mhurhangee/patent-ind-claim-en huggingface dataset:
A lighting fixture , comprising: one or more solid-state lighting sources ; a driver module having first memory that includes driver program code, and first control circuitry ; characterized in that : the first control circuitry is configured to: execute the driver program code in the first memory, wherein the driver program code causes the driver module to directly regulate a current provided to the one or more solid-state lighting sources; and write updated driver program code in the first memory; and the lighting fixture further comprising: a communications module having a second memory and second control circuitry , wherein the second control circuitry is configured to: receive data packets with the updated driver program code over a communication link ; assemble the updated driver program code in the second memory of the communications module from the data packets with the updated driver program code; and send the updated driver program code to the driver module, wherein the one or more solid-state lighting sources, the driver module and the communications module are co-located within the lighting fixture. one or more solid-state lighting sources ; a driver module having first memory that includes driver program code, and first control circuitry ; the first control circuitry is configured to: execute the driver program code in the first memory, wherein the driver program code causes the driver module to directly regulate a current provided to the one or more solid-state lighting sources; and write updated driver program code in the first memory; and execute the driver program code in the first memory, wherein the driver program code causes the driver module to directly regulate a current provided to the one or more solid-state lighting sources; and write updated driver program code in the first memory; and the lighting fixture further comprising: a communications module having a second memory and second control circuitry , wherein the second control circuitry is configured to: receive data packets with the updated driver program code over a communication link ; assemble the updated driver program code in the second memory of the communications module from the data packets with the updated driver program code; and send the updated driver program code to the driver module, wherein the one or more solid-state lighting sources, the driver module and the communications module are co-located within the lighting fixture. receive data packets with the updated driver program code over a communication link ; assemble the updated driver program code in the second memory of the communications module from the data packets with the updated driver program code; and send the updated driver program code to the driver module, wherein the one or more solid-state lighting sources, the driver module and the communications module are co-located within the lighting fixture.
A single unit in one piece comprising components for making up smart glasses , to be positioned in a pair of glasses , the single unit in one piece comprises at least one central processing unit (cpu), at least one sensor and at least one battery provided on a printed circuit board (pcb) , the single unit and the pcb reach at least from a first temple via a frame at least past a first lens positioned closest to the first temple in the frame up to a second lens positioned closest to a second temple , and preferably past also said second lens, and preferably further into said second temple, wherein the single unit in one piece comprises at least one hinge , which, when positioned in a pair of glasses, will provide at least a hinge between the first temple and the frame, characterised in that the pcb is in one piece and the single unit has a hard shell , which is attachable in the glasses , in which electronic components are embedded in elastic material and exchangeably kept in place in the hard shell by means of form fittings .
A heat-dissipation and shielding structure , comprising a shielding case , a thermal pad , and a heat sink , wherein the shielding case is used to shield a heat emitting element , the bottom of the shielding case is connected to a circuit board used to carry the heat emitting element, the heat sink is disposed on the top of the shielding case, the top of the shielding case is provided with an opening , the thermal pad runs through the opening, a bottom surface of the thermal pad is attached to the heat emitting element, and a top surface of the thermal pad is attached to the heat sink; and the heat-dissipation and shielding structure further comprising a metal spring plate , wherein the metal spring plate is located on a periphery of the opening and encircles the opening, and the metal spring plate is elastically connected between the shielding case and the heat sink, so that the heat sink and the shielding case together form a shielding enclosure encircling the heat emitting element, characterized by the heat-dissipation and shielding structure further comprises an electrically conductive double-sided tape or an electrically conductive foam, wherein the electrically conductive double-sided tape or the electrically conductive foam is disposed on a periphery of the metal spring plate, and the electrically conductive double-sided tape or the electrically conductive foam fixedly connects the heat sink to the top of the shielding case by means of adhering by an adhesive.
Surge arrester having a fluid-tight housing and a pressure relief assembly , which is designed to provide a fluid-conducting connection to the outside of the housing if a gas pressure inside the housing exceeds a threshold value, characterized in that the pressure relief assembly is secured using at least one lockable rotary closure on the housing .
