mhurhangee/ep-ind-claims huggingface dataset:
Spring-damper system for use in bearings or as a damper, having a spring-damper device which has springing and damping properties; and a coupling device (20, 30, 40) which can be coupled to a load and to a supporting device at a bearing or damping point or which can be coupled to the load and the supporting device at a plurality of bearing or damping points, in order to mount the load in such a way that it can vibrate on the supporting device, and which is designed to transmit a load input, generated by the load, substantially without loss to the spring-damper device and to absorb a reaction thereto by the spring-damper device and to feed said reaction back to the load in order to counteract the load input in a vibration-damping fashion, characterized in that the coupling device (20, 30, 40) comprises a first fluidic lifting cylinder which is arranged at the bearing or damping point, and a second fluidic lifting cylinder, wherein the lifting cylinders (20, 40) are movably coupled via a first fluid line, wherein the second lifting cylinder is arranged at the spring-damper device and is coupled thereto such that the second lifting cylinder and the spring-damper device are operatively connected, wherein the spring-damper device is arranged spatially separate from the bearing or damping point such that it is arranged outside an intermediate space formed between the load and the supporting device.
Apparatus comprising a pump which is driven by a wet-rotor motor and has a casing which comprises a bushing arrangement for supplying power to the wet-rotor motor, wherein the bushing arrangement has a line element and an integrally formed insulating body and comprises a holding element, characterized in that the bushing arrangement comprises at least one force-transmitting element which is arranged between the holding element and the casing and on which the holding element, which is secured to the casing by fastening elements, exerts a force which the force-transmitting element transmits to the casing and/or the insulating body, wherein the force-transmitting element is fully integrated in the insulating body and, for the purpose of forming a mechanical reinforcement, consists of a high-strength fibre material which is embedded in a matrix.
A method of manufacturing a fibrous web, the method comprising the steps of a) preparing furnish of at least one thick stock component and filtrate, b) preparing foamed furnish by mixing surfactant and gas to the furnish, c) introducing the foamed furnish to a headbox of a fiber web machine, and d) laying the foamed furnish on a wire or between wires of a wire section of a fiber web machine for forming a web, characterized by, in step b), preparing the foamed furnish by injecting the gas by means of an injection liquid to the furnish. a) preparing furnish of at least one thick stock component and filtrate, b) preparing foamed furnish by mixing surfactant and gas to the furnish, c) introducing the foamed furnish to a headbox of a fiber web machine, and d) laying the foamed furnish on a wire or between wires of a wire section of a fiber web machine for forming a web,
Conveyor device for conveying rod-shaped products (3a, 3b) of the tobacco processing industry comprising - a longitudinal conveyor comprising revolving arms on which at least two parallel-aligned receptacles (9, 12) are provided for receiving two or more products (3a, 3b) at a time conveyed along the longitudinal axis on parallel paths, and for handing the products (3a, 3b) over to receptacles (20, 23) of a rotating transverse conveyor which transversely discharges the products (3a, 3b), wherein - a group of first receptacles of the transverse conveyor are each located on pivotable lever arms performing a pivot motion controlled by a control device, wherein - the motion of the pivotable lever arms is controlled in such a way that the pivotable lever arms, for taking over the products, together with the first receptacles plunge into an envelope curve which is limited by the paths of motion (5, 6) of two adjacent receptacles (9, 12) of an arm of the longitudinal conveyor, wherein the envelope curve and the path of motion (10, 11, 11a, 11b, 11c) of the pivotable lever arms overlap in an overlapping section, characterized in that - the motion of the pivotable lever arms is controlled in such a way that the pivotable lever arms together with the first receptacles are moved radially from the outside into the overlapping section and are moved back out of the overlapping section without crossing one of the paths of motion (5, 6) of the receptacles (9, 12) of the arms of the longitudinal conveyor. - a longitudinal conveyor comprising revolving arms on which at least two parallel-aligned receptacles (9, 12) are provided for receiving two or more products (3a, 3b) at a time conveyed along the longitudinal axis on parallel paths, and for handing the products (3a, 3b) over to receptacles (20, 23) of a rotating transverse conveyor which transversely discharges the products (3a, 3b), wherein - a group of first receptacles of the transverse conveyor are each located on pivotable lever arms performing a pivot motion controlled by a control device, wherein - the motion of the pivotable lever arms is controlled in such a way that the pivotable lever arms, for taking over the products, together with the first receptacles plunge into an envelope curve which is limited by the paths of motion (5, 6) of two adjacent receptacles (9, 12) of an arm of the longitudinal conveyor, wherein the envelope curve and the path of motion (10, 11, 11a, 11b, 11c) of the pivotable lever arms overlap in an overlapping section, - the motion of the pivotable lever arms is controlled in such a way that the pivotable lever arms together with the first receptacles are moved radially from the outside into the overlapping section and are moved back out of the overlapping section without crossing one of the paths of motion (5, 6) of the receptacles (9, 12) of the arms of the longitudinal conveyor.
