mhurhangee/ep-ind-claims huggingface dataset:
Method for calibrating a stationary THz measuring device which measures geometric properties (wd4, D, I) of a profile during an extrusion of the profile by means of one or more THz sensors, comprising at least the following steps: - after extrusion of the profile (Step ST0) step of stationary inline THz measurement by outputting first THz radiation from one or more THz sensors of the stationary THz measuring device onto the profile, detecting the THz radiation reflected at boundary surfaces (12a, 21b) of the profile and outputting a first measurement signal of the stationary THz measuring device (Step ST1 - stationary inline THz measurement), - reference measurement of a wall thickness at a measuring point of a profile piece by means of a reference measuring device on the basis of a reference measuring method alternative to THz measurement, with generation of a second measuring signal (Step ST4 - reference measuring), - measurement of the profile piece at the measuring point by means of a portable THz measuring device with generation of a mobile third measuring signal (Step ST5 - mobile THz measuring), - calibration of the third measurement signal on the basis of the second measurement signal, with determination of a refractive index of the profile piece (Step ST6 - calibration of the third measurement signal), - calibration of the first measurement signal of the stationary THz measurement device on the basis of the determined refractive index of the profile piece (Step ST7 - stationary calibration). - after extrusion of the profile (Step ST0) step of stationary inline THz measurement by outputting first THz radiation from one or more THz sensors of the stationary THz measuring device onto the profile, detecting the THz radiation reflected at boundary surfaces (12a, 21b) of the profile and outputting a first measurement signal of the stationary THz measuring device (Step ST1 - stationary inline THz measurement), - reference measurement of a wall thickness at a measuring point of a profile piece by means of a reference measuring device on the basis of a reference measuring method alternative to THz measurement, with generation of a second measuring signal (Step ST4 - reference measuring), - measurement of the profile piece at the measuring point by means of a portable THz measuring device with generation of a mobile third measuring signal (Step ST5 - mobile THz measuring), - calibration of the third measurement signal on the basis of the second measurement signal, with determination of a refractive index of the profile piece (Step ST6 - calibration of the third measurement signal), - calibration of the first measurement signal of the stationary THz measurement device on the basis of the determined refractive index of the profile piece (Step ST7 - stationary calibration).
Mobile carriage comprising at least two pairs of rollers (4, 5), of which the first pair of rollers is arranged at the front in the usual direction of travel (r) of the mobile carriage and the second pair of rollers is arranged at the rear, the mobile carriage further having a connecting rod which is arranged in an articulated manner on the mobile carriage for coupling to a towing vehicle, for example, which connecting rod is movable about a pivot axis (x) between a pivoted-out position and a pivoted-up position, the connecting rod being articulated to a holder attached to the chassis and being preloaded into the pivoted-up position thereof by a spring, the spring being articulated at one end to the connecting rod and said articulation taking place in the region of a lever extension which extends the connecting rod and is opposite the connecting rod with respect to the pivot axis (x), characterised in that the spring is a movement-damped spring, in that the spring, at the other end, is articulated to a holding arm fixed to the holder or to a frame portion, the spring extending completely below the chassis and approximately horizontally in the pivoted-out state of the connecting rod when the spring is articulated on the frame portion.
A recombinant fusion protein suitable as a human and/or animal vaccine against a parasite of the phylum Apicomplexa comprising a plurality of isolated heat stable fragments derived from at least two different Apicomplexa surface proteins presented on the surface of the parasite in at least two different life cycle main stages of the parasite, wherein each fragment contains at least one folded domain, wherein the recombinant fusion protein comprises the sequence SEQ ID NO.197, or a homologous polypeptide of this sequence, which is produced by recombinant or synthetic methods by substitution, insertion, addition or deletion of one or more amino acid residues, and wherein said homologues polypeptide has an amino acid sequence with a sequence identity of at least is least 85%, 90%, 95%, 97% or 99% to SEQ ID NO.197.
A housing or support suitable for use as a housing or a support for an electro-acoustic transducer (60; 135) having a direction of movement, wherein the housing or support comprises at least one side wall defined by at least one element (40; 132), and wherein the housing or support defines a recess in which the electro-acoustic transducer (60; 135) may be mounted, the housing or support also comprising a front plate (51; 133) and a back plate (52; 134) that are spaced apart by the or each side wall, and a multiplicity of compressing members which hold each element (40; 132) under compressive force, the compressive force being applied in a direction parallel to the direction of movement of the electro-acoustic transducer (60; 135), and being applied through the front plate and the back plate (51, 52; 133, 134), characterised in that the front plate and the back plate are harder and of a more rigid material than the material of the or each side wall, and in that the front plate and the back plate are force-spreading plates that are sufficiently rigid to subject the or each side wall to a substantially uniform compressive force.
