mhurhangee/ep-ind-claims huggingface dataset:
A retreaded tire comprising cushion rubber for retread, a base tire, and precured tread rubber formed of at least one rubber layer, wherein the cushion rubber for retread contains, in 100 mass % of a rubber component, 60 to 100 mass % of natural rubber and/or synthetic polyisoprene rubber, and also contains, based on 100 parts by mass of the rubber component, 30 to 50 parts by mass of a highly reinforcing carbon black of at least HAF grade, wherein the cushion rubber for retread forms a rubber layer having a 100% modulus (A M) of at least 3.0 MPa and less than 6.0 MPa, and wherein the base tire has an outermost layer and the precured tread rubber has an innermost layer, the outermost layer and the inner most layer each being formed of a rubber composition containing, in 100 mass % of a rubber component, 60 to 100 mass % of natural rubber and/or synthetic polyisoprene rubber.
The method of the isolation of biogenic amines from biological material is characterized by the fact that the extraction of biogenic amines and their precursor amino acids: L-tryptophan, serotonin, dopamine, L-tyrosine, L-DOPA, noradrenaline, adrenaline from urine occurs through: - activation of solid phase micro-extraction (SPME) polystyrene-divinylbenzene (PS-DVB) coatings with the mixture of methanol: water (50:50; v / v) - 30 minutes; then short rinsing with deionized water for 10 seconds; - extraction of acidified urine samples with pH 3, containing the tested analytes, extraction time - 90 minutes; - washing of SPME coatings with deionized water - 10 seconds; - desorption of analytes for 90 minutes with 2 mL 1-ethyl-3-methylimidazolium tetrafluoroborate -enriched methanol in the concentration of 20 ng/mL; - evaporation of desorbent under a decreased pressure, at temperature of 40 °C; - dissolution of the dry residue in 50 μL of sample buffer 2 mM sodium tetraborate; - electrophoretic analysis by micellar electrokinetic chromatography (MEKC). - activation of solid phase micro-extraction (SPME) polystyrene-divinylbenzene (PS-DVB) coatings with the mixture of methanol: water (50:50; v / v) - 30 minutes; then short rinsing with deionized water for 10 seconds; - extraction of acidified urine samples with pH 3, containing the tested analytes, extraction time - 90 minutes; - washing of SPME coatings with deionized water - 10 seconds; - desorption of analytes for 90 minutes with 2 mL 1-ethyl-3-methylimidazolium tetrafluoroborate -enriched methanol in the concentration of 20 ng/mL; - evaporation of desorbent under a decreased pressure, at temperature of 40 °C; - dissolution of the dry residue in 50 μL of sample buffer 2 mM sodium tetraborate; - electrophoretic analysis by micellar electrokinetic chromatography (MEKC).
A module including: - means for detecting an attack on said module; and - command means capable of blowing a fuse of said module when an attack is detected, the module being characterized in that it comprises a resistor connected in series to said fuse and comprises a NOT gate, said resistor imposing a high signal at the input of said NOT gate when said fuse is blown, the output of this NOT gate being a control signal the level whereof being high in normal operation and low when an attack is detected; said control signal being used to maintain a vital signal of said module when an attack has been detected, the fact of blowing said fuse causing said control signal to flip from said high level to said low level. - means for detecting an attack on said module; and - command means capable of blowing a fuse of said module when an attack is detected,
Method for producing highly filled decorative papers for application to a carrier material, from an aqueous suspension, wherein the suspension is applied to a circulating dewatering fabric by means of a headbox, which a turbulence generator having a plurality of rows arranged one above another, which each comprise turbulence channels (7.1n, 7.2n, 7.3n, 7.4n) arranged beside one another, wherein a nozzle is arranged immediately following the turbulence generator downstream, and the suspension is led through the turbulence channels (7.1n, 7.2n, 7.3n, 7.4n) and through the nozzle to form a suspension jet, and wherein at least 3 rows (7.1, 7.2, 7.3, 7.4) are arranged above one another, and the suspension is led through the turbulence channels (7.1n, 7.2n, 7.3n, 7.4n) with a maximum hydraulic diameter of less than 25 mm, in particular of less than 20 mm, and lamellae which, beginning at the turbulence generator, extend over at least part of the length of the nozzle, are inserted into the nozzle between the adjacent rows of the turbulence generator, characterized in that the decorative paper is produced from an aqueous suspension having a total stock consistency of more than 1.5%, a fibre stock consistency of less than 1.2% and an ash mass fraction of greater than 30% and after that, is led through a nozzle having a length of more than 500 mm, in particular of more than 700 mm.
