mhurhangee/patent-ind-claim-en huggingface dataset:
A control system comprising: a control apparatus ; hardware included in the control apparatus ; an inter-application interference prevention processing unit configured to operate on the hardware ; a plurality of controller applications configured to operate on the inter-application interference prevention processing unit ; and a selection processing unit configured to operate on the hardware ; wherein the controller applications are each configured to perform a predetermined calculation on an input value and output a calculated value as a calculation result; wherein the selection processing unit is configured to select one output value based on calculated values outputted by the controller applications and output the output value; characterized in that different memory capacities in size are allocated to the different controller applications . a control apparatus ; hardware included in the control apparatus ; an inter-application interference prevention processing unit configured to operate on the hardware ; a plurality of controller applications configured to operate on the inter-application interference prevention processing unit ; and a selection processing unit configured to operate on the hardware ; wherein the controller applications are each configured to perform a predetermined calculation on an input value and output a calculated value as a calculation result; wherein the selection processing unit is configured to select one output value based on calculated values outputted by the controller applications and output the output value; characterized in that different memory capacities in size are allocated to the different controller applications .
Electrical/electronic installation device with a functional module provided for receiving the electrical/electronic functional components and a design cover which is fixed to the functional module and to which a setting knob is assigned on the user side, which setting knob is provided for influencing, via a shaft, by means of a rotary actuation, a functional device which is located in the functional module and is provided for actuating at least one actuator connected to the functional module, stop elements being provided for limiting the rotation of the setting knob, which stop elements are located on a first and a second setting ring, the setting rings each having at least one toothed segment for fine secured adjustment and each being mounted rotatably through 360 degrees, the design cover having a receiving recess for receiving the setting knob , characterized in that the design cover has a receiving recess for receiving the setting knob , and in that a sprocket toothed on both sides is arranged in a rotationally fixed manner in the receiving recess , with which sprocket the first setting ring is associated on the outside and the second setting ring is associated on the inside in a rotatably mounted manner, and in that the two setting rings each engage with their at least one toothed segment in the associated toothing of the sprocket .
A melt polymerization process comprising: melt polymerizing reactants in at least two polymerization units, in the presence of a catalyst composition to form polymerized polycarbonate, wherein the catalyst composition comprises a catalyst comprising a source of one or both of alkali and alkaline earth metal ions; adding a quencher composition comprising a liquid quencher composition by a method comprising combining a liquid carrier and the quencher in a quencher vessel to form the liquid quencher composition, and adding the liquid quencher composition to the polymerized polycarbonate at a pressure of greater than or equal to 2 bars or greater than or equal to 3 bars; mixing the quencher composition with the polymerized polycarbonate for a period of time of greater than or equal to 5 seconds prior to the addition to the polymerized polycarbonate of any additives having a reactive OH group or reactive ester group; filtering the polymerized polycarbonate; directing the polymerized polycarbonate to an extruder; directing an anthraquinone colorant, a phenolic antioxidant, a UV absorber, a release agent, a flame retardant, or a combination comprising one or more of the foregoing to the extruder; and adding an anti-drip agent, wherein the liquid carrier is free of water and phenol. melt polymerizing reactants in at least two polymerization units, in the presence of a catalyst composition to form polymerized polycarbonate, wherein the catalyst composition comprises a catalyst comprising a source of one or both of alkali and alkaline earth metal ions; adding a quencher composition comprising a liquid quencher composition by a method comprising combining a liquid carrier and the quencher in a quencher vessel to form the liquid quencher composition, and adding the liquid quencher composition to the polymerized polycarbonate at a pressure of greater than or equal to 2 bars or greater than or equal to 3 bars; mixing the quencher composition with the polymerized polycarbonate for a period of time of greater than or equal to 5 seconds prior to the addition to the polymerized polycarbonate of any additives having a reactive OH group or reactive ester group; filtering the polymerized polycarbonate; directing the polymerized polycarbonate to an extruder; directing an anthraquinone colorant, a phenolic antioxidant, a UV absorber, a release agent, a flame retardant, or a combination comprising one or more of the foregoing to the extruder; and adding an anti-drip agent, wherein the liquid carrier is free of water and phenol.
