mhurhangee/ep-ind-claims huggingface dataset:
A method for network access, comprising: pre-configuring, by an application access server, a link between the application access server and an authentication and authorization server using Extensible Authentication Protocol, EAP; receiving a first authorization request from a device, comprising providing, by the device, credentials to the authentication and authorization server when the device attempts to gain access to the application access server via a wireless local area network, WLAN, and receiving at the application access server, a secure access request from the authentication and authorization server via the link comprising the credentials provided by the device to establish secure access to the WLAN; establishing a secure link between the device and the WLAN in response to the application access server determining that the credentials allow the device secure access to the WLAN; receiving, at the application access server, a second authorization request from the device comprising the device providing to the application access server the same credentials as provided to establish the WLAN secure link; and establishing a secure application access link between the device and an application access server via the WLAN when the application access server determines that the device is allowed secure access to the application access server with the same credentials. pre-configuring, by an application access server, a link between the application access server and an authentication and authorization server using Extensible Authentication Protocol, EAP; receiving a first authorization request from a device, comprising providing, by the device, credentials to the authentication and authorization server when the device attempts to gain access to the application access server via a wireless local area network, WLAN, and receiving at the application access server, a secure access request from the authentication and authorization server via the link comprising the credentials provided by the device to establish secure access to the WLAN; establishing a secure link between the device and the WLAN in response to the application access server determining that the credentials allow the device secure access to the WLAN; receiving, at the application access server, a second authorization request from the device comprising the device providing to the application access server the same credentials as provided to establish the WLAN secure link; and establishing a secure application access link between the device and an application access server via the WLAN when the application access server determines that the device is allowed secure access to the application access server with the same credentials.
A structure comprising a water-based coldseal cohesive composition on a substrate; wherein the water-based coldseal cohesive composition comprises; a) between 30 and 90wt% of natural rubber latex; b) between 1 and 30wt% of a biodegradable resinous material, wherein the wt% refers to the solids content of the biodegradable resinous material; wherein the biodegradable resinous material is a protein selected from the group consisting of casein, albumin, whey protein, soy protein, soy protein isolate, and combinations thereof, and wherein when the biodegradable resinous material is albumin, it is present in a solids content of at least 4wt% relative to the total weight of the water-based coldseal cohesive composition; and c) between 30 and 90wt% water; wherein the substrate is selected from the group consisting of cellulose, polybutylene adipate terephthalate, polylactic acid, and combinations thereof; wherein the coldseal cohesive composition is applied directly to the substrate; and wherein the composition comprises less than 10wt% of non-compostable material, wherein the non-compostable material is selected from the group consisting of acrylics, styrene acrylics, shellac-modified polystyrene, ethylene vinyl acetate, styrene butadiene, vinyl acetate, including emulsions thereof, and combinations thereof. a) between 30 and 90wt% of natural rubber latex; b) between 1 and 30wt% of a biodegradable resinous material, wherein the wt% refers to the solids content of the biodegradable resinous material; wherein the biodegradable resinous material is a protein selected from the group consisting of casein, albumin, whey protein, soy protein, soy protein isolate, and combinations thereof, and wherein when the biodegradable resinous material is albumin, it is present in a solids content of at least 4wt% relative to the total weight of the water-based coldseal cohesive composition; and c) between 30 and 90wt% water; wherein the substrate is selected from the group consisting of cellulose, polybutylene adipate terephthalate, polylactic acid, and combinations thereof; wherein the coldseal cohesive composition is applied directly to the substrate; and wherein the composition comprises less than 10wt% of non-compostable material, wherein the non-compostable material is selected from the group consisting of acrylics, styrene acrylics, shellac-modified polystyrene, ethylene vinyl acetate, styrene butadiene, vinyl acetate, including emulsions thereof, and combinations thereof.
