lighting device and adapted to communicate illumination state information to the at least one neighboring lighting device; and a system controller communicatively coupled to the mesh network and adapted to broadcast a configurable dynamic lighting effect function to the lighting devices in the mesh network, said configurable dynamic lighting effect function defining the dynamic lighting effect to be deployed by the lighting system; the lighting system being characterised in that: each of the respective controllers of at least some of the lighting devices in the mesh network are adapted to configure the respective lighting device by: configuring the configurable dynamic lighting effect function based on illumination state information received from at least one of its neighboring lighting devices, deploying its portion of the dynamic lighting effect; determining its illumination state information from the configured configurable dynamic lighting effect function; and communicating the determined illumination state information to at least one of its neighboring lighting devices. a plurality of lighting devices (10, 10'), each lighting device being adapted to deploy a portion of a dynamic lighting effect and comprising a controller and a network communication module, the respective lighting devices being interconnected in a mesh network through their respective network communication modules such that each lighting device is communicatively coupled to at least one neighboring lighting device and adapted to communicate illumination state information to the at least one neighboring lighting device; and a system controller communicatively coupled to the mesh network and adapted to broadcast a configurable dynamic lighting effect function to the lighting devices in the mesh network, said configurable dynamic lighting effect function defining the dynamic lighting effect to be deployed by the lighting system; the lighting system being characterised in that: each of the respective controllers of at least some of the lighting devices in the mesh network are adapted to configure the respective lighting device by: configuring the configurable dynamic lighting effect function based on illumination state information received from at least one of its neighboring lighting devices, deploying its portion of the dynamic lighting effect; determining its illumination state information from the configured configurable dynamic lighting effect function; and communicating the determined illumination state information to at least one of its neighboring lighting devices.
A downhole plug with an expandable elastomeric packer having two ends, extending around a main section, for use in sealing wellbores and tubulars, at least one expansion ring adjoining at least one of said two ends of the elastomeric packer provided with a split groove that can be opened to allow the ring to expand in a radial direction along a guide face on at least one guide ring, characterized in that: at an end of the split groove, there is a frangible piece including a small portion of material keeping expansion rings together during assembly and until an axial force is applied, wherein said split groove is slanted at a point at which a gap opens; the at least one guide ring having tapered surfaces assisting the expansion of the elastomeric packer and the at least one expansion ring;at least one support ring for exerting the axial force in a longitudinal direction of the downhole plug; at least one of said two ends of the elastomeric packer being provided with a tapered surface; and wherein the at least one expansion ring being provided with a tapered surface configured in such a manner that the application of the axial force on the at least one support ring in the longitudinal direction of the downhole plug results in the simultaneous expansion of the elastomeric packer and the at least one expansion ring. at an end of the split groove, there is a frangible piece including a small portion of material keeping expansion rings together during assembly and until an axial force is applied, wherein said split groove is slanted at a point at which a gap opens; the at least one guide ring having tapered surfaces assisting the expansion of the elastomeric packer and the at least one expansion ring;at least one support ring for exerting the axial force in a longitudinal direction of the downhole plug;
A method for producing a bundle from articles connected immediately to each other by means of glued joints, which bundle comprises articles arranged in at least three rows of at least two articles each, wherein the glued joints are each formed by one, two, or more glue dots of an adhesive, which glue dots are applied onto at least one lateral surface of at least two articles immediately connected to each other in the finished bundle, characterised in that an article strand with a number of articles corresponding to the number of articles in the respective row in the finished bundle is provided per row of the finished bundle, of which articles at first at least one of two articles connected to each other in the finished bundle is provided with at least one, two, or more glue dots, then the articles of two article strands are glued together to an intermediate bundle of two rows by joining and/or pressing the articles of a first article strand against each other, which articles form a first row in the finished bundle, and the articles of a second article strand, which articles form a second row in the finished bundle, at the glue dots and holding the said articles until the adhesive is at least partly hardened, and then at least one further row is added to the intermediate bundle by joining and/or pressing the articles of at least one further article strand, which articles form the at least one further row in the finished bundle, from at least one side against the articles of at least one outer row of the intermediate bundle at the glue dots and holding the said articles until the adhesive is at least partly hardened.
