mhurhangee/patent-ind-claim-en huggingface dataset:
A method of forming a through via in a glass substrate comprising the steps of: patterning a through glass via, TGV, to a first depth in a glass substrate with a front surface and a back surface; filling the TGV with conductive material; removing excess conductive material to the front surface of the substrate; depositing a first dielectric film on the front surface; patterning a via and a trench; filling the via and the trench with conductive material and removing excess material to a front surface of the first dielectric film; completing a front side metallization process and mounting a front side of the substrate to a carrier wafer; backgrinding a back side of the substrate to open the TGV; depositing a second dielectric film on the back surface; patterning a back side via and a trench; filling the via and the trench with conductive material and removing excess material to a back surface of the second dielectric film; and completing a back side metallization process. patterning a through glass via, TGV, to a first depth in a glass substrate with a front surface and a back surface; filling the TGV with conductive material; removing excess conductive material to the front surface of the substrate; depositing a first dielectric film on the front surface; patterning a via and a trench; filling the via and the trench with conductive material and removing excess material to a front surface of the first dielectric film; completing a front side metallization process and mounting a front side of the substrate to a carrier wafer; backgrinding a back side of the substrate to open the TGV; depositing a second dielectric film on the back surface; patterning a back side via and a trench; filling the via and the trench with conductive material and removing excess material to a back surface of the second dielectric film; and completing a back side metallization process.
A process for the manufacture of a urea-sulphur fertiliser composition, the process comprising: (a) providing a first feed comprising molten elemental sulphur, a second feed comprising molten urea and a third feed that comprises a multifunctional ionic surfactant; (b) merging the first, second and third feeds in order to obtain a combined feed; (c) passing the combined feed through a mixing stage in order to obtain a mixed feed; and (d) passing the mixed feed through a processing stage in order to obtain the urea-sulphur fertiliser composition, wherein the mixing stage comprises a plurality of mixers comprising a static mixer and a high shear dispersion mill. (a) providing a first feed comprising molten elemental sulphur, a second feed comprising molten urea and a third feed that comprises a multifunctional ionic surfactant; (b) merging the first, second and third feeds in order to obtain a combined feed; (c) passing the combined feed through a mixing stage in order to obtain a mixed feed; and (d) passing the mixed feed through a processing stage in order to obtain the urea-sulphur fertiliser composition,
A motor rotor comprising: a hollow cylindrical motor shaft , a hollow cylindrical permanent magnet surrounding the motor shaft around an axis, and a hollow cylindrical outer sleeve surrounding the permanent magnet in a fastening state around the axis, wherein the permanent magnet is fitted to an outer periphery of the motor shaft in accordance with a close fitting, and wherein at least one end portion of the outer sleeve protrudes further in an axial direction than an end surface of the permanent magnet, characterized in that , the end portion or both end portions of the outer sleeve are pruned sufficiently to correct a rotating balance of the motor rotor . a hollow cylindrical motor shaft , a hollow cylindrical permanent magnet surrounding the motor shaft around an axis, and a hollow cylindrical outer sleeve surrounding the permanent magnet in a fastening state around the axis, wherein the permanent magnet is fitted to an outer periphery of the motor shaft in accordance with a close fitting, and wherein at least one end portion of the outer sleeve protrudes further in an axial direction than an end surface of the permanent magnet, characterized in that , the end portion or both end portions of the outer sleeve are pruned sufficiently to correct a rotating balance of the motor rotor .
Method for taring and/or calibrating a rotary rheometer , which comprises a measuring arrangement for receiving a test substance between two components , each of which is rotatably mounted and which can be rotated relative to one another, wherein the method includes the following steps: transmitting a torque of known magnitude by means of a drive unit to the first component ; indirectly exerting a torque by the drive unit to the second component via the driven first component and the test substance ; measuring a resulting torque at the second component , wherein the torque measurement is carried out with the components rotating; and detecting systematic measurement deviations in this measurement and correcting these measurement deviations. transmitting a torque of known magnitude by means of a drive unit to the first component ; indirectly exerting a torque by the drive unit to the second component via the driven first component and the test substance ; measuring a resulting torque at the second component , wherein the torque measurement is carried out with the components rotating; and detecting systematic measurement deviations in this measurement and correcting these measurement deviations.