Packaging of abrasive products (2, 12) in a heat shrink envelope (3, 13) with an information label (4, 14), characterized in that the heat shrink envelope (3 or 13) on the batch of abrasive products locally comprises at least one cutout (1, 16) allowing manual access to the underlying product (2 or 12) by passing the finger through an opening (5 or 15) made in the identification label (4 or 14) placed on the envelope.
A switch actuation control mechanism for an electrosurgical instrument having a pair of opposing jaw members adapted to connect to a source of electrosurgical energy for treating tissue, comprising: a switch moveable between an activated position to initiate delivery of electrosurgical energy from the source of electrosurgical energy to the pair of opposing jaw members and a deactivated position to terminate delivery of electrosurgical energy from the source of electrosurgical energy to the pair of opposing jaw members; an actuating mechanism movable between an actuated position and an unactuated position for controlling movement of the opposing jaw members; a switch activation member (122, 135a, 138) moveable between an actuated position and an unactuated position to selectively move the switch between the activated position and the deactivated position; and a switch control member (136a, 135) configured to maintain the switch in the activated position during a portion of movement of the switch activation member from the actuated position to the unactuated position, characterised in that the switch activation member is disposed on the actuating mechanism. a switch moveable between an activated position to initiate delivery of electrosurgical energy from the source of electrosurgical energy to the pair of opposing jaw members and a deactivated position to terminate delivery of electrosurgical energy from the source of electrosurgical energy to the pair of opposing jaw members; an actuating mechanism movable between an actuated position and an unactuated position for controlling movement of the opposing jaw members; a switch activation member (122, 135a, 138) moveable between an actuated position and an unactuated position to selectively move the switch between the activated position and the deactivated position; and a switch control member (136a, 135) configured to maintain the switch in the activated position during a portion of movement of the switch activation member from the actuated position to the unactuated position, characterised in that the switch activation member is disposed on the actuating mechanism.
A tetracarboxylic dianhydride, which is a compound represented by the following general formula: [in the formula, multiple R 1 s each independently represent one selected from the group consisting of a hydrogen atom, alkyl groups having 1 to 10 carbon atoms, a hydroxy group, and a nitro group, or two R 1 s connected to a common carbon atom may together form a methylidene group, and R 2 and R 3 each independently represent one selected from the group consisting of a hydrogen atom and alkyl groups having 1 to 10 carbon atoms]. [in the formula, multiple R 1 s each independently represent one selected from the group consisting of a hydrogen atom, alkyl groups having 1 to 10 carbon atoms, a hydroxy group, and a nitro group, or two R 1 s connected to a common carbon atom may together form a methylidene group, and R 2 and R 3 each independently represent one selected from the group consisting of a hydrogen atom and alkyl groups having 1 to 10 carbon atoms].
An antimicrobial composition comprising: (a) polyvalent metal salt of pyrithione; (b) 0.001% to 3% by weight thymol, and (c) 0.001 % to 3% by weight terpineol based on total weight of the composition; wherein, the ratio of %weight of polyvalent metal salt of pyrithione to sum of % weight of thymol and terpineol ranges from 0.005:1 to 200:1. (a) polyvalent metal salt of pyrithione; (b) 0.001% to 3% by weight thymol, and (c) 0.001 % to 3% by weight terpineol based on total weight of the composition;
A method for equipping a partition system comprising a plurality of tiles (16, 16') removably attached with a plurality of clips to a substantially rectangular partition frame with a ballistic barrier panel, comprising: removing at least one tile from the partition frame, the tile comprising at least two brackets attached to an interior side of the tile on opposing sides, the two brackets comprising openings (40, 42) to support the clips; removing the clips; fitting the ballistic barrier panel to the interior side of the tile within the two brackets; fitting a plurality of retrofit clips within the openings (40, 42); after the fitting of the plurality of retrofit clips (40, 42), fastening the retrofit clips to the bracket to form a retrofitted tile; using the retrofit clips to reposition the retrofitted tile on the partition frame to produce retrofitted partition system. removing at least one tile from the partition frame, the tile comprising at least two brackets attached to an interior side of the tile on opposing sides, the two brackets comprising openings (40, 42) to support the clips; removing the clips; fitting the ballistic barrier panel to the interior side of the tile within the two brackets; fitting a plurality of retrofit clips within the openings (40, 42); after the fitting of the plurality of retrofit clips (40, 42), fastening the retrofit clips to the bracket to form a retrofitted tile; using the retrofit clips to reposition the retrofitted tile on the partition frame to produce retrofitted partition system.