An aliphatic polyamide composition comprising: an aliphatic polyamide polymer and from 30 wt.% to 60 wt.% of glass fiber, relative to the total weight of the polyamide composition, wherein the glass fiber has: a dielectric constant at 1 MHz measured according to ASTM D150 of from 5.1 to 5.5, preferably from 5.2 to 5.4, and a tensile modulus measured according to ASTM D2343 of from 75 GPa to 100 GPa. an aliphatic polyamide polymer and from 30 wt.% to 60 wt.% of glass fiber, relative to the total weight of the polyamide composition, wherein the glass fiber has: a dielectric constant at 1 MHz measured according to ASTM D150 of from 5.1 to 5.5, preferably from 5.2 to 5.4, and a tensile modulus measured according to ASTM D2343 of from 75 GPa to 100 GPa. a dielectric constant at 1 MHz measured according to ASTM D150 of from 5.1 to 5.5, preferably from 5.2 to 5.4, and a tensile modulus measured according to ASTM D2343 of from 75 GPa to 100 GPa.
A computer implemented method for determining material quality of a forged component (135, 290), the method comprising: receiving ultrasonic scan data for a plurality of scanned forged components (135, 290); maintaining the scan data within a data storage system; determining historical data (430, 741) associated with multiple parameters based on the scan data of the data storage system; generating a testing model (121, 450) using the historical data, wherein the testing model is configured to define multiple quality ranges for each parameter; scanning a forged component (135, 290) using at least one ultrasonic probe to provide component data (137, 460); and determining quality information of the forged component (135, 290) using the testing model and the component data (137, 460); wherein said multiple parameters comprise at least two of following: ultrasonic wave attenuation and transparency, material surface quality and material cleanliness. receiving ultrasonic scan data for a plurality of scanned forged components (135, 290); maintaining the scan data within a data storage system; determining historical data (430, 741) associated with multiple parameters based on the scan data of the data storage system; generating a testing model (121, 450) using the historical data, wherein the testing model is configured to define multiple quality ranges for each parameter; scanning a forged component (135, 290) using at least one ultrasonic probe to provide component data (137, 460); and determining quality information of the forged component (135, 290) using the testing model and the component data (137, 460); wherein said multiple parameters comprise at least two of following: ultrasonic wave attenuation and transparency, material surface quality and material cleanliness.
A label material for use with water-based adhesives, said label material comprising a synthetic paper having an upper surface and a lower surface, the synthetic paper including a biaxially-oriented polymeric sheet having a voided layer, and an adhesive-receiving coating on a lower surface of the polymeric sheet, wherein the polymeric sheet has a density of less than 0.55 g.cm -3, and preferably less than 0.50 g.cm -3, and the adhesive-receiving coating includes a polymeric binder and an absorbent pigment and has a surface energy of at least 40 mN.m -1 (40 dyne.cm -1); characterised in that the polymeric sheet includes a lower skin layer with a thickness of no more than 2μm, wherein the lower skin layer is porous and does not include a voiding agent, the voided layer includes a granular filler material and has a density of not more than 0.50g cm -3 and a void volume of at least 50%, and the lower skin layer is perforated by the granules of the filler material to provide a porous structure.
Hydraulic closure device for a pipe to be tested comprising a reaction bush, through which the pipe to be tested is insertable, having a plurality of threaded holes on an edge, a vice for fixing said reaction bush to said pipe to be tested, and at least one locking assembly arranged in use between said reaction bush and said pipe, said at least one locking assembly being adapted to exert a radial force, so as to block the position of said reaction bush and of said pipe to be tested, a plug for closing the end of said pipe to be tested having a plurality of perimetral through holes, said plug having a first and a second threaded hole on the outer surface, and a plurality of locking bolts engaged in said perimetral through holes of said plug and in said plurality of threaded holes on the edge of said reaction bush, said hydraulic closure device being characterized in that said reaction bush comprises a first portion, having an inner diameter larger than the pipe to be tested on which it is applicable, and a second portion, having an inner diameter substantially equal to that of the pipe to be tested on which it is applicable, having a groove and in that said device further comprises a protection bush, intended to be arranged between said pipe to be tested and said at least one locking assembly. a reaction bush, through which the pipe to be tested is insertable, having a plurality of threaded holes on an edge, a vice for fixing said reaction bush to said pipe to be tested, and at least one locking assembly arranged in use between said reaction bush and said pipe, said at least one locking assembly being adapted to exert a radial force, so as to block the position of said reaction bush and of said pipe to be tested, a plug for closing the end of said pipe to be tested having a plurality of perimetral through holes, said plug having a first and a second threaded hole on the outer surface, and a plurality of locking bolts engaged in said perimetral through holes of said plug and in said plurality of threaded holes on the edge of said reaction bush, said hydraulic closure device being characterized in that said reaction bush comprises a first portion, having an inner diameter larger than the pipe to be tested on which it is applicable, and a second portion, having an inner diameter substantially equal to that of the pipe to be tested on which it is applicable, having a groove and in that said device further comprises a protection bush, intended to be arranged between said pipe to be tested and said at least one locking assembly.
