mhurhangee/ep-ind-claims huggingface dataset:
A needle electrode for use with an electroporation apparatus, comprises: a) a hollow central core, b) a pair of electrically conducting wires (720, 730) having an electrically insulated portion and an exposed electrically conducting portion (720A, 720B), wherein said electrically insulated portions are located in said hollow core, and being characterized in that said needle electrode further comprises c) at least four holes (712A, 712B, 714A, 714B) along its length, wherein said four holes comprise two paired holes (712A, 712B), each of said two paired holes comprising a proximal hole and a distal hole, and that d) said exposed electrically conduction portions, which run outside of said needle, is extending outward from said distal paired hole to said proximal paired hole where it re-enters said hollow core. a) a hollow central core, b) a pair of electrically conducting wires (720, 730) having an electrically insulated portion and an exposed electrically conducting portion (720A, 720B), wherein said electrically insulated portions are located in said hollow core, and being characterized in that said needle electrode further comprises c) at least four holes (712A, 712B, 714A, 714B) along its length, wherein said four holes comprise two paired holes (712A, 712B), each of said two paired holes comprising a proximal hole and a distal hole, and that d) said exposed electrically conduction portions, which run outside of said needle, is extending outward from said distal paired hole to said proximal paired hole where it re-enters said hollow core.
A network entity for geographically routing a data packet towards a mobile device over a communication network, the data packet comprising an identification of the mobile device and a geographic coordinate indicating a geographic position of the mobile device, the network entity comprising: a communication interface being configured to receive the data packet over the communication network, and to extract the identification of the mobile device from the data packet; a database being configured to store a number of identifications of a number of mobile devices together with a number of geographic coordinates indicating geographic positions of the number of mobile devices, each identification being associated to a geographic coordinate; and a processor being configured to compare the extracted identification of the mobile device with the number of identifications, and to replace the geographic coordinate in the data packet by a geographic coordinate associated with an identification if the extracted identification corresponds to the identification to obtain a modified data packet; wherein the communication interface is configured to transmit the modified data packet towards the mobile device. a communication interface being configured to receive the data packet over the communication network, and to extract the identification of the mobile device from the data packet; a database being configured to store a number of identifications of a number of mobile devices together with a number of geographic coordinates indicating geographic positions of the number of mobile devices, each identification being associated to a geographic coordinate; and a processor being configured to compare the extracted identification of the mobile device with the number of identifications, and to replace the geographic coordinate in the data packet by a geographic coordinate associated with an identification if the extracted identification corresponds to the identification to obtain a modified data packet; wherein the communication interface is configured to transmit the modified data packet towards the mobile device.
Damping system, in particular in the form of a hydraulic cab suspension, with at least one hydraulically controllable, retracting and extending differential cylinder and with at least one hydraulic accumulator linked to the assignable differential cylinder on the part of its piston and its rod chambers, whereby, by means of a proportional throttle valve and a number of check valves (24, 26), a proportional damping is achieved for the respective differential cylinder, wherein the piston and the rod chambers of the differential cylinder can be connected by means of a first fluid line and two check valves (24, 26) to the hydraulic accumulator so that, both during retraction and extension, a volume flow takes place from piston or rod chamber via the proportional throttle valve to the hydraulic accumulator during operation of the system, wherein the piston and rod chambers of the differential cylinder can be directly connected together by means of the first fluid line, in which a first of the check valves is located characterised in that the proportional throttle valve is a 2/2 proportional throttle valve which, in an unactuated state, is retained by a return spring in an initial position throttling the fluid stream and on actuation is moved increasingly by an electromagnetic positioning device into its fully opened position.
A gas generator for a vehicle safety system, comprising an exterior housing, an igniter unit having an igniter, a combustion chamber having fuel bodies (18, 24) and being arranged axially downstream of the igniter unit, wherein the housing of the gas generator is in the form of a compressed gas container and wherein, in the idle state of the gas generator, the combustion chamber is filled with compressed gas, and wherein the housing comprises a conical, radially inwardly extending contour at the one of its axial ends, that is located opposite to the end of the housing closed by the ignitor unit, wherein the contour ends in a discharge port opening being closed in a gas tight manner via a second burst element prior to the activation of the gas Generator characterized in that at least one filter unit is arranged within the combustion chamber, which filter unit divides the combustion chamber along a longitudinal axis (La) of the gas generator into a first combustion chamber portion having a first number of first fuel bodies and at least one additional combustion chamber portion having an additional number of additional fuel bodies, wherein the at least one filter unit is supported, in the idle state and/or in the activation state of the gas generator, to be movable along the longitudinal axis (La) of the gas generator between a first fuel bed formed by the number of the first fuel bodies and a second fuel bed formed by the number of the additional fuel bodies, wherein after activation of the gas generator the at least one filter unit acts as a delaying member, such that after ignition of a first number of the first fuel bodies, the second burst element is opened so quickly, that at the time of its opening none of the combustion products of the first fuel bodies have reached the second fuel bed.
