mhurhangee/patent-ind-claim-en huggingface dataset:
A reed monitoring assembly for monitoring a weaving reed , said weaving reed having a first longitudinal side , a second longitudinal side opposite to the first longitudinal side and a plurality of dents juxtaposed along a longitudinal direction (L500) of the weaving reed, the dents defining a height direction (H500) of the weaving reed and, between each pair of two adjacent dents, a reed gap , the weaving reed defining also a transverse direction (W500) perpendicular to the longitudinal direction and to the height direction, the reed monitoring assembly including - an optical device with at least - a first camera array for taking images of a first portion of the weaving reed , the first camera array facing the first longitudinal side of the weaving reed, - a controller for controlling the optical device and for receiving image data from the optical device; and - mounting means (4; 81) allowing a relative movement between the weaving reed and the optical device, along an axis (X2) parallel to the longitudinal direction (L500) of the weaving reed, characterized in that the optical device includes - an illumination device for illuminating the first portion of the weaving reed and - a second camera array , for taking images of a second portion of the weaving reed, the second camera array facing the second opposite longitudinal side of the weaving reed. - an optical device with at least - a first camera array for taking images of a first portion of the weaving reed , the first camera array facing the first longitudinal side of the weaving reed, - a first camera array for taking images of a first portion of the weaving reed , the first camera array facing the first longitudinal side of the weaving reed, - a controller for controlling the optical device and for receiving image data from the optical device; and - mounting means (4; 81) allowing a relative movement between the weaving reed and the optical device, along an axis (X2) parallel to the longitudinal direction (L500) of the weaving reed, - an illumination device for illuminating the first portion of the weaving reed and - a second camera array , for taking images of a second portion of the weaving reed, the second camera array facing the second opposite longitudinal side of the weaving reed.
An electric motor apparatus, comprising: a rotor ; a stator ; a high frequency transformer stage for transmitting an excitation signal from the stator to the rotor, the high frequency transformer stage having a first set of transformer windings positioned on the stator and a second set of transformer windings positioned on the rotor; and a main field motor stage having a set of stator armature windings positioned on the stator and a set of main field windings positioned on the rotor, wherein the set of stator armature windings is configured to receive a main multiphase power signal from an alternating current power bus having a first current that causes a first rotating magnetic flux that rotates relative to the stator, wherein the set of main field windings is configured to receive a secondary multiphase power signal having a second current that causes a second rotating magnetic flux that rotates relative to the rotor, wherein a combination of the first rotating magnetic flux and the second rotating magnetic flux causes the rotor to turn at a predetermined reference frequency, and wherein the set of main field windings is coupled directly to the second set of transformer windings and is configured to receive the secondary multiphase power signal from the second set of windings. a rotor ; a stator ; a high frequency transformer stage for transmitting an excitation signal from the stator to the rotor, the high frequency transformer stage having a first set of transformer windings positioned on the stator and a second set of transformer windings positioned on the rotor; and a main field motor stage having a set of stator armature windings positioned on the stator and a set of main field windings positioned on the rotor, wherein the set of stator armature windings is configured to receive a main multiphase power signal from an alternating current power bus having a first current that causes a first rotating magnetic flux that rotates relative to the stator, wherein the set of main field windings is configured to receive a secondary multiphase power signal having a second current that causes a second rotating magnetic flux that rotates relative to the rotor, wherein a combination of the first rotating magnetic flux and the second rotating magnetic flux causes the rotor to turn at a predetermined reference frequency, and wherein the set of main field windings is coupled directly to the second set of transformer windings and is configured to receive the secondary multiphase power signal from the second set of windings.
A synthetic combination comprising a purified bacterial population in association with a seed of a Glycine agricultural plant, wherein the purified bacterial population comprises a seed bacterial endophyte that is heterologous to the seed and is of the genus Ochrobactrum sp, wherein the Ochrobactrum sp. comprises a 16S nucleic acid sequence 100% identical to SEQ ID No 699 and produces auxin; wherein the purified Ochrobactrum sp. population is capable of providing increased tolerance to drought to a Glycine agricultural plant produced from the seed as compared to a reference plant grown under the same conditions.
