mhurhangee/patent-ind-claim-en huggingface dataset:
A method for manufacturing a micro-electro-mechanical system, comprising the following steps: - producing a stack on the surface of a temporary substrate so as to produce a first assembly, comprising: - at least depositing a piezoelectric material or a ferroelectric material to produce a layer of piezoelectric material or of ferroelectric material ; - producing a first bonding layer ; - producing a second assembly comprising at least the production of a second bonding layer on the surface of a host substrate ; the method further containing: - the production of at least one acoustic isolation structure in said first assembly and the production of at least one so-called lower electrode on the surface of said layer of piezoelectric material or of ferroelectric material; - the bonding of said first and second assemblies via said first and second bonding layers, after the production of the lower electrode and of the acoustic isolation structure; - the removal of said temporary substrate ; - then, the production of at least one so-called upper electrode on said layer of piezoelectric material or of ferroelectric material; and wherein the production of the acoustic isolation structure comprises producing a Bragg mirror (MR) structure. - producing a stack on the surface of a temporary substrate so as to produce a first assembly, comprising: - at least depositing a piezoelectric material or a ferroelectric material to produce a layer of piezoelectric material or of ferroelectric material ; - producing a first bonding layer ; - at least depositing a piezoelectric material or a ferroelectric material to produce a layer of piezoelectric material or of ferroelectric material ; - producing a first bonding layer ; - producing a second assembly comprising at least the production of a second bonding layer on the surface of a host substrate ; - the production of at least one acoustic isolation structure in said first assembly and the production of at least one so-called lower electrode on the surface of said layer of piezoelectric material or of ferroelectric material; - the bonding of said first and second assemblies via said first and second bonding layers, after the production of the lower electrode and of the acoustic isolation structure; - the removal of said temporary substrate ; - then, the production of at least one so-called upper electrode on said layer of piezoelectric material or of ferroelectric material;
A tapered sleeve bolt removal tool for removing a tapered sleeve bolt including a sleeve configured to be received in an opening (104/106) in a component (108/110) that includes a tapered bore and a bolt received in the tapered bore including a head and a threaded end extending below a bottom of the sleeve for receiving a nut to secure the bolt to the component (108/110), the tapered sleeve bolt removal tool comprising: a stop sleeve configured to be coupled to the threaded end of the bolt , the stop sleeve having a stop shoulder configured to abut against the bottom of the sleeve , the stop sleeve having a lateral dimension less than or equal to a lateral dimension of the sleeve to allow the stop sleeve to be removed through the opening (104/106) in the component (108/110) with the bolt and the sleeve ; and a bolt extractor having a bolt engagement feature configured to engage an extraction shoulder of the bolt , the bolt extractor being pulled in an extraction direction to pull the bolt out of the component (108/110); wherein the stop sleeve is pulled with the bolt by the bolt extractor in the extraction direction against the bottom of the sleeve to simultaneously remove the stop sleeve and the bolt from the opening (104/106) in the component (108/110). a stop sleeve configured to be coupled to the threaded end of the bolt , the stop sleeve having a stop shoulder configured to abut against the bottom of the sleeve , the stop sleeve having a lateral dimension less than or equal to a lateral dimension of the sleeve to allow the stop sleeve to be removed through the opening (104/106) in the component (108/110) with the bolt and the sleeve ; and a bolt extractor having a bolt engagement feature configured to engage an extraction shoulder of the bolt , the bolt extractor being pulled in an extraction direction to pull the bolt out of the component (108/110); wherein the stop sleeve is pulled with the bolt by the bolt extractor in the extraction direction against the bottom of the sleeve to simultaneously remove the stop sleeve and the bolt from the opening (104/106) in the component (108/110).