An incombustible mineral foam comprising: - from 45 to 90% by mass of inorganic pozzolanic binder comprising polymerized metakaolin, - from 0.08 to 2% by mass of thickener, - from 0.003 to 0.07% by mass of at least one anionic surfactant chosen from the group consisting of C 8 -C 18 -alkyl sulfates, C 8 -C 18 -alkyl ether sulfates, C 8 -C 18 -alkyl aryl sulfonic acids, C 8 -C 18 -fatty acids and their mixtures, - from 0.002 to 0.03% by mass of at least one nonionic surfactant chosen from the group consisting of alkylpolyglucosides, - a gas phase. - from 45 to 90% by mass of inorganic pozzolanic binder comprising polymerized metakaolin, - from 0.08 to 2% by mass of thickener, - from 0.003 to 0.07% by mass of at least one anionic surfactant chosen from the group consisting of C 8 -C 18 -alkyl sulfates, C 8 -C 18 -alkyl ether sulfates, C 8 -C 18 -alkyl aryl sulfonic acids, C 8 -C 18 -fatty acids and their mixtures, - from 0.002 to 0.03% by mass of at least one nonionic surfactant chosen from the group consisting of alkylpolyglucosides, - a gas phase.
A method of controlling a piloted spool valve with a first proportional pilot valve, and a second proportional pilot valve, the method comprising: generating a command control signal for moving a spool of the piloted spool valve in a first direction; determining a reaction control signal based on the generated command control signal, the reaction control signal for moving the spool of the piloted spool valve in a second direction, the second direction being opposite to the first direction; applying the command control signal to the first proportional pilot valve to actuate the first proportional pilot valve to move the spool of the piloted spool valve in the first direction; characterized by: applying the reaction control signal to the second proportional pilot valve to actuate the second proportional pilot valve to move the spool of the piloted spool valve in the second direction at the same time as the applying of the command control signal; and moving the spool of the piloted spool valve in a direction determined by both the command control signal and the reaction control signal. generating a command control signal for moving a spool of the piloted spool valve in a first direction; determining a reaction control signal based on the generated command control signal, the reaction control signal for moving the spool of the piloted spool valve in a second direction, the second direction being opposite to the first direction; applying the command control signal to the first proportional pilot valve to actuate the first proportional pilot valve to move the spool of the piloted spool valve in the first direction; characterized by: applying the reaction control signal to the second proportional pilot valve to actuate the second proportional pilot valve to move the spool of the piloted spool valve in the second direction at the same time as the applying of the command control signal; and moving the spool of the piloted spool valve in a direction determined by both the command control signal and the reaction control signal. applying the reaction control signal to the second proportional pilot valve to actuate the second proportional pilot valve to move the spool of the piloted spool valve in the second direction at the same time as the applying of the command control signal; and moving the spool of the piloted spool valve in a direction determined by both the command control signal and the reaction control signal.
The use of Bifidobacterium longum strain NCC 2705 (CNCM-I2618) for the manufacture of a complete nutritional composition for reducing the symptoms of allergies originating from food in patients having allergies triggered by food allergens wherein said composition provides significant secondary prevention against allergic reactions triggered by said food allergens.
A joint replacement system comprising: a prosthetic component (50, 310, 420, 430, 510) comprising a bone-contacting surface (56, 312, 404, 424, 504), the bone-contacting surface (56, 312, 404, 424, 504) comprising at least one undercut channel (52, 318) extending across at least a portion of the bone-contacting surface (56, 312, 404, 424, 504) and through a perimeter edge (54, 66) of the bone-contacting surface (56, 312, 404, 424, 504); and an anchor (20, 350) comprising a rail (24, 356), a blade (22, 360), and a support (26, 358), the rail (24, 356) comprising at least one lateral protrusion (30, 354), the blade (22, 360) offset from the rail (24, 356), the support (26, 358) connecting the rail (24, 356) and the blade (22, 360); wherein the rail (24, 356) is insertable into the channel (52, 318) to connect the anchor (20, 350) to the prosthetic component (50, 310, 420, 430, 510) whereby the support (26, 358) protrudes through the bone-contacting surface (56, 312, 404, 424, 504) and the blade (22, 360) is carried at a distance from the bone-contacting surface (56, 312, 404, 424, 504); characterised in that, when the rail (24, 356) is inserted into the channel (52, 318), the lateral protrusion (30, 354) irreversibly deforms, said irreversible deformation creating an interference fit in the channel (52, 318) serving to eliminate relative motion between the anchor (20, 350) and the prosthetic component (50, 310, 420, 430, 510) and to lock the anchor (20, 350) to the prosthetic component (50, 310, 420, 430, 510). a prosthetic component (50, 310, 420, 430, 510) comprising a bone-contacting surface (56, 312, 404, 424, 504), the bone-contacting surface (56, 312, 404, 424, 504) comprising at least one undercut channel (52, 318) extending across at least a portion of the bone-contacting surface (56, 312, 404, 424, 504) and through a perimeter edge (54, 66) of the bone-contacting surface (56, 312, 404, 424, 504); and an anchor (20, 350) comprising a rail (24, 356), a blade (22, 360), and a support (26, 358), the rail (24, 356) comprising at least one lateral protrusion (30, 354), the blade (22, 360) offset from the rail (24, 356), the support (26, 358) connecting the rail (24, 356) and the blade (22, 360);
A process, wherein a compound of formula wherein R is wherein the asterix shows the connecting bond, is reacted with a borane tetrahydrofuran complex and then oxidized to the corresponding alcohol.
