mhurhangee/ep-ind-claims huggingface dataset:
A multi-use cold pack device comprising: (i) an attachment wrap comprising a Z-configuration and having a highly adjustable fastening zone; and (ii) a multi-cell gel pack located between two segments of stretch material of the attachment wrap, including - a body-side insulation layer; - a clothing-side insulation layer extending opposite to the body-side insulation layer; and - a gel composition arranged between said body-side and clothing-side insulation layers, wherein said gel composition does not include an antifreeze component, characterized in that the two segments of stretch material each comprises a corrugated material that uniformly stretches to no more than 15% necking. (i) an attachment wrap comprising a Z-configuration and having a highly adjustable fastening zone; and (ii) a multi-cell gel pack located between two segments of stretch material of the attachment wrap, including - a body-side insulation layer; - a clothing-side insulation layer extending opposite to the body-side insulation layer; and - a gel composition arranged between said body-side and clothing-side insulation layers, wherein said gel composition does not include an antifreeze component, characterized in that the two segments of stretch material each comprises a corrugated material that uniformly stretches to no more than 15% necking. - a body-side insulation layer; - a clothing-side insulation layer extending opposite to the body-side insulation layer; and - a gel composition arranged between said body-side and clothing-side insulation layers, wherein said gel composition does not include an antifreeze component, characterized in that the two segments of stretch material each comprises a corrugated material that uniformly stretches to no more than 15% necking.
Method for the control of a filling plant, which includes a plurality of controllable filling elements (12, 13) with flow measuring instruments, characterised in that - for the control of the opening time of a first filling element, only in the event of a defect in the flow measuring instrument of the first filling element, the opening time necessary for the running through of the target flow quantity at least of a second upstream filling element is measured by means of the flow measuring instrument located thereon, and - the first filling element is opened for the measured opening time. - for the control of the opening time of a first filling element, only in the event of a defect in the flow measuring instrument of the first filling element, the opening time necessary for the running through of the target flow quantity at least of a second upstream filling element is measured by means of the flow measuring instrument located thereon, and - the first filling element is opened for the measured opening time.
An electric valve comprising a valve main body including a valve chamber and a valve port to which a valve seat is attached and a valve body changing a flow rate of a fluid flowing through the valve port in accordance with a lift amount, wherein - an inverted truncated cone surface of a seating surface portion of the valve body contacts with the valve seat when the electric valve is in a closed position and - a curved surface portion of the valve body having a base end portion is inserted into the valve port and has a curvature or a control angle increasing continuously or in stages toward a tip that is disposed in one end of the valve body, wherein the control angle is a crossing angle with a line parallel to a central axis of the valve body, and - a constricted surface portion of the valve body smaller in outer diameter than the base end portion of the curved surface portion is provided between the inverted truncated cone surface of the seating surface portion and the base end portion of the curved surface portion, wherein - an inner diameter (φB) of the valve seat is larger than an outer diameter (φA1) of an inner edge of a lower end portion of the inverted truncated cone surface of the seating surface portion of the valve body, and - the outer diameter (φA1) of the inner edge of the lower end portion of the inverted truncated cone surface of the seating surface portion is larger than an outer diameter (φA2) of the base end portion of the curved surface portion. - an inverted truncated cone surface of a seating surface portion of the valve body contacts with the valve seat when the electric valve is in a closed position and - a curved surface portion of the valve body having a base end portion is inserted into the valve port and has a curvature or a control angle increasing continuously or in stages toward a tip that is disposed in one end of the valve body, wherein the control angle is a crossing angle with a line parallel to a central axis of the valve body, and - a constricted surface portion of the valve body smaller in outer diameter than the base end portion of the curved surface portion is provided between the inverted truncated cone surface of the seating surface portion and the base end portion of the curved surface portion, wherein - an inner diameter (φB) of the valve seat is larger than an outer diameter (φA1) of an inner edge of a lower end portion of the inverted truncated cone surface of the seating surface portion of the valve body, and - the outer diameter (φA1) of the inner edge of the lower end portion of the inverted truncated cone surface of the seating surface portion is larger than an outer diameter (φA2) of the base end portion of the curved surface portion.
A viewing apparatus comprising an eyepiece, a polarized lens, one or more prisms and an objective lens; characterised in that said polarized lens is fixed between the eyepiece and one of the one or more prisms and in the light path from the one of the one or more prisms; wherein said polarized lens is orientated to filter light and reduce glare from reflected non-polarized light waves and is positioned in a mounting frame which is located between the one or more prisms and the eyepiece, the predetermined shape, thickness, position and orientation of the polarized lens being aimed to provide an optically correct image with polarized light that has passed through the polarized lens, wherein the polarized lens has one or more guiding members to guide the positioning of the polarized lens to the correct oriented position that can be aligned with corresponding locating members (22, 34) on the mounting frame (15, 30), and wherein the polarized lens has a predetermined diameter and a lens curvature to provide the optically correct image.
