mhurhangee/patent-ind-claim-en huggingface dataset:
A bead member for a pneumatic tire, the bead member comprising: an annular bead core, and a bead filler located on an outer side of the bead core in a radial direction of the bead core, wherein the bead filler comprises a resin filler portion made of a resin and a rubber filler portion made of a rubber and joined to the resin filler portion characterized in that , the bead core is coated with a core coating resin (Y), and the resin filler portion is formed integrally with the core coating resin. an annular bead core, and a bead filler located on an outer side of the bead core in a radial direction of the bead core, wherein the bead filler comprises a resin filler portion made of a resin and a rubber filler portion made of a rubber and joined to the resin filler portion characterized in that , the bead core is coated with a core coating resin (Y), and the resin filler portion is formed integrally with the core coating resin.
A baffle component for a batch reactor comprising: a cage element ; and at least one baffle mounted on the cage element ; wherein the at least one baffle comprises: a plate component that is adapted or shaped to form an outside surface of the baffle ; a tubular element ; wherein the plate component and the tubular component together form a sealed interior volume of the baffle ; the sealed interior volume of the baffle is wholly or partially filled with a thermal exchange material ; the thermal exchange material facilitates thermal energy transfer between a thermal transfer medium inside the tubular element and the plate component ; and wherein the thermal exchange material comprises one or more solid materials, wherein the baffle component is affixable or clampable to a removable top cover of the batch reactor , wherein the cage element is comprised of a number of individual elements that are mutually attached to form a structure to which the at least one baffle is mounted, wherein each of the individual elements are formed as tubular elements and are arranged so as to allow the thermal transfer medium to be guided to and from the at least one baffle . a cage element ; and at least one baffle mounted on the cage element ; wherein the at least one baffle comprises: a plate component that is adapted or shaped to form an outside surface of the baffle ; a tubular element ; wherein the plate component and the tubular component together form a sealed interior volume of the baffle ; the sealed interior volume of the baffle is wholly or partially filled with a thermal exchange material ; the thermal exchange material facilitates thermal energy transfer between a thermal transfer medium inside the tubular element and the plate component ; and wherein the thermal exchange material comprises one or more solid materials, a plate component that is adapted or shaped to form an outside surface of the baffle ; a tubular element ; wherein the plate component and the tubular component together form a sealed interior volume of the baffle ; the sealed interior volume of the baffle is wholly or partially filled with a thermal exchange material ; the thermal exchange material facilitates thermal energy transfer between a thermal transfer medium inside the tubular element and the plate component ; and wherein the thermal exchange material comprises one or more solid materials, wherein the baffle component is affixable or clampable to a removable top cover of the batch reactor , wherein the cage element is comprised of a number of individual elements that are mutually attached to form a structure to which the at least one baffle is mounted, wherein each of the individual elements are formed as tubular elements and are arranged so as to allow the thermal transfer medium to be guided to and from the at least one baffle .
Method of determining a path along an object , comprising: determining (S102) a point of the object as reference point of the object in absolute coordinates; ascertaining (S104) a set of points of the object in absolute coordinates on the basis of further known points of the object within a relative coordinate system, conversion of the further points of the object to the absolute coordinate system being effected on the basis of the reference point of the object ; determining (S106) the path along the object based on a distance to be maintained from the object, on the basis of the set of points of the object , so that the path extends at a distance from the object. determining (S102) a point of the object as reference point of the object in absolute coordinates; ascertaining (S104) a set of points of the object in absolute coordinates on the basis of further known points of the object within a relative coordinate system, conversion of the further points of the object to the absolute coordinate system being effected on the basis of the reference point of the object ; determining (S106) the path along the object based on a distance to be maintained from the object, on the basis of the set of points of the object , so that the path extends at a distance from the object.
A working electrode for measuring the presence of an analyte, comprising: a working conductor having a planar top surface and a reactive surface thereon being operated at a first potential; a first transport material having properties that enable analyte flux to the reactive surface, wherein the first transport material is at least a hydrophilic material and has a top surface and an exposed perimetral surface; a second transport material having properties that enable reactant flux to the reactive surface, wherein the second transport material is at least a hydrophobic material; wherein the first transport material is placed over the reactive surface and the second transport material is placed over both the first transport material and the reactive surface such that the second transport material blocks analyte flux to the top surface of the first transport material , the analyte flux and the reactant flux being in dissimilar directions. a working conductor having a planar top surface and a reactive surface thereon being operated at a first potential; a first transport material having properties that enable analyte flux to the reactive surface, wherein the first transport material is at least a hydrophilic material and has a top surface and an exposed perimetral surface; a second transport material having properties that enable reactant flux to the reactive surface, wherein the second transport material is at least a hydrophobic material; wherein the first transport material is placed over the reactive surface and the second transport material is placed over both the first transport material and the reactive surface such that the second transport material blocks analyte flux to the top surface of the first transport material , the analyte flux and the reactant flux being in dissimilar directions.