An image processing method, configured to process a color-block image output by an image sensor, wherein the image sensor comprises an array of photosensitive pixel units and an array of filter units arranged on the array of photosensitive pixel units, each filter unit corresponds to one photosensitive pixel unit, each photosensitive pixel unit comprises a plurality of photosensitive pixels, the color-block image comprises image pixel units arranged in a preset array, wherein the preset array comprises a Bayer array, each image pixel unit comprises a plurality of original pixels, each photosensitive pixel unit corresponds to one image pixel unit, each photosensitive pixel corresponds to one original pixel, and the image processing method comprises: identifying a face region of the color-block image; converting a part of the color-block image beyond the face region into a first simulation image using a first interpolation algorithm, wherein, the first simulation image comprises first simulation pixels arranged in a preset array, wherein the preset array comprises a Bayer array, and each photosensitive pixel corresponds to one first simulation pixel; converting a part of the color-block image within the face region into a second simulation image using a second interpolation algorithm, wherein, the second simulation image comprises second simulation pixels arranged in a preset array, wherein the preset array comprises a Bayer array, and each photosensitive pixel corresponds to one second simulation pixel, the values of the second simulation pixels being determined as an average value of photosensitive pixels of a respective photosensitive pixel unit, and a complexity of the second interpolation algorithm is less than that of the first interpolation algorithm; and merging the first simulation image and the second simulation image into a simulation image corresponding to the color-block image. identifying a face region of the color-block image; converting a part of the color-block image beyond the face region into a first simulation image using a first interpolation algorithm, wherein, the first simulation image comprises first simulation pixels arranged in a preset array, wherein the preset array comprises a Bayer array, and each photosensitive pixel corresponds to one first simulation pixel; converting a part of the color-block image within the face region into a second simulation image using a second interpolation algorithm, wherein, the second simulation image comprises second simulation pixels arranged in a preset array, wherein the preset array comprises a Bayer array, and each photosensitive pixel corresponds to one second simulation pixel, the values of the second simulation pixels being determined as an average value of photosensitive pixels of a respective photosensitive pixel unit, and a complexity of the second interpolation algorithm is less than that of the first interpolation algorithm; and merging the first simulation image and the second simulation image into a simulation image corresponding to the color-block image.
A support corbel for fastening parapet elements or concrete elements, comprising: - a vertically aligned first anchor bolt; - a horizontally aligned second anchor bolt which is vertically spaced from the first anchor bolt; - at least one tensile force strut which is connected in a force-fitting manner to the first anchor bolt and runs transversely to this, - at least one compressive force strut, which is connected in a force-fitting manner to the second anchor bolt and runs transversely to this, - at least one transverse force strut with a first section (5.1) which is positioned in the plane of the first tensile force strut and a second section (5.2) which is angled towards the second anchor bolt and connected to it in a force-fitting manner, whereby a compressive force acting from the parapet is introduced into the second anchor bolt and a tensile force is introduced into the first anchor bolt and can be passed on via the compressive force strut, tensile force strut, transverse force strut to a built-in ceiling slab. - a vertically aligned first anchor bolt; - a horizontally aligned second anchor bolt which is vertically spaced from the first anchor bolt; - at least one tensile force strut which is connected in a force-fitting manner to the first anchor bolt and runs transversely to this, - at least one compressive force strut, which is connected in a force-fitting manner to the second anchor bolt and runs transversely to this, - at least one transverse force strut with a first section (5.1) which is positioned in the plane of the first tensile force strut and a second section (5.2) which is angled towards the second anchor bolt and connected to it in a force-fitting manner, whereby a compressive force acting from the parapet is introduced into the second anchor bolt and a tensile force is introduced into the first anchor bolt and can be passed on via the compressive force strut, tensile force strut, transverse force strut to a built-in ceiling slab.
