mhurhangee/ep-ind-claims huggingface dataset:
A radiotherapy system comprising: a placing unit configured to place a subject; an imaging unit (20, 20a) configured to perform an imaging of the subject; an image storage unit configured to store therein first image data obtained by performing a pre-imaging of the subject in radiotherapy planning; characterised by further comprising: a region storage unit configured to store therein position information of a required region included in the first image data; wherein the required region is an organ to be treated or an organ that is not to be irradiated; and an image aligning unit configured to use the position information of the required region to align the first image data with second image data obtained by the imaging unit (20, 20a) performing the imaging of the subject before radiotherapy. a placing unit configured to place a subject; an imaging unit (20, 20a) configured to perform an imaging of the subject; an image storage unit configured to store therein first image data obtained by performing a pre-imaging of the subject in radiotherapy planning; a region storage unit configured to store therein position information of a required region included in the first image data; wherein the required region is an organ to be treated or an organ that is not to be irradiated; and an image aligning unit configured to use the position information of the required region to align the first image data with second image data obtained by the imaging unit (20, 20a) performing the imaging of the subject before radiotherapy.
An iRNA agent comprising a sense strand and an antisense strand, wherein (a) said sense strand consists of the sequence of SEQ ID NO: 287, and said antisense strand consists of the sequence of SEQ ID NO: 288; or (b) said sense strand consists of the sequence of SEQ ID NO: 289, and said antisense strand consists of the sequence of SEQ ID NO: 290, wherein a cholesterol is conjugated via a pyrrolidine linker comprising a phosphorothioate to the 3'-end of the sense strand of the iRNA agent. (a) said sense strand consists of the sequence of SEQ ID NO: 287, and said antisense strand consists of the sequence of SEQ ID NO: 288; or (b) said sense strand consists of the sequence of SEQ ID NO: 289, and said antisense strand consists of the sequence of SEQ ID NO: 290, wherein a cholesterol is conjugated via a pyrrolidine linker comprising a phosphorothioate to the 3'-end of the sense strand of the iRNA agent.
A device configured to operate in conjunction with an interventional instrument inserted into a patient to perform an interventional medical procedure, the device comprising: a medical imaging device including a display component; a trigger control button on a user input device (22,24); and an electronic data processing device programmed to operate the medical imaging device to provide image guidance and location documentation for the interventional medical procedure by guidance and location documentation operations including: causing the medical imaging device to acquire and display video of the interventional instrument inserted into the patient, detecting activation of the trigger control button; in response to the detecting, processing a video segment of the acquired video to identify a trigger image as a frame of the video segment capturing a medical intervention event performed by the interventional instrument and a location of the medical intervention event in the identified trigger image, and causing the medical imaging device to display a still image of the identified trigger image with a superimposed marker indicating the identified location of the medical intervention event. a medical imaging device including a display component; a trigger control button on a user input device (22,24); and an electronic data processing device programmed to operate the medical imaging device to provide image guidance and location documentation for the interventional medical procedure by guidance and location documentation operations including: causing the medical imaging device to acquire and display video of the interventional instrument inserted into the patient, detecting activation of the trigger control button; in response to the detecting, processing a video segment of the acquired video to identify a trigger image as a frame of the video segment capturing a medical intervention event performed by the interventional instrument and a location of the medical intervention event in the identified trigger image, and causing the medical imaging device to display a still image of the identified trigger image with a superimposed marker indicating the identified location of the medical intervention event. causing the medical imaging device to acquire and display video of the interventional instrument inserted into the patient, detecting activation of the trigger control button; in response to the detecting, processing a video segment of the acquired video to identify a trigger image as a frame of the video segment capturing a medical intervention event performed by the interventional instrument and a location of the medical intervention event in the identified trigger image, and causing the medical imaging device to display a still image of the identified trigger image with a superimposed marker indicating the identified location of the medical intervention event.
