mhurhangee/patent-ind-claim-en huggingface dataset:
A method for fabricating a semiconductor device, comprising: providing (S201) a substrate including a device area (II) and a seal ring area (I) surrounding the device area (II); forming (S201) a buried deep-well layer in the substrate of the seal ring area (I) to surround the device area (II), wherein the buried deep-well layer has a first doping type different from a second doping type of the substrate ; forming (S203) a first well region and a second well region in the substrate above the buried deep-well layer in the seal ring area (I) with the first well region surrounding the device area (II) and the second well region surrounding the first well region , wherein each of the first well region and the second well region connects with the buried deep-well layer and extends to a surface of the substrate , and each of the first well region and the second well region has the first doping type; forming (S204) a heavily doped region in a portion of the substrate above the buried deep-well layer and between the first well region and the second well region , wherein the heavily doped region has the second doping type; and forming (S205) a seal ring structure on the substrate of the seal ring area (I) with the seal ring structure connected to the heavily doped region. providing (S201) a substrate including a device area (II) and a seal ring area (I) surrounding the device area (II); forming (S201) a buried deep-well layer in the substrate of the seal ring area (I) to surround the device area (II), wherein the buried deep-well layer has a first doping type different from a second doping type of the substrate ; forming (S203) a first well region and a second well region in the substrate above the buried deep-well layer in the seal ring area (I) with the first well region surrounding the device area (II) and the second well region surrounding the first well region , wherein each of the first well region and the second well region connects with the buried deep-well layer and extends to a surface of the substrate , and each of the first well region and the second well region has the first doping type; forming (S204) a heavily doped region in a portion of the substrate above the buried deep-well layer and between the first well region and the second well region , wherein the heavily doped region has the second doping type; and forming (S205) a seal ring structure on the substrate of the seal ring area (I) with the seal ring structure connected to the heavily doped region.
A method for producing multiplex RNA mediated genetic manipulation in a plant or microbial recipient cell comprising: obtaining a polynucleotide construct which encodes two or more RNA mediated genetic manipulation sequences in tandem array with one or more tRNA cleavage sequence, wherein said tRNA cleavage sequence comprises a sequence recognized and excised by a tRNA splicing endonuclease, and introducing said construct to said cell, so that said recipient cell's tRNA processing system cleaves the transcript produced from the transcribed heterologous polynucleotide at the tRNA sequences. obtaining a polynucleotide construct which encodes two or more RNA mediated genetic manipulation sequences in tandem array with one or more tRNA cleavage sequence, wherein said tRNA cleavage sequence comprises a sequence recognized and excised by a tRNA splicing endonuclease, and introducing said construct to said cell, so that said recipient cell's tRNA processing system cleaves the transcript produced from the transcribed heterologous polynucleotide at the tRNA sequences.
A composition comprising a polythiol comprising more than one thiol group, a polyepoxide comprising more than one epoxide group, a catalytic amount of a second amine, and a photolatent base catalyst, wherein the photolatent base catalyst can photochemically generate a first amine, different from the second amine, wherein the second amine is a tertiary amine, wherein the first amine comprises at least one of tetramethylguanidine, diphenylguanidine, 1,4-diazabicyclo[2.2.2]octane, quinuclidine, 1,8-diazabicyclo[5.4.0]undec-7-ene, or 1,5-diazabicyclo[4.3.0]non-5-ene.
An apparatus for the calibration of beams of charged particles , in particular protons or ions, emitted by systems for external radiotherapy, comprising at least one sensor including multilayer ionization chambers , which comprises a plurality of sensor channels , characterized in that said apparatus comprises a plurality of modular elements each including a respective supporting frame which identifies a seat configured for housing a sensor with multilayer ionization chambers or a sensor with ionization chamber, which is able to supply information on the two-dimensional profile of the beam of charged particles , said modular elements being configured for being assembled together to form a stack in the direction (Z) of propagation of the beam of charged particles by aligning said seats in the direction of said particle beam . said apparatus comprises a plurality of modular elements each including a respective supporting frame which identifies a seat configured for housing a sensor with multilayer ionization chambers or a sensor with ionization chamber, which is able to supply information on the two-dimensional profile of the beam of charged particles , said modular elements being configured for being assembled together to form a stack in the direction (Z) of propagation of the beam of charged particles by aligning said seats in the direction of said particle beam .
