mhurhangee/ep-ind-claims huggingface dataset:
A radiation scanning system for detecting radiation dosimetry of a beam emitted along an axis from a radiotherapy treatment device having an isocentric radiation source comprising: a dynamic phantom body formed of a material having a density proximally that of a human body; at least one dosimetry probe constructed and arranged to sense photons and electrons, said at least one dosimetry probe positioned within said dynamic phantom body; a carriage supporting said dynamic phantom body; a guideway, said carriage secured to said guideway; said dynamic phantom body positioned on said carriage; a mechanism is configured to incrementally move said carriage and said dynamic phantom body relative to said guideway; characterised in that said mechanism is configured to provide isocentric movement of said dynamic phantom body with synchronically, opposite, up or down isocentric movement of said at least one dosimetry probe, through a series of locations so as to provide sufficient data to determine the proper dose of radiation required for radiotherapy treatment. a dynamic phantom body formed of a material having a density proximally that of a human body; at least one dosimetry probe constructed and arranged to sense photons and electrons, said at least one dosimetry probe positioned within said dynamic phantom body; a carriage supporting said dynamic phantom body; a guideway, said carriage secured to said guideway; said dynamic phantom body positioned on said carriage; a mechanism is configured to incrementally move said carriage and said dynamic phantom body relative to said guideway; characterised in that said mechanism is configured to provide isocentric movement of said dynamic phantom body with synchronically, opposite, up or down isocentric movement of said at least one dosimetry probe, through a series of locations so as to provide sufficient data to determine the proper dose of radiation required for radiotherapy treatment.
A spiro compound of formula I: wherein A is wherein the carbon indicated by "C" denotes the spiro carbon, R is C 1 alkyl, n and p are each 1; Y is -O- or -S-; R 1 is -CH 3, R 2 is H, R 3 and R 4 are each H; and R 5 is selected from the group consisting of -C -(CH 2) 2 -indol-3-yl,; or a pharmaceutically acceptable salt thereof. the carbon indicated by "C" denotes the spiro carbon, R is C 1 alkyl, n and p are each 1; Y is -O- or -S-; R 1 is -CH 3, R 2 is H, R 3 and R 4 are each H; and R 5 is selected from the group consisting of -C -(CH 2) 2 -indol-3-yl,;
A composition for use in therapeutic weight reduction, wherein the composition is formulated for delivery of sodium percarbonate to the small intestine and/or large intestine of a subject following oral administration of the composition to the subject, wherein the composition is formulated as an oral dosage form comprising the sodium percarbonate and an enteric coating encasing the sodium percarbonate.
A heat exchanger plate module comprising a pressed heat exchanger plate and a flat plate, the pressed heat exchanger plate and the flat plate having two opposite side surfaces, an extension in a longitudinal direction, transversal (t) direction perpendicular to the longitudinal direction and thickness direction (d) of the plate, wherein the plates (201, 201') have substantially the same outer shape in the longitudinal and transversal direction, the plates in the module comprising: • a first longitudinal end portion comprising at least one fluid port, • a second longitudinal end portion comprising at least one fluid port, • an intermediate heat exchange portion arranged in between the first and second longitudinal end portions, wherein the pressed heat exchanger plate further comprises a pressed corrugated pattern with alternating tops and bottoms in the thickness direction (d) of the pressed plate, the pressed pattern comprising: • in the first and/or second longitudinal end portions (101; 102), a first fluid channel pattern leading fluid flow into the at least one fluid port (110; 130) and/or a second fluid channel pattern bypassing the at least one fluid port (120; 140), characterised in that it further comprises: • in the intermediate heat exchange portion, a third fluid channel pattern in fluid communication with the first fluid channel pattern and/or a second fluid channel pattern, and comprising a plurality of longitudinally extending wave-shaped pressed lines configured to form discrete fluid channels in the longitudinal direction of the heat exchanger plate module, when the pressed heat exchanger plate is attached to the flat plate. • a first longitudinal end portion comprising at least one fluid port, • a second longitudinal end portion comprising at least one fluid port, • an intermediate heat exchange portion arranged in between the first and second longitudinal end portions, wherein • in the first and/or second longitudinal end portions (101; 102), a first fluid channel pattern leading fluid flow into the at least one fluid port (110; 130) and/or a second fluid channel pattern bypassing the at least one fluid port (120; 140), characterised in that it further comprises: • in the intermediate heat exchange portion, a third fluid channel pattern in fluid communication with the first fluid channel pattern and/or a second fluid channel pattern, and comprising a plurality of longitudinally extending wave-shaped pressed lines configured to form discrete fluid channels in the longitudinal direction of the heat exchanger plate module, when the pressed heat exchanger plate is attached to the flat plate. • in the intermediate heat exchange portion, a third fluid channel pattern in fluid communication with the first fluid channel pattern and/or a second fluid channel pattern, and comprising a plurality of longitudinally extending wave-shaped pressed lines configured to form discrete fluid channels in the longitudinal direction of the heat exchanger plate module, when the pressed heat exchanger plate is attached to the flat plate.