A method of preparing a solidification-prevented sweetener material composition, comprising: preparing a sweetener material powder by mixing sugar and xylose in a mixer for food preparation capable of liquid phase spray, wherein the sugar has an average particle size from 150 μm to 300 μm and the xylose has an average particle size from 150 μm to 350 μm; scattering indigestible maltodextrin to the sweetener material powder and mixing the sweetener material powder with the indigestible maltodextrin to form a coating layer by coating the sweetener material powder with the indigestible maltodextrin; and drying the sweetener material powder on which the coating layer is formed such that the water content is 0.2 wt% or less based on the total weight of the sweetener material composition. preparing a sweetener material powder by mixing sugar and xylose in a mixer for food preparation capable of liquid phase spray, wherein the sugar has an average particle size from 150 μm to 300 μm and the xylose has an average particle size from 150 μm to 350 μm; wherein the sugar has an average particle size from 150 μm to 300 μm and the xylose has an average particle size from 150 μm to 350 μm; scattering indigestible maltodextrin to the sweetener material powder and mixing the sweetener material powder with the indigestible maltodextrin to form a coating layer by coating the sweetener material powder with the indigestible maltodextrin; and drying the sweetener material powder on which the coating layer is formed such that the water content is 0.2 wt% or less based on the total weight of the sweetener material composition.
A method comprising: receiving data indicative of position of a first wellbore, the receiving by a computer system; reading data indicative of position of an offset wellbore, the reading by the computer system; reading data indicative of a fracture diameter for the offset wellbore, the reading by the computer system; calculating, by the computer system, a first positional uncertainty of the first wellbore; calculating a second positional uncertainly of the offset wellbore taking into account the data indicative of position and the data indicative of fracture diameter; and generating a value indicative of proximity of the positional uncertainties. receiving data indicative of position of a first wellbore, the receiving by a computer system; reading data indicative of position of an offset wellbore, the reading by the computer system; reading data indicative of a fracture diameter for the offset wellbore, the reading by the computer system; calculating, by the computer system, a first positional uncertainty of the first wellbore; calculating a second positional uncertainly of the offset wellbore taking into account the data indicative of position and the data indicative of fracture diameter; and generating a value indicative of proximity of the positional uncertainties.
A process for the production of multi-layer coatings comprising the successive steps: 1) applying an 8 to 20 μm thick coating layer from an aqueous coating composition A onto a substrate provided with an EDC primer, 2) applying a 5 to 15 μm thick base coat layer from an aqueous coating composition B onto the previously applied coating layer, 3) applying a clear coat layer onto the base coat layer, 4) jointly curing the three coating layers, wherein coating compositions A and B being different from each other, wherein the coating composition A contains at least one metal platelet pigment having a thickness from 10 to 100 nm in a proportion corresponding to a pigment/resin solids ratio by weight from 0.06:1 to 0.2:1, and wherein the resin solids of coating composition A are crosslinkable by formation of urethane groups and comprise at least one hydroxyl fuctional binder and at least one free polyisocyanate crosslinking agent. 1) applying an 8 to 20 μm thick coating layer from an aqueous coating composition A onto a substrate provided with an EDC primer, 2) applying a 5 to 15 μm thick base coat layer from an aqueous coating composition B onto the previously applied coating layer, 3) applying a clear coat layer onto the base coat layer, 4) jointly curing the three coating layers,
An unblocking roller for removing excess material from the openings of cells in a honeycomb core, the unblocking roller comprising: a cylindrical core having a center axis; and a plurality of clusters each comprising a plurality of bristles, each of the plurality of bristles of each cluster coupled to the core at a first end and projecting a plurality of distances radially outward from the center axis of the core; each bristle projecting a minimum of a first distance from the core, wherein a shortest bristle projects the first distance from the core and a longest bristle projects a fourth distance from the core, the fourth distance being at least 115% of the first distance; wherein each cluster is separated from adjacent clusters by at least a second distance that is at least 20% of the first distance. a cylindrical core having a center axis; and a plurality of clusters each comprising a plurality of bristles, each of the plurality of bristles of each cluster coupled to the core at a first end and projecting a plurality of distances radially outward from the center axis of the core; each bristle projecting a minimum of a first distance from the core, wherein a shortest bristle projects the first distance from the core and a longest bristle projects a fourth distance from the core, the fourth distance being at least 115% of the first distance;
Cable channel segment, with a channel formed by two side spars (2, 2.1) and a base connecting the side spars (2, 2.1), said cable channel segment being provided with two channel parts (5, 5.1) connected to one another at one of the two side spars (2, 2.1) by at least one hinge point (7, 7.1), said channel parts (5, 5.1) being adjustable in relation to one another by way of the pivot axis provided by such a hinge point (7, 7.1), characterised in that the cable channel segment is provided with an insert element adjacent thereto and connected to a hinge point (7, 7.1), with a base part, which bridges the gap present between the bases (3.1) of the channel parts (5, 5.1), said base part carrying at its edge opposite the at least one hinge point (7, 7.1) a channel edge strip, which bridges the gap present between the side spars (2, 2.1) of the channel parts (5, 5.1), opposite the at least one hinge point (7, 7.1).