An adhesive plate or panel for insect catching lamps, in particular for flies, adapted to be used as a catching element in common light traps provided with at least one fluorescent tube or LED sources, having an emission peak in the UV component, characterized in that it comprises a background with an elevated degree of brilliance, such as, for example, white or silver, the background being configured to effectively reflect light radiation in the spectrum of UV light between 310 and 400nm, on which adhesive strips are present, parallel to one another, alternating with spaces devoid of adhesive.
Spreading element for sheathed lines with a plurality of cores such as cables, strands and the like, having a spike for introducing into an end of the sheathed line, wherein the spike has, along a longitudinal direction, a tapered first end and a widened second end , and having a stop on the second end that extends radially to the longitudinal direction, characterized in that the spike has, on its surface, recesses for receiving the cores of the sheathed line, the spike has a plurality of wedges or is built up from a plurality of wedges, and in that a guide element having apertures for receiving the cores is provided which extends radially to the longitudinal direction.
A solid mixed oxide material suitable for use in catalysing a methane dry reforming reaction, wherein the solid mixed oxide material comprises a first crystalline phase, the first crystalline phase being attributable to a pyrochlore crystal structure, and wherein the solid mixed oxide material comprises 3.5-25.0 % of nickel by weight relative to the total weight of the solid mixed oxide material, and wherein the first crystalline phase has a composition according to general formula (I) shown below A 2 B 2 O 7 (I) in which A is at least one trivalent cation of an element selected from the group consisting of La, Ce, Pr, Nd, Sm, Sc, Y and Eu; and B is a mixture of i. at least one tetravalent or trivalent cation of an element selected from the group consisting of Zr, Ti, Cr, Mn and Mo, and ii. a divalent cation of Ni. A is at least one trivalent cation of an element selected from the group consisting of La, Ce, Pr, Nd, Sm, Sc, Y and Eu; and B is a mixture of i. at least one tetravalent or trivalent cation of an element selected from the group consisting of Zr, Ti, Cr, Mn and Mo, and ii. a divalent cation of Ni. i. at least one tetravalent or trivalent cation of an element selected from the group consisting of Zr, Ti, Cr, Mn and Mo, and ii. a divalent cation of Ni.
An elongate plastic bag having a front wall, a back wall and inwardly folded side walls, said bag comprising: at least one longitudinal end weld defining a top end of said bag, wherein the end weld comprises joining together said opposed front and back walls along an elongate transversely-oriented weld , and wherein said inwardly folded side walls are each only welded to the front and back walls, but not to each other, by a first pair and a second pair of coterminous oblique welds , said elongate transversely-oriented weld being bounded by said first pair and a second pair of coterminous oblique welds extending along an oblique angle from the first and second ends of transversely-oriented weld , respectively, such that each pair of oblique welds forms a first and second apex, respectively, characterised in that adjacent the respective end of the transversely-oriented weld , a first and a second planar gusset are attached to the bag along or within the first and second pair of oblique welds so as to overlie the first and second apex, respectively.
An outer conductor arrangement for a plug connector having an outer conductor base body and an outer conductor ring , wherein the outer conductor base body has a plurality of contact tabs , wherein the outer conductor ring connects to an interface-side end of the outer conductor base body , is connected to the outer conductor base body by means of a retaining tab in at least one connecting region and is of a closed structure, in order to form a closed entry of the outer conductor arrangement , wherein contact tabs are provided, which are not connected to the outer conductor ring , wherein a jump in diameter is formed between the outer conductor ring and the outer conductor base body , wherein the diameter of the outer conductor base body is larger than the diameter of the outer conductor ring , wherein the outer conductor ring has no indentation and no protrusion, characterized in that the outer conductor ring is connected to the outer conductor base body by means of a joining process.