A camera device comprising: a photographing unit ; a first bus ; a first memory connected to the first bus to store image data written to the first memory by the photographing unit ; a second bus ; a memory access management unit connected to the first bus and the second bus to read the image data from the first memory via the first bus and to output the read image data to the second bus ; and a plurality of processing units (30-32) connected to the second bus to process the image data output to the second bus , characterised in that the plurality of processing units (30-32) have the same function and are adapted to perform parallel processing of different regions (2210-2213) of the image data output to the second bus , each region having a portion (2220-2223) overlapping another region, and the memory access management unit is adapted to access the image memory instead of the processing units (30-32) and to distribute the accessed data to each processing unit (30-32), thereby preventing the traffic of the first bus from being increased by overlapped access to the image memory for the overlapped regions (2220-2223) commonly used by the plurality of processing units (30-32). a photographing unit ; a first bus ; a first memory connected to the first bus to store image data written to the first memory by the photographing unit ; a second bus ; a memory access management unit connected to the first bus and the second bus to read the image data from the first memory via the first bus and to output the read image data to the second bus ; and a plurality of processing units (30-32) connected to the second bus to process the image data output to the second bus , characterised in that the plurality of processing units (30-32) have the same function and are adapted to perform parallel processing of different regions (2210-2213) of the image data output to the second bus , each region having a portion (2220-2223) overlapping another region, and the memory access management unit is adapted to access the image memory instead of the processing units (30-32) and to distribute the accessed data to each processing unit (30-32), thereby preventing the traffic of the first bus from being increased by overlapped access to the image memory for the overlapped regions (2220-2223) commonly used by the plurality of processing units (30-32).
A method for cryptically marking an item, the method comprising: providing a polymerizable pro-fluorophore being capable of producing a fluorescent compound upon reaction with a developer, wherein the polymerizable pro-fluorophore encapsulates a DNA security marker; and coating the item with a coating comprising the pro-fluorophore; or attaching a label or indicia comprising the pro-fluorophore to the item; or embedding the pro-fluorophore in at least a portion of the item; and thereby providing a cryptically marked item. providing a polymerizable pro-fluorophore being capable of producing a fluorescent compound upon reaction with a developer, wherein the polymerizable pro-fluorophore encapsulates a DNA security marker; and coating the item with a coating comprising the pro-fluorophore; or attaching a label or indicia comprising the pro-fluorophore to the item; or embedding the pro-fluorophore in at least a portion of the item;
A knitted component comprising: (a) a first knitted layer (L1), comprising a knitted first portion (P1) with a first linear loop density along a first direction (D1), a knitted second portion (P2) with a second linear loop density along the first direction (D1), wherein the second linear loop density is greater than the first linear loop density; (b) a second knitted layer (L2), comprising a knitted third portion (P3) with a third linear loop density along a second direction (D2), a knitted fourth portion (P4) with a fourth linear loop density along the second direction (D2); wherein the first layer and the second layer are connected by knitting and are of a unitary knit construction; and wherein the first knitted layer (L1) is connected to the second knitted layer (L2) over substantially the entire surface that forms the interface between the first knitted layer (L1) and the second knitted layer (L2), characterised in that the knitted component is weft knitted. (a) a first knitted layer (L1), comprising a knitted first portion (P1) with a first linear loop density along a first direction (D1), a knitted second portion (P2) with a second linear loop density along the first direction (D1), wherein the second linear loop density is greater than the first linear loop density; a knitted first portion (P1) with a first linear loop density along a first direction (D1), a knitted second portion (P2) with a second linear loop density along the first direction (D1), wherein the second linear loop density is greater than the first linear loop density; (b) a second knitted layer (L2), comprising a knitted third portion (P3) with a third linear loop density along a second direction (D2), a knitted fourth portion (P4) with a fourth linear loop density along the second direction (D2); wherein the first layer and the second layer are connected by knitting and are of a unitary knit construction; and wherein the first knitted layer (L1) is connected to the second knitted layer (L2) over substantially the entire surface that forms the interface between the first knitted layer (L1) and the second knitted layer (L2), characterised in that the knitted component is weft knitted. a knitted third portion (P3) with a third linear loop density along a second direction (D2), a knitted fourth portion (P4) with a fourth linear loop density along the second direction (D2); wherein the first layer and the second layer are connected by knitting and are of a unitary knit construction; and wherein the first knitted layer (L1) is connected to the second knitted layer (L2) over substantially the entire surface that forms the interface between the first knitted layer (L1) and the second knitted layer (L2), characterised in that the knitted component is weft knitted.
