mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for developing an intensity-modulated radiation therapy (IMRT) treatment plan, the apparatus comprising: a memory that stores machine instructions; and a processor that is adapted to execute the machine instructions to: receive a clinical goal associated with the treatment plan; determine one or more plan objectives based on the clinical goal; generate a cost function comprising at least one cost term, each cost term based on one of the one or more plan objectives, each of the plan objectives associated with at least one parameter; characterised in that the processor is further adapted to execute the machine instructions to: assign an initial estimate of a value of each of the parameters associated with each of the cost terms; identify a microstate that results in a reduced value associated with the cost function, the microstate including all of the parameters needed to deliver the IMRT treatment plan; evaluate a fulfillment level associated with the clinical goal; and adjust the value associated with one or more of the at least one parameters associated with each cost term to improve the fulfillment level. a memory that stores machine instructions; and a processor that is adapted to execute the machine instructions to: receive a clinical goal associated with the treatment plan; determine one or more plan objectives based on the clinical goal; generate a cost function comprising at least one cost term, each cost term based on one of the one or more plan objectives, each of the plan objectives associated with at least one parameter; characterised in that the processor is further adapted to execute the machine instructions to: assign an initial estimate of a value of each of the parameters associated with each of the cost terms; identify a microstate that results in a reduced value associated with the cost function, the microstate including all of the parameters needed to deliver the IMRT treatment plan; evaluate a fulfillment level associated with the clinical goal; and adjust the value associated with one or more of the at least one parameters associated with each cost term to improve the fulfillment level.
A method for fully recovering the taurine mother liquor in the ethylene oxide production process of taurine, comprising the steps: (a) adding alkali firstly and then acid to a last mother liquor of taurine to form salt in the solution, or directly adding salt formed by the reaction of alkali with acid to the last mother liquor of taurine, wherein the alkali is any one or the mixture of sodium hydroxide, potassium hydroxide, lithium hydroxide, sodium carbonate, potassium carbonate and lithium carbonate, and the acid is sulfuric acid, hydrochloric acid, or an organic acid; (b) concentrating and crystallizing the material collected in step (a); and (c) obtaining a clear last mother liquor of taurine through filtration. (a) adding alkali firstly and then acid to a last mother liquor of taurine to form salt in the solution, or directly adding salt formed by the reaction of alkali with acid to the last mother liquor of taurine, wherein the alkali is any one or the mixture of sodium hydroxide, potassium hydroxide, lithium hydroxide, sodium carbonate, potassium carbonate and lithium carbonate, and the acid is sulfuric acid, hydrochloric acid, or an organic acid; (b) concentrating and crystallizing the material collected in step (a); and (c) obtaining a clear last mother liquor of taurine through filtration.
Radio-frequency transceiver device, comprising - a first and a second conductive wire element (4a, 4b) which form an antenna of the device, and each including a first, a second end and a central part; - a first transceiver chip comprising radio-frequency processing circuits, and two longitudinal connection grooves (21a, 21b); a first segment (4a1, 4b1) of each wire element being housed, respectively, in one and the other of the grooves (21a, 21b) of the first chip; the device being characterized in that it comprises a second looping chip including two longitudinal connection grooves (22a, 22b); a second segment (4a2, 4b2) of each wire element being housed, respectively, in one and the other of the grooves (22a, 22b) of the second chip; and in that the second chip includes a looping circuit which makes it possible to electrically interconnect the two wire elements (4a, 4b) so that the antenna of the device comprises a loop. - a first and a second conductive wire element (4a, 4b) which form an antenna of the device, and each including a first, a second end and a central part; - a first transceiver chip comprising radio-frequency processing circuits, and two longitudinal connection grooves (21a, 21b); a first segment (4a1, 4b1) of each wire element being housed, respectively, in one and the other of the grooves (21a, 21b) of the first chip;
An anti-microbial wound dressing comprising a water-soluble film-forming starch polymer carrier; and a water-soluble glass-encapsulated anti-microbial agent that is at least one of embedded within the carrier and coated on a surface of the carrier, wherein the water-soluble glass-encapsulated anti-microbial agent is provided in the form of particles in a plurality of different, pre-determined size ranges in order to provide a multi-stage release profile wherein an initial release stage is provided by dissolution of particles in the smallest particle size range and at least one subsequent release stage is provided by dissolution of particles in a larger particle size range.