A wet cleaning sheet comprising multiple layers and being impregnated with chemical solution, the wet cleaning sheet comprising: a front surface layer and a back surface layer , which are provided as hydrophobic fiber layers; and an intermediate layer arranged between the front surface layer and the back surface layer , whereby the intermediate layer is provided as a hydrophilic fiber layer, wherein the hydrophobic fiber layers have an interlaced part with a high fiber density where the hydrophobic fiber layers are interlaced with the hydrophilic fiber layer , the wet cleaning sheet being characterized in that the interlaced part has, on the front surface layer and the back surface layer , at least one slightly interlaced part and at least one highly interlaced part which is formed in a dent shape and which is interlaced with a fiber density higher than a fiber density of the slightly interlaced part , wherein the highly interlaced part is formed in an area ratio of 10 to 20% to an area of the front surface layer or the back surface layer in a plan view, so that the static friction resistance of the wet cleaning sheet is lower than kinetic friction resistance of the wet cleaning sheet, and the static friction resistance is 300 to 500 cN in a direction of wiping of the wet cleaning sheet and 200 to 400 cN in a direction perpendicular to the direction of wiping, wherein the hydrophilic fiber layer is impregnated with the chemical solution having a discharge amount of 0.001 to 0.0038 g/cm 2 . a front surface layer and a back surface layer , which are provided as hydrophobic fiber layers; and an intermediate layer arranged between the front surface layer and the back surface layer , whereby the intermediate layer is provided as a hydrophilic fiber layer, wherein the hydrophobic fiber layers have an interlaced part with a high fiber density where the hydrophobic fiber layers are interlaced with the hydrophilic fiber layer , the wet cleaning sheet being characterized in that the interlaced part has, on the front surface layer and the back surface layer , at least one slightly interlaced part and at least one highly interlaced part which is formed in a dent shape and which is interlaced with a fiber density higher than a fiber density of the slightly interlaced part , wherein the highly interlaced part is formed in an area ratio of 10 to 20% to an area of the front surface layer or the back surface layer in a plan view, so that the static friction resistance of the wet cleaning sheet is lower than kinetic friction resistance of the wet cleaning sheet, and the static friction resistance is 300 to 500 cN in a direction of wiping of the wet cleaning sheet and 200 to 400 cN in a direction perpendicular to the direction of wiping, wherein the hydrophilic fiber layer is impregnated with the chemical solution having a discharge amount of 0.001 to 0.0038 g/cm 2 .
Device for regulating the temperature of a battery comprising at least one energy-storage cell , said device comprising a dielectric-fluid circuit , said circuit comprising means for irrigating the surface of said cell with said dielectric fluid , the fluid being intended to vaporize at least in part at the surface of the cells, wherein the irrigation means comprise irrigation nozzles that irrigate with the dielectric fluid in the liquid phase, the device being characterized in that it comprises a reservoir configured to be positioned beneath the cells and able to recover, in liquid phase, the dielectric fluid applied to the surface of the battery cells , and a pump configured to draw said dielectric fluid in from the reservoir and pressurize it in the dielectric-fluid circuit and in that it further comprises at least one cooling means for cooling the dielectric fluid , said means comprising a condenser configured in such a way as to condense the dielectric fluid to convert it from the vapour phase to the liquid phase and cause said fluid to trickle back to the reservoir .
A fused buss bar assembly for bussing battery cells of a battery module , the fused buss bar assembly comprising: a plate configured to be terminated to a cell terminal of a corresponding battery cell ; a buss bar fuse in the plate , the buss bar fuse having at least one connecting strip between a first base section and a second base section , the buss bar fuse having a fuse channel associated with the at least one connecting strip , the fuse channel reducing the cross-section of the buss bar fuse at the corresponding connecting strip such that the connecting strip has a reduced fused cross-section relative to a first cross-section of the first base section and a second cross-section of the second base section ; and a fuse bridge coupled to the buss bar fuse , the fuse bridge spanning the fuse channel to electrically connect the first base section and the second base section , wherein the fuse bridge is separate and discrete from the bus bar fuse and is configured to be removed from the buss bar fuse during shipping and handling of the battery module and the fuse bridge is configured to be installed and coupled to the buss bar fuse during normal use of the battery module in the vehicle. a plate configured to be terminated to a cell terminal of a corresponding battery cell ; a buss bar fuse in the plate , the buss bar fuse having at least one connecting strip between a first base section and a second base section , the buss bar fuse having a fuse channel associated with the at least one connecting strip , the fuse channel reducing the cross-section of the buss bar fuse at the corresponding connecting strip such that the connecting strip has a reduced fused cross-section relative to a first cross-section of the first base section and a second cross-section of the second base section ; and a fuse bridge coupled to the buss bar fuse , the fuse bridge spanning the fuse channel to electrically connect the first base section and the second base section , wherein the fuse bridge is separate and discrete from the bus bar fuse and is configured to be removed from the buss bar fuse during shipping and handling of the battery module and the fuse bridge is configured to be installed and coupled to the buss bar fuse during normal use of the battery module in the vehicle.
