mhurhangee/ep-ind-claims huggingface dataset:
A RF activatable polymer blend comprising: from 45 to 60 wt% of a base polymer comprising: i. from 25 to 45 wt% of 2-ethyl hexyl acrylate; ii. from 45 to 75 wt% of methyl methacrylate; iii. from 1 to 5 wt% of methacrylic acid; and iv. from 0.1 to 3 wt% of acrylic acid; wherein the wt% of i. to iv. add to 100 wt%; from 15 to 40 wt% of a polyethylene glycol plasticizer having a molecular weight of 100-1500 Daltons, wherein the molecular weight is determined by gel permeation chromatography; and from 15 to 25 wt% of an aqueous tackifier dispersion. from 45 to 60 wt% of a base polymer comprising: i. from 25 to 45 wt% of 2-ethyl hexyl acrylate; ii. from 45 to 75 wt% of methyl methacrylate; iii. from 1 to 5 wt% of methacrylic acid; and iv. from 0.1 to 3 wt% of acrylic acid; i. from 25 to 45 wt% of 2-ethyl hexyl acrylate; ii. from 45 to 75 wt% of methyl methacrylate; iii. from 1 to 5 wt% of methacrylic acid; and iv. from 0.1 to 3 wt% of acrylic acid; wherein the wt% of i. to iv. add to 100 wt%; from 15 to 40 wt% of a polyethylene glycol plasticizer having a molecular weight of 100-1500 Daltons, wherein the molecular weight is determined by gel permeation chromatography; and from 15 to 25 wt% of an aqueous tackifier dispersion.
Roller bearing hub comprising a structural shaft to which is over-moulded a composite core made from a base of at least one polymer resin, said core having a flange and a nozzle which are arranged respectively around and in a bore of said shaft, said hub being characterised in that the bore has at least one recess which extends circumferentially over its peripheral wall by forming two radial supports (12a, 12b), the nozzle having an additional protrusion which is over-moulded in said recess to ensure an anchorage of said nozzle in said bore.
Cleaning device for a ground with a non-closed surface like an artificial turf, for example, the cleaning device comprising: - a plurality of single nozzles, wherein the spray jets of the single nozzles are oriented from opposite directions into a common impact zone on the ground, - a suction device above the impact zone for suction extracting of liquid splashing upwards and dirt particles entrained from the ground or off the ground, wherein - the suction device has an elongate suction slot which is formed essentially by the lower edges of two opposite suction frames, - the suction slot is variable in height relative to the impact zone and/or - the suction slot has a variable width, characterized by two nozzle tubes which are provided on the cleaning device, - wherein each of the plurality of single nozzles are disposed on a respective nozzle tube for generating juxtaposed spray jets per nozzle tube, - wherein the suction frames are capable of linear movement and displacement, respectively, such that both suction frames are movable simultaneously towards a common line or away from said line, wherein said common line extends in parallel to the lower edge of the two suction frames and in parallel to the ground. - a plurality of single nozzles, wherein the spray jets of the single nozzles are oriented from opposite directions into a common impact zone on the ground, - a suction device above the impact zone for suction extracting of liquid splashing upwards and dirt particles entrained from the ground or off the ground, wherein - the suction device has an elongate suction slot which is formed essentially by the lower edges of two opposite suction frames, - the suction slot is variable in height relative to the impact zone and/or - the suction slot has a variable width, characterized by two nozzle tubes which are provided on the cleaning device, - wherein each of the plurality of single nozzles are disposed on a respective nozzle tube for generating juxtaposed spray jets per nozzle tube, - wherein the suction frames are capable of linear movement and displacement, respectively, such that both suction frames are movable simultaneously towards a common line or away from said line, wherein said common line extends in parallel to the lower edge of the two suction frames and in parallel to the ground.
Support device for a casement, pivotable relative to a frame, of a closed window, a French door or the like, with a stop bracket, with a basic element of the stop bracket for mounting on the frame or the casement and a stop element, mounted on the basic element, of the stop bracket for supporting the opposite component of the casement or the frame, wherein the stop element has a tilting bearing on the basic element and a support path, wherein the support path has a design elevated from the stop element and is in a first position tilted and in a second position essentially arranged parallel to the basic element, characterized in that the support path glides, during the movement of the casement relative to the frame, over a glide path of a counter element mounted on a component of the frame or the casement opposite the stop element until the counter element engages behind the stop element and in that the stop element has a stopper for supporting in the second position relative to the basic element so that a part of the load of the casement is supported by the stopper.