A solar cell having a front side facing the sun to collect solar radiation during normal operation and a backside opposite the front side, the solar cell comprising: a silicon substrate ; a first layer of doped polysilicon formed over a back surface of the substrate , the first layer of doped polysilicon forming a backside junction with the substrate; a second layer of doped polysilicon formed over a front surface of the substrate , the second layer of doped polysilicon making an electrical connection to the substrate ; a first dielectric layer between the first layer of doped polysilicon and the back surface of the substrate ; a second dielectric layer between the second layer of doped polysilicon and the front surface of the substrate ; a first metal contact making an electrical connection to the first layer of doped polysilicon on the backside of the solar cell; a second metal contact making an electrical connection to the second layer of doped polysilicon on the front side of the solar cell , the first metal contact and the second metal contact being configured to allow an external electrical circuit to be powered by the solar cell ; characterized in that the solar cell further comprises a silicon dioxide layer formed over the second layer of doped polysilicon , wherein each second metal contact electrically connects to the second layer of doped polysilicon through a contact hole formed through the silicon dioxide layer , wherein the silicon dioxide layer served as a dopant source in diffusing dopants to the layer of doped polysilicon . a silicon substrate ; a first layer of doped polysilicon formed over a back surface of the substrate , the first layer of doped polysilicon forming a backside junction with the substrate; a second layer of doped polysilicon formed over a front surface of the substrate , the second layer of doped polysilicon making an electrical connection to the substrate ; a first dielectric layer between the first layer of doped polysilicon and the back surface of the substrate ; a second dielectric layer between the second layer of doped polysilicon and the front surface of the substrate ; a first metal contact making an electrical connection to the first layer of doped polysilicon on the backside of the solar cell; a second metal contact making an electrical connection to the second layer of doped polysilicon on the front side of the solar cell , the first metal contact and the second metal contact being configured to allow an external electrical circuit to be powered by the solar cell ; characterized in that the solar cell further comprises a silicon dioxide layer formed over the second layer of doped polysilicon , wherein each second metal contact electrically connects to the second layer of doped polysilicon through a contact hole formed through the silicon dioxide layer , wherein the silicon dioxide layer served as a dopant source in diffusing dopants to the layer of doped polysilicon .
A portable fuel tank assembly comprising: a portable fuel tank configured to hold fuel; and a support configured to be connected to a supporting surface and configured to hold the fuel tank stationary with respect to the supporting surface ; wherein the fuel tank comprises a first quick connector configured for fluid communication with the fuel in the fuel tank ; wherein the support comprises a second quick connector configured to mate and provide fluid communication with the first quick connector ; wherein the fuel tank and support are configured such that securing the fuel tank in the support simultaneously mates the second quick connector to the first quick connector to provide for fluid communication between the second quick connector and the fuel in the fuel tank ; and wherein the support comprises a piloting feature that mates with a corresponding piloting feature on the fuel tank at the same time the second quick connector is mated to the first quick connector . a portable fuel tank configured to hold fuel; and a support configured to be connected to a supporting surface and configured to hold the fuel tank stationary with respect to the supporting surface ; wherein the fuel tank comprises a first quick connector configured for fluid communication with the fuel in the fuel tank ; wherein the support comprises a second quick connector configured to mate and provide fluid communication with the first quick connector ; wherein the fuel tank and support are configured such that securing the fuel tank in the support simultaneously mates the second quick connector to the first quick connector to provide for fluid communication between the second quick connector and the fuel in the fuel tank ; and wherein the support comprises a piloting feature that mates with a corresponding piloting feature on the fuel tank at the same time the second quick connector is mated to the first quick connector .