A steam generator for a garment care device, the steam generator comprising: - a steam generator body comprising a steaming surface and an arrangement of spatially separated protrusions projecting away from the steaming surface, - a water inlet arranged to supply water towards said steaming surface, the steaming surface extending away from the water inlet in a first direction, wherein the steaming surface comprises a first portion proximal to the water inlet, and a second portion extending from the first portion in said first direction, wherein the arrangement comprises i- a first sub-arrangement of protrusions projecting from the first portion, each of the protrusions of the first sub-arrangement having a truncated pyramidal shape, characterized in that the arrangement further comprises: ii- a second sub-arrangement of protrusions projecting from the second portion, each of the protrusions of the second sub-arrangement having a pyramidal shape. - a steam generator body comprising a steaming surface and an arrangement of spatially separated protrusions projecting away from the steaming surface, - a water inlet arranged to supply water towards said steaming surface, the steaming surface extending away from the water inlet in a first direction, wherein the steaming surface comprises a first portion proximal to the water inlet, and a second portion extending from the first portion in said first direction, wherein the arrangement comprises i- a first sub-arrangement of protrusions projecting from the first portion, each of the protrusions of the first sub-arrangement having a truncated pyramidal shape, characterized in that the arrangement further comprises: ii- a second sub-arrangement of protrusions projecting from the second portion, each of the protrusions of the second sub-arrangement having a pyramidal shape. i- a first sub-arrangement of protrusions projecting from the first portion, each of the protrusions of the first sub-arrangement having a truncated pyramidal shape, characterized in that the arrangement further comprises: ii- a second sub-arrangement of protrusions projecting from the second portion, each of the protrusions of the second sub-arrangement having a pyramidal shape.
Procedure for determining and/or monitoring at least one process variable of a medium, wherein at least one unit capable of mechanical vibration is exposed to an excitation signal, wherein at least one reception signal coming from the unit capable of mechanical vibration is received, wherein the excitation signal is generated in such a way that a phase difference between the excitation signal and the reception signal is essentially equal to a predefinable phase value, characterized in that at least one predefinable criterion is specified for assessing the quality of the determination of the phase difference between the excitation signal and the reception signal or a signal that depends on the excitation signal or the reception signal, in that if the criterion for assessing the quality of the determination of the phase difference is satisfied, the setting for the phase difference is regulated, and in that in the case that is alternative to the case where the criterion for assessing the quality of the determination of the phase difference is satisfied, the setting for the phase difference is controlled.
A tensioner comprising: a base having a cylindrical portion extending axially, the cylindrical portion comprising a radially outer surface and a receiving portion that is radially inward of the radially outer surface; an eccentric arm pivotally engaged with the radially outer surface; and a pulley journalled to the eccentric arm; characterised by: a torsion spring disposed within the radially inward receiving portion, the torsion spring applying a biasing force to the eccentric arm. a base having a cylindrical portion extending axially, the cylindrical portion comprising a radially outer surface and a receiving portion that is radially inward of the radially outer surface; an eccentric arm pivotally engaged with the radially outer surface; and a pulley journalled to the eccentric arm; characterised by: a torsion spring disposed within the radially inward receiving portion, the torsion spring applying a biasing force to the eccentric arm.
A milling rotor for processing ground material, comprising a plurality of milling tools spread out over the jacket surface at predetermined distances and according to a predetermined pattern, wherein the milling tools are arranged in the circumferential direction of the milling rotor along imaginary, parallel lines that are respectively composed of at least one section (A, B; A', B') of equal length of a left-handed and a right-handed helical line, characterized in that the milling tools are arranged in lines spaced apart from one another and extending in an oblique direction in relation to the rotor axis over the entire rotor width, the milling tools of each line being arranged with a predetermined lateral offset a with respect to an adjacent line.
Cryogenic tank for storing liquefied H 2 with regulated pressure between the inner and outer tank without mobile elements, comprising an outer tank, an inner tank held inside the outer tank by means of supports, wherein the inner tank contains liquefied H 2 and the space between tanks contains H 2 in gas form, characterized in that it comprises an open-cell inner insulation layer in the space between tanks and in contact with the surface of the inner tank, wherein said inner insulation layer is embedded in the H 2 gas atmosphere of the space between tanks, at least one outer insulation layer in contact with the outer tank comprising closed-cell foams gasified with inert gases of low thermal conductivity and an evaporator inside the inner tank to ensure the exchange of H 2 in gaseous state with the space between tanks.