Polymer-grafted silicon particles, wherein the silicon particles have average particle sizes d 50 of 1 μm to 8 μm and the polymers of the polymer-grafted silicon particles are attached to the silicon particles in a wash-stable manner in an aqueous medium and the particle sizes are determined by static laser scattering as described in the application.
A battery cell , comprising: - a packaging having a first terminal port defined by a first cupped portion that extends outwardly from a surface of the packaging , wherein the packaging is polymeric; - a coil disposed within the packaging ; - a first terminal electrically coupled to a portion the coil and protruding through the first terminal port of the packaging , wherein the first terminal is disposed directly against the packaging within the first terminal port ; and - a first press-fit ring that surrounds the first cupped portion and provides a first radially inward compressive force to the first cupped portion that hermetically seals the first terminal in the first terminal port , wherein the first press-fit ring is made from a plastic or polymeric material. - a packaging having a first terminal port defined by a first cupped portion that extends outwardly from a surface of the packaging , wherein the packaging is polymeric; - a coil disposed within the packaging ; - a first terminal electrically coupled to a portion the coil and protruding through the first terminal port of the packaging , wherein the first terminal is disposed directly against the packaging within the first terminal port ; and - a first press-fit ring that surrounds the first cupped portion and provides a first radially inward compressive force to the first cupped portion that hermetically seals the first terminal in the first terminal port , wherein the first press-fit ring is made from a plastic or polymeric material.
A replacement cartridge for an angle cock , comprising: a ball key having a ball and a shaft ; a unitary ball seat having first and second internal bearing surfaces for engaging opposing sides of the ball; a cover positioned over the unitary ball seat and defining a bore through which the shaft of the ball key may extend; and a handle coupled to the shaft of the ball key for rotating the ball between the first and second internal bearing surfaces between an open position and a closed position. a ball key having a ball and a shaft ; a unitary ball seat having first and second internal bearing surfaces for engaging opposing sides of the ball; a cover positioned over the unitary ball seat and defining a bore through which the shaft of the ball key may extend; and a handle coupled to the shaft of the ball key for rotating the ball between the first and second internal bearing surfaces between an open position and a closed position.
Fiber positioning unit of SCARA type comprising an alpha and a beta mechanism ; the alpha mechanism successively comprising a motor , a driving shaft and a rotatable shaft , the rotation of the rotatable shaft being carried out by the alpha motor via the driving shaft ; the beta mechanism comprising a motor and a fiber holding element that may be rotated by the beta motor ; both mechanisms being mechanically connected in a way to allow a rotation of the beta mechanism by the rotatable shaft ; the alpha mechanism being furthermore adapted to be partially located within a focal plate , characterized by the fact that the alpha motor is adapted to be located on one side of the focal plate while the alpha rotatable shaft and the beta mechanism are adapted to be located mainly on the other side of the focal plate .
A self-cleaning particulate separator unit for use in a ventilation system configured to receive a flow (F) of exhaust air containing pollutants (Pa, Pb, Pb', Pc), wherein said particulate separator unit comprises a controller and at least one conduit (11-16) with an outer surface , the conduit (11-16) being configured to receive a refrigerant , wherein the conduit is configured to have a first temperature (T C1 ) and a second temperature (T C2 ), wherein when the conduit has the first temperature (T C1 ), condensation and a particle layer of pollutants (Pa, Pb, Pb', Pc) is formed on the outer surface of the conduit (11-16), and wherein when the conduit has the second temperature (T C2 ) the condensation freezes and subsequently cracks the particle layer such that the particle layer is detached from the conduit (11-16); said self-cleaning particulate separator unit being characterized in that the controller is configured to: - cause the at least one conduit (11-16) to assume said first temperature (T C1 ), whereby the condensation and the particle layer of pollutants (Pa, Pb, Pb', Pc) is formed on the outer surface of the at least one conduit (11-16); and - cause the conduits (11-16) to assume the second temperature (T C2 ), whereby the condensation and the particle layer freezes and subsequently cracks such that the particle layer is detached from the at least one conduit (11-16). - cause the at least one conduit (11-16) to assume said first temperature (T C1 ), whereby the condensation and the particle layer of pollutants (Pa, Pb, Pb', Pc) is formed on the outer surface of the at least one conduit (11-16); and - cause the conduits (11-16) to assume the second temperature (T C2 ), whereby the condensation and the particle layer freezes and subsequently cracks such that the particle layer is detached from the at least one conduit (11-16).