Folding rule comprising elongate flat members which are hingedly connected in pairs, in which a hinge connection having an axis of rotation has a first hinge plate which is fixed to a first member , and comprises a second hinge plate which is fastened to a second member , a spring tongue which has a latching portion being formed on the first hinge plate and interacting with a first complementary latching portion and with a second complementary latching portion on the second hinge plate in order to latch the hinge connection , by means of spring force, in a first setting and in a second setting different from the first setting when the first member is pivoted relative to the second member about the axis of rotation , characterized in that the latching portion formed on the first spring tongue of the first hinge plate , together with the second complementary latching portion on the second hinge plate , latching the hinge connection in an angled position between a folded-in and a folded-out position of the members during pivoting of the first member relative to the second member ; wherein the spring tongue has a latching portion comprising a top surface and oblique lateral surfaces pointing toward a longitudinal edge of the member, which latching portion engages, by means of the top surface and the lateral surfaces , in the corresponding first complementary latching portion during latching in the first complementary latching portion on the second hinge plate and latches, by means of only one portion of the top surface , in the corresponding second complementary latching portion on the second hinge plate during latching in the second complementary latching portion .
A unit for controlling safe operation of an electric table, comprising an electric control module for controlling raising or lowering of the electric table and a sensor unit for detecting data during operation of the electric table; wherein the sensor unit is used to transmit detected data to the electric control module and the electric control module is used to control a power mechanism on the electric table to make an anti-pinch action after processing received data; wherein the sensor unit is a vibration sensor unit comprising an acceleration sensor and a gyroscope sensor, and the acceleration sensor and the gyroscope sensor work simultaneously, the gyroscope sensor measures a physical quantity, i.e., rotational angular velocity when deflecting and tilting, and transmits measured data to the electric control module; characterized in that : an output of the acceleration sensor is used to correct an output of the gyroscope sensor, so that output data of the gyroscope sensor is stable within a preset range at rest.
Method for determining an equivalent modal unbalance for the first bending eigenform of a shaft-elastic rotor , which unbalance is to be compensated for, characterised by the steps of: creating a simple rotor model which exclusively describes the geometric shape and the material properties of the shaft-elastic rotor ; calculating the magnitude of the static compliance of the model of the rotor at at least one point of measurement and at the centre of gravity of the rotor at at least one assumed speed; receiving the shaft-elastic rotor in a rotatable bearing and accelerating the rotor to the assumed speed which is below the first critical speed thereof; measuring the magnitude of the outward deflection at the point of measurement of the shaft-elastic rotor rotating at the assumed speed; calculating the equivalent modal unbalance for the first bending eigenform of the shaft-elastic rotor , which unbalance is to be compensated for, from the magnitudes of the calculated compliance and the measured outward deflection, without taking rotor-dynamic effects into account. creating a simple rotor model which exclusively describes the geometric shape and the material properties of the shaft-elastic rotor ; calculating the magnitude of the static compliance of the model of the rotor at at least one point of measurement and at the centre of gravity of the rotor at at least one assumed speed; receiving the shaft-elastic rotor in a rotatable bearing and accelerating the rotor to the assumed speed which is below the first critical speed thereof; measuring the magnitude of the outward deflection at the point of measurement of the shaft-elastic rotor rotating at the assumed speed; calculating the equivalent modal unbalance for the first bending eigenform of the shaft-elastic rotor , which unbalance is to be compensated for, from the magnitudes of the calculated compliance and the measured outward deflection, without taking rotor-dynamic effects into account.
A tissue connection device for suturelessly connecting biological nerve tissue, comprising: a first tubular device comprising a first and a second end; a second tubular device comprising a first and a second end; wherein one end of the first and one end of the second tubular devices are configured to be attached to the ends of the biological tissue, and the other ends of the first and second tubular devices are configured to be attached to donor tissue, wherein the first and second tubular devices comprise two half-tubular sections that assemble to form the tubular device, and wherein the interior surface of each section of the tubular device comprises, as an adhesive material, an adhesive, a temperature sensitive polymer, adhesive nano structure, or tissue-reactive groups. a first tubular device comprising a first and a second end; a second tubular device comprising a first and a second end; wherein one end of the first and one end of the second tubular devices are configured to be attached to the ends of the biological tissue, and the other ends of the first and second tubular devices are configured to be attached to donor tissue, wherein the first and second tubular devices comprise two half-tubular sections that assemble to form the tubular device, and wherein the interior surface of each section of the tubular device comprises, as an adhesive material, an adhesive, a temperature sensitive polymer, adhesive nano structure, or tissue-reactive groups.