An eyeglass frame shape measurement apparatus that measures a shape of a rim (Ri) of an eyeglass frame (F), comprising: a frame holding means that has a rim holding member configured to hold the rim (Ri) of the eyeglass frame (F); a tracing stylus unit that has a tracing stylus inserted into a groove of the rim (Ri); an optical measurement unit configured to optically measure a shape of the groove of the rim (Ri); a support unit configured to integrally support the tracing stylus unit and the optical measurement unit ; a changing means configured to change a relative positional relationship of an interfering object including at least one of the tracing stylus unit , the optical measurement unit and the support unit , with respect to an interfered object including at least one of the rim (Ri) of the eyeglass frame (F) held by the frame holding means and the rim holding member; an interference information acquisition means configured to acquire interference information including position information of the interfered object; and a control means configured to control the changing means to avoid interference of the interfering object with respect to the interfered object, at a time of measurement of the rim (Ri), based on the interference information acquired by the interference information acquisition means . a frame holding means that has a rim holding member configured to hold the rim (Ri) of the eyeglass frame (F); a tracing stylus unit that has a tracing stylus inserted into a groove of the rim (Ri); an optical measurement unit configured to optically measure a shape of the groove of the rim (Ri); a support unit configured to integrally support the tracing stylus unit and the optical measurement unit ; a changing means configured to change a relative positional relationship of an interfering object including at least one of the tracing stylus unit , the optical measurement unit and the support unit , with respect to an interfered object including at least one of the rim (Ri) of the eyeglass frame (F) held by the frame holding means and the rim holding member; an interference information acquisition means configured to acquire interference information including position information of the interfered object; and a control means configured to control the changing means to avoid interference of the interfering object with respect to the interfered object, at a time of measurement of the rim (Ri), based on the interference information acquired by the interference information acquisition means .
A beverage dispensing machine including a frame , a liquid tank movably mounted in the frame , a control system and a weight sensor arranged between the tank and the frame for determining and transmitting to the control device a value representative of the weight of the liquid present in the tank , characterized in that the tank is movable in rotation in the frame about an axis of rotation , the tank resting on the frame at first and second support points which define the axis of rotation and the tank resting on the weight sensor at a third support point .
A method for continuously manufacturing a complex acoustic multi-element panel for an acoustic attenuation structure comprising a complex acoustic multi-element panel extending following a horizontal direction (D H ) and a vertical direction (D V ) and comprised along the vertical direction (D V ) between a porous acoustic skin and a reflective acoustic skin , said complex acoustic multi-element panel comprising a plurality of complex acoustic elements each having a shape gradually narrowing between a base and a top and a plurality of partitions surrounding each complex acoustic element so as to form a plurality of acoustic cells , said partitions extending following the vertical direction (DV) from the base of the complex acoustic elements , characterized in that the manufacturing method comprises: - a supply of a thermoplastic resin film at the entry of a stamping system comprising at least one pair of complementary cylinders, - a heating of said thermoplastic resin film upstream of the entry of the stamping system, and - a passage of said thermoplastic resin film between said at least one pair of complementary cylinders, said pair of complementary cylinders comprising a male cylinder with teeth radially protruding from the cylinder and a female cylinder with cavities on its radial surface, the cavities of the female cylinder being of shapes complementary to the shapes of the teeth of the male cylinder, and - a separation of the stamped film at the exit of the stamping system using a separator disposed at the exit of the stamping system between the stamped film and the female cylinder. - a supply of a thermoplastic resin film at the entry of a stamping system comprising at least one pair of complementary cylinders, - a heating of said thermoplastic resin film upstream of the entry of the stamping system, and - a passage of said thermoplastic resin film between said at least one pair of complementary cylinders, said pair of complementary cylinders comprising a male cylinder with teeth radially protruding from the cylinder and a female cylinder with cavities on its radial surface, the cavities of the female cylinder being of shapes complementary to the shapes of the teeth of the male cylinder, and - a separation of the stamped film at the exit of the stamping system using a separator disposed at the exit of the stamping system between the stamped film and the female cylinder.
