mhurhangee/ep-ind-claims huggingface dataset:
A method for detecting fouling in a duct, comprising: placing a fouling detector that includes a member with a surface (956, 958), a low profile arm, a light source, and a detector into a single access opening of a duct wall, wherein the placing includes inserting said member (956,958) in an exhaust stream, the member surface having a mirror, a diffuse reflector, or a retroreflector, wherein the member surface is substantially parallel to flow of the exhaust stream; directing, by the light source, light toward the surface which is reflected by the member surface back to the detector; and generating a signal indicating a fouled condition of the member surface due to a change in a property of the member surface indicative of fouling, wherein the property is reflectivity, wherein the member is supported by the low profile arm, so that exhaust can flow around the low profile arm easily. placing a fouling detector that includes a member with a surface (956, 958), a low profile arm, a light source, and a detector into a single access opening of a duct wall, wherein the placing includes inserting said member (956,958) in an exhaust stream, the member surface having a mirror, a diffuse reflector, or a retroreflector, wherein the member surface is substantially parallel to flow of the exhaust stream; directing, by the light source, light toward the surface which is reflected by the member surface back to the detector; and generating a signal indicating a fouled condition of the member surface due to a change in a property of the member surface indicative of fouling, wherein the property is reflectivity, wherein the member is supported by the low profile arm, so that exhaust can flow around the low profile arm easily.
A method of drying a cavity loaded with high level nuclear waste comprising: a) flowing a non-reactive gas through the cavity; b) repetitively measuring dew point temperature of the non-reactive gas exiting the cavity; the method being characterized in that it further comprises: c) upon the dew point temperature of the non-reactive gas exiting the cavity being measured to be at or below a predetermined dew point temperature, activating a timer set for a predetermined period of time; d) continuing to repetitively measure the dew point temperature of the non-reactive gas exiting the cavity while the timer is activated; e) wherein if during the performance of step d) the dew point temperature of the non-reactive gas is measured to rise above the predetermined dew point temperature prior to the predetermined period of time expiring, deactivating and resetting the timer and returning to step b); and f) wherein if during the performance step d) the predetermined period of time expires without the dew point temperature of the non-reactive gas being measured to rise above the predetermined dew point temperature, discontinuing the flow of the non-reactive gas and sealing the cavity. a) flowing a non-reactive gas through the cavity; b) repetitively measuring dew point temperature of the non-reactive gas exiting the cavity; c) upon the dew point temperature of the non-reactive gas exiting the cavity being measured to be at or below a predetermined dew point temperature, activating a timer set for a predetermined period of time; d) continuing to repetitively measure the dew point temperature of the non-reactive gas exiting the cavity while the timer is activated; e) wherein if during the performance of step d) the dew point temperature of the non-reactive gas is measured to rise above the predetermined dew point temperature prior to the predetermined period of time expiring, deactivating and resetting the timer and returning to step b); and f) wherein if during the performance step d) the predetermined period of time expires without the dew point temperature of the non-reactive gas being measured to rise above the predetermined dew point temperature, discontinuing the flow of the non-reactive gas and sealing the cavity.
A blocking method of short wavelengths in LED-type light sources comprising the steps of: selecting a mean optical density of a pigment between a maximum percent of absorption and a minimum percent of absorption in the range of short wavelengths between 380 nm and 500 nm; and pigmenting a substrate over its entire surface in such a way that the mean absorption is between said maximum and minimum percent of absorption between 1 and 99% of selective absorption in the range of short wavelengths between 380 nm and 500 nm; characterised in that the mean optical density is based on the sum of a predetermined maximum percent of absorption and a predetermined minimum percent of absorption of at least two of the following factors: the age of a user of LED-type light source, the size of the LED-type light source, the total exposure time of a user to the LED-type light source, the ambient lighting of the place where the user interacts with the LED-type light source, the type of LED-type light source, or a retinal or corneal disease state of the user. selecting a mean optical density of a pigment between a maximum percent of absorption and a minimum percent of absorption in the range of short wavelengths between 380 nm and 500 nm; and pigmenting a substrate over its entire surface in such a way that the mean absorption is between said maximum and minimum percent of absorption between 1 and 99% of selective absorption in the range of short wavelengths between 380 nm and 500 nm; characterised in that the mean optical density is based on the sum of a predetermined maximum percent of absorption and a predetermined minimum percent of absorption of at least two of the following factors: the age of a user of LED-type light source, the size of the LED-type light source, the total exposure time of a user to the LED-type light source, the ambient lighting of the place where the user interacts with the LED-type light source, the type of LED-type light source, or a retinal or corneal disease state of the user.
