mhurhangee/patent-ind-claim-en huggingface dataset:
A touch panel which includes a molecule oriented polylactic acid film , wherein the polylactic acid film has a first principal plane and a second principal plane opposite the first principal plane, the first and second principal planes each having electrodes formed thereon, wherein the electrode on the first principal plane is divided into four separate electrically isolated electrodes , wherein the electrically isolated electrodes are electrically isolated by a plurality of electrode division lines including electrode non-forming portions, the electrode division lines are straight lines having a predetermined width, wherein the electrode division lines cross at a point in the center of the polylactic acid film at a predetermined angle; wherein each of the four electrodes are elongate in shape extending from the center of the polylactic film to a respective one of the four corners of the polylactic acid film, and wherein a centerline of the respective electrode is parallel to its longitudinal axis; and the polylactic acid film has an orientation direction and the centerline of each of the four electrodes is at 45° or -45° to the orientation direction. wherein the polylactic acid film has a first principal plane and a second principal plane opposite the first principal plane, the first and second principal planes each having electrodes formed thereon, wherein the electrode on the first principal plane is divided into four separate electrically isolated electrodes , wherein the electrically isolated electrodes are electrically isolated by a plurality of electrode division lines including electrode non-forming portions, the electrode division lines are straight lines having a predetermined width, wherein the electrode division lines cross at a point in the center of the polylactic acid film at a predetermined angle; wherein each of the four electrodes are elongate in shape extending from the center of the polylactic film to a respective one of the four corners of the polylactic acid film, and wherein a centerline of the respective electrode is parallel to its longitudinal axis; and the polylactic acid film has an orientation direction and the centerline of each of the four electrodes is at 45° or -45° to the orientation direction.
A method of making a library of concatenated target nucleic acid molecules from a sample, the method comprising: a. attaching a first adaptor having at least one double-stranded region to each end of a double-stranded target molecule; b. contacting the sample with an exonuclease to generate partially single-stranded adaptor regions at the ends of the target molecule; c. joining at least two target molecules by hybridizing the partially single-stranded adaptor regions on each strand of the target molecules to form the double stranded adaptor regions and covalently linking the strands of the target molecules, thereby generating concatenated target molecules; d. attaching a second adaptor to the concatenated molecules, the adaptor comprising one or more of barcodes, universal amplification priming sites and sequencing priming sites thereby generating a library of concatenated target nucleic acid molecules. a. attaching a first adaptor having at least one double-stranded region to each end of a double-stranded target molecule; b. contacting the sample with an exonuclease to generate partially single-stranded adaptor regions at the ends of the target molecule; c. joining at least two target molecules by hybridizing the partially single-stranded adaptor regions on each strand of the target molecules to form the double stranded adaptor regions and covalently linking the strands of the target molecules, thereby generating concatenated target molecules; d. attaching a second adaptor to the concatenated molecules, the adaptor comprising one or more of barcodes, universal amplification priming sites and sequencing priming sites thereby generating a library of concatenated target nucleic acid molecules.
An apparatus for monitoring a leakage current of a transformer-less photovoltaic inverter, the apparatus comprising: a low pass filter (23-2) configured to remove a high-frequency noise of a sensed leakage current signal; characterized in that the apparatus further comprises: an average value calculator (23-3) configured to calculate an average value of an output of the low pass filter (23-2); a direct current component remover (23-4) configured to subtract the average value from the output of the low pass filter(23-2) to remove a direct current component; a phase locked loop circuit section (23-5) configured to calculate a peak value and a phase of a signal from which the direct current component has been removed; and a resistive component leakage current calculator (23-6) configured to calculate a resistive component value of a leakage current, based on the peak value and the phase calculated by the phase locked loop circuit section (23-5), wherein when a phase of a grid voltage is θ_grid, the phase calculated by the phase locked loop circuit section is θ_zct, and a peak current value calculated by the phase locked loop circuit section is I peak , the resistive component leakage current calculator calculates a root mean square value of an alternating current component of the leakage current as expressed in the following equation: root mean square value = cos Δ θ I Peak 2 where Δθ is θ_grid - θ_zct, a resistive component value of the leakage current is calculated by adding an absolute value of the average value, calculated by the average value calculator, to the root mean square value. an average value calculator (23-3) configured to calculate an average value of an output of the low pass filter (23-2); a direct current component remover (23-4) configured to subtract the average value from the output of the low pass filter(23-2) to remove a direct current component; a phase locked loop circuit section (23-5) configured to calculate a peak value and a phase of a signal from which the direct current component has been removed; and a resistive component leakage current calculator (23-6) configured to calculate a resistive component value of a leakage current, based on the peak value and the phase calculated by the phase locked loop circuit section (23-5), wherein when a phase of a grid voltage is θ_grid, the phase calculated by the phase locked loop circuit section is θ_zct, and a peak current value calculated by the phase locked loop circuit section is I peak , the resistive component leakage current calculator calculates a root mean square value of an alternating current component of the leakage current as expressed in the following equation: root mean square value = cos Δ θ I Peak 2 where Δθ is θ_grid - θ_zct, a resistive component value of the leakage current is calculated by adding an absolute value of the average value, calculated by the average value calculator, to the root mean square value.