A torching rod for use in exothermic operations, the rod comprising: a plurality of cables configured to burn during an exothermic operation, wherein the plurality of cables surrounds a hollow center portion within the torching rod; a flowpath formed by the hollow center portion for oxygen to burn the plurality of cables; a sheath to enclose the plurality of cables and the hollow center portion; a first end of the rod having a connector affixed to the sheath, wherein the connector is receivable by a quick disconnect fitting , said connector further comprising a flat portion abutting the sheath and forming a surface that is configured to engage the quick disconnect to prevent insertion of the connector into the quick disconnect past the flat portion, said connector further comprising an indented portion configured to engage a quick release mechanism internal to said quick disconnect fitting, wherein said rod is crimped about a portion of said connector; an ignition source at a second end of the rod to ignite the oxygen in the flowpath, wherein the ignition source includes steel wool, and wherein a portion of said steel wool extends outside of said torching rod; and a tip cover at said first end of said torching rod, said tip cover holding at least a portion of said steel wool, wherein said tip cover is configured to burn with said sheath during said exothermic operation. a plurality of cables configured to burn during an exothermic operation, wherein the plurality of cables surrounds a hollow center portion within the torching rod; a flowpath formed by the hollow center portion for oxygen to burn the plurality of cables; a sheath to enclose the plurality of cables and the hollow center portion; a first end of the rod having a connector affixed to the sheath, wherein the connector is receivable by a quick disconnect fitting , said connector further comprising a flat portion abutting the sheath and forming a surface that is configured to engage the quick disconnect to prevent insertion of the connector into the quick disconnect past the flat portion, said connector further comprising an indented portion configured to engage a quick release mechanism internal to said quick disconnect fitting, wherein said rod is crimped about a portion of said connector; an ignition source at a second end of the rod to ignite the oxygen in the flowpath, wherein the ignition source includes steel wool, and wherein a portion of said steel wool extends outside of said torching rod; and a tip cover at said first end of said torching rod, said tip cover holding at least a portion of said steel wool, wherein said tip cover is configured to burn with said sheath during said exothermic operation.
A plate-like material feeding device configured to sandwich a plate-like material (M) between a lower roll rotatably supported on a device main body and an upper roll which is rotatable and arranged in parallel to the lower roll , so as to convey the plate-like material (M), the plate-like material feeding device comprising: a lower gear integrally provided on a rotation shaft of the lower roll ; an intermediate gear which is meshed with the lower gear , and is integrally provided on a rotation shaft of the upper roll ; an upper gear meshed with the intermediate gear ; a lower-roll drive motor which is coupled to the rotation shaft of the lower roll so as to drive the rotation shaft of the lower roll to rotate; and an upper-roll drive motor configured to drive the upper gear to rotate. a lower gear integrally provided on a rotation shaft of the lower roll ; an intermediate gear which is meshed with the lower gear , and is integrally provided on a rotation shaft of the upper roll ; an upper gear meshed with the intermediate gear ; a lower-roll drive motor which is coupled to the rotation shaft of the lower roll so as to drive the rotation shaft of the lower roll to rotate; and an upper-roll drive motor configured to drive the upper gear to rotate.
A computer-implemented method for determining a degradation state of a turbo and/or a humidifier of a fuel cell system for a vehicle , the fuel cell system comprising a fuel cell stack , in addition to the turbo and the humidifier , wherein the method comprises: - obtaining (S1) a fuel cell system efficiency value which corresponds to a measured efficiency decrease of the fuel cell system during use with respect to a first reference efficiency, - obtaining (S2) a fuel cell stack efficiency value which corresponds to a measured efficiency decrease of the fuel cell stack during use with respect to a second reference efficiency, and - determining (S3) the degradation state of the turbo and/or the humidifier based on a difference between the fuel cell system efficiency value and the fuel cell stack efficiency value. - obtaining (S1) a fuel cell system efficiency value which corresponds to a measured efficiency decrease of the fuel cell system during use with respect to a first reference efficiency, - obtaining (S2) a fuel cell stack efficiency value which corresponds to a measured efficiency decrease of the fuel cell stack during use with respect to a second reference efficiency, and - determining (S3) the degradation state of the turbo and/or the humidifier based on a difference between the fuel cell system efficiency value and the fuel cell stack efficiency value.