A method for checking a software application, comprising an execution of the software application as an application process on a processor of a portable data carrier, with the following partial steps within the framework of the check: - determining at least one measured value which relates to a resource consumption of the application process; and - evaluating the at least one measured value; characterized in that the check is effected in an external checking device; the check is effected as an authenticity check for the software application stored on the data carrier; the software application is adapted such that the application process, when being executed on the processor, has a resource consumption that encodes an authenticity information item of the software application; and when the at least one measured value is evaluated, the authenticity information of the software application encoded by the resource consumption of the application process is decoded. - determining at least one measured value which relates to a resource consumption of the application process; and - evaluating the at least one measured value;
A service packet transmission method, applied to a communication network, wherein the communication network comprises a control device, a first forwarding device, and a second forwarding device, there are at least two transmission paths between the first forwarding device and the second forwarding device, the first forwarding device is a start forwarding device on the transmission path, the method is performed by the first forwarding device, and the method comprises: receiving, by the first forwarding device, a segment routing policy comprising respective attribute information of the at least two transmission paths from the control device, wherein the attribute information of each of the at least two transmission paths comprises an attribute used to indicate a transmission capability of the transmission path, and a quantitative value corresponding to the attribute; receiving, by the first forwarding device, a service packet; obtaining, by the first forwarding device, traffic requirement information, wherein the traffic requirement information comprises a traffic-related attribute and an amount required for the traffic-related attribute; determining, by the first forwarding device based on the traffic requirement information and the respective attribute information of the at least two transmission paths, a first transmission path that meets a traffic requirement; and sending, by the first forwarding device, the service packet to the second forwarding device through the first transmission path. receiving, by the first forwarding device, a segment routing policy comprising respective attribute information of the at least two transmission paths from the control device, wherein the attribute information of each of the at least two transmission paths comprises an attribute used to indicate a transmission capability of the transmission path, and a quantitative value corresponding to the attribute; receiving, by the first forwarding device, a service packet; obtaining, by the first forwarding device, traffic requirement information, wherein the traffic requirement information comprises a traffic-related attribute and an amount required for the traffic-related attribute; determining, by the first forwarding device based on the traffic requirement information and the respective attribute information of the at least two transmission paths, a first transmission path that meets a traffic requirement; and sending, by the first forwarding device, the service packet to the second forwarding device through the first transmission path.
Process for cooling flat plastic products, in which plasticized plastic material is fed via a slotted nozzle to a calender by means of an extruder, the plasticized plastic material being rolled to the desired form and calibrated inside that extruder between at least two calenders, the thusly produced film or panel being fed to a cooling line comprising a number of adjustable rollers and traveling through it for as long as it takes for the plastic film or panel to be sufficiently cooled and dimensionally stable, at least the gap width between the rollers as well as the rotational speed of the rollers being controllable and/or adjustable, characterized in that adjusting the rollers (2, 3) within the cooling line to be arranged axially displaced to each other alters the arc of wrap of the flat plastic product around the respective roller (2, 3), thus increasing or minimizing the cooling capacity, the respectively defined gap width being held constant after each adjustment by means of an appropriate control. adjusting the rollers (2, 3) within the cooling line to be arranged axially displaced to each other alters the arc of wrap of the flat plastic product around the respective roller (2, 3), thus increasing or minimizing the cooling capacity, the respectively defined gap width being held constant after each adjustment by means of an appropriate control.