A coextruded multilayered thermoplastic article, comprising: a first layer with a first side and a second side and with a first surface texture on the first side, wherein the first layer comprises a first transparent thermoplastic polymer having a first stress optical coefficient (C m1) measured at 20 °C above the glass transition temperature of the first polymer; a second layer located adjacent the second side and comprising a second transparent thermoplastic polymer having a second stress optical coefficient (C m2) measured at 20 °C above the glass transition temperature of the second matrix; wherein a relation between the first stress optical coefficient and the second stress optical coefficient is Formula C m 2 > 4 C m 1 wherein the thickness of the first layer measured from the highest peaks of the first surface texture to the second side of the first layer is greater than 1.5 times Rz of the first surface texture but less than or equal to 75% of the total thickness of the article; wherein the second layer has a second layer thickness that is greater than or equal to 25% of the total thickness of the article; and wherein the optical retardation of the article is less than or equal to 150 nm. a first layer with a first side and a second side and with a first surface texture on the first side, wherein the first layer comprises a first transparent thermoplastic polymer having a first stress optical coefficient (C m1) measured at 20 °C above the glass transition temperature of the first polymer; a second layer located adjacent the second side and comprising a second transparent thermoplastic polymer having a second stress optical coefficient (C m2) measured at 20 °C above the glass transition temperature of the second matrix; wherein a relation between the first stress optical coefficient and the second stress optical coefficient is Formula C m 2 > 4 C m 1 wherein the thickness of the first layer measured from the highest peaks of the first surface texture to the second side of the first layer is greater than 1.5 times Rz of the first surface texture but less than or equal to 75% of the total thickness of the article; wherein the second layer has a second layer thickness that is greater than or equal to 25% of the total thickness of the article; and wherein the optical retardation of the article is less than or equal to 150 nm.
A defrosting lens, comprising: a lens barrel having an opening toward an object side, wherein an inner wall of the lens barrel has an abutting surface that is annular; the lens barrel comprises a first lens barrel and a second lens barrel; the first lens barrel has the opening; the second lens barrel has the abutting surface; an end of the second lens barrel is disposed in the first lens barrel; a first lens disposed in the lens barrel and located at the opening, wherein the first lens is disposed between the opening of the first lens barrel and the abutting surface of the second lens barrel; an image-side surface of the first lens has an abutting portion; and a heating member adapted to provide a heat source and disposed between the abutting surface of the lens barrel and the abutting portion of the first lens, wherein the heating member is arranged along a peripheral edge of the first lens; and a thermoconductive member disposed in the lens barrel and surrounding the first lens and disposed between an inner wall of the first lens barrel close to the opening and an end opening of the second lens barrel. a lens barrel having an opening toward an object side, wherein an inner wall of the lens barrel has an abutting surface that is annular; the lens barrel comprises a first lens barrel and a second lens barrel; the first lens barrel has the opening; the second lens barrel has the abutting surface; an end of the second lens barrel is disposed in the first lens barrel; a first lens disposed in the lens barrel and located at the opening, wherein the first lens is disposed between the opening of the first lens barrel and the abutting surface of the second lens barrel; an image-side surface of the first lens has an abutting portion; and a heating member adapted to provide a heat source and disposed between the abutting surface of the lens barrel and the abutting portion of the first lens, wherein the heating member is arranged along a peripheral edge of the first lens; and a thermoconductive member disposed in the lens barrel and surrounding the first lens and disposed between an inner wall of the first lens barrel close to the opening and an end opening of the second lens barrel.
An interior part for a vehicle, comprising: a foamed plastic body, the foamed plastic body comprising: an outboard side configured to face away from an interior cabin of the vehicle; an inboard side configured to face toward the interior cabin of the vehicle; and an edge portion located between the outboard side and the inboard side, characterized by the edge portion comprising: an outboard side extension; a projecting freeze section; and a core-back expansion radius located adjacent to the projecting freeze section, and by the foamed plastic body having a plurality of microcellular pores. an outboard side configured to face away from an interior cabin of the vehicle; an inboard side configured to face toward the interior cabin of the vehicle; and an edge portion located between the outboard side and the inboard side, characterized by the edge portion comprising: an outboard side extension; a projecting freeze section; and a core-back expansion radius located adjacent to the projecting freeze section, and by an outboard side extension; a projecting freeze section; and a core-back expansion radius located adjacent to the projecting freeze section, and by the foamed plastic body having a plurality of microcellular pores.