System for manufacturing a three-dimensional object by solidifying, in particular in layers or continuously, a material that is solidifiable under the effect of radiation, which system comprises a container for receiving the solidifiable material, in which container the solidifiable material is solidifiable in layers or continuously by the effect of radiation for manufacturing the three-dimensional object, wherein the container comprises a container base and a peripheral container wall projecting from the container base, wherein the container base and the container wall delimit a material receiving space for receiving the solidifiable material, wherein the container defines a container inner space surrounded by a container shroud, wherein the container inner space comprises the material receiving space, wherein the container shroud is closed and wherein the container shroud comprises a support element, which defines a holding surface for holding the three-dimensional object formed from the solidifiable material, wherein the container has an interface device arranged on the container shroud for introducing the solidifiable material through the container shroud into the container inner space and wherein the interface device is arranged or formed at a distance from the container base, characterized in that the interface device comprises a membrane, in particular pierceable, and/or a threaded portion or a bayonet connection for releasably connecting to a corresponding material container interface device of a material container filled with solidifiable material.
A continuously operating centrifuge for centrifuging sugar massecuites a) comprising a conically upwardly flaring sieve basket which rotates about a vertical axis, b) comprising a downwardly flaring product distributor which extends down to the bottom region of the sieve basket, is substantially coaxial with the sieve basket, forms a discharge rim at the bottom thereof and rotates about the same vertical axis as the sieve basket, c) comprising a distributor pot which is disposed within and in the upper region of the product distributor and serves as a feeding device for the sugar massecuites in the axial region of the centrifuge, d) comprising a division of the peripheral wall of the product distributor into a plurality of ring elements (41, 42, 43) which overlap in the direction of the axis and the inside diameters whereof differ from each other, e) comprising a conically downwardly flaring bell which surrounds the product distributor, characterized, in that a device (61, 62) having air directing elements consisting of horizontally disposed metal sheets with planar surfaces is provided between at least two of the ring elements (41, 42, 43) of the product distributor, and in that a multiplicity of sheet metal surface areas issue upwardly from these surfaces in wing-like or blade-like manner. a) comprising a conically upwardly flaring sieve basket which rotates about a vertical axis, b) comprising a downwardly flaring product distributor which extends down to the bottom region of the sieve basket, is substantially coaxial with the sieve basket, forms a discharge rim at the bottom thereof and rotates about the same vertical axis as the sieve basket, c) comprising a distributor pot which is disposed within and in the upper region of the product distributor and serves as a feeding device for the sugar massecuites in the axial region of the centrifuge, d) comprising a division of the peripheral wall of the product distributor into a plurality of ring elements (41, 42, 43) which overlap in the direction of the axis and the inside diameters whereof differ from each other, e) comprising a conically downwardly flaring bell which surrounds the product distributor,
A laser imageable media comprising a substrate, an infrared absorbing layer comprising an infrared absorbing compound that exhibits a reduction in infrared absorption in the 700 to 1000 nm wavelength region upon exposure to laser imaging radiation, said compound comprising an aminium radical cation compound, and a polymeric layer overlying said infrared absorbing layer, wherein said polymeric layer comprises an organic polymer, and wherein both a vesicular image and an infrared image are formed in said media upon exposure to laser imaging radiation.
Badminton shuttle launching machine comprising a pneumatic accelerating device (11, 12, 14), a pneumatic conveying system and a shuttle separating device with at least one shuttle plucker (4, 5, 6) for shuttle separation wherein the shuttle plucker (4, 5, 6) has a hinge that includes a drive-side first hinge part and a second hinge part wherein the second hinge part has a gripping surface for griping the head of a badminton shuttle and being resiliently mounted relative to the first hinge part.