Method for manufacturing a floor covering product, wherein this method comprises at least a first step of forming a single- or multi-layered substrate by consolidating synthetic material-based starting material, as well as comprises a second step after the first step, which preferably is performed in line with the first step, wherein at least one continuous film is laminated onto the substrate, wherein said laminating is performed by means of a belt press, characterized in that a belt press is applied which is made as an isobaric press.
A security element for manufacturing documents of values, as banknotes, checks or the like, the security element showing a motive in front of a background, wherein the security element comprises - a motive region to which a first coating is applied and which provides the motive, and - a background region to which a second coating being different from the first coating is applied and which provides the background wherein - a contour region is provided delimiting the motive region against the background region, - the contour region is formed by a relief structure having a geometry for light absorbing so that a lightness and/or color contrast exists on the one hand between contour region and motive region and on the other hand between contour line region and background region, and - the relief structure of the contour region is at least partially covered by the first coating and/or the second coating and, thus, absorbs register variations of the first and/or the second coatings (7, 8). - a motive region to which a first coating is applied and which provides the motive, and - a background region to which a second coating being different from the first coating is applied and which provides the background wherein - a contour region is provided delimiting the motive region against the background region, - the contour region is formed by a relief structure having a geometry for light absorbing so that a lightness and/or color contrast exists on the one hand between contour region and motive region and on the other hand between contour line region and background region, and - the relief structure of the contour region is at least partially covered by the first coating and/or the second coating and, thus, absorbs register variations of the first and/or the second coatings (7, 8).
A brake system comprising at least one brake, wherein the brake has - - at least one friction surface, - - at least one pad carrier with at least one brake pad, - - an actuating mechanism on which the pad carrier is mounted, and - - preferably at least one adjusting device, wherein the brake system has a control and monitoring unit which is designed to receive a braking effect request on the input side and to generate a brake control signal on the basis of the braking effect request and to output it to a controller of the brake, wherein the brake system comprises at least one brake temperature sensor, which brake temperature sensor is communicatively connected to the control and monitoring unit, wherein the control and monitoring unit is designed to determine a temporal sequence of brake temperature expectation values on the basis of the braking effect request, and furthermore to compare a temperature determined by the brake temperature sensor with a temporally corresponding value of the brake temperature expectation values, and to determine at least one correction factor on the basis of a predeterminable deviation of the determined temperature from the corresponding value of the brake temperature expectation values, and to correct the brake control signal by the at least one correction factor, and to actuate the controller using the corrected brake control signal, characterized in that the brake system is designed as an electromechanical brake system, in that the brake further comprises at least one electric motor for specifiable moving of the pad carrier, which electric motor is further connected to the actuating mechanism, that the controller controls the electric motor, and in that the brake temperature sensor is arranged on the electric motor. - - at least one friction surface, - - at least one pad carrier with at least one brake pad, - - an actuating mechanism on which the pad carrier is mounted, and - - preferably at least one adjusting device,
A method performed by a remote unit, in wireless communication with a base station, the method comprising: receiving wake up signal, WUS, configuration information; identifying whether a WUS mechanism is enabled; and monitoring a paging message in a paging occasion, PO, based on predefined PO monitoring configuration information, wherein the predefined PO monitoring configuration information is associated with whether the WUS mechanism is enabled and at least one of the WUS configuration information and channel quality; wherein the predefined PO monitoring configuration information is selected from the following: in response to the channel quality being lower than a threshold, monitoring the paging message in a PO in a discontinuous reception, DRX, mode/extended DRX, eDRX, mode; in response to the channel quality being higher than or equal to the threshold, monitoring the paging message in the PO in the DRX mode/eDRX mode based on a detected WUS; in response to the WUS mechanism being enabled, monitoring the paging message in a dedicated PO distributed in the DRX mode/eDRX mode; in response to the channel quality being lower than the threshold and the WUS mechanism being enabled, monitoring the paging message in the dedicated PO distributed in the DRX mode/eDRX mode; and in response to the channel quality being lower than the threshold and the WUS mechanism being enabled while a WUS not being detected out, monitoring the paging message in the dedicated PO distributed in the DRX mode/eDRX mode. receiving wake up signal, WUS, configuration information; identifying whether a WUS mechanism is enabled; and monitoring a paging message in a paging occasion, PO, based on predefined PO monitoring configuration information, wherein the predefined PO monitoring configuration information is associated with whether the WUS mechanism is enabled and at least one of the WUS configuration information and channel quality; in response to the channel quality being lower than a threshold, monitoring the paging message in a PO in a discontinuous reception, DRX, mode/extended DRX, eDRX, mode; in response to the channel quality being higher than or equal to the threshold, monitoring the paging message in the PO in the DRX mode/eDRX mode based on a detected WUS; in response to the WUS mechanism being enabled, monitoring the paging message in a dedicated PO distributed in the DRX mode/eDRX mode; in response to the channel quality being lower than the threshold and the WUS mechanism being enabled, monitoring the paging message in the dedicated PO distributed in the DRX mode/eDRX mode; and in response to the channel quality being lower than the threshold and the WUS mechanism being enabled while a WUS not being detected out, monitoring the paging message in the dedicated PO distributed in the DRX mode/eDRX mode.