A method of forming a superabsorbent polymer product including a bioactive, growth-promoting additive for use in agricultural applications, comprising: combining a grafting reagent and a starch such that the grafting reagent graft polymerizes onto the starch to form a mixture including starch graft copolymers, the starch graft copolymers forming a starch matrix; isolating the starch graft copolymers by extruding the starch graft copolymers into granules, wherein the granules include the starch graft copolymers and are sized between 2.36 mm (8 mesh) and 0.71 mm (25 mesh) for use in agricultural applications; and adding the bioactive, growth-promoting additive such that at least some of the bioactive, growth-promoting additive is entrapped by the starch matrix; wherein addition of the bioactive, growth-promoting additive occurs while combining the grafting reagent and the starch to form the starch graft copolymers, or while isolating the starch graft copolymers. combining a grafting reagent and a starch such that the grafting reagent graft polymerizes onto the starch to form a mixture including starch graft copolymers, the starch graft copolymers forming a starch matrix; isolating the starch graft copolymers by extruding the starch graft copolymers into granules, wherein the granules include the starch graft copolymers and are sized between 2.36 mm (8 mesh) and 0.71 mm (25 mesh) for use in agricultural applications; and adding the bioactive, growth-promoting additive such that at least some of the bioactive, growth-promoting additive is entrapped by the starch matrix; wherein addition of the bioactive, growth-promoting additive occurs while combining the grafting reagent and the starch to form the starch graft copolymers, or while isolating the starch graft copolymers.
A computer-implemented method for determining the presence of a spectral target component in a sample spectrum of a mixture of components, said method comprising: performing a regression that includes a target spectrum and the spectra (K') of one or more known other components, present in the sample spectrum of the mixture, the target spectrum being the spectrum of the target component, so that S = T ∗ c 0 + K' ∗ c' + R, where c 0 is a scalar coefficient, c' is a matrix of coefficients, and R is a residual calculating an extracted spectrum E = S - K' ∗ c', where said extracted spectrum is the residual in the case where c 0 is set to zero; and comparing said extracted spectrum to said target spectrum using a comparison metric to determine the presence of the target component. performing a regression that includes a target spectrum and the spectra (K') of one or more known other components, present in the sample spectrum of the mixture, the target spectrum being the spectrum of the target component, so that S = T ∗ c 0 + K' ∗ c' + R, where c 0 is a scalar coefficient, c' is a matrix of coefficients, and R is a residual calculating an extracted spectrum E = S - K' ∗ c', where said extracted spectrum is the residual in the case where c 0 is set to zero; and comparing said extracted spectrum to said target spectrum using a comparison metric to determine the presence of the target component.
LED module, having - a LED circuit board with a planar surface area, - at least one LED for the generation of a light, wherein the at least one LED is arranged on the planar surface area of the LED circuit board, - a contact protection element for protection against a contact of the planar surface area of the LED circuit board or the at least one LED, wherein the contact protection element has a planar surface area, which is arranged oriented parallel to the planar surface area of the LED circuit board, wherein the contact protection element furthermore has at least one light-influencing area for optically influencing the light, which is designed protruding from the planar surface area of the contact protection element, wherein the contact protection element furthermore has at least one pin-shaped retaining element, which extends sticking out on a side of the contact protection element, which is opposite the at least one light-influencing area and which is arranged projecting through at least one correspondingly shaped opening of the LED circuit board, characterized in that on the correspondingly opposite side of the LED circuit board a blocking ring is fixed on or to the retaining element and that the contact protection element is an injection-molded part. - a LED circuit board with a planar surface area, - at least one LED for the generation of a light, - a contact protection element for protection against a contact of the planar surface area of the LED circuit board or the at least one LED,
A control device for controlling a conveyance robot, the control device comprising: a master communication unit configured to perform wireless communication with the conveyance robot; a communication quality determination unit configured to determine quality of the wireless communication based on a communication state of a telegram generated by the conveyance robot, which is received by the master communication unit; the control device further comprising: an instruction state determination unit configured to determine an instruction state regarding whether to transmit an instruction for controlling the conveyance robot depending on the quality of the wireless communication, characterized in that the instruction state comprises: a first state that permits transmission of a command to the conveyance robot; a second state that stands by for transmission of the command to the conveyance robot; and a third state that reassigns and transmits the command transmitted to the conveyance robot to another conveyance robot. a