Key module comprising: - an actuation element comprising a cam nose, wherein the actuation element is supported to be movable along a movement axis in a housing element (130, 110); - a contactor unit with a contact nose movable in the direction of the movement axis and transverse to the direction of the movement axis; - a contact element formed and arranged for establishing electric contact with the contact nose; and - the housing element (130, 110) formed to accommodate the contact element, the contactor unit and the actuation element, characterized in that the cam nose comprises at least one constructive element formed to deflect the contact nose from a rest position adjacent to the contact element in the direction along and transverse to the movement axis upon a defined movement of the actuation element and then abruptly release it so that the movable contact nose returns to the rest position and strikes the contact element and the housing element (130, 110), wherein electric contact with the contact element is established and acoustic noise is produced. - an actuation element comprising a cam nose, wherein the actuation element is supported to be movable along a movement axis in a housing element (130, 110); - a contactor unit with a contact nose movable in the direction of the movement axis and transverse to the direction of the movement axis; - a contact element formed and arranged for establishing electric contact with the contact nose; and - the housing element (130, 110) formed to accommodate the contact element, the contactor unit and the actuation element,
A computer-implemented method of locating desired data in a database using a nearly-ordered map table, said method sequentially comprising: dividing data in the database into a plurality of extents; generating nearly ordered map statistics of data contained in each extent, wherein the nearly ordered map statistics comprise one or more ranges of data contained by the respective extent, wherein each of the ranges consists of a minimum and maximum value of one attribute of the data within the respective extent, by gathering, for all extents, the minimum and maximum value of the attribute from the data within the respective extent, annotating each extent with the nearly ordered map statistics of the data contained in the respective extent, wherein the ranges of data associated with the extents are stored in the nearly ordered map table; selecting one or more extents for which the associated ranges of data overlap at least partially with a data range of the desired data, based on the minimum and maximum values of the ranges of data stored in the nearly ordered map table, by consulting the nearly ordered map table to determine a subset of extents that could hold the desired data; and searching the selected one or more extents to locate the desired data. dividing data in the database into a plurality of extents; generating nearly ordered map statistics of data contained in each extent, wherein the nearly ordered map statistics comprise one or more ranges of data contained by the respective extent, wherein each of the ranges consists of a minimum and maximum value of one attribute of the data within the respective extent, by gathering, for all extents, the minimum and maximum value of the attribute from the data within the respective extent, annotating each extent with the nearly ordered map statistics of the data contained in the respective extent,
Terminal apparatus of a ventilation duct via which terminal apparatus the incoming air is directed into a room space, and in which terminal apparatus the flow aperture leading into the room space is adjustable in height, and for which adjustment the terminal apparatus comprises an actuator, such as an electric motor, characterized in that two alternative functions are integrated into the terminal apparatus, in the first function of which the terminal apparatus maintains a constant throw length, and in the second function a constant air volume, in that these functions can be selected with a switch connected to the actuator, and in that a pressure difference sensor and control loop are integrated into the actuator.
A method for determining an azimuth angle of a wind power installation comprising a wind measuring device, with the steps of - attaching at least two GNSS receivers on a nacelle of the wind power installation, - comparing the reception signals of the GNSS receivers, - deriving the azimuth angle from the comparison result; - characterized in that the at least two GNSS receivers are attached to a wind measuring supporting frame or the wind measuring device, by means of a holder, and - the holder is configured to releasably accommodate an orienting apparatus for the orientation of the wind measuring device. - attaching at least two GNSS receivers on a nacelle of the wind power installation, - comparing the reception signals of the GNSS receivers, - deriving the azimuth angle from the comparison result; - characterized in that the at least two GNSS receivers are attached to a wind measuring supporting frame or the wind measuring device, by means of a holder, and - the holder is configured to releasably accommodate an orienting apparatus for the orientation of the wind measuring device.
Measuring device for determining a depth of focus of an optical structure, comprising a device body with a measurement axis, wherein the device body is designed such that it can be placed stably in a measurement position on a support plane of the optical structure in such a way such that the measurement axis of the device body coincides with an optical axis of the optical structure, and wherein the device body has a measurement scale applied along a scale line such that the scale line forms a scale angle φ greater than 0° and less than 90° with the direction of the measurement axis and the measurement scale is optically detectable through the optical structure in the measurement position of the device body for determining the depth of focus, wherein the device body comprises an optically transparent block, inside which the measurement scale is formed, the optically transparent block is formed as a prism and/or is designed as a specimen slide, the scale line runs along a straight line which, with a normal direction to a base surface of the transparent block, encloses the scale angle φ, characterized in that the measurement scale, at an optical refractive index n of the optically transparent block, marks periodic intervals d along the scale line according to d = n 10 − m L / cos φ with an integer m as decimal multiples of a standardized unit of length L, wherein the unit of length is 1 meter according to the international system of units SI. wherein the device body has a measurement scale applied along a scale line such that the scale line forms a scale angle φ greater than 0° and less than 90° with the direction of the measurement axis and the measurement scale is optically detectable through the optical structure in the measurement position of the device body for determining the depth of focus, wherein the device body comprises an optically transparent block, inside which the measurement scale is formed, the optically transparent block is formed as a prism and/or is designed as a specimen slide, the scale line runs along a straight line which, with a normal direction to a base surface of the transparent block, encloses the scale angle φ, characterized in that the measurement scale, at an optical refractive index n of the optically transparent block, marks periodic intervals d along the scale line according to d = n 10 − m L / cos φ with an integer m as decimal multiples of a standardized unit of length L, wherein the unit of length is 1 meter according to the international system of units SI.