A nozzle for extruding a material rich in protein and water, comprising: - an outer casing which is tubular, centered on an axis (X-X), and which is thermoregulated, and - an internal component which is arranged coaxially inside the outer casing and which is mounted so as to rotate about the axis (X-X) with respect to the outer casing , so that: - a downstream part of the internal component extends outside the outer casing and is engaged with a motorization suitable for rotating the internal component about the axis (X-X), the nozzle being characterized in that a channel is delimited between the outer casing and the internal component, the channel having a cross-section that is annular, centered on the axis (X-X), and the channel having an upstream end and a downstream end , which are axially opposed to each other and between which the material flows into the channel, so that when the material is pushed through the nozzle, the material advances through the channel from the upstream end to the downstream end through which the material axially comes out of the channel. - an outer casing which is tubular, centered on an axis (X-X), and which is thermoregulated, and - an internal component which is arranged coaxially inside the outer casing and which is mounted so as to rotate about the axis (X-X) with respect to the outer casing , so that: - a downstream part of the internal component extends outside the outer casing and is engaged with a motorization suitable for rotating the internal component about the axis (X-X), - a downstream part of the internal component extends outside the outer casing and is engaged with a motorization suitable for rotating the internal component about the axis (X-X),
An RNA transcription vector comprising a transcribable nucleic acid sequence, a 5' translation enhancer (TE) sequence having at least 80% identity to any of SEQ ID N° 1-3 and a 3' nuclear retention sequence being an ENE fragment of the poly-adenylated non-translated RNA (PAN) region of the Kaposi's sarcoma associated Herpes virus (KSHV).
A sensor device for physical quantities comprising: at least a detection portion configured to detect a physical quantity of a measured gas passing through a main passage and has a detection area of air flow ; a printed circuit board (PWB) having a circuit portion for computing the physical quantity detected by the detection portion; a housing configured to house the printed circuit board ; a cover fixed to the housing ; and a bypass passage formed in cooperation with the housing and the cover, wherein the detection area of air flow is disposed in the bypass passage; the sensor device characterized in that the bypass passage has a first passage that allows an inlet for receiving the measured gas and an outlet for discharging the measured gas to communicate with each other, a second passage bifurcated from the first passage , and a third passage bifurcated from the second passage , wherein the third passage is formed to extend toward an outer wall surface at upstream of the housing and have a terminated end portion and an inlet portion of the third passage is arranged upstream of the second passage flowing to the detection area of air flow ; and wherein the cover has a drainage hole opened to a side surface of the cover, and the drainage hole is provided in a position communicating with the terminated end portion of the third passage . at least a detection portion configured to detect a physical quantity of a measured gas passing through a main passage and has a detection area of air flow ; a printed circuit board (PWB) having a circuit portion for computing the physical quantity detected by the detection portion; a housing configured to house the printed circuit board ; a cover fixed to the housing ; and a bypass passage formed in cooperation with the housing and the cover, wherein the detection area of air flow is disposed in the bypass passage; the sensor device characterized in that the bypass passage has a first passage that allows an inlet for receiving the measured gas and an outlet for discharging the measured gas to communicate with each other, a second passage bifurcated from the first passage , and a third passage bifurcated from the second passage , wherein the third passage is formed to extend toward an outer wall surface at upstream of the housing and have a terminated end portion and an inlet portion of the third passage is arranged upstream of the second passage flowing to the detection area of air flow ; and wherein the cover has a drainage hole opened to a side surface of the cover, and the drainage hole is provided in a position communicating with the terminated end portion of the third passage .
Lifting device for a receptacle for items to be washed in a dishwasher , in particular a household dishwasher, wherein the lifting device is designed to lift the receptacle for items to be washed from a starting position (P A ) into an end position (P E ) or to lower the same from the end position (P E ) into the starting position (P A ), wherein the lifting device comprises a stop facility , which is designed to automatically stop the receptacle for items to be washed in an intermediate position (Pz) between the starting position (P A ) and the end position (P E ), wherein the lifting device comprises a manually actuatable actuation facility for blocking and unblocking the stop facility , wherein the receptacle for items to be washed can only be shifted from the starting position (P A ) into the end position (P E ) or vice versa if the actuation facility is actuated manually in order to unblock the stop facility , and wherein the stop facility automatically stops the receptacle for items to be washed in the intermediate position (Pz), if the actuation facility is unactuated, characterised in that the actuation facility is provided on the lifting device and that the actuation facility comprises a handle attached rotatably to the lifting device .