Arrangement comprising at least one pipe clip, at least one pipe for panel heating/cooling systems, a setting tool and an installation board, wherein the pipe clip is provided for fastening the at least one pipe to the installation board, wherein the pipe clip has a central, arcuate portion (a) with symmetrically arranged pivoting arcs (b, c) adjoining the ends thereof, said pivoting arcs (b, c) being introducible into an installation board suitable for the underlying surface by using the setting tool, wherein the portion (a) in the central region of the pipe clip has a region that matches the pipe contour of the pipe to be fastened and the opening size of the portion (a) is greater than the pipe diameter, wherein the respective ends of the portion (a) are connected to the pivoting arcs (b, c) via leg pivot points (a1, a2) and the pivoting arcs (b, c) are formed in a claw-like manner with an arc-like profile that is open towards the underlying surface, wherein, in the region of the arc-like profile, points of application (b1, c1) are provided, the spacing of which from the respective leg pivot point (a1, a2) forms the lever arm for introducing the pipe clip into the installation board by means of the setting tool, characterized in that the pipe clip, the at least one pipe for panel heating/cooling systems, the setting tool and the installation board are designed such that the pipe to be fastened forms the counter bearing for the reshaping and the reshaping takes place via the leg pivot points (a1, a2) for the one part and via the pipe for the other, wherein the portion encloses more than half the pipe circumference after the reshaping.
An ultrasound diagnosis method comprising: deciding a reference plane for volume data acquired from an object, wherein the reference plane which is obtained by cutting the volume data along at least one selected from an axial plane, a sagittal plane, and a coronal plane; detecting a long bone included in the volume data on a basis of at least one of pixel values and shapes of a plurality of areas included in the reference plane; extracting long bone volume data including the detected long bone from the volume data; and displaying the extracted long bone volume data. deciding a reference plane for volume data acquired from an object, wherein the reference plane which is obtained by cutting the volume data along at least one selected from an axial plane, a sagittal plane, and a coronal plane; detecting a long bone included in the volume data on a basis of at least one of pixel values and shapes of a plurality of areas included in the reference plane; extracting long bone volume data including the detected long bone from the volume data; and displaying the extracted long bone volume data.
A base station controller that manages a plurality of cells, the base station controller comprising: a receiving part configured to receive, from another base station controller that manages a cell sharing a communication area with each of the plurality of cells, identification information of a mobile station connected to a base station under control of the another base station controller, and identification information of a cell group to which a cell, among the plurality of cells, formed by a base station as a connection destination candidate of the mobile station belongs; and a control part storing a correspondence table, the correspondence table associating the communication area with identification information of each of the plurality of cells, identification information of the cell group to which each of the plurality of cells belongs, and identification information of one or more mobile stations permitted to connect to the base station forming each cell; and the control part being configured to reference the correspondence table to determine whether the received identification information of the mobile station is stored as identification information of a mobile station that is permitted to connect to a cell formed by a base station belonging to the cell group identified by the received identification information of a cell group, and if so to exercise control to allow transmission of a message, requesting connection to the mobile station, to the base station forming the determined cell. a receiving part configured to receive, from another base station controller that manages a cell sharing a communication area with each of the plurality of cells, identification information of a mobile station connected to a base station under control of the another base station controller, and identification information of a cell group to which a cell, among the plurality of cells, formed by a base station as a connection destination candidate of the mobile station belongs; and a control part storing a correspondence table, the correspondence table associating the communication area with identification information of each of the plurality of cells, identification information of the cell group to which each of the plurality of cells belongs, and identification information of one or more mobile stations permitted to connect to the base station forming each cell; and the control part being configured to reference the correspondence table to determine whether the received identification information of the mobile station is stored as identification information of a mobile station that is permitted to connect to a cell formed by a base station belonging to the cell group identified by the received identification information of a cell group, and if so to exercise control to allow transmission of a message, requesting connection to the mobile station, to the base station forming the determined cell.
A firing switch for a perforating gun with an EB switch port, the firing switch comprising: a body portion configured to be located within the EB switch port, and an electronic addressable switch mechanically coupled to the body portion, the electronic addressable switch comprising a line in, a detonator firing line, and a detonator ground line, and the body portion further comprising an extended pin comprising a line out. a body portion configured to be located within the EB switch port, and an electronic addressable switch mechanically coupled to the body portion, the electronic addressable switch comprising a line in, a detonator firing line, and a detonator ground line, and the body portion further comprising an extended pin comprising a line out.