An apparatus for kneading a dough ball, comprising: a blade assembly supported by a kneading subsystem; a kneading container to enclose the blade assembly, and a kneading base having a textured surface, made of a material with different frictional properties than the blade to support slip free kneading for kneading the dough in to a dough ball, characterized in that the kneading container is hollow and has a top surface with a bore in the top surface through which a spring loaded shaft of the blade assembly passes to the kneading subsystem, and an open bottom; the kneading base is in contact with the kneading container effectively to seal the open bottom and is movable in an upward movement; and the kneading subsystem comprises a motor for driving an engaging gear for engaging the shaft of the blade assembly, a spring and a load cell or strain gauge for measuring the upward force exerted by the blade assembly in use to determine a strain value for input to a processor for adaptively controlling, using the strain value, a quantity of one or more of flour and water to be added to the kneading container for making a dough ball having a predetermined viscoelastic consistency and for recording, for a particular flour, a determined ratio of flour and water for making a dough ball having the predetermined viscoelastic consistency. a blade assembly supported by a kneading subsystem; a kneading container to enclose the blade assembly, and a kneading base having a textured surface, made of a material with different frictional properties than the blade to support slip free kneading for kneading the dough in to a dough ball, characterized in that the kneading container is hollow and has a top surface with a bore in the top surface through which a spring loaded shaft of the blade assembly passes to the kneading subsystem, and an open bottom; the kneading base is in contact with the kneading container effectively to seal the open bottom and is movable in an upward movement; and the kneading subsystem comprises a motor for driving an engaging gear for engaging the shaft of the blade assembly, a spring and a load cell or strain gauge for measuring the upward force exerted by the blade assembly in use to determine a strain value for input to a processor for adaptively controlling, using the strain value, a quantity of one or more of flour and water to be added to the kneading container for making a dough ball having a predetermined viscoelastic consistency and for recording, for a particular flour, a determined ratio of flour and water for making a dough ball having the predetermined viscoelastic consistency.
A computer apparatus for facilitating connected messaging between distributed control components comprising: an electronic computer executing a program (52, 154) stored in non-transient memory to: (a) communicate on a network connecting industrial control components (12, 14, 16, 18) storing control level data associated with tag names to provide a directory of tag names linked to route data of industrial control components holding the control level data associated with the tag name; (b) receive a request from a first industrial control component (12, 16) providing a tag name for control level data, wherein the program further executes to: identify if a pre-existing connection is associated with the tag name, and delete the tag name from that connection in case that a pre-existing connection is associated with the tag name; (c) open a connection between the apparatus and a second industrial control component (14, 18) using route data linked to the tag name from the directory and provide the first industrial control component with a pointer to the connection; (d) receive the pointer from the first industrial control component to exchange control level data between the first industrial control component and the second industrial control component associated with the tag name using the connection. (a) communicate on a network connecting industrial control components (12, 14, 16, 18) storing control level data associated with tag names to provide a directory of tag names linked to route data of industrial control components holding the control level data associated with the tag name; (b) receive a request from a first industrial control component (12, 16) providing a tag name for control level data, wherein the program further executes to: identify if a pre-existing connection is associated with the tag name, and delete the tag name from that connection in case that a pre-existing connection is associated with the tag name; identify if a pre-existing connection is associated with the tag name, and delete the tag name from that connection in case that a pre-existing connection is associated with the tag name; (c) open a connection between the apparatus and a second industrial control component (14, 18) using route data linked to the tag name from the directory and provide the first industrial control component with a pointer to the connection; (d) receive the pointer from the first industrial control component to exchange control level data between the first industrial control component and the second industrial control component associated with the tag name using the connection.
A process for manufacturing paper or cardboard, wherein flour comprising a protein and starch fraction is subjected to a degradation step involving a treatment with protease and a non-starch polysaccharide hydrolysing enzyme, after which the flour is introduced into the paper fibre matrix.
A silver paste comprising: a silver powder; a fatty acid silver salt; an aliphatic amine; a high-dielectric-constant alcohol having a dielectric constant of 34 or more and 44 or less; and a solvent having a dielectric constant of less than 30, wherein the dielectric constant is a value measured at 22°C using a dielectric constant meter for liquids. a silver powder; a fatty acid silver salt; an aliphatic amine; a high-dielectric-constant alcohol having a dielectric constant of 34 or more and 44 or less; and a solvent having a dielectric constant of less than 30, wherein the dielectric constant is a value measured at 22°C using a dielectric constant meter for liquids.