mhurhangee/patent-ind-claim-en huggingface dataset:
A piezoelectric-transducer energy harvester, PEH, comprising a pendular unit subjected to external stresses applied to the harvester, the pendular unit comprising: - a beam that is elastically deformable in bending; - a beam mount with clamped coupling to a proximal end of the beam ; and - an inertial mass , mounted at a free, distal end of the beam , wherein the beam is a piezoelectric beam adapted to convert into an oscillating electric signal (V OUT (t)) a mechanical energy produced by oscillations of the pendular unit, and wherein the piezoelectric beam comprises a flexible sandwiched structure including: . a central core ; . a piezoelectric layer on at least one face of the central core ; and . at least one surface electrode on an external face of the piezoelectric layer , wherein the central core of the flexible sandwiched structure is made of a semiconductor material adapted to form an integrated circuit substrate and the substrate in a semiconductor material of the central core of the flexible sandwiched structure includes monolithic integrated structures, characterized in that the arrangement, over the extend of the substrate of the central core , of said monolithic integrated structures forms in a longitudinal direction a plurality of successive areas (z d , z c , z p ) having different piezoelectric beam bending stiffness coefficients from an area to another. - a beam that is elastically deformable in bending; - a beam mount with clamped coupling to a proximal end of the beam ; and - an inertial mass , mounted at a free, distal end of the beam , wherein the beam is a piezoelectric beam adapted to convert into an oscillating electric signal (V OUT (t)) a mechanical energy produced by oscillations of the pendular unit, and wherein the piezoelectric beam comprises a flexible sandwiched structure including: . a central core ; . a piezoelectric layer on at least one face of the central core ; and . at least one surface electrode on an external face of the piezoelectric layer , . a central core ; . a piezoelectric layer on at least one face of the central core ; and . at least one surface electrode on an external face of the piezoelectric layer , wherein the central core of the flexible sandwiched structure is made of a semiconductor material adapted to form an integrated circuit substrate and the substrate in a semiconductor material of the central core of the flexible sandwiched structure includes monolithic integrated structures, characterized in that the arrangement, over the extend of the substrate of the central core , of said monolithic integrated structures forms in a longitudinal direction a plurality of successive areas (z d , z c , z p ) having different piezoelectric beam bending stiffness coefficients from an area to another.
A shaving device comprising: a head assembly comprising: a blade cartridge having at least one razor blade 9322), said blade cartridge further comprising at least one blade cartridge magnet 9318); and a support member comprising a magnet ; and a handle characterised in that said support member magnet is an annular magnet and the handle comprises a handle protrusion extending outward therefrom, said handle protrusion including a central magnet configured to be at least partially received in a central region of said annular magnet ; wherein said annular magnet and said central magnet are aligned to create a repulsive magnetic force configured to bias said head assembly towards said handle ; and wherein said at least one blade cartridge magnet 9318) is configured to generate a magnetic biasing force with said central magnet that urges said blade cartridge about a pivot axis (PA) towards an initial starting position. a head assembly comprising: a blade cartridge having at least one razor blade 9322), said blade cartridge further comprising at least one blade cartridge magnet 9318); and a support member comprising a magnet ; and a blade cartridge having at least one razor blade 9322), said blade cartridge further comprising at least one blade cartridge magnet 9318); and a support member comprising a magnet ; and a handle characterised in that said support member magnet is an annular magnet and the handle comprises a handle protrusion extending outward therefrom, said handle protrusion including a central magnet configured to be at least partially received in a central region of said annular magnet ; wherein said annular magnet and said central magnet are aligned to create a repulsive magnetic force configured to bias said head assembly towards said handle ; and wherein said at least one blade cartridge magnet 9318) is configured to generate a magnetic biasing force with said central magnet that urges said blade cartridge about a pivot axis (PA) towards an initial starting position.
Vehicle seat with a suspension device for suspending pivoting movements of an upper part of the vehicle seat relative to a lower part of the vehicle seat about a pivot axis which runs in a vehicle seat longitudinal direction (L) or a vehicle seat width direction (B), characterised in that the suspension device has a first spring rod which is elastically deformable in the transverse direction and a connecting part , pivotable about the pivot axis , connects the first spring rod and the pivot axis in order to elastically deform the first spring rod upon pivoting of the upper part .