A tag line extension adapted to be attached to a load, the tagline extension comprising a rigid arm defining a base and a free end adapted to receive a tag line, the rigid arm being movable from a first position in which it is stowed against the side of the load, to a second, deployed position at which the free end of the rigid arm is located at a lateral distance from the load.
Member for a system for connecting a wiper blade to a windscreen wiper arm, comprising means of articulation about an axis of pivoting and configured in order to interact with complementary means of a second member of the connection system, characterised in that the articulation means comprise at least one hole comprising at least two portions (80a, 80b) of a cylinder having radii (R 1, R 2), which are constant and different, each cylinder forming a rotation bearing, member in which said hole transverses a flank of said member, characterized in that said flank is configured in order to be received in a housing of said second member and comprises lateral notches that open out in said hole or are located in the vicinity of this hole
A method of synchronising first and second measurement modules, measuring characteristics of respective first and second electrical connections, comprising: at the first measurement module, detecting a synchronisation event in a measured signal from the first connection, the synchronisation event marking a point of reference in said measured signal; in response to detection of the synchronisation event, transmitting a synchronisation signal to the second measurement module; and synchronising the second measurement module to the measured signal based on the synchronisation signal. at the first measurement module, detecting a synchronisation event in a measured signal from the first connection, the synchronisation event marking a point of reference in said measured signal; in response to detection of the synchronisation event, transmitting a synchronisation signal to the second measurement module; and synchronising the second measurement module to the measured signal based on the synchronisation signal.
A synthetic apolipoprotein-E mimicking polypeptide comprising an amino acid sequence selected from the group of (i) X-Y-Arg-Arg-Y-Y-X-X-Y-Y-Arg-Y-Y-Arg-X-Y-Y-X or the reverse sequence thereof, (ii) Arg-Arg-Y-Y-X-X-Y-Y-Arg-Y-Y-Arg-X-Y or the reverse sequence thereof, (iii) Y-Y-X-X-Y-Y-Arg-Y-Y-Arg-X-Y-Y-X or the reverse sequence thereof, and (iv) X-Y-Arg-Arg-Y-Y-X-X-Y-Y-Arg-Y-Y-Arg or the reverse sequence thereof, wherein X is glycine, threonine, serine or alanine, wherein Y is a hydrophobic amino acid, wherein the polypeptide comprises an acetyl group at the N-terminus and an amide group at the C-terminus, and wherein the polypeptide consists of a single domain. (i) X-Y-Arg-Arg-Y-Y-X-X-Y-Y-Arg-Y-Y-Arg-X-Y-Y-X or the reverse sequence thereof, (ii) Arg-Arg-Y-Y-X-X-Y-Y-Arg-Y-Y-Arg-X-Y or the reverse sequence thereof, (iii) Y-Y-X-X-Y-Y-Arg-Y-Y-Arg-X-Y-Y-X or the reverse sequence thereof, and (iv) X-Y-Arg-Arg-Y-Y-X-X-Y-Y-Arg-Y-Y-Arg or the reverse sequence thereof,
Method for the operation of a hearing device with at least one receiver, wherein: - an electrical receiver signal supplying the receiver or a predefinable frequency range of the receiver signal is frequency-shifted by a fixed second frequency shift, and - if a detected feedback exceeds a threshold value the receiver signal or a predefinable frequency range of the receiver signal is additionally frequency-shifted by a variable first frequency shift, whereas the first frequency shift is changed depending on feedback occurring. - an electrical receiver signal supplying the receiver or a predefinable frequency range of the receiver signal is frequency-shifted by a fixed second frequency shift, and - if a detected feedback exceeds a threshold value the receiver signal or a predefinable frequency range of the receiver signal is additionally frequency-shifted by a variable first frequency shift, whereas the first frequency shift is changed depending on feedback occurring.