An air or electromechanically actuated disc brake for heavy vehicles, the disc brake comprising: a first friction element and a second friction element ; a brake caliper including a housing and a bridge ; the housing containing a wear adjustment mechanism and an actuator mechanism having a friction element contacting actuator output to drive the first friction element in a first axial direction; the bridge being configured to extend over a brake rotor in use and defining a support face to the second friction element in at least the first axial direction; wherein the first friction element and second friction element each have an effective contact area to the rotor of at least 10,000mm 2 and, characterised in that the maximum spacing (F) between the actuator output and the support face is in a range of 75mm to 50mm. a first friction element and a second friction element ; a brake caliper including a housing and a bridge ; the housing containing a wear adjustment mechanism and an actuator mechanism having a friction element contacting actuator output to drive the first friction element in a first axial direction; the bridge being configured to extend over a brake rotor in use and defining a support face to the second friction element in at least the first axial direction; the housing containing a wear adjustment mechanism and an actuator mechanism having a friction element contacting actuator output to drive the first friction element in a first axial direction; the bridge being configured to extend over a brake rotor in use and defining a support face to the second friction element in at least the first axial direction; wherein the first friction element and second friction element each have an effective contact area to the rotor of at least 10,000mm 2 and, characterised in that the maximum spacing (F) between the actuator output and the support face is in a range of 75mm to 50mm.
A tool for mechanochemical treatment of a cylinder bore, comprising: a shaft having a main axis ; a number n of working ledges , where n≥1; and a force application arrangement , configured for applying a working force (F), directed radially outwards from said main axis , on said working ledges ; said working ledges comprising a wear-resistant material with a Vickers number above 800 HV and Young modulus above 200 GPa; wherein each working ledge having a, parallel to said main axis generally elongated, contact surface , facing away from said main axis ; said contact surface having a convex curvature in a cross-section perpendicular to said main axis , said convex curvature having, in each point of said contact surface , a radius of curvature being equal to or less than a closest distance from said point to said main axis ; characterized by said contact surface being polished and essentially non-abrasive, having a surface roughness R a below 1 μm; and wherein a width of said contact surface in a circumferential direction centred around said main axis being less than r /2 n, where r is the maximum distance between said contact surface and said main axis ; and said working force (F) applied on each working ledge being at least P·L·r /2 n , where P = 10 7 Pa and L is the length, parallel to said main axis , of said contact surface of said working ledge . a shaft having a main axis ; a number n of working ledges , where n≥1; and a force application arrangement , configured for applying a working force (F), directed radially outwards from said main axis , on said working ledges ; said working ledges comprising a wear-resistant material with a Vickers number above 800 HV and Young modulus above 200 GPa; wherein each working ledge having a, parallel to said main axis generally elongated, contact surface , facing away from said main axis ; said contact surface having a convex curvature in a cross-section perpendicular to said main axis , said convex curvature having, in each point of said contact surface , a radius of curvature being equal to or less than a closest distance from said point to said main axis ; characterized by said contact surface being polished and essentially non-abrasive, having a surface roughness R a below 1 μm; and wherein a width of said contact surface in a circumferential direction centred around said main axis being less than r /2 n, where r is the maximum distance between said contact surface and said main axis ; and said working force (F) applied on each working ledge being at least P·L·r /2 n , where P = 10 7 Pa and L is the length, parallel to said main axis , of said contact surface of said working ledge .
A solid polymer electrolyte comprising: a porous substrate formed of an inorganic fiber containing an ethylenically unsaturated group; a polymer compound coupled to the inorganic fiber and including a polymer network in which an oligomer containing a (meth)acrylate group is coupled in a three-dimensional structure; and a lithium salt. a porous substrate formed of an inorganic fiber containing an ethylenically unsaturated group; a polymer compound coupled to the inorganic fiber and including a polymer network in which an oligomer containing a (meth)acrylate group is coupled in a three-dimensional structure; and a lithium salt.