A method implemented in a mobile communications device , the method comprising: receiving a communication from a communication source ; obtaining an indication of an environment type associated with the communication source ; checking whether the indication of the environment type associated with the communication source matches a current environment type of the mobile communications device ; when the indication of the environment type associated with the communication source does not match the current environment type of the mobile communications device : refraining from presenting an initial notification of the communication; maintaining a record of the communication; and subsequently presenting a leave-behind notification of the communication responsive to the current environment type of the mobile communications device being changed to a new current environment type of the mobile communications device so that the environment type associated with the communication source does match the new current environment type of the mobile communications device . receiving a communication from a communication source ; obtaining an indication of an environment type associated with the communication source ; checking whether the indication of the environment type associated with the communication source matches a current environment type of the mobile communications device ; when the indication of the environment type associated with the communication source does not match the current environment type of the mobile communications device : refraining from presenting an initial notification of the communication; maintaining a record of the communication; and subsequently presenting a leave-behind notification of the communication responsive to the current environment type of the mobile communications device being changed to a new current environment type of the mobile communications device so that the environment type associated with the communication source does match the new current environment type of the mobile communications device . refraining from presenting an initial notification of the communication; maintaining a record of the communication; and subsequently presenting a leave-behind notification of the communication responsive to the current environment type of the mobile communications device being changed to a new current environment type of the mobile communications device so that the environment type associated with the communication source does match the new current environment type of the mobile communications device .
Semiconductor component with at least one organic hole conductor layer having p-doping with a superacid salt, characterized in that the superacid salt comprises silver(I) trifluoromethanesulfonate (Ag(I)TFMS) and/or copper(II) trifluoromethanesulfonate (Cu(II)TFMS).
A deadfront article for a vehicle display comprising: a glass or plastic substrate comprising: a first surface; and a second surface opposite the first surface; a semi-transparent layer disposed onto at least a first portion of the second surface of the substrate, the semi-transparent layer having a region of a solid color or of a design of two or more colors; and a contrast layer disposed onto at least a portion of the region, the contrast layer configured to enhance visibility of the color of the region or to enhance contrast between the colors of the design of the region on the portion of the region on which the contrast layer is disposed; wherein the contrast layer is white and comprises a whiteness of from 10W to 60W according to ISO11475:2004; and wherein in illuminated regions, the deadfront article comprises an average light transmittance in a range from about 5% to about 30% along a wavelength range from about 400 nm to about 700 nm. a glass or plastic substrate comprising: a first surface; and a second surface opposite the first surface; a first surface; and a second surface opposite the first surface; a semi-transparent layer disposed onto at least a first portion of the second surface of the substrate, the semi-transparent layer having a region of a solid color or of a design of two or more colors; and a contrast layer disposed onto at least a portion of the region, the contrast layer configured to enhance visibility of the color of the region or to enhance contrast between the colors of the design of the region on the portion of the region on which the contrast layer is disposed; wherein the contrast layer is white and comprises a whiteness of from 10W to 60W according to ISO11475:2004; and wherein in illuminated regions, the deadfront article comprises an average light transmittance in a range from about 5% to about 30% along a wavelength range from about 400 nm to about 700 nm.
A projection device , comprising at least one projection module , at least one reflecting element , and at least one adjusting structure , the at least one projection module having at least one optical axis, the at least one projection module being adapted to provide a projection beam, wherein the projection beam is transmitted along a light transmission path to a projection target to form a projection image; the at least one reflecting element being disposed between the at least one projection module and the projection target and located on the optical axis and having a reflecting surface , wherein the reflecting surface is adapted to reflect the projection beam to the projection target; the at least one adjusting structure being connected to the projection module and the reflecting element , characterized in that the adjusting structure comprises a base and two first adjusting elements , each of the first adjusting elements is screwed to the base and abuts against the projection module , a connecting line of the two first adjusting elements is parallel to the optical axis (OA), wherein each of the first adjusting elements is adapted to rotate to move up and down relative to the base , so as to drive the projection module and the reflecting element to rotate along a second axis (A2) such that the projection image rotates, wherein the second axis (A2) and the optical axis (OA) are perpendicular to each other. the at least one projection module having at least one optical axis, the at least one projection module being adapted to provide a projection beam, wherein the projection beam is transmitted along a light transmission path to a projection target to form a projection image; the at least one reflecting element being disposed between the at least one projection module and the projection target and located on the optical axis and having a reflecting surface , wherein the reflecting surface is adapted to reflect the projection beam to the projection target; the at least one adjusting structure being connected to the projection module and the reflecting element , characterized in that the adjusting structure comprises a base and two first adjusting elements , each of the first adjusting elements is screwed to the base and abuts against the projection module , a connecting line of the two first adjusting elements is parallel to the optical axis (OA), wherein each of the first adjusting elements is adapted to rotate to move up and down relative to the base , so as to drive the projection module and the reflecting element to rotate along a second axis (A2) such that the projection image rotates, wherein the second axis (A2) and the optical axis (OA) are perpendicular to each other.