A harvesting machine , comprising: a main frame ; a rotor assembly rotatably coupled to the main frame and configured to move crop material; a top frame movably attached to the main frame , the top frame forming a passageway for crop material between the top frame and the rotor assembly; a bottom frame movably attached to the top frame or main frame ; a plurality of knives movably attached to the bottom frame or the top and bottom frames , the plurality of knives extending through slots in the top frame , the bottom frame engaging an indentation on a non-cutting edge of the knives to maintain the plurality of knives in a locked condition; characterized in further comprising an actuator operatively connected to one of the top and bottom frames , the top and bottom frames and the plurality of knives being in a raised position when the actuator is in a first position, and the top and bottom frames and the plurality of knives being in a lowered position when the actuator is in a second position, which enlarges the passageway between the top frame and the rotor assembly and at least partially retracts the knives through the slots in the top frame while maintaining the knives in the locked condition. a main frame ; a rotor assembly rotatably coupled to the main frame and configured to move crop material; a top frame movably attached to the main frame , the top frame forming a passageway for crop material between the top frame and the rotor assembly; a bottom frame movably attached to the top frame or main frame ; a plurality of knives movably attached to the bottom frame or the top and bottom frames , the plurality of knives extending through slots in the top frame , the bottom frame engaging an indentation on a non-cutting edge of the knives to maintain the plurality of knives in a locked condition; characterized in further comprising an actuator operatively connected to one of the top and bottom frames , the top and bottom frames and the plurality of knives being in a raised position when the actuator is in a first position, and the top and bottom frames and the plurality of knives being in a lowered position when the actuator is in a second position, which enlarges the passageway between the top frame and the rotor assembly and at least partially retracts the knives through the slots in the top frame while maintaining the knives in the locked condition.
A method of generating an alert relating to a hydraulic actuation system for actuating a hydraulic cylinder , the hydraulic actuation system comprising a hydraulic fluid tank and a hydraulic fluid filter , the method comprising: monitoring the pressure drop over the hydraulic fluid filter; determining a rate of change characteristic over a plurality of operational cycles, the rate of change characteristic relating to the rate of change of an average pressure drop for each operational cycle in which there is a hydraulic fluid flow through the hydraulic fluid filter; determining whether the hydraulic fluid is dirty based on at least the rate of change characteristic; and generating an alert if it is determined that the hydraulic fluid is dirty. monitoring the pressure drop over the hydraulic fluid filter; determining a rate of change characteristic over a plurality of operational cycles, the rate of change characteristic relating to the rate of change of an average pressure drop for each operational cycle in which there is a hydraulic fluid flow through the hydraulic fluid filter; determining whether the hydraulic fluid is dirty based on at least the rate of change characteristic; and generating an alert if it is determined that the hydraulic fluid is dirty.
Electromagnetically actuable inlet valve for a high-pressure pump, in particular of a fuel injection system, having a valve member which is able to be moved between an open position and a closed position, and having an electromagnetic actuator by way of which the valve member is able to be moved, wherein the electromagnetic actuator has a magnet armature which acts at least indirectly on the valve member , a magnet coil which surrounds the magnet armature , and a magnet core against which the magnet armature comes to bear at least indirectly when the magnet coil is energized, wherein the magnet armature is guided in a displaceable manner in a carrier element , and wherein the carrier element and the magnet core are connected to one another, characterized in that the carrier element and the magnet core are connected to one another via a sleeve-like connection element which is connected to the carrier element and/or to the magnet core in a materially bonded manner in a first connection region in each case and in a form-fitting manner in a second connection region in each case, which second connection region is arranged offset from the respective first connection region in the direction of the longitudinal axis of the connection element .
A lithium-ion battery cathode material comprising a composite of sulfur and an electrically conductive substance, and at least one of glass particles and glass ceramic particles, the glass particles and the glass ceramic particles satisfying a composition represented by a formula , the electrically conductive substance being porous carbon, wherein the porous carbon has pores, and is characterized in that a volume of pores measured by the method defined in the description J Z having a diameter of 100 nm or less is 0.5 to 4.0 ml/g, and the pores have an average pore diameter measured by the method defined in the description of 0.1 to 18 nm, wherein the porous carbon has a BET specific surface area of 100 to 4500 m 2 /g, Li a P c S d wherein a, c, and d are a compositional ratio of each element, and satisfy a:c:d=1 to 12:1:2 to 9. wherein the porous carbon has pores, and is characterized in that a volume of pores measured by the method defined in the description J Z having a diameter of 100 nm or less is 0.5 to 4.0 ml/g, and the pores have an average pore diameter measured by the method defined in the description of 0.1 to 18 nm, wherein the porous carbon has a BET specific surface area of 100 to 4500 m 2 /g, Li a P c S d wherein a, c, and d are a compositional ratio of each element, and satisfy a:c:d=1 to 12:1:2 to 9.