master communication unit configured to perform wireless communication with the conveyance robot; a communication quality determination unit configured to determine quality of the wireless communication based on a communication state of a telegram generated by the conveyance robot, which is received by the master communication unit; the control device further comprising: an instruction state determination unit configured to determine an instruction state regarding whether to transmit an instruction for controlling the conveyance robot depending on the quality of the wireless communication, characterized in that the instruction state comprises: a first state that permits transmission of a command to the conveyance robot; a second state that stands by for transmission of the command to the conveyance robot; and a third state that reassigns and transmits the command transmitted to the conveyance robot to another conveyance robot. an instruction state determination unit configured to determine an instruction state regarding whether to transmit an instruction for controlling the conveyance robot depending on the quality of the wireless communication, characterized in that the instruction state comprises: a first state that permits transmission of a command to the conveyance robot; a second state that stands by for transmission of the command to the conveyance robot; and a third state that reassigns and transmits the command transmitted to the conveyance robot to another conveyance robot. a first state that permits transmission of a command to the conveyance robot; a second state that stands by for transmission of the command to the conveyance robot; and a third state that reassigns and transmits the command transmitted to the conveyance robot to another conveyance robot.
A humanized antibody that inhibits binding of MCAM to laminin-α4 comprising: (a) a mature heavy chain variable region comprising three Kabat CDRs of SEQ ID NOs: 66-68 respectively, and being at least 97% identical to SEQ ID NO: 156; and (b) a mature light chain variable region comprising three Kabat CDRs of SEQ ID NOs: 61-63 respectively, and being at least 97% identical to SEQ ID NO: 160. (a) a mature heavy chain variable region comprising three Kabat CDRs of SEQ ID NOs: 66-68 respectively, and being at least 97% identical to SEQ ID NO: 156; and (b) a mature light chain variable region comprising three Kabat CDRs of SEQ ID NOs: 61-63 respectively, and being at least 97% identical to SEQ ID NO: 160.
An article of footwear having an upper and a sole structure secured to the upper, the upper comprising: a knit element formed from at least one yarn and extending from a throat area to a heel region of the upper; an inlaid strand extending through the knit element, the inlaid strand including a first section extending from the throat area to a rear portion of the heel region and a second section extending from the throat area to a lower area of the upper that is adjacent to the sole structure, the first section being separate from the second section; the inlaid strand forming at least one loop in the throat area; and a lace extending through the at least one loop, wherein the at least one yarn is manipulated to form a plurality of intermeshed loops, characterized in that the inlaid strand extends through the intermeshed loops of the knit element, and wherein the knit element and the tensile strand extend from the throat area on a first side continuously around the heel region to a second side, the first side being opposite the second side. a knit element formed from at least one yarn and extending from a throat area to a heel region of the upper; an inlaid strand extending through the knit element, the inlaid strand including a first section extending from the throat area to a rear portion of the heel region and a second section extending from the throat area to a lower area of the upper that is adjacent to the sole structure, the first section being separate from the second section; the inlaid strand forming at least one loop in the throat area; and a lace extending through the at least one loop, wherein the at least one yarn is manipulated to form a plurality of intermeshed loops, characterized in that the inlaid strand extends through the intermeshed loops of the knit element, and wherein the knit element and the tensile strand extend from the throat area on a first side continuously around the heel region to a second side, the first side being opposite the second side.
A computer-implemented method for increasing similarity between a base seismic survey and a monitor seismic survey of a same surveyed subsurface during a 4-dimensional project, the method comprising: receiving first seismic data associated with the base seismic survey; receiving second seismic data associated with the monitor seismic survey, wherein the monitor seismic survey is performed later in time than the base seismic survey; migrating the first and second seismic data to an image-domain; and calculating, with a processor, a set of decimating weights based on the migrated first and second seismic data in the image-domain, to maximize a similarity between the first seismic data and the second seismic data. receiving first seismic data associated with the base seismic survey; receiving second seismic data associated with the monitor seismic survey, wherein the monitor seismic survey is performed later in time than the base seismic survey; migrating the first and second seismic data to an image-domain; and calculating, with a processor, a set of decimating weights based on the migrated first and second seismic data in the image-domain, to maximize a similarity between the first seismic data and the second seismic data.