A method of standalone network probing by a communication device, comprising: establishing, by the communication device, a first network connection using a first interface technology to a public network and a second network connection using a second interface technology to the public network, wherein incoming and outgoing communications are routed across the public network to and from the communication device; characterized by associating the first network connection with a probing client running on a processor of the communication device and associating the second network connection with a probing server running on the processor; transmitting a probe addressed to the probing server from the probing client via the first network connection; receiving the probe at the probing server via the second network connection; and determining a network observation based on receiving the probe at the probing server. establishing, by the communication device, a first network connection using a first interface technology to a public network and a second network connection using a second interface technology to the public network, wherein incoming and outgoing communications are routed across the public network to and from the communication device; characterized by associating the first network connection with a probing client running on a processor of the communication device and associating the second network connection with a probing server running on the processor; transmitting a probe addressed to the probing server from the probing client via the first network connection; receiving the probe at the probing server via the second network connection; and determining a network observation based on receiving the probe at the probing server.
A method, comprising: causing a Peripheral Component Interconnect Express (PCI-E) interface to enter a low power PCI-E state; detecting, when the PCI-E interface is in the low power PCI-E state and prior to a packet being entirely received by a controller interfacing with a physical layer connection, whether the packet has passed an address filtering; signaling, responsive to a detection that the packet has passed the address filtering, that a PCI-E transaction is expected to cause the PCI-E interface, which is downstream of the controller, to utilize a full power PCI-E state; and in response to the signaling, transitioning to the full power PCI-E state prior to the packet being entirely received by the controller such that the PCI-E interface is in the full power PCI-E state prior to generation of a data memory access request corresponding to the PCI-E transaction. causing a Peripheral Component Interconnect Express (PCI-E) interface to enter a low power PCI-E state; detecting, when the PCI-E interface is in the low power PCI-E state and prior to a packet being entirely received by a controller interfacing with a physical layer connection, whether the packet has passed an address filtering; signaling, responsive to a detection that the packet has passed the address filtering, that a PCI-E transaction is expected to cause the PCI-E interface, which is downstream of the controller, to utilize a full power PCI-E state; and in response to the signaling, transitioning to the full power PCI-E state prior to the packet being entirely received by the controller such that the PCI-E interface is in the full power PCI-E state prior to generation of a data memory access request corresponding to the PCI-E transaction.
Device for filling a transport container with sheet-like notes of value, comprising: a feeding unit which feeds the sheet-like notes of value individually and one after the other to a vane wheel having elastic vanes, wherein each vane forwards a note of value in a rotary movement and the note of value falls into a collecting area due to its gravity and rests on edge on a bottom plate in the collecting area, wherein, when the vane wheel is rotated further, the vane guides the note of value resting on edge in the direction of a stacking wall, a closure unit which forms the stacking wall in a closed position and lets stacked notes of value pass in the horizontal direction towards an opening of the thin-walled, flexible transport container in an open position, and a removal unit which conveys the stack of notes of value in the open state of the closure unit to the opening of the transport container, characterized in that the removal unit has an elastic guide element mounted thereon which limits the movement of the note of value fed by the vane of the vane wheel and falling vertically downwards. a feeding unit which feeds the sheet-like notes of value individually and one after the other to a vane wheel having elastic vanes, wherein each vane forwards a note of value in a rotary movement and the note of value falls into a collecting area due to its gravity and rests on edge on a bottom plate in the collecting area, wherein, when the vane wheel is rotated further, the vane guides the note of value resting on edge in the direction of a stacking wall, a closure unit which forms the stacking wall in a closed position and lets stacked notes of value pass in the horizontal direction towards an opening of the thin-walled, flexible transport container in an open position, and a removal unit which conveys the stack of notes of value in the open state of the closure unit to the opening of the transport container, characterized in that the removal unit has an elastic guide element mounted thereon which limits the movement of the note of value fed by the vane of the vane wheel and falling vertically downwards.