A reflectometric system for vibration measurement to monitor multiphase flows by analysis of the light backscattered by multimode fiber comprising: • a sensing multimode optical fiber ; • an optical source , containing a high coherence laser that emits optical pulses to be sent in said sensing fiber ; characterized in that the system further comprises: • a photonic lantern with 3 or more single-mode optical fiber ports , and one multimode fiber port connected to the sensing multimode fiber; • an optical receiver, comprising a number of photodetectors equal to the number of single-mode optical fiber ports of said photonic lantern minus 1, wherein each photodetector is connected to each of said single-mode ports; • a system for processing output signals from the optical receiver, the optical source being connected to one of the single-mode optical fiber ports and the other single-mode fibers being connected to the optical receiver. • a sensing multimode optical fiber ; • an optical source , containing a high coherence laser that emits optical pulses to be sent in said sensing fiber ; • a photonic lantern with 3 or more single-mode optical fiber ports , and one multimode fiber port connected to the sensing multimode fiber; • an optical receiver, comprising a number of photodetectors equal to the number of single-mode optical fiber ports of said photonic lantern minus 1, wherein each photodetector is connected to each of said single-mode ports; • a system for processing output signals from the optical receiver,
A computing device for managing communications of virtual machines with a virtualized I/O hardware device of the computing device , the computing device comprising, embodied in one or more non-transitory machine accessible storage media : a physical function driver to determine whether communications from virtual function drivers to the physical function driver present a security and/ or performance condition, the physical function driver including means (134;234,236) to: maintain data relating to a plurality of different types of communications from the virtual function drivers to the physical function driver received over time; and determine , based on the maintained data, that a communication from a virtual function driver to the physical function driver presents the condition, and in response, disable the virtual function driver; wherein each virtual function driver is associated with a virtual machine and is configured to send communications determined to affect the use of the I/O hardware device by other virtual machines to the physical function driver, and to send other communications directly to the I/O hardware device. a physical function driver to determine whether communications from virtual function drivers to the physical function driver present a security and/ or performance condition, the physical function driver including means (134;234,236) to: maintain data relating to a plurality of different types of communications from the virtual function drivers to the physical function driver received over time; and determine , based on the maintained data, that a communication from a virtual function driver to the physical function driver presents the condition, and in response, disable the virtual function driver; maintain data relating to a plurality of different types of communications from the virtual function drivers to the physical function driver received over time; and determine , based on the maintained data, that a communication from a virtual function driver to the physical function driver presents the condition, and in response, disable the virtual function driver; wherein each virtual function driver is associated with a virtual machine and is configured to send communications determined to affect the use of the I/O hardware device by other virtual machines to the physical function driver, and to send other communications directly to the I/O hardware device.
A peptide D-Arg-2'6'-Dmt-Lys-Phe-NH 2 or a pharmaceutically acceptable salt thereof, for use in treating, preventing, or reducing the risk of Barth Syndrome in a mammalian subject.
Process for the recovery of lithium from metallurgic slags comprising the steps of: - roasting spodumene to convert it from the alpha to the beta variant; - reacting the beta variant with sulfuric acid, using a stoichiometric excess of acid; - repulping the reaction product with water, forming an acidic slurry; - neutralizing the acidic slurry to a pH between 5 and 7, by addition of at least one neutralizing agent; - filtrating the neutralized slurry, thereby obtaining a lithium bearing solution and a residue; characterized that lithium-bearing metallurgic slag is added in one or more of the steps of reacting, repulping, and neutralizing the acidic slurry. - roasting spodumene to convert it from the alpha to the beta variant; - reacting the beta variant with sulfuric acid, using a stoichiometric excess of acid; - repulping the reaction product with water, forming an acidic slurry; - neutralizing the acidic slurry to a pH between 5 and 7, by addition of at least one neutralizing agent; - filtrating the neutralized slurry, thereby obtaining a lithium bearing solution and a residue;