An outboard motor comprising: a clamp bracket attached to a hull ; a tilt shaft that extends rightwardly and leftwardly and is connected to the clamp bracket ; a swivel bracket connected to the tilt shaft and that is turnable around the tilt shaft with respect to the clamp bracket ; a steering shaft supported by the swivel bracket and that extends upwardly and downwardly; an outboard motor body including a propeller and that is turnable around the steering shaft ; a steering arm that extends farther forward than the steering shaft and that is turnable around the steering shaft together with the outboard motor body ; an electric steering actuator located at a more forward position than the steering shaft and including a movable body that is connected to the steering arm , the electric actuator being fixed to the swivel bracket and that moves the movable body rightwardly and leftwardly; characterised in that a flexible harness includes a first drawn portion that electrically connects the outboard motor body and the electric steering actuator together, the first drawn portion being connected to the movable body and extending around and toward the outboard motor body in a right-left direction, and crossing a centerline (C1) of the swivel bracket in the right-left direction at least in a state in which the movable body is in a neutral position in the right-left direction. a clamp bracket attached to a hull ; a tilt shaft that extends rightwardly and leftwardly and is connected to the clamp bracket ; a swivel bracket connected to the tilt shaft and that is turnable around the tilt shaft with respect to the clamp bracket ; a steering shaft supported by the swivel bracket and that extends upwardly and downwardly; an outboard motor body including a propeller and that is turnable around the steering shaft ; a steering arm that extends farther forward than the steering shaft and that is turnable around the steering shaft together with the outboard motor body ; an electric steering actuator located at a more forward position than the steering shaft and including a movable body that is connected to the steering arm , the electric actuator being fixed to the swivel bracket and that moves the movable body rightwardly and leftwardly; characterised in that a flexible harness includes a first drawn portion that electrically connects the outboard motor body and the electric steering actuator together, the first drawn portion being connected to the movable body and extending around and toward the outboard motor body in a right-left direction, and crossing a centerline (C1) of the swivel bracket in the right-left direction at least in a state in which the movable body is in a neutral position in the right-left direction.
Method for making a preimpregnated fibrous material comprising a fibrous material made from continuous fibers and a thermoplastic polymer matrix, characterized in that the said preimpregnated fibrous material is produced as a plurality of unidirectional parallel ribbons and in that the said method comprises the following steps: i) impregnation of the said fibrous material, presented in the form of multiple parallel rovings and without them coming in contact with each other, by the said thermoplastic polymer or a blend of thermoplastic polymers, presented in the form of a powder in a fluidized bed , ii) forming of the said parallel rovings of the said impregnated fibrous material according to Step i), by calendering by means of at least one heated calender in the form of a plurality of unidirectional parallel ribbons with the said heated calender including a plurality of calendering grooves , preferably up to 200 calendering grooves, in accordance with the number of the said ribbons and with a pressure and/or spacing between the rolls of the said calender regulated by a closed-loop control system. i) impregnation of the said fibrous material, presented in the form of multiple parallel rovings and without them coming in contact with each other, by the said thermoplastic polymer or a blend of thermoplastic polymers, presented in the form of a powder in a fluidized bed , ii) forming of the said parallel rovings of the said impregnated fibrous material according to Step i), by calendering by means of at least one heated calender in the form of a plurality of unidirectional parallel ribbons with the said heated calender including a plurality of calendering grooves , preferably up to 200 calendering grooves, in accordance with the number of the said ribbons and with a pressure and/or spacing between the rolls of the said calender regulated by a closed-loop control system.
Pharmaceutical formulation comprising 3,4-dihydroxy-6- -fluoro-L-phenylalanine ([ 18 F]F-DOPA) and at least one buffering agent in a aqueous vehicle, wherein the formulation has a pH value about 5, wherein the formulation comprises at least one metal cation chelating agent, wherein the at least one buffering agent is lactate, and wherein the formulation is compatible with direct infusion.
A control system for a utility vehicle , the control system comprising: a set of devices; a lithium battery management system , BMS, configured to control electrical access to a lithium battery of the utility vehicle ; and a control circuitry coupled with the set of devices and the lithium BMS , the control circuitry being configured to control whether the lithium BMS stays awake or goes to sleep based on input from the set of devices, characterized in that the set of devices includes a tow switch and the control circuitry is further configured to: start a timer that expires after a predetermined amount of time has elapsed after receiving a tow signal from the tow switch ; and direct the lithium BMS to go to sleep to prevent further electrical access to the lithium battery in response to expiration of the timer . a set of devices; a lithium battery management system , BMS, configured to control electrical access to a lithium battery of the utility vehicle ; and a control circuitry coupled with the set of devices and the lithium BMS , the control circuitry being configured to control whether the lithium BMS stays awake or goes to sleep based on input from the set of devices, characterized in that the set of devices includes a tow switch and the control circuitry is further configured to: start a timer that expires after a predetermined amount of time has elapsed after receiving a tow signal from the tow switch ; and direct the lithium BMS to go to sleep to prevent further electrical access to the lithium battery in response to expiration of the timer . start a timer that expires after a predetermined amount of time has elapsed after receiving a tow signal from the tow switch ; and direct the lithium BMS to go to sleep to prevent further electrical access to the lithium battery in response to expiration of the timer .