A dispersion prepared by combining, in any order, a particulate material, a dispersant, and a solvent, wherein a) the solvent has a dielectric constant of ≤50; b) the dispersion is a stable dispersion having a viscosity of ≤50 cP; and c) the particulate material is present in an amount of ≥10% by weight based on the total weight of the dispersion, and wherein i) the particulate material is a modified pigment comprising a pigment having attached at least one anionic or anionizable group and the dispersant comprises at least one cationic or cationizable group; ii) the particulate material is a modified pigment comprising a pigment having attached at least one cationic or cationizable group and the dispersant comprises at least one anionic or anionizable group; or iii) the particulate material is a modified pigment comprising a pigment having attached at least one anionic or anionizable group and the dispersant comprises at least one anionic or anionizable group. a) the solvent has a dielectric constant of ≤50; b) the dispersion is a stable dispersion having a viscosity of ≤50 cP; and c) the particulate material is present in an amount of ≥10% by weight based on the total weight of the dispersion, and wherein i) the particulate material is a modified pigment comprising a pigment having attached at least one anionic or anionizable group and the dispersant comprises at least one cationic or cationizable group; ii) the particulate material is a modified pigment comprising a pigment having attached at least one cationic or cationizable group and the dispersant comprises at least one anionic or anionizable group; or iii) the particulate material is a modified pigment comprising a pigment having attached at least one anionic or anionizable group and the dispersant comprises at least one anionic or anionizable group. i) the particulate material is a modified pigment comprising a pigment having attached at least one anionic or anionizable group and the dispersant comprises at least one cationic or cationizable group; ii) the particulate material is a modified pigment comprising a pigment having attached at least one cationic or cationizable group and the dispersant comprises at least one anionic or anionizable group; or iii) the particulate material is a modified pigment comprising a pigment having attached at least one anionic or anionizable group and the dispersant comprises at least one anionic or anionizable group.
An oil compensation system, in particular for a compressor of a refrigerating machine, comprising a control unit; a switching apparatus (18, 30) controlled by the control unit for actuating an actuator of an oil compensation valve; and a common power supply for the control unit and the actuator that provides a supply voltage, wherein the control unit is adapted for operation at a system voltage and the actuator is adapted for the supply voltage, characterized in that a converter unit is provided which selectively converts the supply voltage into a system voltage which is different from or the same as the supply voltage; and in that the converter unit and the switching apparatus (18, 30) are arranged in a common housing which is a plug housing attached to a supply cable. a control unit; a switching apparatus (18, 30) controlled by the control unit for actuating an actuator of an oil compensation valve; and a common power supply for the control unit and the actuator that provides a supply voltage, wherein the control unit is adapted for operation at a system voltage and the actuator is adapted for the supply voltage, characterized in that a converter unit is provided which selectively converts the supply voltage into a system voltage which is different from or the same as the supply voltage; and in that the converter unit and the switching apparatus (18, 30) are arranged in a common housing which is a plug housing attached to a supply cable.
A method for burning material, such as carbonate rocks, in a parallel-flow regenerative shaft kiln having two shafts which are operated alternately as a burning shaft and as a regenerative shaft and are connected to one another by means of a connecting channel, wherein the material flows through a material inlet into a preheating zone for preheating the material, a burning zone for burning the material and a cooling zone for cooling the material to a material outlet, wherein a cocurrent burning zone is formed in the shaft operated as a burning shaft, wherein a cooling gas is admitted into the cooling zone, wherein exhaust gas is discharged from one of the shafts via an exhaust gas outlet arranged inside or above the preheating zone and characterized in that the exhaust gas discharged from the shaft via the exhaust gas outlet is at least partially introduced into at least one of the shafts. wherein a cooling gas is admitted into the cooling zone, wherein exhaust gas is discharged from one of the shafts via an exhaust gas outlet arranged inside or above the preheating zone and characterized in that the exhaust gas discharged from the shaft via the exhaust gas outlet is at least partially introduced into at least one of the shafts.