A system for auxiliary viewing of the surroundings of a vehicle, for shooting and simultaneously presenting to the driver scenes in a plurality of areas of observation (F lateral) around a vehicle, comprising a shooting arrangement which includes: - a plurality of image sensing devices (40', 40"), adapted to convert a respective optical beam incident thereon into a plurality of related electrical image signals corresponding to the minimum image elements (pixels); - a corresponding plurality of optical focussing systems (50', 50"), associated with the sensing devices (40', 40"); and - image processing means arranged for acquiring the image signals (I 1, I 2) from each sensing device (40', 40") and generating a composite image adapted to the display of scenes shot in the aforesaid areas of observation (F lateral) for presentation to the driver via display means installed in the vehicle interior, wherein said processing means are arranged for selectively acquiring predetermined image portions (I', I") defined by image signals generated from selected areas of each sensing device (40', 40"), and for combining the acquired image portions (I', I") in juxtaposed positions such as to form an overall image frame for the purpose of generating said composite image, characterized in that said processing means include switching means for the alternate acquisition of the image signals from the sensing devices (40', 40"), according to the frame co-ordinates of the image elements generated by said sensing devices (40',40"). - a plurality of image sensing devices (40', 40"), adapted to convert a respective optical beam incident thereon into a plurality of related electrical image signals corresponding to the minimum image elements (pixels); - a corresponding plurality of optical focussing systems (50', 50"), associated with the sensing devices (40', 40"); and - image processing means arranged for acquiring the image signals (I 1, I 2) from each sensing device (40', 40") and generating a composite image adapted to the display of scenes shot in the aforesaid areas of observation (F lateral) for presentation to the driver via display means installed in the vehicle interior, said processing means are arranged for selectively acquiring predetermined image portions (I', I") defined by image signals generated from selected areas of each sensing device (40', 40"), and for combining the acquired image portions (I', I") in juxtaposed positions such as to form an overall image frame for the purpose of generating said composite image, characterized in that said processing means include switching means for the alternate acquisition of the image signals from the sensing devices (40', 40"), according to the frame co-ordinates of the image elements generated by said sensing devices (40',40").
An inkjet printer configured to perform printing on an outer surface of a print object in three-dimensional shape, the inkjet printer comprising: a retainer, configured to retain the print object; a rough position adjuster, configured to change a distance in a vertical direction between the outer surface of the print object retained by the retainer and a carriage that is to perform printing on the outer surface; characterized by a transporter, including a fine position adjuster capable of changing the distance in the vertical direction between the outer surface of the print object retained by the retainer and the carriage; and a controller, configured to control the fine position adjuster so that the distance in the vertical direction between the outer surface of the print object retained by the retainer and the carriage becomes a predetermined distance during the printing by the carriage. a retainer, configured to retain the print object; a rough position adjuster, configured to change a distance in a vertical direction between the outer surface of the print object retained by the retainer and a carriage that is to perform printing on the outer surface; characterized by a transporter, including a fine position adjuster capable of changing the distance in the vertical direction between the outer surface of the print object retained by the retainer and the carriage; and a controller, configured to control the fine position adjuster so that the distance in the vertical direction between the outer surface of the print object retained by the retainer and the carriage becomes a predetermined distance during the printing by the carriage.
Installation for eliminating planarity faults of a metallic flat product, particularly a metal sheet or a strip, comprising a plurality of straightening rollers (3, 4, 20) arranged on opposite sides of the flat product, characterised in that at least two cooperating straightening rollers (3, 4) arranged on opposite sides of the flat product each have at least three individually adjustable part rollers (5, 6) arranged axially adjacent to one another.
A circuit (300, 400) comprising: a first plurality of serially-coupled transistors coupled between a first node (Vref) and a second node (Vinp); a second plurality of serially-coupled transistors coupled between the first node (Vref) and the second node (Vinp); and characterized by a voltage divider circuit in communication with the second node (Vinp) comprising a plurality of outputs, a first group of said outputs coupled to corresponding control nodes associated with the first plurality of serially-coupled transistors, and a second group of said outputs different from the first group of outputs coupled to corresponding control nodes associated with the second plurality of serially-coupled transistors, the control nodes comprising at least one of bulk nodes or gate nodes. a first plurality of serially-coupled transistors coupled between a first node (Vref) and a second node (Vinp); a second plurality of serially-coupled transistors coupled between the first node (Vref) and the second node (Vinp); and characterized by a voltage divider circuit in communication with the second node (Vinp) comprising a plurality of outputs, a first group of said outputs coupled to corresponding control nodes associated with the first plurality of serially-coupled transistors, and a second group of said outputs different from the first group of outputs coupled to corresponding control nodes associated with the second plurality of serially-coupled transistors, the control nodes comprising at least one of bulk nodes or gate nodes.