An in-line resonator filter comprising a bottom ground plane , a top ground plane , a lateral ground plane , and a linear array of three or more conductors , the in-line resonator filter comprising a first pair of adjacent conductors (410 , 410 ) having inductive main coupling and oppositely signed capacitive main coupling; a second pair of non-adjacent conductors (410 and 410 ) having inductive cross-coupling; a first tuning element (422 and ) that extends from the bottom ground plane of the in-line resonator filter; and a second tuning element that extends from the top ground plane of the in-line resonator filter; wherein: the first and second pairs have one conductor (410 ) in common; and at least a portion of the oppositely signed capacitive main coupling compensates for at least a portion of the inductive main coupling between the first pair of adjacent conductors (410 , 410 ). a first pair of adjacent conductors (410 , 410 ) having inductive main coupling and oppositely signed capacitive main coupling; a second pair of non-adjacent conductors (410 and 410 ) having inductive cross-coupling; a first tuning element (422 and ) that extends from the bottom ground plane of the in-line resonator filter; and a second tuning element that extends from the top ground plane of the in-line resonator filter; wherein: the first and second pairs have one conductor (410 ) in common; and at least a portion of the oppositely signed capacitive main coupling compensates for at least a portion of the inductive main coupling between the first pair of adjacent conductors (410 , 410 ). the first and second pairs have one conductor (410 ) in common; and at least a portion of the oppositely signed capacitive main coupling compensates for at least a portion of the inductive main coupling between the first pair of adjacent conductors (410 , 410 ).
A front fork comprising: a fork main body having an annular outer tube and an annular inner tube that is inserted into the outer tube such that the inner tube can move freely in the axial direction; a damper cartridge (D) having: a cylinder which is provided in the fork main body and in which a fluid chamber (L) filled with hydraulic fluid is formed; a piston rod that freely moves in the axial direction through the inside of the cylinder ; a piston that is mounted on the piston rod and partitions the inside of the cylinder into an extension-side chamber (V1) and a contraction-side chamber (V2); and a rod guide which is mounted on an end of the cylinder and guides the piston rod , and to which a fluid filling port that allows the outside of the cylinder to communicate with the fluid chamber (L) is provided; and a closing member that is provided on the rod guide and closes the fluid filling port , characterized by a main spring (S2) that is interposed between the fork main body and the rod guide within the fork main body , wherein the main spring (S2) is configured to press the closing member . a fork main body having an annular outer tube and an annular inner tube that is inserted into the outer tube such that the inner tube can move freely in the axial direction; a damper cartridge (D) having: a cylinder which is provided in the fork main body and in which a fluid chamber (L) filled with hydraulic fluid is formed; a piston rod that freely moves in the axial direction through the inside of the cylinder ; a piston that is mounted on the piston rod and partitions the inside of the cylinder into an extension-side chamber (V1) and a contraction-side chamber (V2); and a rod guide which is mounted on an end of the cylinder and guides the piston rod , and to which a fluid filling port that allows the outside of the cylinder to communicate with the fluid chamber (L) is provided; and a closing member that is provided on the rod guide and closes the fluid filling port , characterized by a main spring (S2) that is interposed between the fork main body and the rod guide within the fork main body , wherein the main spring (S2) is configured to press the closing member .
An adaptor for nucleic acid libraries comprising a first strand and a second strand wherein: a. the first strand has a 5'-portion and a 3'-portion, wherein the 5' portion forms a stem-loop structure having a loop and a stem containing the 5'-end of the first strand, and the 3'-portion comprises a sequence complementary to the second strand; b. the second strand has a 5'-portion and a 3'-portion, wherein the 3' portion forms a stem-loop structure having a loop and a stem containing the 3'-end of the second strand, and the 5'-portion comprises a sequence complementary to the first strand; and c. the first and second strands form a duplex via the 3'-portion of the first strand and the 5'-portion of the second strand. a. the first strand has a 5'-portion and a 3'-portion, wherein the 5' portion forms a stem-loop structure having a loop and a stem containing the 5'-end of the first strand, and the 3'-portion comprises a sequence complementary to the second strand; b. the second strand has a 5'-portion and a 3'-portion, wherein the 3' portion forms a stem-loop structure having a loop and a stem containing the 3'-end of the second strand, and the 5'-portion comprises a sequence complementary to the first strand; and c. the first and second strands form a duplex via the 3'-portion of the first strand and the 5'-portion of the second strand.