A solar junction box for a solar panel having at least one photovoltaic cell and a foil electrically connected to the at least one cell, the solar junction box comprising: a contact assembly having a base configured to be mounted to the solar panel and a terminal held by the base, the base having at least one foil opening configured to receive the foil, the terminal having a protection device contact configured to be terminated to a protection device, the terminal having a foil contact configured to be terminated to the foil, the terminal having a terminating contact configured to be electrically connected to a terminating assembly; and a cover covering the contact assembly, the cover having walls defining a cavity receiving the terminal of the contact assembly, the walls being configured to be mounted directly to the solar panel, wherein the base extends along a primary axis and a secondary axis generally perpendicular to the primary axis and wherein the foil contact is configured to receive the foil when the foil extends along the primary axis, characterised in that the foil contact is also configured to receive the foil when the foil extends along the secondary axis, and the base includes a plurality of the foil openings, at least one of the foil openings configured to receive the foil when the foil extends into the foil opening along the primary axis and at least one of the foil openings configured to receive the foil when the foil extends into the foil opening along the secondary axis. a contact assembly having a base configured to be mounted to the solar panel and a terminal held by the base, the base having at least one foil opening configured to receive the foil, the terminal having a protection device contact configured to be terminated to a protection device, the terminal having a foil contact configured to be terminated to the foil, the terminal having a terminating contact configured to be electrically connected to a terminating assembly; and a cover covering the contact assembly, the cover having walls defining a cavity receiving the terminal of the contact assembly, the walls being configured to be mounted directly to the solar panel, wherein the base extends along a primary axis and a secondary axis generally perpendicular to the primary axis and wherein the foil contact is configured to receive the foil when the foil extends along the primary axis, characterised in that the foil contact is also configured to receive the foil when the foil extends along the secondary axis, and the base includes a plurality of the foil openings, at least one of the foil openings configured to receive the foil when the foil extends into the foil opening along the primary axis and at least one of the foil openings configured to receive the foil when the foil extends into the foil opening along the secondary axis.
Method for receiving status data relating to a status of at least one communications channel from a group of multiplexed communications channels, which are multiplexed with respect to at least one resource from the resource group of frequency, time, space and code, between a base station and one or more mobile terminals, comprising the steps, - determining (401; 504), by the base station, at least two mobile terminals associated with the base station, - determining a first quantity of status data (402; 502) to be detected for controlling data transmission via the at least one communications channel, - determining a second quantity of status data (403; 506) to be delivered by at least one mobile terminal of the determined at least two mobile terminals as a function of: (i) the number of mobile terminals in the determined at least two mobile terminals associated with the base station, and (ii) the first quantity of status data, the second quantity being smaller than or equal to the first quantity, and - receiving, by the base station, the second quantity (406; 509) of status data delivered by the at least one mobile terminal. - determining (401; 504), by the base station, at least two mobile terminals associated with the base station, - determining a first quantity of status data (402; 502) to be detected for controlling data transmission via the at least one communications channel, - determining a second quantity of status data (403; 506) to be delivered by at least one mobile terminal of the determined at least two mobile terminals as a function of: (i) the number of mobile terminals in the determined at least two mobile terminals associated with the base station, and (ii) the first quantity of status data, the second quantity being smaller than or equal to the first quantity, and - receiving, by the base station, the second quantity (406; 509) of status data delivered by the at least one mobile terminal.
A filter plate frame assembly for a horizontal filter press, such as a tower press, comprising: a rigid filter plate frame having a first frame flank and an opposing second frame flank parallel to the first frame flank, and a first frame end and an opposing second frame end parallel with the first frame end, wherein the frame flanks (3, 4) and frame ends (5, 6) of the filter frame define a closed periphery, and a subframe nested within and laterally delimited by the filter plate frame, characterized in that, the subframe has a central opening having a closed area defining a lateral boundary of an associated filter chamber, when in use wherein either or both of the first frame end and the second frame end is an openable frame end, and wherein the subframe is receivable into, and respectively, removable out from the filter plate frame via the openable frame end, and wherein the subframe is secured within the filter plate frame when the openable frame end is closed. a rigid filter plate frame having a first frame flank and an opposing second frame flank parallel to the first frame flank, and a first frame end and an opposing second frame end parallel with the first frame end, wherein the frame flanks (3, 4) and frame ends (5, 6) of the filter frame define a closed periphery, and a subframe nested within and laterally delimited by the filter plate frame, characterized in that, the subframe has a central opening having a closed area defining a lateral boundary of an associated filter chamber, when in use wherein either or both of the first frame end and the second frame end is an openable frame end, and wherein the subframe is receivable into, and respectively, removable out from the filter plate frame via the openable frame end, and wherein the subframe is secured within the filter plate frame when the openable frame end is closed.