An unmanned aerial vehicle for agricultural field assessment, comprising: - a control unit; and - a camera; wherein, the camera is configured to be moved vertically with respect to a body of the unmanned aerial vehicle between a first position and a second position, wherein the first position is closer to the body of the unmanned aerial vehicle than the second position; wherein, the control unit is configured to fly the unmanned aerial vehicle to a location in a field containing a crop; wherein, the control unit is configured to position the body of the unmanned aerial vehicle in a substantially stationary aspect above the crop at the location; wherein, when the body of the unmanned aerial vehicle is in the substantially stationary aspect above the crop at the location, the control unit is configured to move the camera vertically; and wherein, when the body of the unmanned aerial vehicle is in the substantially stationary aspect above the crop at the location, the control unit is configured to control the camera to acquire at least one image relating to the crop when the camera is not in the first position, characterised in that the second position comprises the ground, and in that the at least one image relating to the crop comprises images acquired from above the crop to all the way to the ground, and in that the control unit is configured to determine a reference height for an image of said images acquired from the ground for further determining the height of the other images of said images acquired from above the ground. - a control unit; and - a camera;
Method for managing rules or policies in a vehicle, the vehicle comprising at least one controllable unit, the method comprising the steps of: - determining, at the start of a driving, an active route of the vehicle, - selecting a set of control values from a plurality of stored sets of control values, the plurality of sets of control values being based on a set of previously driven routes, where the selected set of control values corresponds to the determined active route, where timestamps are used to differentiate between different sets of control values for the determined active route and where one control value of said set of control values corresponds to one predetermined interval of the determined active route, - controlling the at least one controllable unit based on the selected set of control values, - recording, during the current driving of the vehicle, a set of control result values, where one control result value corresponds to a predetermined interval of the determined active route which the vehicle has driven, and where the control result values are indicative of the result of the controlling during the predetermined interval, - determining, at the end of the driving based on said set of control result values, an updated set of control values for the actually driven route, - storing said updated set of control values, where said set of control values corresponds to a control model, said control model being a Markov Decision Process. - determining, at the start of a driving, an active route of the vehicle, - selecting a set of control values from a plurality of stored sets of control values, the plurality of sets of control values being based on a set of previously driven routes, where the selected set of control values corresponds to the determined active route, where timestamps are used to differentiate between different sets of control values for the determined active route and where one control value of said set of control values corresponds to one predetermined interval of the determined active route, - controlling the at least one controllable unit based on the selected set of control values, - recording, during the current driving of the vehicle, a set of control result values, where one control result value corresponds to a predetermined interval of the determined active route which the vehicle has driven, and where the control result values are indicative of the result of the controlling during the predetermined interval, - determining, at the end of the driving based on said set of control result values, an updated set of control values for the actually driven route, - storing said updated set of control values, where said set of control values corresponds to a control model, said control model being a Markov Decision Process.
An object selecting device, comprising: a container including an inner bottom part and configured to store liquid; a plate having a top surface and a bottom surface and configured to support a selection object by being immersed into the liquid stored in the container; and a holding means configured to hold the plate in a state where the bottom surface of the plate and the inner bottom part of the container are separated, wherein the plate includes a plurality of through holes arranged in a matrix at a support position for the selection object, each of the through holes has a frustum shape and includes a tapered portion adapted to support the selection object, which precipitates along a direction of gravity, in contact with the inner wall surface of the through hole in a state where the plate is immersed in the liquid in the container, the tapered portion including an upper end side at the top surface of the plate and a lower end side at the bottom surface of the plate, characterized in that the opening area at the upper end of the tapered portion is larger than the opening area at the lower end of the tapered portion, and the upper end edges of the inner walls taper to a point. a container including an inner bottom part and configured to store liquid; a plate having a top surface and a bottom surface and configured to support a selection object by being immersed into the liquid stored in the container; and a holding means configured to hold the plate in a state where the bottom surface of the plate and the inner bottom part of the container are separated, wherein the plate includes a plurality of through holes arranged in a matrix at a support position for the selection object, each of the through holes has a frustum shape and includes a tapered portion adapted to support the selection object, which precipitates along a direction of gravity, in contact with the inner wall surface of the through hole in a state where the plate is immersed in the liquid in the container, the tapered portion including an upper end side at the top surface of the plate and a lower end side at the bottom surface of the plate, characterized in that the opening area at the upper end of the tapered portion is larger than the opening area at the lower end of the tapered portion, and the upper end edges of the inner walls taper to a point.