A catalyzed substrate comprising an inlet end, an outlet end, an axial length extending from the inlet end to the outlet end, an inlet zone extending from the inlet end, and an outlet zone extending from the outlet end, the catalyzed substrate being characterised in that the inlet zone comprises an oxidation catalyst and the outlet zone comprises a SCR catalyst; wherein the oxidation catalyst comprises a platinum group metal (PGM) which is platinum, palladium, or mixtures thereof; wherein the PGM is loaded onto a support; wherein the support is a zeolite, silica-alumina, or mixtures thereof. wherein the oxidation catalyst comprises a platinum group metal (PGM) which is platinum, palladium, or mixtures thereof; wherein the PGM is loaded onto a support; wherein the support is a zeolite, silica-alumina, or mixtures thereof.
A variant herpes simplex virus (HSV) McKrae strain whose genome contains a disruption or deletion of the ICP4 gene such that the variant fails to express a functional protein characterized by an amino acid sequence of SEQ ID NO: 16.
A method of producing a capped mRNA or mRNA analog oligonucleotide, wherein a heterodimer comprising a fusion protein facilitates the steps of transferring and methylating a guanylyl molecule to the 5' end of the mRNA or mRNA analog oligonucleotide, wherein the fusion protein comprises a guanylyl transferase and a small ubiquitin-like molecule (SUMO) protein, wherein the fusion protein has an amino acid sequence at least 90% identical to SEQ ID NO: 1 and SEQ ID NO: 6.
Downhole data communication apparatus for use in a well installation having metallic structure provided with a cathodic protection system such that there is an electrical circuit comprising the metallic structure and an earth return around which an electrical current flows as a result of the cathodic protection system, the downhole data communication apparatus comprising: a first communication module for location at a first location downhole and comprising modulation means for modulating the electrical current at a first location so as to encode data; a second communication module for location at a second location , spaced from the first location , and comprising a detector for detecting the effect of the modulation of the electrical current at the first location so as to extract said data; and a downhole electrical power harvesting module arranged for electrical connection between two spaced locations in a well installation and comprising an electrical circuit arranged for harvesting electrical energy, in use, from a potential difference between the spaced locations, used for harvesting, which acts as an input voltage, the harvesting module being arranged for supplying power to at least one component of the communication apparatus, wherein the first communication module is arranged for controlling a load generated by the harvesting module to cause said modulation of the electric current in the metallic structure at the signalling location. a first communication module for location at a first location downhole and comprising modulation means for modulating the electrical current at a first location so as to encode data; a second communication module for location at a second location , spaced from the first location , and comprising a detector for detecting the effect of the modulation of the electrical current at the first location so as to extract said data; and a downhole electrical power harvesting module arranged for electrical connection between two spaced locations in a well installation and comprising an electrical circuit arranged for harvesting electrical energy, in use, from a potential difference between the spaced locations, used for harvesting, which acts as an input voltage, the harvesting module being arranged for supplying power to at least one component of the communication apparatus, wherein the first communication module is arranged for controlling a load generated by the harvesting module to cause said modulation of the electric current in the metallic structure at the signalling location.
A molding process wherein a formed green tire is molded within a tire mold , preferably a vent-less tire mold, the tire mold having one or more movable elements to bring the tire mold from an open into a closed position, the tire mold comprising an actuating ring , a top plate , a bottom plate , upper and lower side members , a plurality of mold segments and of slide blocks , the upper and lower side members and the plurality of mold segments defining a mold cavity, and the tire mold further comprising sealing means for sealing the mold cavity including one or more closing seal members ; the process comprising: providing said tire mold ; placing a green tire into the mold cavity; characterized in that process further comprises placing the one or more closing seal members next to a cooperating surface, wherein the one or more closing seal members face the cooperating surface without contacting it, by bringing the tire mold to a partial closure position; drawing a vacuum on the mold cavity causing the one or more closing seal members to be moved or deformed by suction until they are in contact with the cooperating surface so that the mold cavity is sealed in an airtight manner. providing said tire mold ; placing a green tire into the mold cavity; characterized in that process further comprises placing the one or more closing seal members next to a cooperating surface, wherein the one or more closing seal members face the cooperating surface without contacting it, by bringing the tire mold to a partial closure position; drawing a vacuum on the mold cavity causing the one or more closing seal members to be moved or deformed by suction until they are in contact with the cooperating surface so that the mold cavity is sealed in an airtight manner.