Torque or force calibration device for a unit intended to measure or to apply a torque or a force respectively, said device including a first part, a second part and at least one flexible element linking the first part to the second part, the second part being mounted to be mobile in rotation or in translation relative to the fixed first part, the device comprising an abutment, said device being characterised in that the abutment is arranged to limit the displacement of the second part, fixing a linear calibration curve on the basis of the maximum value of said displacement and thus fixing the maximum torque or the maximum force of the calibration device corresponding to said value, in that said at least one flexible element is formed of a leaf spring and in that the first part and the second part are each formed by a planar base (2a,3a) topped by an upright (2b,3b) onto which is fixed an end of the flexible element, the first part and the second part being disposed head to tail with the base of the first part forming the support of the device and the base of the second part forming the portion to which the torque or the force is applied during the calibration of the unit.
Method for slowing a transfer trailer on a sloping base, in which the transfer trailer is intended for transferring heavy transferable work machines, and which transfer trailer is arranged to be towed with the aid of a transfer vehicle, in which method - the slowing of the transfer trailer takes place by pressing, with the aid of an operating device, a brake surface directly against the base, - at least one control variable relating to the control of the speed of the transfer trailer is measured during the transfer, - the pressing of the brake surface is guided on the basis of the measurement data, characterized in that the brake surface is continuously pressed directly against the base by dragging. - the slowing of the transfer trailer takes place by pressing, with the aid of an operating device, a brake surface directly against the base, - at least one control variable relating to the control of the speed of the transfer trailer is measured during the transfer, - the pressing of the brake surface is guided on the basis of the measurement data,
Method for operating a heatable exhaust gas sensor, which provides at least one measurement signal and in which a sensor heating system is operated with a pulse-width-modulated operating voltage, characterized in that the capture of the at least one measurement signal has priority over the provision of the pulse-width-modulated operating voltage for the sensor heating system, and in that the provision of the pulse-width-modulated operating voltage for the sensor heating system is suppressed with a blocking signal at least during a predefined measurement window (30, 32) in which the measurement signal is captured.
An absorption medium for removing carbon dioxide from a fluid stream, comprising an aqueous solution of at least one amine and at least one aminocarboxylic acid, the aqueous solution comprising less than 5% by weight of inorganic basic salts and the aminocarboxylic acid being selected from N-mono-C 1 -C 4 -alkylaminocarboxylic acids and N,N-Di-C 1 -C 4 -alkylaminocarboxylic acids, or the aminocarboxylic acid being an α-aminocarboxylic acid in which the α-carbon atom only carries substituents different from hydrogen. of at least one amine and at least one aminocarboxylic acid,
Device for packaging products, having, on the one hand, a packaging module in which the products are packaged in batches, especially by bundling or by case packing, and, on the other hand, a belt extending in a conveying direction to supply said module with batches of products, the device also comprising a supply means that brings the products onto the belt from a station upstream from the packaging device, and extends at least partially into at least one lateral zone that the packaging device has, beside the belt device characterized in that the supply means relies on a linear motor principle, and in that starting from the at least one lateral zone, deposits the products on said belt from various parts of said zone that are distributed in the conveying direction.
An isolated immunogenic peptide comprising (i) an MHC class II restricted T-cell epitope from a soluble alloantigen and (ii) a C- 2- or - 2-C redox motif wherein said motif is immediately adjacent to said T-cell epitope, or is separated from said T-cell epitope by a linker of at most 7 amino acids, for use in preventing or suppressing, in a subject expected to receive, receiving or having received said soluble alloantigen, the immune responses to said soluble alloantigen.
A method (500, 600, 700) comprising: receiving (502, 606) an ultrasound signal (135, 235) at an ultrasound receiver (112, 312) from an ultrasound transmitter; detecting movement of at least one object based on the received ultrasound signal and at least one previously received ultrasound signal (133, 233); and modifying a parameter of an acoustic echo canceller in response to detecting the movement. receiving (502, 606) an ultrasound signal (135, 235) at an ultrasound receiver (112, 312) from an ultrasound transmitter; detecting movement of at least one object based on the received ultrasound signal and at least one previously received ultrasound signal (133, 233); and modifying a parameter of an acoustic echo canceller in response to detecting the movement.