Method for producing a multilayer covering film which comprises a pressure sensitive adhesive layer protected by a liner which is equipped with a system for controlling adhesion, the method comprising a step of forming the adhesion control system which includes an operation of selectively positioning a polymer composition of a non-adhesive material in microcavities provided on one face of the liner, characterized in that the selective positioning operation is carried out by coating using a spreading tool adjusted to a determined height from the face of the liner so that, when it passes, the spreading tool forces the composition of the non-adhesive material to fill and concentrate only in the microcavities.
A method, comprising: creating a plurality of machine-to-machine, MTM, service classes according to at least one device property, the at least one property comprising at least one of mobility, scheduling delay, data rate, persistence, or priority; assigning a network route for each MTM service class to associate each network route with a corresponding one of the plurality of MTM service classes according to different machine-type-communications, MTC, applications for different device types, wherein the network route comprises at least one of a route supporting a short message service, SMS, or a packet core route; receiving registration data associated with a device upon device registration for a computer network, wherein the received registration data comprises a device type and a device property; selecting one of the plurality of MTM service classes for the device based on the device type and the device property in the received registration data and determining an associated network route for the device based on the selected MTM service class; receiving a trigger message destined for the device, wherein the trigger message, once received by the device, causes the device to wake up and transmit data; and routing the trigger message destined for the device according to the network route assigned to the selected MTM service class. creating a plurality of machine-to-machine, MTM, service classes according to at least one device property, the at least one property comprising at least one of mobility, scheduling delay, data rate, persistence, or priority; assigning a network route for each MTM service class to associate each network route with a corresponding one of the plurality of MTM service classes according to different machine-type-communications, MTC, applications for different device types, wherein the network route comprises at least one of a route supporting a short message service, SMS, or a packet core route; receiving registration data associated with a device upon device registration for a computer network, wherein the received registration data comprises a device type and a device property; selecting one of the plurality of MTM service classes for the device based on the device type and the device property in the received registration data and determining an associated network route for the device based on the selected MTM service class; receiving a trigger message destined for the device, wherein the trigger message, once received by the device, causes the device to wake up and transmit data; and routing the trigger message destined for the device according to the network route assigned to the selected MTM service class.
A method of making a composite structure, the method comprising: obtaining a plurality of pressurizable members each having sufficient rigidity for supporting fiber plies thereon in a desired shape before pressurization, the pressurizable members having an outer surface and an inner surface forming a wall that defines a volumetric region, wherein the plurality of pressurizable members are coupled together to be in fluid communication with an adjacent pressurizable member, one of the pressurizable members having an opening to permit internal pressurization of the plurality of coupled pressurizable members; arranging fiber plies on the outer surface of the pressurizable members, wherein each of the pressurizable members supports the fiber plies thereon in a desired shape before pressurization of the pressurizable members; placing the fiber plies and the pressurizable members into a mold; sealing the fiber plies within the mold to permit pressurization of the fiber plies; pressurizing an exterior surface of the fiber plies with a first pressure; and pressurizing the inner surface of the pressurizable members via the opening with a second pressure, wherein the first pressure and the second pressure cooperate to compress the fiber plies between the mold and the pressurizable members. obtaining a plurality of pressurizable members each having sufficient rigidity for supporting fiber plies thereon in a desired shape before pressurization, the pressurizable members having an outer surface and an inner surface forming a wall that defines a volumetric region, wherein the plurality of pressurizable members are coupled together to be in fluid communication with an adjacent pressurizable member, one of the pressurizable members having an opening to permit internal pressurization of the plurality of coupled pressurizable members; arranging fiber plies on the outer surface of the pressurizable members, wherein each of the pressurizable members supports the fiber plies thereon in a desired shape before pressurization of the pressurizable members; placing the fiber plies and the pressurizable members into a mold; sealing the fiber plies within the mold to permit pressurization of the fiber plies; pressurizing an exterior surface of the fiber plies with a first pressure; and pressurizing the inner surface of the pressurizable members via the opening with a second pressure, wherein the first pressure and the second pressure cooperate to compress the fiber plies between the mold and the pressurizable members.