mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented medical method of irradiation treatment planning, the method comprising the following steps: - calculating a plurality of deliverable irradiation treatment plans thereby considering at least one device constraint of a particular irradiation device (step S1); - identifying one or more spatial dose differentiating regions, in which a difference in spatial dose distribution exists between two or more of the calculated deliverable irradiation treatment plans (step S2); - comparing the calculated deliverable irradiation treatment plans regarding their respective spatial dose distribution and removing plans from the plurality of calculated deliverable irradiation treatment plans, which are considered to be redundant with respect to the spatial dose distribution (step S3); - filtering relevant plans out of the calculated plurality of deliverable irradiation treatment plans (step S4), wherein a plan is considered relevant if it is compliant with at least one given radiotherapy prescription of a patient and/or with one or more given radiotherapy constraints, and - grouping those plans of the calculated deliverable irradiation treatment plans together, which provide a difference in the spatial dose distribution within a particular spatial region of the spatial dose distribution (step S5). - calculating a plurality of deliverable irradiation treatment plans thereby considering at least one device constraint of a particular irradiation device (step S1); - identifying one or more spatial dose differentiating regions, in which a difference in spatial dose distribution exists between two or more of the calculated deliverable irradiation treatment plans (step S2); - comparing the calculated deliverable irradiation treatment plans regarding their respective spatial dose distribution and removing plans from the plurality of calculated deliverable irradiation treatment plans, which are considered to be redundant with respect to the spatial dose distribution (step S3); - filtering relevant plans out of the calculated plurality of deliverable irradiation treatment plans (step S4), wherein a plan is considered relevant if it is compliant with at least one given radiotherapy prescription of a patient and/or with one or more given radiotherapy constraints, and - grouping those plans of the calculated deliverable irradiation treatment plans together, which provide a difference in the spatial dose distribution within a particular spatial region of the spatial dose distribution (step S5).
A method performed by a base station for scheduling data transmission to a wireless device and for transmitting data to the wireless device, the method comprising: allocating a first physical resource block, PRB, group for a physical downlink control channel; signaling an indication of a frequency location of the first PRB group for the physical downlink control channel to the wireless device; transmitting the physical downlink control channel in the allocated first PRB group to the wireless device; signaling, to the wireless device, whether a frequency location of a second PRB group that is allocated for a physical downlink shared channel, associated with the physical downlink control channel, is the same or different than the frequency location of the first PRB group, and transmitting the physical downlink shared channel, associated with the physical downlink control channel, in the second PRB group that is allocated for the physical downlink shared channel to the wireless device, wherein the transmission of the physical downlink control channel is in at least one first subframe, and the transmission of the physical downlink shared channel is in at least one second subframe, wherein the at least one first subframe and the at least one second subframe are separated by a guard period, wherein the guard period is a subframe. allocating a first physical resource block, PRB, group for a physical downlink control channel; signaling an indication of a frequency location of the first PRB group for the physical downlink control channel to the wireless device; transmitting the physical downlink control channel in the allocated first PRB group to the wireless device; signaling, to the wireless device, whether a frequency location of a second PRB group that is allocated for a physical downlink shared channel, associated with the physical downlink control channel, is the same or different than the frequency location of the first PRB group, and transmitting the physical downlink shared channel, associated with the physical downlink control channel, in the second PRB group that is allocated for the physical downlink shared channel to the wireless device, wherein the transmission of the physical downlink control channel is in at least one first subframe, and the transmission of the physical downlink shared channel is in at least one second subframe, wherein the at least one first subframe and the at least one second subframe are separated by a guard period, wherein the guard period is a subframe.
Air distribution device for a vehicle , which air distribution device has an air inlet , a warm-air outlet and a main cold-air outlet , characterized by a warm-air conduit by which the warm-air outlet is connected to the air inlet , a cold-air conduit by which the main cold-air outlet and a secondary cold-air outlet of the air distribution device are connected to the air inlet , and a shut-off device for shutting off and opening up the cold-air conduit .