Rear load carrier for mounting on a motor vehicle having a carrier frame which has a connection device for fastening to a trailer hitch on the vehicle side, the connection device comprising a basic body, an upper and a lower clamping element (10, 11), which are arranged one above the other, form between them a receptacle for a connection head of the trailer hitch and are displaceable relative to one another, and an actuating device which is coupled to the clamping elements (10, 11) in order to displace them relative to one another between an insertion position, in which the clamping elements (10, 11) are moved apart in such a way that the connection device can be placed on or removed from the connection head, and a holding position, in which the clamping elements (10, 11) embrace a connection head which is located in the receptacle in a fixed manner, wherein the connection device further comprises a guiding element for receiving and guiding the upper clamping element, the guiding element being coupled to the actuating device such that it can be displaced towards or away from the lower clamping element, in particular vertically, and wherein spring means are provided between the upper clamping element and the guiding element in order to mount the upper clamping element such that it can be displaced resiliently relative to the guiding element against the restoring force of the spring means, characterized in that the spring means support against a contact face of the guiding element and against a contact face of the upper clamping element
A computing device comprising: a security assistance thread module to execute a security assistance thread, the security assistance thread to: start a transaction using transactional memory support; within the transaction, write arbitrary data to a monitored memory location; and enter an endless wait loop without committing the transaction, the transaction to trigger a transactional abort in response to a read of the monitored memory location, the read initiated externally from the transaction; and detect the transactional abort of the transaction; and a security response module to, in response to the detecting of the transactional abort: (i) determine whether the read of the monitored memory location is caused by malware, and (ii) when the read is determined to be caused by malware, perform at least one of terminate a software program containing the malware, generate a report, and halt the computing device. a security assistance thread module to execute a security assistance thread, the security assistance thread to: start a transaction using transactional memory support; within the transaction, write arbitrary data to a monitored memory location; and enter an endless wait loop without committing the transaction, the transaction to trigger a transactional abort in response to a read of the monitored memory location, the read initiated externally from the transaction; and detect the transactional abort of the transaction; and start a transaction using transactional memory support; within the transaction, write arbitrary data to a monitored memory location; and enter an endless wait loop without committing the transaction, the transaction to trigger a transactional abort in response to a read of the monitored memory location, the read initiated externally from the transaction; and detect the transactional abort of the transaction; and a security response module to, in response to the detecting of the transactional abort: (i) determine whether the read of the monitored memory location is caused by malware, and (ii) when the read is determined to be caused by malware, perform at least one of terminate a software program containing the malware, generate a report, and halt the computing device.
Foaming tool with at least two tool halves and a mixing head, coupled thereto, having - a receiving plate arranged at the tool, having side surfaces and main surfaces, directed to the tool halves on one hand and to the mixing head on the other hand, - at least one recess, being substantially centrally located in the main surface for receiving a mixing nozzle, and - a holding plate attachable to the mixing head side with the projecting, substantially centrally disposed mixing nozzle, characterized in that the holding plate is fixedly connected to the mixing head and has at least one bolt disposed relative to the mixing nozzle in the direction of the tool halves and having a transversely extending groove as well as at least one receptacle in the main surface corresponding to the arrangement of the bolt for receiving the bolt, and wherein the side surfaces include at least a first bore for receiving a clamping element being engageable with of the groove. - a receiving plate arranged at the tool, having side surfaces and main surfaces, directed to the tool halves on one hand and to the mixing head on the other hand, - at least one recess, being substantially centrally located in the main surface for receiving a mixing nozzle, and - a holding plate attachable to the mixing head side with the projecting, substantially centrally disposed mixing nozzle,
A monolithic structural catalyst body catalytically active for the selective catalytic reduction of nitrogen oxides comprising an outer peripheral wall and a plurality of inner partition walls arranged within the outer peripheral wall in which the outer peripheral wall and inner partition walls are formed of a uniform chemical composition comprising 50-99.9% by weight an inorganic oxide composition including titania (TiO 2), alumina (Al 2 O 3), zirconia (ZrO 2), and/or mixtures thereof and at least 0.1% by weight a catalytically active metal functional group including vanadium pentoxide, tungsten oxide, molybdenum oxide and/or mixtures thereof and comprises reinforcement agents, and characterized in that the monolithic structural catalyst body comprises inner partition walls having an average thickness of less than 0.22 mm, has a hydraulic diameter greater than or equal to 100 mm and has a transverse compressive strength of at least 147 kPa (1.5 kg/cm 2)