A motor vehicle controller comprising a computing device, the controller being configured to command a first releasable torque transmitting device of a driveline to switch between a released condition in which a first releasable torque transmitting device substantially prevents transmission of torque from an input to an output portion thereof, and an engaged condition in which said first releasable torque transmitting device allows torque transmission from said input portion to said output portion thereof, wherein the controller is configured to receive information indicative of: a speed of wheels of a first axle; a speed of wheels of a second axle; and a terrain over which a vehicle is driving, and in response to a detected disparity between the speed of wheels of said first and second axle when said first releasable torque transmitting device is switched to said engaged condition, said controller is configured to, in dependence upon said received information indicative of the terrain over which the vehicle is travelling, either: output a signal to automatically cause said first releasable torque transmitting device to perform a reconnect operation comprising momentarily resuming the released condition, and then subsequently resuming the engaged condition, or maintain said first releasable torque transmitting device in said engaged condition. output a signal to automatically cause said first releasable torque transmitting device to perform a reconnect operation comprising momentarily resuming the released condition, and then subsequently resuming the engaged condition, or maintain said first releasable torque transmitting device in said engaged condition.
A method for manufacturing a solar cell , comprising: forming a tunneling layer on a silicon substrate ; forming a semiconductor layer on the tunneling layer , wherein the forming of the semiconductor layer includes depositing a semiconductor material, wherein the deposition temperature of the semiconductor layer is in a range from about 500°C to about 700°C and the deposition pressure is in a range from about 0.01 Torr to about 0.5 Torr; and forming an electrode connected to the semiconductor layer , wherein the forming of the tunneling layer and the forming of the semiconductor layer are performed by an in-situ process continuously performed in the same apparatus, wherein a pressure of the forming of the semiconductor layer is smaller than a pressure of the forming of the tunneling layer , characterised in that the forming the tunneling layer is performed at the temperature in a range from about 600°C to about 800°C and at the pressure in a range from about 0.01 Torr to about 2 Torr; wherein a difference between the temperature of the forming of the tunneling layer and the temperature of the forming of the semiconductor layer is 200°C or less. forming a tunneling layer on a silicon substrate ; forming a semiconductor layer on the tunneling layer , wherein the forming of the semiconductor layer includes depositing a semiconductor material, wherein the deposition temperature of the semiconductor layer is in a range from about 500°C to about 700°C and the deposition pressure is in a range from about 0.01 Torr to about 0.5 Torr; and forming an electrode connected to the semiconductor layer , wherein the forming of the tunneling layer and the forming of the semiconductor layer are performed by an in-situ process continuously performed in the same apparatus, wherein a pressure of the forming of the semiconductor layer is smaller than a pressure of the forming of the tunneling layer ,
A composite implant comprising an injectable matrix material which is flowable and settable, and at least one reinforcing element for integration with the injectable matrix material and comprising a high modulus fiber, the injectable matrix material comprising a resin, and the at least one reinforcing element adding sufficient strength to the injectable matrix material such that when the composite implant is disposed in a cavity in a bone, the composite implant supports the bone, characterised in that the at least one reinforcing element is surface coated so as to provide additional adhesion between the resin and the at least one reinforcing element , and in that the at least one reinforcing element is surface coated with an amino functional material selected from the group consisting of amino silanes, lysine, polyamines, amino acids, and polyamino acids.
Holding device for clamping a piece to be clamped comprising a contact surface, the holding device comprising at least one claw intended to come into contact with the contact surface of the part to be clamped , the claw comprises a plurality of clamping plates independent of each other arranged to allow a relative movement between them and guarantee a contact of each of them with the part to be clamped , stacked on top of each other and each comprising on their edge a clamping surface arranged to be in contact with a portion of the contact surface of the part to be clamped , and in which the clamping plates are stacked along a longitudinal direction of the part to be clamped , and in which the holding device further comprises at least one jaw having a cavity arranged to receive at least a portion of the plurality of clamping plates , and in which the plurality of clamping plates has a rear surface opposite to the part to be clamped , of rounded shape so as to form a pivot connection between the jaw and the plurality of plates . the holding device comprising at least one claw intended to come into contact with the contact surface of the part to be clamped , the claw comprises a plurality of clamping plates independent of each other arranged to allow a relative movement between them and guarantee a contact of each of them with the part to be clamped , stacked on top of each other and each comprising on their edge a clamping surface arranged to be in contact with a portion of the contact surface of the part to be clamped , and in which the clamping plates are stacked along a longitudinal direction of the part to be clamped , and in which the holding device further comprises at least one jaw having a cavity arranged to receive at least a portion of the plurality of clamping plates , and in which the plurality of clamping plates has a rear surface opposite to the part to be clamped , of rounded shape so as to form a pivot connection between the jaw and the plurality of plates .