A light emitting device package, comprising: a package body including a plurality of discrete and separated three-dimensional-shaped indentations formed in an undersurface of the package body and configured to dissipate heat generated in the package body; a cavity in the upper surface of the package body; an insulating layer covering the package body; a light emitting device including at least one emitting diode in the cavity of the package body and disposed at positions opposite the plurality of discrete and separated three-dimensional-shaped indentations in a vertical direction and configured to emit light; first and second metal layers (251, 253) on at least one portion of the insulating layer and extending from respective portions in the cavity near the light emitting device over opposite outside surfaces sides of the package body, respectively, said first and second metal layers functioning as electrodes for turning on and off the light emitting device, and a third metal layer disposed on the insulating layer on the under surface of the package body in the plurality of discrete and separated three-dimensional-shaped indentations. a package body including a plurality of discrete and separated three-dimensional-shaped indentations formed in an undersurface of the package body and configured to dissipate heat generated in the package body; a cavity in the upper surface of the package body; an insulating layer covering the package body; a light emitting device including at least one emitting diode in the cavity of the package body and disposed at positions opposite the plurality of discrete and separated three-dimensional-shaped indentations in a vertical direction and configured to emit light; first and second metal layers (251, 253) on at least one portion of the insulating layer and extending from respective portions in the cavity near the light emitting device over opposite outside surfaces sides of the package body, respectively, said first and second metal layers functioning as electrodes for turning on and off the light emitting device, and a third metal layer disposed on the insulating layer on the under surface of the package body in the plurality of discrete and separated three-dimensional-shaped indentations.
Procedure for determining the viscosity of a medium using a Coriolis flowmeter, with said procedure comprising the following steps: Generation of flexural vibrations at least of a measuring tube of the mass flowmeter in a symmetrical flexural vibration useful mode using an exciter arranged symmetrically in relation to the longitudinal direction of the measuring tube, wherein the measuring tube is used to guide the medium between an inlet opening and an outlet opening of the measuring tube; Measurement of sensor signals of a central vibration sensor, wherein the central vibration sensor is arranged symmetrically in relation to a longitudinal direction of the measuring tube; Measurement of sensor signals of a vibration sensor on the inlet side and of a vibration sensor on the outlet side, wherein the positions of the vibration sensors on the inlet side and on the outlet side are arranged symmetrically vis-a-vis one another in relation to the longitudinal direction of the measuring tube; characterized by the following steps: Determination of a phase relation or a time delay between the sensor signals of the central vibration sensor and a symmetrical function of the sensor signals of the vibration sensors on the inlet side and outlet side; and Determination of the viscosity of the medium depending on said phase relation or time delay. Generation of flexural vibrations at least of a measuring tube of the mass flowmeter in a symmetrical flexural vibration useful mode using an exciter arranged symmetrically in relation to the longitudinal direction of the measuring tube, wherein the measuring tube is used to guide the medium between an inlet opening and an outlet opening of the measuring tube; Measurement of sensor signals of a central vibration sensor, wherein the central vibration sensor is arranged symmetrically in relation to a longitudinal direction of the measuring tube; Measurement of sensor signals of a vibration sensor on the inlet side and of a vibration sensor on the outlet side, wherein the positions of the vibration sensors on the inlet side and on the outlet side are arranged symmetrically vis-a-vis one another in relation to the longitudinal direction of the measuring tube; characterized by the following steps: Determination of a phase relation or a time delay between the sensor signals of the central vibration sensor and a symmetrical function of the sensor signals of the vibration sensors on the inlet side and outlet side; and Determination of the viscosity of the medium depending on said phase relation or time delay. Determination of a phase relation or a time delay between the sensor signals of the central vibration sensor and a symmetrical function of the sensor signals of the vibration sensors on the inlet side and outlet side; and Determination of the viscosity of the medium depending on said phase relation or time delay.
A method for reducing or preventing damage caused by pesticides A to plants treated therewith and/or to plant propagation material treated therewith and/or to plants growing from this plant propagation material and/or to plants which grow in a growth medium which has been or is treated therewith, which method comprises treating the plant propagation material and/or the plants and/or the growth medium with (a) at least one pesticide A in combination with (b) dimethomorph. (a) at least one pesticide A in combination with (b) dimethomorph.
Lock nut comprising a nut body, which has a threaded portion with an inner thread, a peripheral shoulder adjoining thereon, and a collar surrounding the shoulder, and comprising an annular disc (22, 22') made of metal, wherein the collar is bent inward and an annular groove, in which the annular disc is accommodated, is formed between the bent-over collar and the shoulder, an inner thread corresponding to the inner thread of the threaded portion is cut into the inner periphery of the annular disc, and the inner thread of the annular disc is offset relative to the inner thread of the nut body by an axial distance, characterized in that a series of projections (40, 44, 60', 60") and/or depressions, which project or are formed in the axial direction, is configured on the shoulder or on the annular disc where the annular disc and the shoulder overlap each other, and are arranged distributed across the periphery of the shoulder or of the annular disc. the collar is bent inward and an annular groove, in which the annular disc is accommodated, is formed between the bent-over collar and the shoulder, an inner thread corresponding to the inner thread of the threaded portion is cut into the inner periphery of the annular disc, and the inner thread of the annular disc is offset relative to the inner thread of the nut body by an axial distance, characterized in that a series of projections (40, 44, 60', 60") and/or depressions, which project or are formed in the axial direction, is configured on the shoulder or on the annular disc where the annular disc and the shoulder overlap each other, and are arranged distributed across the periphery of the shoulder or of the annular disc.