Device for high-energy and/or microgrinding of particles by means of free-flowing grinding media in a closed gas atmosphere, comprising, a grinding container for holding the particles and the grinding media with a closed housing and a grinding chamber inside it, and a rotor rotatably mounted around a horizontal rotational axis in the grinding container for accelerating the grinding media during a grinding process, wherein the grinding container is cylindrical, extends along the rotational axis and furthermore comprises: a first end face and a second end face , which are arranged opposite each other and each extend transversely to the rotational axis of the rotor , a first connection port for feeding gas into the grinding chamber and a second connection port for discharging gas from the grinding chamber , wherein the second connection port has a filter which prevents the leakage of particles from the grinding chamber or, wherein a filter is arranged in a line connected to the second connection port and forms a barrier for particles flowing out of the grinding chamber , characterized in that the second connection port is arranged on the second end face and is positioned on the rotational axis . a first end face and a second end face , which are arranged opposite each other and each extend transversely to the rotational axis of the rotor , a first connection port for feeding gas into the grinding chamber and a second connection port for discharging gas from the grinding chamber , wherein the second connection port has a filter which prevents the leakage of particles from the grinding chamber or, wherein a filter is arranged in a line connected to the second connection port and forms a barrier for particles flowing out of the grinding chamber , characterized in that the second connection port is arranged on the second end face and is positioned on the rotational axis .
A method of providing a roof window at a roof structure of a building, wherein the method comprises the steps of: - providing a frame arrangement wherein said provided frame arrangement comprises a fixation frame and a movable frame for holding at least one insulated glass unit , wherein the movable frame is configured to be movably connected to the fixation frame by means of a hinge arrangement and wherein the movable frame comprises structural elongated profiles comprising an elongated top profile , an elongated bottom profile and parallel, elongated side profiles , and - providing at least one insulated glass unit for installation in the movable frame , the method further comprising the consecutive steps of - installing the frame arrangement in the roof structure , - arranging the at least one insulated glass unit in the movable frame of the installed frame arrangement, and - securing said at least one insulated glass unit to the movable frame of the installed frame arrangement by means of a releasable, mechanical holding system . - providing a frame arrangement wherein said provided frame arrangement comprises a fixation frame and a movable frame for holding at least one insulated glass unit , wherein the movable frame is configured to be movably connected to the fixation frame by means of a hinge arrangement and wherein the movable frame comprises structural elongated profiles comprising an elongated top profile , an elongated bottom profile and parallel, elongated side profiles , and - providing at least one insulated glass unit for installation in the movable frame , - installing the frame arrangement in the roof structure , - arranging the at least one insulated glass unit in the movable frame of the installed frame arrangement, and - securing said at least one insulated glass unit to the movable frame of the installed frame arrangement by means of a releasable, mechanical holding system .
System comprising: - a tanker equipped with a boom comprising a boom tip; - a refuelling vessel attachable to a receiving plane and comprising an inlet mouth for fuel, the inlet mouth being located inside the refuelling vessel; the system being for locating the boom tip and the refuelling vessel during a mid-flight refuelling operation from the tanker to the receiving plane, characterised by : - means for locating the position of the inlet mouth, the means comprising light emitters, the means further comprising at least one vision subsystem arranged on the tanker, wherein the vision subsystem comprises at least two cameras , - means for locating the position of the boom tip, the means comprising boom tip light emitters placed on the boom tip, the means acting in cooperation with the vision subsystem, - processing means configured to determine, through the images obtained from the means for locating the position of the inlet mouth and the means for locating the position of the boom tip, their respective positions and inclinations with respect to a common coordinate system. - a tanker equipped with a boom comprising a boom tip; - a refuelling vessel attachable to a receiving plane and comprising an inlet mouth for fuel, the inlet mouth being located inside the refuelling vessel; - means for locating the position of the inlet mouth, the means comprising light emitters, the means further comprising at least one vision subsystem arranged on the tanker, wherein the vision subsystem comprises at least two cameras , - means for locating the position of the boom tip, the means comprising boom tip light emitters placed on the boom tip, the means acting in cooperation with the vision subsystem, - processing means configured to determine, through the images obtained from the means for locating the position of the inlet mouth and the means for locating the position of the boom tip, their respective positions and inclinations with respect to a common coordinate system.