A cockpit display system onboard an aircraft, the cockpit display system comprising: an Instrument Landing System (ILS) receiver configured to detect Glide Slope (G/S) signals during an ILS approach flown by the aircraft and terminating at a destination runway ; a cockpit display device on which a Synthetic Vision Primary Flight Display (SV-PFD ) is generated, the SV-PFD including a Synthetic Visions Systems (SVS) scene presented from an SVS viewpoint; and a controller operably coupled to the cockpit display device and to the ILS receiver; characterized in that the controller is configured to repeatedly: selectively perform a G/S validation algorithm to determine the validity of the G/S signals received during the ILS approach; and if determining that the G/S signals are valid, update a vertical component of the SVS viewpoint during the ILS approach based upon the G/S signals. an Instrument Landing System (ILS) receiver configured to detect Glide Slope (G/S) signals during an ILS approach flown by the aircraft and terminating at a destination runway ; a cockpit display device on which a Synthetic Vision Primary Flight Display (SV-PFD ) is generated, the SV-PFD including a Synthetic Visions Systems (SVS) scene presented from an SVS viewpoint; and a controller operably coupled to the cockpit display device and to the ILS receiver; characterized in that the controller is configured to repeatedly: selectively perform a G/S validation algorithm to determine the validity of the G/S signals received during the ILS approach; and if determining that the G/S signals are valid, update a vertical component of the SVS viewpoint during the ILS approach based upon the G/S signals. selectively perform a G/S validation algorithm to determine the validity of the G/S signals received during the ILS approach; and if determining that the G/S signals are valid, update a vertical component of the SVS viewpoint during the ILS approach based upon the G/S signals.
A secondary battery, comprises a first terminal , a second terminal , a top cover plate , an electrode assembly, a connecting piece and a deformable plate , wherein the electrode assembly comprises a first electrode plate, a second electrode plate and a separator between the first electrode plate and the second electrode plate; at least one of the first terminal and the second terminal is insulatedly arranged from the top cover plate ; the connecting piece is electrically connected with the second terminal ; characterized in that , in a normal state, the first electrode plate is electrically connected with the first terminal through the deformable plate , and the second electrode plate is electrically connected with the second terminal ; when an internal pressure of the secondary battery exceeds a reference pressure, the deformable plate deforms so as to interrupt an electrical connection with the first electrode plate, and then the deformable plate after deforming is electrically connected with the connecting piece, so that the first terminal is electrically connected with the second terminal .
A belt for suspending and/or driving an elevator system component, comprising: one or more metallic cord tension elements extending along a length of the belt ; and one or more non-metallic tension elements extending along a length of the belt , each non-metallic tension element formed from a non-metallic material; wherein the one or more metallic cord tension elements and the one or more non-metallic tension elements are arrayed laterally across a lateral width of the belt ; characterized in that each non-metallic tension element includes: a plurality of fibers extending along a length of the non-metallic tension element ; and a polymer matrix into which the plurality of fibers are bonded. one or more metallic cord tension elements extending along a length of the belt ; and one or more non-metallic tension elements extending along a length of the belt , each non-metallic tension element formed from a non-metallic material; wherein the one or more metallic cord tension elements and the one or more non-metallic tension elements are arrayed laterally across a lateral width of the belt ; characterized in that each non-metallic tension element includes: a plurality of fibers extending along a length of the non-metallic tension element ; and a polymer matrix into which the plurality of fibers are bonded.
A continuous analyte sensor configured for in vivo use, the continuous analyte sensor comprising: an elongated core; wherein the elongated core comprises an elongated conductive core having a Young's modulus of less than one hundred forty-seven GPa; a layer of conductive material covering a portion of the elongated conductive core; a working electrode disposed on the elongated core; and a membrane covering at least a portion of the working electrode, wherein the membrane comprises an enzyme layer, and wherein a portion of the continuous analyte sensor is configured to extend from a sensor electronics housing and to have a buckling force of less than 0.25 Newtons (N). an elongated core; wherein the elongated core comprises an elongated conductive core having a Young's modulus of less than one hundred forty-seven GPa; a layer of conductive material covering a portion of the elongated conductive core; a working electrode disposed on the elongated core; and a membrane covering at least a portion of the working electrode, wherein the membrane comprises an enzyme layer, and wherein a portion of the continuous analyte sensor is configured to extend from a sensor electronics housing and to have a buckling force of less than 0.25 Newtons (N).