A valve for controlling flow of pressurized fluid along a path leading from a confined area comprising: a tubular valve body provided with a fluid passage and adapted to be mounted in said fluid path; a reverse buckling rupture disc carried by the valve body in normal blocking relationship to flow of fluid through said passage , said disc having a bulged central section presenting a generally convex surface and a concave face, said central section of the disc being operable to resist reversal and rupture thereof under a predetermined first fluid pressure there against, said disc being disposed with the convex surface thereof in facing relationship to the pressurized fluid; and a selectively operable device carried by the body in disposition adjacent the convex surface of the central section of the disc that is operable upon actuation to mechanically disrupt, without puncturing, the central section of the disc to an extent that reversal of the central section of the disc is initiated at a predetermined second fluid pressure that is less than said first predetermined pressure to allow flow of fluid through the valve passage. a tubular valve body provided with a fluid passage and adapted to be mounted in said fluid path; a reverse buckling rupture disc carried by the valve body in normal blocking relationship to flow of fluid through said passage , said disc having a bulged central section presenting a generally convex surface and a concave face, said central section of the disc being operable to resist reversal and rupture thereof under a predetermined first fluid pressure there against, said disc being disposed with the convex surface thereof in facing relationship to the pressurized fluid; and a selectively operable device carried by the body in disposition adjacent the convex surface of the central section of the disc that is operable upon actuation to mechanically disrupt, without puncturing, the central section of the disc to an extent that reversal of the central section of the disc is initiated at a predetermined second fluid pressure that is less than said first predetermined pressure to allow flow of fluid through the valve passage.
A computing device for automatically creating documents, the computing device comprising: a display device to display a web browser; and an electronic processor configured to: capture, with a web-extension associated with a word-processing application, an implicitly-tagged-content and an explicitly-tagged-content displayed on the web browser along with tags associated with the implicitly-tagged-content and the explicitly-tagged-content; wherein the implicitly-tagged-content is content that has been automatically tagged; receive a command associated with generating a document; retrieve personalized-content including at least one of the implicitly-tagged-content and the explicitly-tagged-content based on the command; organize, with a content-organizer, the personalized-content based on one or more criteria selected from a group consisting of page rank of a content displayed on the web browser, a source of the content, an authoring-style, and a document template; generate the document using information received from the content-organizer; and display the document with the display device. a display device to display a web browser; and an electronic processor configured to: capture, with a web-extension associated with a word-processing application, an implicitly-tagged-content and an explicitly-tagged-content displayed on the web browser along with tags associated with the implicitly-tagged-content and the explicitly-tagged-content; wherein the implicitly-tagged-content is content that has been automatically tagged; receive a command associated with generating a document; retrieve personalized-content including at least one of the implicitly-tagged-content and the explicitly-tagged-content based on the command; organize, with a content-organizer, the personalized-content based on one or more criteria selected from a group consisting of page rank of a content displayed on the web browser, a source of the content, an authoring-style, and a document template; generate the document using information received from the content-organizer; and display the document with the display device. capture, with a web-extension associated with a word-processing application, an implicitly-tagged-content and an explicitly-tagged-content displayed on the web browser along with tags associated with the implicitly-tagged-content and the explicitly-tagged-content; retrieve personalized-content including at least one of the implicitly-tagged-content and the explicitly-tagged-content based on the command; organize, with a content-organizer, the personalized-content based on one or more criteria selected from a group consisting of page rank of a content displayed on the web browser, a source of the content, an authoring-style, and a document template; generate the document using information received from the content-organizer; and display the document with the display device.