A beer-like effervescent beverage, wherein a sugar content is 0.9 to 1.5 g/100 mL and a ratio of a linalool content (μg/L) relative to the sugar content (g/100 mL) is 5 to 15.
An organic borate-based catalyst comprising a compound represented by the following Formula 1 and a hydroxyl group-containing compound, wherein a silicon atom (Si) of the compound represented by Formula 1 and an oxygen atom (O) of the hydroxyl group-containing compound form a covalent bond: in Formula 1, each R 0 is independently hydrogen, an alkyl group of 1 to 20 carbon atoms, an alkoxy group of 1 to 20 carbon atoms, an aryl group of 6 to 20 carbon atoms or an aryloxy group of 6 to 20 carbon atoms, R 1 to R 4 are each independently hydrogen, a halogen group or an alkyl group of 1 to 20 carbon atoms, and o, p, q and r are each independently an integer of 1 to 5. a silicon atom (Si) of the compound represented by Formula 1 and an oxygen atom (O) of the hydroxyl group-containing compound form a covalent bond: in Formula 1, each R 0 is independently hydrogen, an alkyl group of 1 to 20 carbon atoms, an alkoxy group of 1 to 20 carbon atoms, an aryl group of 6 to 20 carbon atoms or an aryloxy group of 6 to 20 carbon atoms, R 1 to R 4 are each independently hydrogen, a halogen group or an alkyl group of 1 to 20 carbon atoms, and o, p, q and r are each independently an integer of 1 to 5.
A method of supporting multiple data stores for an integrated access system and identity system, comprising the steps of: receiving , from an object used by an application to access a data store, a request at a database manager of said integrated access system and identity system, said integrated access system and identity system supporting a plurality of data stores , each data store having an associated agent for interacting with the data store and an associated profile representing configuration information for the data store, there being a one-to-one mapping between a profile and an agent; determining which data stores can service a particular data access by the database manager consulting the profiles; creating , by the database manager, a proxy with one or more pointers to agents for said data stores that can service said particular data access; accessing one or more of said data stores by the proxy communicating with the appropriate agents for said data stores that can service said particular data access and said appropriate agents performing said particular data access; returning , by said appropriate agents, results to the proxy; and reporting , by the proxy, the results to the object , and the proxy terminating . receiving , from an object used by an application to access a data store, a request at a database manager of said integrated access system and identity system, said integrated access system and identity system supporting a plurality of data stores , each data store having an associated agent for interacting with the data store and an associated profile representing configuration information for the data store, there being a one-to-one mapping between a profile and an agent; determining which data stores can service a particular data access by the database manager consulting the profiles; creating , by the database manager, a proxy with one or more pointers to agents for said data stores that can service said particular data access; accessing one or more of said data stores by the proxy communicating with the appropriate agents for said data stores that can service said particular data access and said appropriate agents performing said particular data access; returning , by said appropriate agents, results to the proxy; and reporting , by the proxy, the results to the object , and the proxy terminating .
A computer-implemented method for predicting eye gaze positions, comprising: determining, based on an image representing an eye of a user, a measured eye gaze position of the eye ; determining a first incremental change in the measured eye gaze position by processing the measured eye gaze position by a long short-term memory model that has been trained to generate incremental changes in eye gaze positions; determining a first predicted eye gaze position of the eye at a first future time based on the measured eye gaze position and the first incremental change in the measured eye gaze position; determining a second incremental change in the first predicted eye gaze position by processing the first predicted eye gaze position by the long short-term memory model; determining a second predicted eye gaze position of the eye at a second future time subsequent to the first future time based on the first predicted eye gaze position and the second incremental change in the first predicted eye gaze position; and outputting one or more of: the first predicted eye gaze position or the second predicted eye gaze position. determining, based on an image representing an eye of a user, a measured eye gaze position of the eye ; determining a first incremental change in the measured eye gaze position by processing the measured eye gaze position by a long short-term memory model that has been trained to generate incremental changes in eye gaze positions; determining a first predicted eye gaze position of the eye at a first future time based on the measured eye gaze position and the first incremental change in the measured eye gaze position; determining a second incremental change in the first predicted eye gaze position by processing the first predicted eye gaze position by the long short-term memory model; determining a second predicted eye gaze position of the eye at a second future time subsequent to the first future time based on the first predicted eye gaze position and the second incremental change in the first predicted eye gaze position; and outputting one or more of: the first predicted eye gaze position or the second predicted eye gaze position.