A method applied to a terminal device in a new radio-based access to unlicensed spectrum, NR-U, system, the method comprising: receiving first indication information transmitted by a network device, and determining a first control resource set according to the first indication information; detecting a physical downlink control channel, PDCCH, according to the first control resource set, wherein the first control resource set is a control resource set on a first bandwidth part, BWP, the first BWP comprises N subbands, the first control resource set is located on K subbands of the N subbands, N and K are positive integers and N≥K≥2; receiving a second indication information transmitted by the network device, and determining a second control resource set according to the second indication information, wherein the second control resource set is located on P subbands of the K subbands, the P subbands corresponding to the subband or the subbands for communication, P is a positive integer and 1≤P<K; and detecting a PDCCH according the second control resource set. receiving first indication information transmitted by a network device, and determining a first control resource set according to the first indication information; detecting a physical downlink control channel, PDCCH, according to the first control resource set, wherein the first control resource set is a control resource set on a first bandwidth part, BWP, the first BWP comprises N subbands, the first control resource set is located on K subbands of the N subbands, N and K are positive integers and N≥K≥2; receiving a second indication information transmitted by the network device, and determining a second control resource set according to the second indication information, wherein the second control resource set is located on P subbands of the K subbands, the P subbands corresponding to the subband or the subbands for communication, P is a positive integer and 1≤P<K; and detecting a PDCCH according the second control resource set.
A water gun or toy water gun for dispensing liquid, the water gun or toy water gun comprising at least one chamber defined by a chamber housing extending between a first end region and a second end region, the at least one chamber being of same or substantially the same cross section and extending from the first end region towards the second end region, the at least one chamber comprising an opening at the first end region of the chamber housing through which the liquid is to be received in the chamber, a lid located proximal to the opening and adapted to pivotally move relative the chamber between a closed position in which at least a portion of the opening is concealed by the lid and an open position in which at least the portion of the opening is revealed by the lid, the opening being of same or substantially the same size as the cross-section of the at least one chamber, at least one liquid dispensing outlet through which the liquid is adapted to be dispensed during use, wherein the at least one liquid dispensing outlet is located in the second end region of the chamber housing, wherein the water gun or toy water gun further comprises a handle portion located below the chamber housing, the handle portion being mounted to or integrally formed with the chamber housing, wherein the handle portion is proximal to the first end region of the chamber housing, wherein the body is adapted and configured to present the opening so that the chamber is replenished with water by moving the gun through a body of water with the back leading the front in the moving direction to cause water flow into the chamber via the opening. at least one chamber defined by a chamber housing extending between a first end region and a second end region, the at least one chamber being of same or substantially the same cross section and extending from the first end region towards the second end region, the at least one chamber comprising an opening at the first end region of the chamber housing through which the liquid is to be received in the chamber, a lid located proximal to the opening and adapted to pivotally move relative the chamber between a closed position in which at least a portion of the opening is concealed by the lid and an open position in which at least the portion of the opening is revealed by the lid, the opening being of same or substantially the same size as the cross-section of the at least one chamber, at least one liquid dispensing outlet through which the liquid is adapted to be dispensed during use, wherein the at least one liquid dispensing outlet is located in the second end region of the chamber housing, wherein the water gun or toy water gun further comprises a handle portion located below the chamber housing, the handle portion being mounted to or integrally formed with the chamber housing, wherein the handle portion is proximal to the first end region of the chamber housing, wherein the body is adapted and configured to present the opening so that the chamber is replenished with water by moving the gun through a body of water with the back leading the front in the moving direction to cause water flow into the chamber via the opening.
A concentrated dairy liquid comprising: 1.3 to 2.0 percent protein; 20 to 30 percent fat; less than 1.5 percent lactose; 0.1 to 1.5 percent added dairy minerals; and 35 to 65 percent total solids; wherein the concentrated dairy liquid comprises a ratio of protein to fat of 0.04 to 0.1 and wherein the concentrated dairy liquid has a mineral to protein ratio of at least two of the following: 0.017 mg to 0.0264 mg potassium per mg protein; 0.008 mg to 0.0226 mg magnesium per mg protein; 0.122 mg to 0.3516 mg calcium per mg protein; and 0.199 mg to 0.5394 mg phosphate per mg protein. 1.3 to 2.0 percent protein; 20 to 30 percent fat; less than 1.5 percent lactose; 0.1 to 1.5 percent added dairy minerals; and 35 to 65 percent total solids; 0.017 mg to 0.0264 mg potassium per mg protein; 0.008 mg to 0.0226 mg magnesium per mg protein; 0.122 mg to 0.3516 mg calcium per mg protein; and 0.199 mg to 0.5394 mg phosphate per mg protein.