A method for powering at least one electric load via one of a single and plurality of hybrid switches integrating one of manually actuated single and dual poles (PS, PS1, PS2) connected to one of armature actuated single and dual poles (PR, PR1, PR2) via at least two contactors, said hybrid switch is selected from a group comprising single pole dual throw (SPDT) including two contactors (1C, 2C) each with dual contacts (1, 2), dual pole dual throw (DPDT) including four contactors (1U, 2U, 1C, 2C) each with dual contacts (1, 2) and reversing DPDT including two contactors (1H, 2H) each with triple reversing contacts (1, 1R, 2, 2R); each said single hybrid switch further comprising at least one power terminal (N, L, T1, T2), a manual actuating key, a coil with one of magnetic latching and non-latching armature, one of single pole terminal and dual pole terminals (L, NL) for connection to a load via one of direct and traveler lines, said method comprising the steps of: a. connecting a load to said one of single pole terminal and dual pole terminals via one of direct and traveler lines through at least one of cascading SPDT and DPDT manual switch; b. connecting power to said at least one power terminal; c. installing said hybrid switch into one of electrical wall box and cabinet; and d. powering said load by one of said manual actuating key and driving power to said coil. a. connecting a load to said one of single pole terminal and dual pole terminals via one of direct and traveler lines through at least one of cascading SPDT and DPDT manual switch; b. connecting power to said at least one power terminal; c. installing said hybrid switch into one of electrical wall box and cabinet; and d. powering said load by one of said manual actuating key and driving power to said coil.
An in vitro method to determine the efficacy of an anti-HER2 therapy in the absence of chemotherapy in a patient with HER2+ breast cancer comprising: (a) the quantification of a gene expression product of HER2 in an isolated biological sample of the patient: (a.i) before starting the anti-HER2 therapy, and (a.ii) at a day from the 5th to the 20th day after the initiation of the anti-HER2 therapy; wherein, if there is a reduction between the gene expression product quantified in step (a.ii) in comparison with (a.i), it is indicative of the efficacy of the anti-HER2 therapy. (a) the quantification of a gene expression product of HER2 in an isolated biological sample of the patient: (a.i) before starting the anti-HER2 therapy, and (a.ii) at a day from the 5th to the 20th day after the initiation of the anti-HER2 therapy; wherein, if there is a reduction between the gene expression product quantified in step (a.ii) in comparison with (a.i), it is indicative of the efficacy of the anti-HER2 therapy. (a.i) before starting the anti-HER2 therapy, and (a.ii) at a day from the 5th to the 20th day after the initiation of the anti-HER2 therapy; wherein, if there is a reduction between the gene expression product quantified in step (a.ii) in comparison with (a.i), it is indicative of the efficacy of the anti-HER2 therapy.
A filter element comprising: a tube of filter media circumscribing a central axis and defining a central chamber, the tube of filter media extending between a top end and a bottom end; a top end cap secured to the top end of the tube of filter media having a first opening; a bottom end cap secured to the bottom end of the tube of filter media; a standpipe located within the tube of filter media defining a standpipe flow path having a standpipe port proximate the top end cap, a fluid chamber being formed between an exterior of the standpipe and an interior of the tube of filter media, the fluid chamber forming part of the central chamber, a fluid chamber port being defined between the top end cap and the standpipe; an exterior axial flow tube having a first flow tube port positioned fluidly exteriorly of the central chamber, the axial flow tube defining a flow tube flow path extending from the first flow tube port axially towards the bottom end cap for fluid flow generally parallel to the central axis; and said filter element being characterized in that it further comprises a radial flow conduit defining a radial flow path radially fluidly connecting the flow tube flow path with the standpipe flow path at a location closer to the bottom end cap than the top end cap. a tube of filter media circumscribing a central axis and defining a central chamber, the tube of filter media extending between a top end and a bottom end; a top end cap secured to the top end of the tube of filter media having a first opening; a bottom end cap secured to the bottom end of the tube of filter media; a standpipe located within the tube of filter media defining a standpipe flow path having a standpipe port proximate the top end cap, a fluid chamber being formed between an exterior of the standpipe and an interior of the tube of filter media, the fluid chamber forming part of the central chamber, a fluid chamber port being defined between the top end cap and the standpipe; an exterior axial flow tube having a first flow tube port positioned fluidly exteriorly of the central chamber, the axial flow tube defining a flow tube flow path extending from the first flow tube port axially towards the bottom end cap for fluid flow generally parallel to the central axis; and said filter element being characterized in that it further comprises a radial flow conduit defining a radial flow path radially fluidly connecting the flow tube flow path with the standpipe flow path at a location closer to the bottom end cap than the top end cap.