A non-transitory computer-readable recording medium comprising an information processing program comprising instructions which, when the program is executed by a computer, cause the computer to perform processing, the processing comprising: generating post-replacement data by replacing values, with other values, of individual unit data pieces, which have a predetermined data length, of malware in accordance with a replacement rule by which replacement is performed in bijective relationships on a unit data piece basis while a predetermined characteristic indicated in the malware is maintained; and generating, based on the post-replacement data, machine learning data to be used for machine learning in which the predetermined characteristic is used. generating post-replacement data by replacing values, with other values, of individual unit data pieces, which have a predetermined data length, of malware in accordance with a replacement rule by which replacement is performed in bijective relationships on a unit data piece basis while a predetermined characteristic indicated in the malware is maintained; and generating, based on the post-replacement data, machine learning data to be used for machine learning in which the predetermined characteristic is used.
Device for investigating the metabolic autoregulation of the retinal vessels of a patient's eye (A), comprising a unit acting on the eye (A) for generating and applying a stimulation pressure and an imaging unit , wherein the imaging unit is a modified retinal camera with a digital image sensor which can generate a video sequence of images of the retina, to each of which two colour channels are assigned, the device containing a unit for forming spectrally normalized quotient signals which can derive quotient signals (Q(t,x,y)) from intensity signals of the colour channels, from which quotient signals the vascular reaction and thus the metabolic autoregulation of the capillaries of the retinal vessels can be inferred, wherein the device includes a tonometer for measuring an intraocular pressure (IOP) in the eye (A) which changes in dependence on a stimulation pressure (SD) applied by the unit for generating and applying a stimulation pressure , and in that the unit for generating and applying a stimulation pressure contains a sensor for measuring the stimulation pressure (SD) in order to be able to assign a stimulation pressure value (SD) to each measured intraocular pressure value (IOP) and to each image of the video sequence. the imaging unit is a modified retinal camera with a digital image sensor which can generate a video sequence of images of the retina, to each of which two colour channels are assigned, the device containing a unit for forming spectrally normalized quotient signals which can derive quotient signals (Q(t,x,y)) from intensity signals of the colour channels, from which quotient signals the vascular reaction and thus the metabolic autoregulation of the capillaries of the retinal vessels can be inferred, wherein the device includes a tonometer for measuring an intraocular pressure (IOP) in the eye (A) which changes in dependence on a stimulation pressure (SD) applied by the unit for generating and applying a stimulation pressure , and in that the unit for generating and applying a stimulation pressure contains a sensor for measuring the stimulation pressure (SD) in order to be able to assign a stimulation pressure value (SD) to each measured intraocular pressure value (IOP) and to each image of the video sequence.
A system comprising a test stand and an assembly comprising a divergent section of a spacecraft engine, the assembly having the divergent section comprising a proximal end and a distal end , the test stand comprising a frame provided with means for fastening the proximal end of the assembly comprising the divergent section to the frame , the assembly being characterized in that the test stand comprises actuators adapted to locally apply forces on the divergent section , said forces simulating flight conditions of the divergent section .
A probe tip eject device of an automated diagnostic analysis apparatus , the probe tip eject device comprising: a body having a top , a first side , and a second side opposite the first side, the top having an arcuate slot extending there across from the first side toward the second side, the first side having an opening aligned with the arcuate slot, the opening and the arcuate slot each having a width sized to receive a top portion of a probe tip ; and a ramp disposed within the body that slopes downward from the first side toward the second side, wherein the arcuate slot extends downward through the body and the ramp, the ramp sized to engage a top of a flange of the probe tip, the flange disposed below and extending outward from the top portion of the probe tip. a body having a top , a first side , and a second side opposite the first side, the top having an arcuate slot extending there across from the first side toward the second side, the first side having an opening aligned with the arcuate slot, the opening and the arcuate slot each having a width sized to receive a top portion of a probe tip ; and a ramp disposed within the body that slopes downward from the first side toward the second side, wherein the arcuate slot extends downward through the body and the ramp, the ramp sized to engage a top of a flange of the probe tip, the flange disposed below and extending outward from the top portion of the probe tip.