Packaging obtained by folding a precut blank taken from a sheet of material, the packaging being of the type in which: - the package comprises a shell having at least three main panels (21, 22, 23, 24) hinged in succession one to another about parallel longitudinal fold lines (31, 32, 33, 34), the shell being closed in a loop so that the main panels (21, 22, 23, 24) define a closed outline about an inside space of the package in a transverse plane perpendicular to the longitudinal direction of the longitudinal fold line; - the package including an opening device arranged in at least one of the main panels (21, 22, 23, 24), the opening device including, in a front main panel, at least one front cut that extends over the entire transverse extent of the front main panel and that leads at each of its transverse ends into a respective one of two opposite detachable lateral portions (52, 54), each defined by a partially cut edge (62, 64) in a respective one of the two main panels (22, 24) adjacent to the front main panel; the package being characterized in that the shell presents at least one first flap formed in at least a portion of the front main panel having a transverse edge that is formed by the front cut and having two lateral edges (72, 73) that are formed by two first auxiliary cuts that extend over a longitudinal extent and each of which leads at a distal end into the front cut or into the edge (62, 64) of one of the opposite detachable lateral portions (52, 54). - the package comprises a shell having at least three main panels (21, 22, 23, 24) hinged in succession one to another about parallel longitudinal fold lines (31, 32, 33, 34), the shell being closed in a loop so that the main panels (21, 22, 23, 24) define a closed outline about an inside space of the package in a transverse plane perpendicular to the longitudinal direction of the longitudinal fold line; - the package including an opening device arranged in at least one of the main panels (21, 22, 23, 24), the opening device including, in a front main panel, at least one front cut that extends over the entire transverse extent of the front main panel and that leads at each of its transverse ends into a respective one of two opposite detachable lateral portions (52, 54), each defined by a partially cut edge (62, 64) in a respective one of the two main panels (22, 24) adjacent to the front main panel;
A fiber optic plug comprising: a fiber optic connector comprising a connector housing and a plug ferrule at least partially disposed within the connector housing and capable of being mounted upon an end portion of at least one optical fiber, wherein the fiber optic connector is an SC connector; and a plug body extending lengthwise between a first end and a second end the plug body comprising an internal passageway so that the plug body may be slid upon a fiber optic cable and the plug body having a shroud proximate the first end thereof, wherein the first end is opposed from the second end, the shroud being adjacent a shaft (52, 54) of the plug body and defining at least one opening that extends lengthwise from at least a medial portion of the shroud to the first end of the plug body, the shroud extending from a cylindrical portion of the shaft (52,54) to the first end, and wherein the shroud is cylindrical; and wherein the plug body also includes a collar disposed upon the shaft (54, 52) such that travel of the collar in the lengthwise direction is limited even though rotation of the collar about a longitudinal axis defined by the shaft (52, 54) is permitted, the shroud being larger than the shaft such that a shoulder is defined between the shaft and the shroud, whereby forward movement of the collar relative to the shaft is limited; wherein the fiber optic connector is disposed within the plug body the fiber optic plug being characterised in that the plug ferrule is exposed and accessible within the shroud via the first end of the plug body and the at least one opening of the shroud. a fiber optic connector comprising a connector housing and a plug ferrule at least partially disposed within the connector housing and capable of being mounted upon an end portion of at least one optical fiber, wherein the fiber optic connector is an SC connector; and a plug body extending lengthwise between a first end and a second end the plug body comprising an internal passageway so that the plug body may be slid upon a fiber optic cable and the plug body having a shroud proximate the first end thereof, wherein the first end is opposed from the second end, the shroud being adjacent a shaft (52, 54) of the plug body and defining at least one opening that extends lengthwise from at least a medial portion of the shroud to the first end of the plug body, the shroud extending from a cylindrical portion of the shaft (52,54) to the first end, and wherein the shroud is cylindrical; and wherein the plug body also includes a collar disposed upon the shaft (54, 52) such that travel of the collar in the lengthwise direction is limited even though rotation of the collar about a longitudinal axis defined by the shaft (52, 54) is permitted, the shroud being larger than the shaft such that a shoulder is defined between the shaft and the shroud, whereby forward movement of the collar relative to the shaft is limited; wherein the fiber optic connector is disposed within the plug body the fiber optic plug being characterised in that the plug ferrule is exposed and accessible within the shroud via the first end of the plug body and the at least one opening of the shroud.