A wireless communication module comprising: a substrate that includes one or more ground layers ; a first element that is arranged on the substrate and configured to amplify an input RF signal; and a second element that is arranged on the substrate and is different from the first element , wherein the one or more ground layers include a groove formed between the first element and the second element , characterized in that the groove surrounds the first element , and in each of the one or more ground layers , an inner portion surrounded by the groove and an outer portion are electrically separated. a substrate that includes one or more ground layers ; a first element that is arranged on the substrate and configured to amplify an input RF signal; and a second element that is arranged on the substrate and is different from the first element , wherein the one or more ground layers include a groove formed between the first element and the second element , characterized in that the groove surrounds the first element , and in each of the one or more ground layers , an inner portion surrounded by the groove and an outer portion are electrically separated.
A method of at least partially separating a first hydrocarbon from a mixture of said first hydrocarbon and a second hydrocarbon, wherein said mixture has a defined critical pressure, said method comprising: passing a gas stream comprising said mixture into an inlet of a de Laval nozzle having a throat , said gas stream having an initial temperature of between -100° C and 150° C and an initial pressure of between 1.379×10 6 Pa (200 psig) and said critical pressure; expanding the gas stream after the gas stream passes through the throat of the de Laval nozzle , producing a reduced-temperature gas stream; condensing a first enriched liquid from the reduced-temperature gas stream, wherein said first enriched liquid is enriched in said first hydrocarbon, relative to said mixture; and recovering the first enriched liquid from said gas stream; wherein said mixture comprises between 60% by volume and 90% by volume of said first hydrocarbon, and between 10% by volume and 40% by volume of said second hydrocarbon; and characterized in that said first hydrocarbon has a first boiling point T1 at atmospheric pressure and said second hydrocarbon has a second boiling point T2 at atmospheric pressure; wherein T1 ≤ T2 ≤ T1 + 15 K. passing a gas stream comprising said mixture into an inlet of a de Laval nozzle having a throat , said gas stream having an initial temperature of between -100° C and 150° C and an initial pressure of between 1.379×10 6 Pa (200 psig) and said critical pressure; expanding the gas stream after the gas stream passes through the throat of the de Laval nozzle , producing a reduced-temperature gas stream; condensing a first enriched liquid from the reduced-temperature gas stream, wherein said first enriched liquid is enriched in said first hydrocarbon, relative to said mixture; and recovering the first enriched liquid from said gas stream; wherein said mixture comprises between 60% by volume and 90% by volume of said first hydrocarbon, and between 10% by volume and 40% by volume of said second hydrocarbon; and characterized in that said first hydrocarbon has a first boiling point T1 at atmospheric pressure and said second hydrocarbon has a second boiling point T2 at atmospheric pressure; wherein T1 ≤ T2 ≤ T1 + 15 K.
A dialysis machine comprising: tubing or a fluid container , or both, being connectable to a patient for flowing fluid to or from the patient ; and a controller ; wherein a masking sound is activatable in response to noise generated during operation of the dialysis machine ; characterized in that the dialysis machine comprises one or more sensors configured to detect one or more patient parameters; and that the controller is configured to determine a sleep state of the patient based on the one or more patient parameters detected by the one or more sensors ; and adjust the masking sound in response to the sleep state of the patient . tubing or a fluid container , or both, being connectable to a patient for flowing fluid to or from the patient ; and a controller ; wherein a masking sound is activatable in response to noise generated during operation of the dialysis machine ; determine a sleep state of the patient based on the one or more patient parameters detected by the one or more sensors ; and adjust the masking sound in response to the sleep state of the patient .
A nailing machine, the nailing machine includes a first cylinder and a second cylinder , a working chamber of the first cylinder and a working chamber of the second cylinder communicate with each other, the first cylinder has a first piston within and the first piston is fixedly connected with a striker , the striker has a locking part , the nailing machine also includes a pawl reset by a resetting force, a second piston is arranged in the second cylinder , and the second piston is reciprocated between a first position and a second position of the second cylinder by a motor ; wherein when the second piston is in the first position and the first piston moving inward with the striker , the striker is locked at the locking part of the striker by the pawl ; when the second piston is in the second position, the motor drives the pawl to disengage from the locking part ; characterized in that a housing is hinged with a swing bar , the swing bar links with the pawl to keep a synchronous motion; an actuator , synchronously driven by the motor to make a circular motion, is capable of pushing the swing bar once to make the pawl disengage from the locking part during each revolution of the actuator .
A method of separating glycosaminoglycan from a blood cascade protein in a sample derived from a protein production process, the method comprising: subjecting the sample to size-exclusion chromatography using a mobile phase having a pH of less than 3.0, wherein said sample comprises a blood cascade protein.