A gene delivery complex for use in treating obesity and obesity-induced metabolic syndromes, comprising: an adipocyte-targeting sequence; a nine-arginine (R9) peptide bound to the adipocyte-targeting sequence; and a dual plasmid vector comprising a gene for treatment of obesity and obesity-induced metabolic syndromes, wherein the gene for treatment of obesity and obesity-induced metabolic syndromes is a base sequence inhibiting expression of a FABP4 gene and a FABP5 gene, and the plasmid vector has a base sequence represented by SEQ ID NO: 1. an adipocyte-targeting sequence; a nine-arginine (R9) peptide bound to the adipocyte-targeting sequence; and a dual plasmid vector comprising a gene for treatment of obesity and obesity-induced metabolic syndromes, wherein the gene for treatment of obesity and obesity-induced metabolic syndromes is a base sequence inhibiting expression of a FABP4 gene and a FABP5 gene, and the plasmid vector has a base sequence represented by SEQ ID NO: 1.
An air conditioner, comprising: a blower fan to blow air; a blower motor to rotate the blower fan; and a blower housing coupled with the blower motor and having a ring-shaped air blowing flow passage in which air discharged from the blower fan flows, wherein the blower housing comprises a plurality of vanes disposed spaced apart from each other in a circumferential direction on the air blowing flow passage over the blower fan , characterized in that each of the plurality of vanes comprises a plurality of ribs formed on one surface thereof in an air flow direction. a blower fan to blow air; a blower motor to rotate the blower fan; and a blower housing coupled with the blower motor and having a ring-shaped air blowing flow passage in which air discharged from the blower fan flows, wherein the blower housing comprises a plurality of vanes disposed spaced apart from each other in a circumferential direction on the air blowing flow passage over the blower fan , characterized in that each of the plurality of vanes comprises a plurality of ribs formed on one surface thereof in an air flow direction.
A system, comprising: a distributed acoustic sensing (DAS) data collection system coupled to at least one optical fiber , the at least one optical fiber being configured to be at least partially positioned within a wellbore ; and an information handling system coupled to the DAS data collection system, the information handling system comprising a processor and a memory device coupled to the processor, the memory device containing a set of instructions that, when executed by the processor, cause the processor to receive seismic information from the DAS data collection system, the seismic information comprising seismic traces that are each associated with a depth in the wellbore; generate a noise pilot trace by stacking a selection of the seismic traces; characterized in that the set of instructions, when executed by the processor, further cause the processor to subtract the noise pilot trace from the seismic information received from the DAS data collection system to reduce noise artefacts inherent to the DAS data collection system. a distributed acoustic sensing (DAS) data collection system coupled to at least one optical fiber , the at least one optical fiber being configured to be at least partially positioned within a wellbore ; and an information handling system coupled to the DAS data collection system, the information handling system comprising a processor and a memory device coupled to the processor, the memory device containing a set of instructions that, when executed by the processor, cause the processor to receive seismic information from the DAS data collection system, the seismic information comprising seismic traces that are each associated with a depth in the wellbore; generate a noise pilot trace by stacking a selection of the seismic traces; characterized in that the set of instructions, when executed by the processor, further cause the processor to subtract the noise pilot trace from the seismic information received from the DAS data collection system to reduce noise artefacts inherent to the DAS data collection system.
Gelsolin, or functionally equivalent peptide fragment thereof, for use as a medicament in a method of preventing, neutralizing or reducing endotoxemia or endotoxin-induced septic shock in a patient in vivo, wherein the patient is subject to or susceptible to gram negative bacterial infection.