NMR spectrometer with an NMR-magnet coil, of which at least one section comprises windings of a conductor having a superconducting structure, the structure comprising a plurality of band-segments (2, 2a, 7a-7e, 8a-8d, 15) of band-shaped superconductor, each band-segment (2, 2a, 7a-7e, 8a-8d, 15) comprising a flexible substrate and a superconducting layer deposited thereon, the band-segments (2, 2a, 7a-7e, 8a-8d, 15) each comprising a length of 20 m or more, and the band-segments (2, 2a, 7a-7e, 8a-8d, 15) being jointed to each other, at least one of the band-segments (2, 2a, 7a-7e, 8a-8d, 15) being formed as a linked band-segment (2, 2a), and each linked band-segment (2, 2a) being connected to at least two further band-segments (7a-7e) in such a way, that the further band-segments (7a-7e) together overlap with at least 95% of the total length of the linked band-segment (2, 2a) such that an electric current may be exchanged between the linked band-segment (2, 2a) and the opposite, parallel further band-segments (7a-7e), wherein the linked band-segment (2, 2a) is free of defects in a longitudinal range about a gap between two further band-segments (7a-7e) which are overlappingly connected to the linked band-segment (2, 2a).
A communication apparatus which carries out multi-carrier modulation processing, comprising a receiving device including: an analog-to-digital converter which converts an analog signal which was received, into a reception signal; a converter which generates an in-phase signal and a orthogonal signal by converting the reception signal; a carrier detector for detecting the reception signal; a synchronous circuit for synchronizing with the reception signal; an equalizer for compensating a distorted signal due to influence of a transmission path; a transmission path estimator which determines a multi-value level of primary modulation which is used by each sub carrier of a symbol mapper in a transmitting device by use of a result of transmission path estimation; characterized in that said transmission path estimator carries out plural times of transmission path estimations during a period the length of which corresponds to that of a power supply cycle of said transmission path. an analog-to-digital converter which converts an analog signal which was received, into a reception signal; a converter which generates an in-phase signal and a orthogonal signal by converting the reception signal; a carrier detector for detecting the reception signal; a synchronous circuit for synchronizing with the reception signal; an equalizer for compensating a distorted signal due to influence of a transmission path; a transmission path estimator which determines a multi-value level of primary modulation which is used by each sub carrier of a symbol mapper in a transmitting device by use of a result of transmission path estimation; characterized in that said transmission path estimator carries out plural times of transmission path estimations during a period the length of which corresponds to that of a power supply cycle of said transmission path.
Spiral spring, comprising a spring leaf wound up in coils to form the spiral spring, said spring leaf having a substantially rectangular cross section, wherein the spring leaf is formed at least in regions or completely from a glass ceramic which has a linear thermal expansion coefficient in the temperature ranges from -50 to 100°C, from 0 to 2 10 -6. K -1, in particular from 0 to 0.5 10 -6. K -1, characterised in that the angle of the substantially rectangular cross section deviates by less than 5° from the perpendicular.
A system for cutting a strand in a PT plant comprising: a plasma strand cutter, the plasma strand cutter including: a plasma torch, the plasma torch including a pivot and an attachment point; an actuating device, the actuating device mounted on the plasma torch at the attachment point; a power supply, the power supply connected to the plasma torch and the actuating device; a strand puller, the strand puller paired with the plasma strand cutter; and a platform, the platform positioned so as to provide a rest for or in close proximity to the strand, wherein the platform includes a guide that guides placement of the strand and guides rotation of the plasma torch; wherein the strand puller is positioned so as to advance the strand to the platform. a plasma strand cutter, the plasma strand cutter including: a plasma torch, the plasma torch including a pivot and an attachment point; an actuating device, the actuating device mounted on the plasma torch at the attachment point; a power supply, the power supply connected to the plasma torch and the actuating device; a plasma torch, the plasma torch including a pivot and an attachment point; an actuating device, the actuating device mounted on the plasma torch at the attachment point; a power supply, the power supply connected to the plasma torch and the actuating device; a strand puller, the strand puller paired with the plasma strand cutter; and a platform, the platform positioned so as to provide a rest for or in close proximity to the strand, wherein the platform includes a guide that guides placement of the strand and guides rotation of the plasma torch; wherein the strand puller is positioned so as to advance the strand to the platform.