Hydraulic control block for a press, consisting of a directional valve and a base block with a high-retaining valve which is connected to a first pressure-chamber connection of the base block for a first selected pressure chamber of a hydraulic press consumer and to which, proceeding from the first pressure-chamber connection, the directional valve is connected downstream, which directional valve selectively conducts a pressure medium from a pressure-medium connection, arranged downstream of the directional valve and connectable to a pump, of the base block via the high-retaining valve to the first pressure-chamber connection or to a further pressure-chamber connection of the base block for a second counterpressure chamber of the hydraulic press consumer, in order to make possible predetermined basic-movement and securing functions of the press, wherein, in the control block, there is defined a secured fluid path which consists of the first pressure-chamber connection, the high-retaining valve and the directional valve and into which exclusively inflows and/or outflows which are limited or restricted in terms of flow via throttle points (8, 32, 40) open, wherein the directional valve is able to be screwed to the outside of the base block.
A device suitable for installing a tubular junction sleeve inside an end of a first pipe element (1 1, 1 2) made of steel and internally lined with a thermoplastic material, and suitable for butt-joining the end of the first pipe element fitted with a said sleeve and an end having no such sleeve of a second pipe element having internal lining of thermoplastic material, said ends of the two pipe elements abutting in this way being for welding together, said sleeve presenting at each end a terminal tubular wall portion, preferably of thickness that is smaller than the thickness of the adjacent running portion of the tubular wall of said sleeve, said sleeve presenting at at least one and preferably both of said terminal portions of the sleeve a Joule-effect heater wire arranged, preferably as a spiral, at the outer surface of said terminal portion of said sleeve suitable for creating by heating a zone of contact made leaktight by melting between the materials constituting at least a part of said terminal portion of the sleeve and respectively a terminal portion of said lining where they are in contact with each other with said heater wire running thereover, said device for installing a sleeve comprising a mandrel of longitudinal axis (XX') supporting on its surface at least a first inflatable chamber having a peripheral wall that is radially expandable by inflation, said first wall having at least one first electrical connector suitable for being connected to one end of a said heater wire, and said mandrel also supporting an umbilical comprising at least one compressed air feed duct for inflating said first inflatable chamber and an electrical power supply duct connected to said first electrical connector, said device for installing a sleeve being characterized in that said mandrel also supports on its outer surface a second inflatable chamber having a peripheral wall that is radially expandable by inflation and spaced apart from said first inflatable chamber in said longitudinal direction, and said mandrel also supports a weld inspection device, said umbilical passing inside said mandrel and including ducts for electrically powering said weld inspection means, and preferably also for feeding them with water.