An electrophoretic fluid comprising a first type (11; 21; 31; 41; 51) of pigment particles, a second type (12; 22; 32; 42; 52) of pigment particles and a third type (13; 23; 33; 43; 53) of pigment particles, all of which are dispersed in a solvent or solvent mixture, wherein (a) the first type (11; 21; 31; 41; 51) of pigment particles and the second type (12; 22; 32; 42; 52) of pigment particles carry opposite charge polarities; and (b) the third type (13; 23; 33; 43; 53) of pigment particles has the same charge polarity as the second type (12; 22; 32; 42; 52) of pigment particles but at a lower intensity; the electrophoretic fluid being characterized in that : (c) the second type (12; 22; 32; 42; 52) of pigment particles has a threshold voltage. (a) the first type (11; 21; 31; 41; 51) of pigment particles and the second type (12; 22; 32; 42; 52) of pigment particles carry opposite charge polarities; and (b) the third type (13; 23; 33; 43; 53) of pigment particles has the same charge polarity as the second type (12; 22; 32; 42; 52) of pigment particles but at a lower intensity; the electrophoretic fluid being characterized in that : (c) the second type (12; 22; 32; 42; 52) of pigment particles has a threshold voltage.
A luminaire with a connecting part against an edge of a reflecting surface or a support panel of the reflecting surface of a mirror , the reflecting surface being at least partially applied against the support panel , an electrical cable extending into an interior of the luminaire from an illuminating end of the luminaire to the connecting part then being intended to pass behind the support panel , the connecting part comprising a first branch facing the illuminating end and a second branch curved relative to the first branch by an angle of 90° with a variation range of +/-30° around this angle, the second branch having a median longitudinal slot opening at a free end of the second branch of the connecting part and having a lumen opening onto two opposite lateral faces of the second branch , the longitudinal slot having a width from 3 to 6 millimetres and a sufficient length so that, when an element is inserted into the slot by having said width of the slot reduced by a clearance which is just sufficient to allow its insertion into the slot , the luminaire is held in position relative to the element , characterised in that a remaining face of the second branch has a longitudinal groove for the passage of the electrical cable , the first branch being hollow and including an element for centring the electrical cable in the longitudinal median position in the first branch , the centring element having a median passage shaped to a diameter of the electrical cable and being removable from the first branch by being secured by at least one securing means , the centring element positioning the electrical cable just in alignment with the grooves of the insert and the second branch .
A method, performed by a user equipment, UE, of reselecting a cell in a wireless comm unication system, the method comprising: receiving, from a serving cell, system information including at least one parameter associated with the serving cell, the system information being at least one of a system information block, SIB2, SIB3, SIB4 or SIB5; identifying a target cell, among at least one non-serving cell, which fulfils a cell reselection criterion based on the at least one parameter associated with the serving cell; receiving, from the target cell, a SIB1 including at least one parameter associated with the target cell; and determining whether to select the target cell based on the at least one parameter associated with the target cell. receiving, from a serving cell, system information including at least one parameter associated with the serving cell, the system information being at least one of a system information block, SIB2, SIB3, SIB4 or SIB5; identifying a target cell, among at least one non-serving cell, which fulfils a cell reselection criterion based on the at least one parameter associated with the serving cell; receiving, from the target cell, a SIB1 including at least one parameter associated with the target cell; and determining whether to select the target cell based on the at least one parameter associated with the target cell.
A probe configuration tool comprising: a shaft icon displayed on said probe configuration tool ; a probe position indicator configured to display an orientation of at least one first probe icon relative to said shaft icon , said probe position indicator is further configured to modify the orientation of said at least one first probe icon based on input from a user by selecting said at least one first probe icon with a pointing device and dragging it relative to a circumference of the shaft icon ; a probe type indicator configured to display a type of said at least one first probe icon , wherein at least said probe position indicator and said probe type indicator are simultaneously displayed on a presentation interface ; and a probe position editor configured to display an angular value of the orientation of said at least one first probe icon with respect to a reference point on said shaft icon and to modify the angular value of the orientation based on input from the user by selecting with the pointing device the angular value and entering a second, different angular value using a second input interface . a shaft icon displayed on said probe configuration tool ; a probe position indicator configured to display an orientation of at least one first probe icon relative to said shaft icon , said probe position indicator is further configured to modify the orientation of said at least one first probe icon based on input from a user by selecting said at least one first probe icon with a pointing device and dragging it relative to a circumference of the shaft icon ; a probe type indicator configured to display a type of said at least one first probe icon , wherein at least said probe position indicator and said probe type indicator are simultaneously displayed on a presentation interface ; and a probe position editor configured to display an angular value of the orientation of said at least one first probe icon with respect to a reference point on said shaft icon and to modify the angular value of the orientation based on input from the user by selecting with the pointing device the angular value and entering a second, different angular value using a second input interface .