A welding apparatus comprising: a welding unit that includes a pair of electrode wheels arranged to face each other with a welding object (S) therebetween; a pressing unit that includes a pair of press rolls that are arranged to face each other with the welding object therebetween and press a welded portion of the welding object (S) welded by the electrode wheels ; characterized by a cooling unit that supplies in use a cooling medium toward the welded portion pressed by the press rolls ; a heating unit that heats in use the welded portion cooled by the cooling unit ; and a moving body that supports the welding unit , the pressing unit , the cooling unit , and the heating unit , and reciprocates in a welding direction of the welding object (S). a welding unit that includes a pair of electrode wheels arranged to face each other with a welding object (S) therebetween; a pressing unit that includes a pair of press rolls that are arranged to face each other with the welding object therebetween and press a welded portion of the welding object (S) welded by the electrode wheels ; characterized by a cooling unit that supplies in use a cooling medium toward the welded portion pressed by the press rolls ; a heating unit that heats in use the welded portion cooled by the cooling unit ; and a moving body that supports the welding unit , the pressing unit , the cooling unit , and the heating unit , and reciprocates in a welding direction of the welding object (S).
Tyre having a radial carcass reinforcement comprising a crown reinforcement formed of at least two working crown layers of reinforcing elements forming an angle with the circumferential direction and of at least one protective layer of metal reinforcing elements inserted between two calendering layers of elastomer compound comprising a reinforcing filler consisting of at least carbon black, said protective layer being radially outside said at least two working crown layers, the crown reinforcement being capped radially by a tread, said tread being connected to two beads via two sidewalls, characterized in that the tensile elastic modulus at 10% elongation, measured in accordance with standard AFNOR-NFT-46002 of September 1988, of at least the radially outermost calendering layer of at least one protective layer is less than 8.5 MPa and in that at least said radially outermost calendering layer of at least one protective layer has a macro dispersion coefficient Z, measured in accordance with standard ISO 11345, of greater than 85.
A bag comprising: a storage compartment having a volume, the volume defined by: a top wall , a bottom wall opposite the top wall , first and second end walls , the first and second end walls opposite one another and joining the top and bottom wall s, the first end wall joining the top wall at a first junction and joining the bottom wall at a second junction , a first side wall disposed between the top wall and the bottom wall and between the first and second end walls , and a second side wall opposite the first side wall , the second side wall disposed between the top wall and the bottom wall and between the first end wall and second end walls , the storage compartment accessible from outside the storage compartment by an opening in one or more of the walls; an adjustment mechanism coupled near the first junction , the adjustment mechanism collapsing the first end wall and reducing the volume proximal to the first end wall by reducing a distance between the first junction and the second junction , wherein the adjustment mechanism does not traverse a substantial portion of the first side wall ; and a strap joined to the bag near the first junction and joined to the bag near a third junction between the top wall and the second end wall , wherein the adjustment mechanism includes a first mating component attached to the bag near the first junction and a second mating component attached near the second junction , and wherein the first mating component releasably connects to the second mating component to reduce the distance, characterized in that the first mating component is attached to the strap .
A silicon-based modulator comprising: a waveguide core that is a PN junction region ; a first transition zone that is a P-side region adjacent to the waveguide core in a lateral direction, the first transition zone having a first longitudinal doping profile; and a second transition zone that is an N-side region adjacent to the waveguide core in a lateral direction and on an opposite side as the first transition zone , the second transition zone having a second longitudinal doping profile; a first electrical contact region adjacent to the first transition zone ; and a second electrical contact region adjacent to the second transition zone , wherein at least one of the first longitudinal doping profile and the second longitudinal doping profile have a variation of doping concentration along a longitudinal direction that extends a length parallel to the waveguide core and first and second electrical contacts. a waveguide core that is a PN junction region ; a first transition zone that is a P-side region adjacent to the waveguide core in a lateral direction, the first transition zone having a first longitudinal doping profile; and a second transition zone that is an N-side region adjacent to the waveguide core in a lateral direction and on an opposite side as the first transition zone , the second transition zone having a second longitudinal doping profile; a first electrical contact region adjacent to the first transition zone ; and a second electrical contact region adjacent to the second transition zone , wherein at least one of the first longitudinal doping profile and the second longitudinal doping profile have a variation of doping concentration along a longitudinal direction that extends a length parallel to the waveguide core and first and second electrical contacts.