Method for controlling the concentration of an anticoagulant (AC) composition added to a donor's plasma during a fixed volume apheresis extraction process, the method comprising utilising a donor's hematocrit (HCT) measurement to determine the ratio of the anticoagulant composition to the donor's uncoagulated blood during the apheresis extraction process, wherein ratio of the anticoagulant composition to the donor's uncoagulated blood during the apheresis extraction process is 1:R, wherein R is calculated according to the following equation: R = V C V AC − HCT 1 − HCT wherein V C is the total volume of collected plasma (mL); V AC is the volume of anticoagulant in the collected plasma (mL), and HCT is the patient's hematocrit expressed in decimals. wherein ratio of the anticoagulant composition to the donor's uncoagulated blood during the apheresis extraction process is 1:R, wherein R is calculated according to the following equation: R = V C V AC − HCT 1 − HCT wherein V C is the total volume of collected plasma (mL); V AC is the volume of anticoagulant in the collected plasma (mL), and HCT is the patient's hematocrit expressed in decimals.
An apparatus for coextruding a multi-layered coextrusion composite made of interconnected individual layers made of thermoplastic materials, in particular a coextruded multi-layer film , having a coextrusion adapter which has a central channel for generating a central layer of the coextrusion composite , at least one coextrusion channel for generating at least one further layer of the coextrusion composite interacting with the central layer , a plurality of displaceable setting elements for setting layer thicknesses or layer thickness profiles on the individual layers of the coextrusion composite and adjusting devices for actuating the setting elements , and having a nozzle part through which the multi-layered coextrusion composite is discharged, wherein a measuring device for automatically measuring layer thicknesses or layer thickness profiles of the multi-layered coextrusion composite is arranged downstream of the nozzle part , wherein the apparatus is set up to manipulate the plurality of displaceable setting elements automatically by means of measurement data obtained from the measuring device , characterized in that an inlet-side drive element of an adjusting device and an outlet-side output element of an actuator have different axes of rotation, wherein the axes of rotation are arranged offset from one another.
A neurostimulation system comprising: memory that stores data for first and second input waveforms; a playback system that provides first and second output waveforms, based on the first and second input waveforms in the memory, respectively, to form composite patterns of stimulation or waveforms, the first output waveform being different than the second output waveform, the second output waveform being periodically superimposed on the first output waveform to produce periodic bursting stimulation, the second output waveform having a frequency that is greater than the frequency of the first output waveform; a stimulation electrode; and a controller in communication with the stimulation electrode, the controller being configured to control application of the composite patterns of stimulation or waveforms to a target site in a body of a subject suffering from a medical condition. memory that stores data for first and second input waveforms; a playback system that provides first and second output waveforms, based on the first and second input waveforms in the memory, respectively, to form composite patterns of stimulation or waveforms, the first output waveform being different than the second output waveform, the second output waveform being periodically superimposed on the first output waveform to produce periodic bursting stimulation, the second output waveform having a frequency that is greater than the frequency of the first output waveform; a stimulation electrode; and a controller in communication with the stimulation electrode, the controller being configured to control application of the composite patterns of stimulation or waveforms to a target site in a body of a subject suffering from a medical condition.
A security element , particularly for banknotes, security cards and the like, comprising a first substrate which is at least partially opaque when viewed in transmitted light, and a plurality of magnetic areas being arranged on said substrate, wherein each of said magnetic areas is formed by a first magnetic material, a second magnetic material or an arrangement of the first and the second magnetic materials being at least partially superimposed, the first magnetic material and the second magnetic material exhibiting different coercivity values which are detectable by a sensor, wherein the first and second magnetic materials are magnetically saturable such that one of the first and second magnetic materials is not affected by the other and wherein said plurality of magnetic areas includes at least one magnetic area formed by the first and second magnetic material, so as to be at least partially superimposed, characterized in that said plurality of magnetic areas further includes at least two magnetic areas respectively formed by the first magnetic material and the second magnetic material.