A process for producing polyurethane-coated conduit elements, in which a) a mixture of aromatic and aliphatic polyisocyanate is mixed with b) at least one polymeric compound having at least two hydrogen atoms which are reactive toward isocyanate, c) chain extenders, d) catalyst and e) optionally other auxiliaries and/or additives to form a reaction mixture, the reaction mixture is applied to a conduit element and allowed to react to form a polyurethane layer, wherein the chain extender index KV of the isocyanates (a) and of all isocyanate-reactive compounds of the components (b) to (e) according to the formula K V = M aromat. isocyanate ⋅ N C O aromat. isocyanate ⋅ 56100 M chain extender ⋅ O H N chain extender ⋅ 4200 ⋅ 100 is from 1 to 100, where M (aromat. isocyanate) is the proportion by weight of the aromatic isocyanate, in % by weight, based on the sum of the total weight of isocyanate used and isocyanate-reactive compounds of the components (b) to (e), NCO (aromat. isocyanate) is the NCO content of the aromatic isocyanate, in % by weight, and M (chain extender) is the total weight of the chain extender, in % by weight, based on the sum of the total weight of isocyanate used and the isocyanate-reactive compounds in the components (b) to (e). a) a mixture of aromatic and aliphatic polyisocyanate is mixed with b) at least one polymeric compound having at least two hydrogen atoms which are reactive toward isocyanate, c) chain extenders, d) catalyst and e) optionally other auxiliaries and/or additives to form a reaction mixture, the reaction mixture is applied to a conduit element and allowed to react to form a polyurethane layer, wherein the chain extender index KV of the isocyanates (a) and of all isocyanate-reactive compounds of the components (b) to (e) according to the formula K V = M aromat. isocyanate ⋅ N C O aromat. isocyanate ⋅ 56100 M chain extender ⋅ O H N chain extender ⋅ 4200 ⋅ 100 is from 1 to 100, where M (aromat. isocyanate) is the proportion by weight of the aromatic isocyanate, in % by weight, based on the sum of the total weight of isocyanate used and isocyanate-reactive compounds of the components (b) to (e), NCO (aromat. isocyanate) is the NCO content of the aromatic isocyanate, in % by weight, and M (chain extender) is the total weight of the chain extender, in % by weight, based on the sum of the total weight of isocyanate used and the isocyanate-reactive compounds in the components (b) to (e).
A process for producing metallic copper microparticles which comprises mixing a divalent copper oxide with a reducing agent in a liquid medium in the presence of a complexing agent and a protective colloid, wherein the complexing agent is at least one compound selected from butylamine, ethylamine, propylamine, dibutylamine, diethylamine, dipropylamine, tributylamine, triethylamine, tripropylamine, imidazole, acetylacetone, histidine, arginine, ethylenediaminetetraacetic acid or alkali metal salts thereof, ethanolamine, and acetonitrile.
A foodstuff casing having a longitudinal seam and a textile support layer which, on the side facing the foodstuff, has a coating, wherein the coating is edible, but is essentially water-insoluble and has a closed surface, contains solid and/or liquid aroma substances, dyes and/or flavorings and is transferable onto a foodstuff located in the casing.
A device for unitary dosage of tablets or pills, characterized in that it comprises: - a hollow body; - a container housed in the hollow body configured to house tablets or pills, the container comprising an outlet channel through which the tablets or pills exit said container; - a rotation mechanism connected to the container and configured to make the same rotate; - a dispensing mechanism connected to the hollow body and operatively connected to the rotation mechanism, configured to house and dispense a tablet or pill, as well as to actuate the rotation mechanism; and - stirring means, connected to the hollow body and to the container; such that the actuation of the dispensing mechanism causes the rotation of the container by means of the rotation mechanism, the tablets or pills being stirred by the operative combination of the rotation of the stirring means; and wherein the actuation of the dispensing mechanism dispenses a tablet or pill and/or houses another to be dispensed. - a hollow body; - a container housed in the hollow body configured to house tablets or pills, the container comprising an outlet channel through which the tablets or pills exit said container; - a rotation mechanism connected to the container and configured to make the same rotate; - a dispensing mechanism connected to the hollow body and operatively connected to the rotation mechanism, configured to house and dispense a tablet or pill, as well as to actuate the rotation mechanism; and - stirring means, connected to the hollow body and to the container; such that the actuation of the dispensing mechanism causes the rotation of the container by means of the rotation mechanism, the tablets or pills being stirred by the operative combination of the rotation of the stirring means; and wherein the actuation of the dispensing mechanism dispenses a tablet or pill and/or houses another to be dispensed.
A fifth wheel coupling with a camera, comprising a coupling plate and a bearing element, with which the coupling plate can be secured to a towing vehicle, wherein the coupling plate has a centrally arranged locking region for receiving a king pin, as well as an insertion opening running along a longitudinal axis (x) and bordered on both sides by two insertion flanges (13a, 13b), characterized in that, the camera being secured to the bearing element.
A method of manufacturing, comprising: depositing a braze filler as a melted brazed filament adjacent to a void between a first component and a second component thus holding the components in position before brazing; heating the first and second components to melt the braze filler and draw the braze filler into the void; and forming a braze joint between the first and second components by cooling the braze filler. depositing a braze filler as a melted brazed filament adjacent to a void between a first component and a second component thus holding the components in position before brazing; heating the first and second components to melt the braze filler and draw the braze filler into the void; and forming a braze joint between the first and second components by cooling the braze filler.