A method comprising: a. providing, by a computer, a remote system with: i. a set of signatures corresponding to a set of files local to the computer; ii. a set of updates for a set of files to be updated; b. performing operations by the remote system, the remote system comprising a processor and a memory, to the operations comprising: i. identifying the set of files to be updated based on comparing a first set of signatures with a second set of signatures, wherein: • the first set of signatures is the set of signatures corresponding to the set of files local to the computer; and • the second set of signatures is a set of signatures corresponding to a set of preexisting base files; ii. requesting, from the computer, updates for each file comprised by the set of files to be updated; generating, by the computer the set of updates for the set of files to be updated based on a set of instructions stored on a non-transitory computer readable medium and operable to configure the computer to generate difference packages indicating how files comprised by the set of files local to the computer can be derived from preexisting base files. a. providing, by a computer, a remote system with: i. a set of signatures corresponding to a set of files local to the computer; ii. a set of updates for a set of files to be updated; i. a set of signatures corresponding to a set of files local to the computer; ii. a set of updates for a set of files to be updated; b. performing operations by the remote system, the remote system comprising a processor and a memory, to the operations comprising: i. identifying the set of files to be updated based on comparing a first set of signatures with a second set of signatures, wherein: • the first set of signatures is the set of signatures corresponding to the set of files local to the computer; and • the second set of signatures is a set of signatures corresponding to a set of preexisting base files; ii. requesting, from the computer, updates for each file comprised by the set of files to be updated; generating, by the computer the set of updates for the set of files to be updated based on a set of instructions stored on a non-transitory computer readable medium and operable to configure the computer to generate difference packages indicating how files comprised by the set of files local to the computer can be derived from preexisting base files. i. identifying the set of files to be updated based on comparing a first set of signatures with a second set of signatures, wherein: • the first set of signatures is the set of signatures corresponding to the set of files local to the computer; and • the second set of signatures is a set of signatures corresponding to a set of preexisting base files; • the first set of signatures is the set of signatures corresponding to the set of files local to the computer; and • the second set of signatures is a set of signatures corresponding to a set of preexisting base files; ii. requesting, from the computer, updates for each file comprised by the set of files to be updated;
A method of forming a plurality of apertures in a solid state membrane using dielectric breakdown, wherein the membrane comprises a first surface area portion on one side of the membrane and a second surface area portion on the other side of the membrane , and each of a plurality of target regions comprises a recess or fluidic passage in the membrane that opens out into the first or second surface area portion , the method comprising: contacting all of the first surface area portion of the membrane with a first bath comprising ionic solution and all of the second surface area portion with a second bath comprising ionic solution; and applying a voltage across the membrane via first and second electrodes in respective contact with the first and second baths comprising ionic solutions to form an aperture at each of a plurality of the target regions in the membrane , wherein the first and second electrodes allow a potential difference to be applied across all of the target regions simultaneously. contacting all of the first surface area portion of the membrane with a first bath comprising ionic solution and all of the second surface area portion with a second bath comprising ionic solution; and applying a voltage across the membrane via first and second electrodes in respective contact with the first and second baths comprising ionic solutions to form an aperture at each of a plurality of the target regions in the membrane , wherein the first and second electrodes allow a potential difference to be applied across all of the target regions simultaneously.
An assembly for forming multiple nacelle components , comprising: a plurality of dies (404, 406; 424, 430), a first one (406; 430) of the plurality of dies (404... 430) having a first wall and a first cavity extending through the first wall and a second one of the plurality of dies (404... 430) having a second wall and a second cavity extending through the second wall , wherein the first wall and the second wall are configured to sandwich a pair of metal blanks (200; 402) therebetween; characterized in that : the plurality of dies (404... 430) are arranged about a central axis (A); and the first one (406; 430) of the plurality of dies (404... 430) is a radially outer die (406; 430) configured for arrangement within an outer circular pattern and wherein the first wall is a radially inward facing wall . a first one (406; 430) of the plurality of dies (404... 430) having a first wall and a first cavity extending through the first wall and a second one of the plurality of dies (404... 430) having a second wall and a second cavity extending through the second wall , wherein the first wall and the second wall are configured to sandwich a pair of metal blanks (200; 402) therebetween; characterized in that : the plurality of dies (404... 430) are arranged about a central axis (A); and the first one (406; 430) of the plurality of dies (404... 430) is a radially outer die (406; 430) configured for arrangement within an outer circular pattern and wherein the first wall is a radially inward facing wall . the plurality of dies (404... 430) are arranged about a central axis (A); and the first one (406; 430) of the plurality of dies (404... 430) is a radially outer die (406; 430) configured for arrangement within an outer circular pattern and wherein the first wall is a radially inward facing wall .