A method for wireless communication at a user equipment, UE, comprising: receiving a synchronization signal block for a carrier, the synchronization signal block associated with synchronization signal block transmission attributes; and identifying one or more bandwidth part, BWP, transmission attributes for transmissions within a BWP of the carrier, the method characterised by : receiving a transmission over the BWP of the carrier based at least in part on the synchronization signal block transmission attributes and the one or more BWP transmission attributes, wherein the transmission is multiplexed with the synchronization signal block according to a pattern selected from a plurality of predefined multiplexing schemes comprising a time division multiplexing scheme and a frequency division multiplexing scheme. receiving a synchronization signal block for a carrier, the synchronization signal block associated with synchronization signal block transmission attributes; and identifying one or more bandwidth part, BWP, transmission attributes for transmissions within a BWP of the carrier, the method characterised by : receiving a transmission over the BWP of the carrier based at least in part on the synchronization signal block transmission attributes and the one or more BWP transmission attributes, wherein the transmission is multiplexed with the synchronization signal block according to a pattern selected from a plurality of predefined multiplexing schemes comprising a time division multiplexing scheme and a frequency division multiplexing scheme.
A ballistic correction device for the sight members, or lens optics, of weapons equipped with an elevation adjustment turret , the device including: - detecting means to detect the rotations imparted by the shooter to the adjustment ring of the elevation turret ; - displaying means to display the shooting distance and/or other shooting settings corresponding to the position of said ring , characterized being removably mountable the outside of the sight member as an accessory. - detecting means to detect the rotations imparted by the shooter to the adjustment ring of the elevation turret ; - displaying means to display the shooting distance and/or other shooting settings corresponding to the position of said ring ,
A method of obtaining an image of an ocular feature comprising: defining at least one selection criteria related to an anatomical ocular feature of interest; capturing a stream of sequential ocular images ; and autonomously scoring each ocular image with the selection criteria to autonomously select one or more individual ocular images more likely to include the ocular feature of interest than other individual ocular images, the method being characterized by further comprising: providing an initial illumination level while capturing a first segment of the stream of sequential ocular images; and providing a second illumination level while capturing a second segment of the stream of sequential ocular images, wherein the second illumination level is of a higher intensity than the initial illumination level, wherein the second segment of the stream of sequential ocular images is captured subsequent to the first segment of the sequential ocular images, wherein the method further comprises: autonomously providing the second illumination level upon the autonomous selection of an individual ocular image more likely to include the ocular feature of interest than other individual ocular images. defining at least one selection criteria related to an anatomical ocular feature of interest; capturing a stream of sequential ocular images ; and autonomously scoring each ocular image with the selection criteria to autonomously select one or more individual ocular images more likely to include the ocular feature of interest than other individual ocular images, the method being characterized by further comprising: providing an initial illumination level while capturing a first segment of the stream of sequential ocular images; and providing a second illumination level while capturing a second segment of the stream of sequential ocular images, wherein the second illumination level is of a higher intensity than the initial illumination level, wherein the second segment of the stream of sequential ocular images is captured subsequent to the first segment of the sequential ocular images, wherein the method further comprises: autonomously providing the second illumination level upon the autonomous selection of an individual ocular image more likely to include the ocular feature of interest than other individual ocular images.
A multiphase polymer fine particle having two or more polymer phases formed by aggregation of two or more water-insoluble polymers, respectively, at least on a surface thereof, wherein a first polymer phase can bind to a specimen substance or a substance that can specifically bind to the specimen substance, and wherein a second polymer phase has a labeling substance, wherein: i) the first or second polymer phase, or a third polymer phase comprises a magnetic material; ii) the multiphase polymer fine particle has an average particle size in the range of about 100 nm to 10 μm; and iii) the coefficient of variation in the particle size of the multiphase polymer fine particle is within 20%. i) the first or second polymer phase, or a third polymer phase comprises a magnetic material; ii) the multiphase polymer fine particle has an average particle size in the range of about 100 nm to 10 μm; and iii) the coefficient of variation in the particle size of the multiphase polymer fine particle is within 20%.