An electrolyte- separator comprising: an electrolyte material which further comprises a eutectic formulation of KOH and NaOH; and a binder selected from the group consisting of MgO, Y 2 O 3, Al 2 O 3, BN, AlN, fumed silica, or clay minerals, characterised in that the electrolyte material has a melting point of 180 °C to 290 °C, and wherein a ratio of KOH to NaOH in the eutectic formulation of KOH and NaOH is from 40:60 wt % to 65:35 wt %. an electrolyte material which further comprises a eutectic formulation of KOH and NaOH; and a binder selected from the group consisting of MgO, Y 2 O 3, Al 2 O 3, BN, AlN, fumed silica, or clay minerals, characterised in that the electrolyte material has a melting point of 180 °C to 290 °C, and wherein a ratio of KOH to NaOH in the eutectic formulation of KOH and NaOH is from 40:60 wt % to 65:35 wt %.
An electronic communication system (100, 200) comprising an enterprise call centre, the electronic communication system comprising: an expert term extraction engine configured to extract expert terms, corresponding to one or more skills, from one or more electronic communications and to determine contact information of one or more users of the system associated with the one or more skills; a database storing the one or more electronic communications, the extracted expert terms corresponding to one or more skills and the contact information of the one or more users of the system associated with the one or more skills; an agent term extraction engine configured to extract agent request terms from one or more agent electronic communications, wherein the agents are personnel of the enterprise and communicate with customers of the enterprise; a matching engine configured: to compare agent request terms to the expert terms and to determine whether there is a match; and where there is a match between the agent request terms and the expert terms, to provide the contact information to the agent and/or to automatically connect the agent with at least one of the one or more users. an expert term extraction engine configured to extract expert terms, corresponding to one or more skills, from one or more electronic communications and to determine contact information of one or more users of the system associated with the one or more skills; a database storing the one or more electronic communications, the extracted expert terms corresponding to one or more skills and the contact information of the one or more users of the system associated with the one or more skills; an agent term extraction engine configured to extract agent request terms from one or more agent electronic communications, wherein the agents are personnel of the enterprise and communicate with customers of the enterprise; a matching engine configured: to compare agent request terms to the expert terms and to determine whether there is a match; and where there is a match between the agent request terms and the expert terms, to provide the contact information to the agent and/or to automatically connect the agent with at least one of the one or more users. to compare agent request terms to the expert terms and to determine whether there is a match; and where there is a match between the agent request terms and the expert terms, to provide the contact information to the agent and/or to automatically connect the agent with at least one of the one or more users.
A method of measuring concentration of PIVKA-II in a biological sample comprising the steps of: bringing first carrier particles to which a first monoclonal antibody is immobilized and second carrier particles to which a second monoclonal antibody is immobilized into contact with the biological sample in which prothrombin may exist under the presence of divalent metal ions which are not derived from the biological sample; and optically measuring agglutination of said first carrier particles and said second carrier particles, wherein one of the first and second monoclonal antibodies is an antibody specifically binding to PIVKA-II while the other is an antibody specifically binding to prothrombin, wherein the both antibodies bind to different epitopes, and wherein the divalent metal ions are ions of one or more selected from the group consisting of Be 2+, Mg 2+, Ca 2+, Sr 2+, Ba 2+, and Ra 2+. bringing first carrier particles to which a first monoclonal antibody is immobilized and second carrier particles to which a second monoclonal antibody is immobilized into contact with the biological sample in which prothrombin may exist under the presence of divalent metal ions which are not derived from the biological sample; and optically measuring agglutination of said first carrier particles and said second carrier particles, wherein one of the first and second monoclonal antibodies is an antibody specifically binding to PIVKA-II while the other is an antibody specifically binding to prothrombin, wherein the both antibodies bind to different epitopes, and wherein the divalent metal ions are ions of one or more selected from the group consisting of Be 2+, Mg 2+, Ca 2+, Sr 2+, Ba 2+, and Ra 2+.
Broom head, comprising a main body from which clusters (1, 3, 5, 7, 8, 9, 10, 13) of bristles project, wherein the clusters (1, 3, 5, 7, 8, 9, 10, 13) have a cross section which differs from a round shape, wherein a plurality of lamellas project from the main body, wherein the lamellas are arranged in a row and are surrounded on all sides by clusters (3, 5), characterized in that the lamellas are configured as a rubber blade, and in that each rubber blade has a surface curved about an axis running perpendicularly to the main body.