A computer-implemented method of fault-resistant multi-node communication, the communication having a plurality of participating nodes, each node having its own public key and private key, each node having a respective output address to which the communication is to assign tokens, the method, comprising: encrypting a first output address associated with said one of the participating nodes using a first public key associated with said one of the participating nodes; adding the encrypted first output address to a set of encrypted output addresses; shuffling the order of the encrypted output addresses in the set; sending the set to a next node; receiving a further shuffled set of addresses from another of the participating nodes, the further shuffled set of addresses including the encrypted first output address; replacing the encrypted first output address in the further shuffled set of addresses with the first output address; and forwarding the further shuffled set of addresses containing the first output address to a subsequent node. encrypting a first output address associated with said one of the participating nodes using a first public key associated with said one of the participating nodes; adding the encrypted first output address to a set of encrypted output addresses; shuffling the order of the encrypted output addresses in the set; sending the set to a next node; receiving a further shuffled set of addresses from another of the participating nodes, the further shuffled set of addresses including the encrypted first output address; replacing the encrypted first output address in the further shuffled set of addresses with the first output address; and forwarding the further shuffled set of addresses containing the first output address to a subsequent node.
A post-less coaxial cable connector for coupling an end of a coaxial cable to a terminal, the coaxial cable comprising an inner conductor , a dielectric surrounding the inner conductor , an outer conductor surrounding the dielectric , and a jacket surrounding the outer conductor , the post-less coaxial cable connector comprising: a body having an internal surface extending between a front end and a rear end of the body , the internal surface defining a longitudinal opening , and a collapsible groove disposed between the front end and the rear end ; a shell having an outer surface , an internal surface defining an opening through the shell , and slidingly engaging at least a portion of the rear end of the body ; and a compression ring , disposed within the shell , engaging the rear end of the body , the compression ring having an internal surface and at least a portion of the internal surface having projections disposed around at least a portion thereof; wherein upon compression of the post-less coaxial cable connector the projections of the compression ring are configured to engage the jacket of the coaxial cable , thereby preventing rotation of the coaxial cable relative to the post-less coaxial cable connector ; wherein upon axial compression of the post-less coaxial cable connector , the shell moves relative to the compression ring , engages the compression ring , and drives the compression ring forward, causing the compression ring to drive the rear end of the body toward the front end of the body , cause the collapsible groove to collapse by being axially compressed, and drives a portion of the body radially inward such that it can engage the coaxial cable , thereby providing appropriate pull strength for the coaxial cable . a body having an internal surface extending between a front end and a rear end of the body , the internal surface defining a longitudinal opening , and a collapsible groove disposed between the front end and the rear end ; a shell having an outer surface , an internal surface defining an opening through the shell , and slidingly engaging at least a portion of the rear end of the body ; and a compression ring , disposed within the shell , engaging the rear end of the body , the compression ring having an internal surface and at least a portion of the internal surface having projections disposed around at least a portion thereof; wherein upon compression of the post-less coaxial cable connector the projections of the compression ring are configured to engage the jacket of the coaxial cable , thereby preventing rotation of the coaxial cable relative to the post-less coaxial cable connector ; wherein upon axial compression of the post-less coaxial cable connector , the shell moves relative to the compression ring , engages the compression ring , and drives the compression ring forward, causing the compression ring to drive the rear end of the body toward the front end of the body , cause the collapsible groove to collapse by being axially compressed, and drives a portion of the body radially inward such that it can engage the coaxial cable , thereby providing appropriate pull strength for the coaxial cable .
A device comprising a base part and a removable member axially mounted in a removable manner on the base part , the removable member sealingly sliding in the base part on a determined axial stroke, - the base part being mounted on a fluid product container and comprises a dip tube , a cup at the bottom of which an outlet of a dip tube opens out, the cup being provided with a piston lip , and - the removable member comprises a gripping appendage , a tubing able to sealingly slide against the piston lip on said determined axial stroke and an applicator able to retain a fluid product dose derived from the dip tube by a suction generated by the sealed sliding of the tubing against the piston lip on said determined axial stroke. characterized in that it further comprises control means of the "retractable-tip pen" type for axially moving the removable member relative to the base part by axially pressing on the removable member towards the base part , each axial displacement by pressure on the removable member being followed by a backward displacement among two kinds of backward displacements, namely a small backward displacement in the closed position and a large backward displacement in the gripping position. - the base part being mounted on a fluid product container and comprises a dip tube , a cup at the bottom of which an outlet of a dip tube opens out, the cup being provided with a piston lip , and - the removable member comprises a gripping appendage , a tubing able to sealingly slide against the piston lip on said determined axial stroke and an applicator able to retain a fluid product dose derived from the dip tube by a suction generated by the sealed sliding of the tubing against the piston lip on said determined axial stroke.