Method for manufacturing components of a case (12, 14), said case comprising at least two components made of sheet-like material, the components jointly forming a storage space, the method comprising at least following steps: - first, coating at least part of a sheet-like material on at least one of its surfaces with an adhesive; - then, working said sheet-like material into at least two sheet-like components (4, 5, 5'), with each one having two surfaces and edges (6, 7), of which components at least one is worked out of the sheet-like material coated with said adhesive, whereby, while working the material, also removing part of said adhesive the material is coated with, thereby automatically conforming the remaining adhesive on the coated material to the shape of the component; - working a storage space (10, 10') into at least one of the components (5, 5'); whereby, in order to form said case (12, 14) with said storage space (10, 10') in it, the components are attachable to one another on their surfaces with help of said remaining adhesive. - first, coating at least part of a sheet-like material on at least one of its surfaces with an adhesive; - then, working said sheet-like material into at least two sheet-like components (4, 5, 5'), with each one having two surfaces and edges (6, 7), of which components at least one is worked out of the sheet-like material coated with said adhesive, whereby, while working the material, also removing part of said adhesive the material is coated with, thereby automatically conforming the remaining adhesive on the coated material to the shape of the component; - working a storage space (10, 10') into at least one of the components (5, 5'); whereby, in order to form said case (12, 14) with said storage space (10, 10') in it, the components are attachable to one another on their surfaces with help of said remaining adhesive.
Sector means for a filtrating disc, to be arranged rotating, which sector means includes a support for fluid transportation through it, which support essentially includes shaped nets of metal having relatively spaced apart meshes, wherein said sector means includes at least one net of metal folded (1a-1x) along essentially its entire surface, wherein said at least one folded net of metal on both sides thereof is provided with a filtrating structure, for example a net having narrow meshes, wherein said at least one folded net of metal in size and shape corresponds essentially to the size and shape of the sector in question and wherein two or more of the longer side edges of said at least one folded net of metal are provided with U-shaped edge support saddling said two or more longer side edges of said at least one folded net of metal and wherein the internal distance between the flanges of said U-shaped edge support essentially corresponds to the distance between wave peak and wave valley of said at least one folded net of metal, characterized in that said folds (1a-1q) of said at least one folded net of metal are spread out essentially crosswise the radial direction of said sector in question.
A liquid therapy system for a human body comprising: - a shell (202, 904, 1104, 1204) having a well for retaining a first liquid to immerse a human body therein; and; - a micro bubble apparatus (300, 1300, 2300, 3300, 4300) attached to the shell (202, 904, 1104, 1204) for providing a pressurized mixture having a second liquid and a dissolved gas, into the well so as to create a plurality of micro bubbles within the first liquid, wherein the micro bubble apparatus (300, 1300, 2300, 3300, 4300) receives fluid from a pressurized fluid source and comprises a housing body configured to mechanically receive and engage an orifice nozzle, the liquid and gas mixture is distributed through an opening in the orifice nozzle into a series of pathways, comprising first (312, 316) and second (314, 314a, 314b) pathways provided in the housing body and oriented at an angle to each other characterized in that, at the outlet of the orifice nozzle, the housing body includes an intermediate chamber with sidewalls tapering inwardly in a direction from the bottom to the top towards the fluid flow, both first fluid pathways (312,316) directly connected to the intermediate chamber and oriented perpendicular to the top portion of such intermediate chamber, both second fluid pathways (314a, 314b) directly connected to and oriented perpendicular to the first fluid pathways (316,312) respectively, or only a single second pathway directly connected to and oriented perpendicular to the first fluid pathways (316,312). - a shell (202, 904, 1104, 1204) having a well for retaining a first liquid to immerse a human body therein; and; - a micro bubble apparatus (300, 1300, 2300, 3300, 4300) attached to the shell (202, 904, 1104, 1204) for providing a pressurized mixture having a second liquid and a dissolved gas, into the well so as to create a plurality of micro bubbles within the first liquid,