A thermoplastic resin composition comprising a matrix phase and a dispersed phase, wherein the matrix phase comprises: at least one polyamide resin having a melting point of from 170 to 210°C, at least one polyamide resin having a melting point of from 210 to 265°C, and at least one ethylene-vinyl alcohol copolymer, the dispersed phase comprises at least one acid-modified elastomer, the amount of acid-modified elastomer is from 100 to 240 parts by weight with respect to 100 parts by weight of the total amount of polyamide resins and and ethylene-vinyl alcohol copolymer, the amount of polyamide resin is from 20 to 40 wt% based on the total weight of polyamide resin, polyamide resin and ethylene-vinyl alcohol copolymer, and the total amount of polyamide resin and polyamide resin is from 35 to 70 wt% based on the total weight of polyamide resins, polyamide resin and ethylene-vinyl alcohol copolymer. at least one polyamide resin having a melting point of from 170 to 210°C, at least one polyamide resin having a melting point of from 210 to 265°C, and at least one ethylene-vinyl alcohol copolymer,
An instant correction method for an encoder, comprising: sensing motion of a device under test to obtain a first wave signal and a second wave signal, wherein a phase difference between the first wave signal and the second wave signal is 90 degrees; sampling the first wave signal and the second wave signal to generate N first digital signal values and N second digital signal values; generating N positioning positions according to the N first digital signal values and the N second digital signal values; adding the N positioning positions to a calculation group; performing a regression analysis of the positioning positions in the calculation group to obtain a regression curve; predicting (N+1)-th prediction position using the regression curve; and determining an ideal position of the device under test at a time point of the (N+1)-th prediction position according to an ideal position curve and applying an error value between the (N+1)-th prediction position and the ideal position to generate a driving signal, so as to correct the device under test. sensing motion of a device under test to obtain a first wave signal and a second wave signal, wherein a phase difference between the first wave signal and the second wave signal is 90 degrees; sampling the first wave signal and the second wave signal to generate N first digital signal values and N second digital signal values; generating N positioning positions according to the N first digital signal values and the N second digital signal values; adding the N positioning positions to a calculation group; performing a regression analysis of the positioning positions in the calculation group to obtain a regression curve; predicting (N+1)-th prediction position using the regression curve; and determining an ideal position of the device under test at a time point of the (N+1)-th prediction position according to an ideal position curve and applying an error value between the (N+1)-th prediction position and the ideal position to generate a driving signal, so as to correct the device under test.
A method for receiving broadcast signals, the method comprising; receiving at least two broadcast signals and demodulating the received broadcast signals by Orthogonal Frequency Division Multiplexing, OFDM, method; frequency de-interleaving each of the demodulated broadcast signals by a pair of consecutive cells in each of the demodulated broadcast signals; parsing at least two signal frames from each of the frequency de-interleaved broadcast signals, to output data of Physical Layer Pipes, PLPs, wherein the signal frame includes a preamble and data symbols, wherein the data symbols include the data of the PLPs; decoding signaling information for signaling the data of the PLPs, by MISO, Multi-Input Single-Output, processing the signaling information; and decoding the data of the PLPs, wherein the decoding the data of the PLPs comprises; time de-interleaving data of at least one of the PLPs, cell de-interleaving the time de-interleaved data of the at least one of the PLPs, Multi-Input Multi-Output, MIMO, processing the cell de-interleaved data of the at least one of the PLPs, to output two output signals, and Quadrature Amplitude Modulation, QAM, de-mapping the two output signals; wherein the decoding the data of the PLPs further includes MISO processing data of the other PLPs.
A wing locking system for a harvesting header comprising: an accumulator; a fluid cylinder configured to be operably attached to a wing of the harvesting header; a hose fluidly connecting the accumulator and the fluid cylinder; and a valve operably disposed between the accumulator and the fluid cylinder, the valve having a first selectable position configured to permit a first fluid flow rate between the accumulator and the fluid cylinder and a second selectable position, characterized in that the valve is in the second position configured to permit a second fluid flow rate from the accumulator to the fluid cylinder; the first fluid flow rate being greater than the second fluid flow rate; that the second selectable position of the valve permits fluid flow from the accumulator to the fluid cylinder through an orificed check valve, that when the valve is in the second selectable position, the flow of fluid into the fluid cylinder is configured to constrain an upward pivot angle of the wing and that the valve is configured to be in the second selectable position when the harvesting header encounters a negative loading condition. an accumulator; a fluid cylinder configured to be operably attached to a wing of the harvesting header; a hose fluidly connecting the accumulator and the fluid cylinder; and a valve operably disposed between the accumulator and the fluid cylinder, the valve having a first selectable position configured to permit a first fluid flow rate between the accumulator and the fluid cylinder and a second selectable position, characterized in that the valve is in the second position configured to permit a second fluid flow rate from the accumulator to the fluid cylinder; the first fluid flow rate being greater than the second fluid flow rate; that the second selectable position of the valve permits fluid flow from the accumulator to the fluid cylinder through an orificed check valve, that when the valve is in the second selectable position, the flow of fluid into the fluid cylinder is configured to constrain an upward pivot angle of the wing and that the valve is configured to be in the second selectable position when the harvesting header encounters a negative loading condition.