A sensing system that detects touch, comprising: - at least an intermediate layer; - at least an upper layer located on the intermediate layer; - at least one light source located under the intermediate layer; - at least one image sensor located under the intermediate layer; - at least a first fiber optic bundle which comprises a plurality of fiber optic cables positioned such that a tips of which is facing to the light source and other tips of which is facing to the said intermediate layer, and which transmits the light obtained from the light source to the upper layer located on the intermediate layer; - at least a second fiber optic bundle which comprises a plurality of fiber optic cables, a tips of which is paired with at least one pixel of the image sensor and other tips of which is positioned facing to the said intermediate layer, and which transmits the image of the upper layer located on the intermediate layer to the image sensor; - at least one control unit which analyzes the image captured by the image sensor using image processing techniques so as to calculate a force applied on the intermediate layer; and - at least a data link for data communication between the image sensor and the control unit characterized in that the said upper layer comprises a phosphor and/or any other material that stores a part of the light in itself but proceeds to emit light when the light coming from the light source is cut off. - at least an intermediate layer; - at least an upper layer located on the intermediate layer; - at least one light source located under the intermediate layer; - at least one image sensor located under the intermediate layer; - at least a first fiber optic bundle which comprises a plurality of fiber optic cables positioned such that a tips of which is facing to the light source and other tips of which is facing to the said intermediate layer, and which transmits the light obtained from the light source to the upper layer located on the intermediate layer; - at least a second fiber optic bundle which comprises a plurality of fiber optic cables, a tips of which is paired with at least one pixel of the image sensor and other tips of which is positioned facing to the said intermediate layer, and which transmits the image of the upper layer located on the intermediate layer to the image sensor; - at least one control unit which analyzes the image captured by the image sensor using image processing techniques so as to calculate a force applied on the intermediate layer; and - at least a data link for data communication between the image sensor and the control unit
A master cylinder for a brake system having a housing, a pressure chamber formed in the housing, a piston that can be at least partially inserted in the pressure chamber, a reservoir for a hydraulic fluid mounted on the housing, a feed for the hydraulic fluid from the reservoir into the pressure chamber, and a sealing element arranged between the housing and the piston with an outer sealing lip for sealing the feed from the pressure chamber, wherein a hand lever for displacing the piston is provided on the housing, characterised in that the sealing element has a sealing structure (63, 64) on a side of the sealing element facing away from the pressure chamber, which sealing structure seals the pressure chamber from an environment of the pressure chamber, and in that the housing is designed in two parts in such a way that a first housing part carries the hand lever and a piston rod for actuating the piston and a second housing part encloses the pressure chamber.
A precursor for Nb 3 Sn single-core superconducting wire comprising: a Sn-based wire rod, a first Cu-based tube covering an outer circumferential surface of the Sn-based wire rod, an Nb-based tube covering an outer surface of the first Cu-based tube, and a second Cu-based tube covering an outer surface of the Nb-based tube, wherein the Sn-based wire rod contains a matrix phase and at least one kind of hard phase which is harder than the matrix phase, and wherein, in a cross section parallel to a longitudinal direction of the precursor for Nb 3 Sn single-core superconducting wire, a maximum dimension of the hard phase in a width direction perpendicular to the longitudinal direction is 50% or less of a minimum dimension in the width direction of the Sn-based wire rod and/or is equal to or smaller than a minimum thickness in the width direction of the Nb-based tube. wherein the Sn-based wire rod contains a matrix phase and at least one kind of hard phase which is harder than the matrix phase, and wherein, in a cross section parallel to a longitudinal direction of the precursor for Nb 3 Sn single-core superconducting wire, a maximum dimension of the hard phase in a width direction perpendicular to the longitudinal direction is 50% or less of a minimum dimension in the width direction of the Sn-based wire rod and/or is equal to or smaller than a minimum thickness in the width direction of the Nb-based tube.