A descender device for manually raising and lowering an object or person on a rope, the device comprising: - a housing having opposing first and second ends (17, 19) and opposing side walls (21, 23) extending between the first and second ends; - attachment means at the first end of the housing, the attachment means being configured for attachment to an anchor point or to said object or person to be raised or lowered; - a rope entry port and a rope exit port in the second end of the housing; - a drive pulley around which said rope may be engaged; - a sealed centrifugal brake comprising a brake mechanism contained within a sealed chamber, the centrifugal brake being configured to limit the speed of rotation of the drive pulley; - a gear assembly connecting the drive pulley to the centrifugal brake; - a wheel arranged to be gripped by a user of the device, the wheel being connected to the gear assembly; and - rope retaining means provided on an outside of the housing, said retaining means comprising a projection on at least one of said side walls of the housing and at least one groove in an external surface of the housing, said groove extending across said side wall corresponding with said projection, said projection being configured to redirect said rope from one of said ports when said rope is looped around said projection so that said rope is aligned to enter said groove on said side wall, the groove including gripping features for gripping a portion of said rope inside said groove, characterised in that a valve is provided on the sealed chamber of the centrifugal brake for regulating the moisture within the sealed chamber. - a housing having opposing first and second ends (17, 19) and opposing side walls (21, 23) extending between the first and second ends; - attachment means at the first end of the housing, the attachment means being configured for attachment to an anchor point or to said object or person to be raised or lowered; - a rope entry port and a rope exit port in the second end of the housing; - a drive pulley around which said rope may be engaged; - a sealed centrifugal brake comprising a brake mechanism contained within a sealed chamber, the centrifugal brake being configured to limit the speed of rotation of the drive pulley; - a gear assembly connecting the drive pulley to the centrifugal brake; - a wheel arranged to be gripped by a user of the device, the wheel being connected to the gear assembly; and - rope retaining means provided on an outside of the housing, said retaining means comprising a projection on at least one of said side walls of the housing and at least one groove in an external surface of the housing, said groove extending across said side wall corresponding with said projection, said projection being configured to redirect said rope from one of said ports when said rope is looped around said projection so that said rope is aligned to enter said groove on said side wall, the groove including gripping features for gripping a portion of said rope inside said groove,
A photochromic compound having a core fused ring structure represented by the following Formula (Ia), wherein M comprises Si or Ge; Ring A and Ring B each independently comprise aryl or heteroaryl; and the photochromic compound is a thermally reversible photochromic compound.
A system, comprising: an emitter configured to transmit light; and a detector configured to: determine a first measurement of light while the emitter is not transmitting light; determine a second measurement of light, responsive to the emitter transmitting light; compare the first measurement of light with the second measurement of light to determine a difference between the first measurement of light and the second measurement of light; characterized in that the detector is further configured to determine a probability that the detector is unable to discern light transmitted from the emitter from ambient light based upon the difference; and determine a third measurement of light, responsive to the probability exceeding a probability threshold, wherein the detector is alternating current, AC, coupled for the first and the second measurement and the detector is direct current, DC, coupled for the third measurement. an emitter configured to transmit light; and a detector configured to: determine a first measurement of light while the emitter is not transmitting light; determine a second measurement of light, responsive to the emitter transmitting light; compare the first measurement of light with the second measurement of light to determine a difference between the first measurement of light and the second measurement of light; characterized in that the detector is further configured to determine a probability that the detector is unable to discern light transmitted from the emitter from ambient light based upon the difference; and determine a third measurement of light, responsive to the probability exceeding a probability threshold, wherein the detector is alternating current, AC, coupled for the first and the second measurement and the detector is direct current, DC, coupled for the third measurement. determine a first measurement of light while the emitter is not transmitting light; determine a second measurement of light, responsive to the emitter transmitting light; compare the first measurement of light with the second measurement of light to determine a difference between the first measurement of light and the second measurement of light; characterized in that the detector is further configured to determine a probability that the detector is unable to discern light transmitted from the emitter from ambient light based upon the difference; and determine a third measurement of light, responsive to the probability exceeding a probability threshold, wherein the detector is alternating current, AC, coupled for the first and the second measurement and the detector is direct current, DC, coupled for the third measurement.
All seasons Reversible Plant Saucer for a Potted Plant or Potted Plants comprising: - a first surface confiaured to receive at least one plant pot wherein the first surface does not comprise drain holes or slits and is configured to retain water when in use, - a second surface configured to receive at least one plant pot, wherein the second surface does comprise drain holes or slits and is configured to drain water when in use, wherein, the first surface and the second surface have the same size and shape, and the number of drainage holes or slits is any amount, wherein the plant saucer is configured to be turned over, in use, from a first configuration in which the first surface is arranged for reception of at least one plant pot so as to allow water to be retained for the plant or plants to a second configuration in which the second surface is arranged for reception of at least one plant pot so as to allow water to be drained away from the plant or plants, and vice versa. - a first surface confiaured to receive at least one plant pot wherein the first surface does not comprise drain holes or slits and is configured to retain water when in use, - a second surface configured to receive at least one plant pot, wherein the second surface does comprise drain holes or slits and is configured to drain water when in use, wherein, the first surface and the second surface have the same size and shape, and the number of drainage holes or slits is any amount, wherein the plant saucer is configured to be turned over, in use, from a first configuration in which the first surface is arranged for reception of at least one plant pot so as to allow water to be retained for the plant or plants to a second configuration in which the second surface is arranged for reception of at least one plant pot so as to allow water to be drained away from the plant or plants, and vice versa.