mhurhangee/patent-ind-claim-en huggingface dataset:
A light scanning device for irradiating a plurality of photoreceptor drums with light so as to form an electrostatic latent image, comprising: - a housing having a plurality of emission ports configured to emit light for irradiating the plurality of photoreceptor drums , the plurality of the emission ports being arranged side by side corresponding to the plurality of the photoreceptor drums ; - a plurality of translucent members which are permeable to the light and close the respective plurality of the emission ports; - a plurality of cleaning members located such as being corresponding to the respective plurality of the translucent members ; - a plurality of cleaning holders which extend over the plurality of the translucent members adjacent to one another respectively, the plurality of the cleaning holders each having a holding unit that is configured to hold at least the two cleaning members ; - a linear member tightly stretched circularly on the housing , the linear member being connected to the plurality of the cleaning holders , and the linear member being tightly stretched circularly over a plurality of pulleys ; and - a driving unit causing the linear member to run circularly over the plurality of pulleys , wherein each of the cleaning members is configured to slide on the corresponding translucent member in association with the linear member running circularly, and the cleaning holders are each connected to the linear member at a center of the holding unit in an extending direction of the holding unit . - a housing having a plurality of emission ports configured to emit light for irradiating the plurality of photoreceptor drums , the plurality of the emission ports being arranged side by side corresponding to the plurality of the photoreceptor drums ; - a plurality of translucent members which are permeable to the light and close the respective plurality of the emission ports; - a plurality of cleaning members located such as being corresponding to the respective plurality of the translucent members ; - a plurality of cleaning holders which extend over the plurality of the translucent members adjacent to one another respectively, the plurality of the cleaning holders each having a holding unit that is configured to hold at least the two cleaning members ; - a linear member tightly stretched circularly on the housing , the linear member being connected to the plurality of the cleaning holders , and the linear member being tightly stretched circularly over a plurality of pulleys ; and - a driving unit causing the linear member to run circularly over the plurality of pulleys ,
A device for emulating a supply network for validating components (DUT) of a power supply system, comprising • means (RT) for providing a current/voltage signal corresponding to a frequency-dependent impedance of a specifiable supply network, • means (PA) for amplifying the provided current/voltage signal, • means (SI) for measuring the current flowing from the device into the connected component (DUT) and • means (SU) for measuring the voltage that is effectively applied at the connected component (DUT), • wherein, in operation, the output current I out and the output voltage V out are fed back to the means (RT) for providing a current/voltage signal so that a closed circuit is provided in this power-hardware-in-the-loop setup, characterized in that the frequency-dependent impedance of a specifiable supply network of an emulated network impedance model (WFI) is of any higher order. • means (RT) for providing a current/voltage signal corresponding to a frequency-dependent impedance of a specifiable supply network, • means (PA) for amplifying the provided current/voltage signal, • means (SI) for measuring the current flowing from the device into the connected component (DUT) and • means (SU) for measuring the voltage that is effectively applied at the connected component (DUT), • wherein, in operation, the output current I out and the output voltage V out are fed back to the means (RT) for providing a current/voltage signal so that a closed circuit is provided in this power-hardware-in-the-loop setup,
A method for displaying multiple time rings on an avionic display , the method comprising: displaying a first time ring in the avionic display; displaying a second time ring in the avionic display, wherein the first and second time rings comprise a pair of visually spaced apart time rings, wherein a visual spacing apart between the first and second time rings is indicative of a range and a separation flight time between the first and second time rings; and displaying, about at least the first time ring in the avionic display, a distance marker of a value for a range and a numerical value for a time marker corresponding to a separation flight time between the first and second rings in relation to an ownship's position and airspeed, the method further comprising: displaying the distance marker and the time marker for the range and the separation flight time, the range and the separation flight time corresponding to a commencing of a supersonic flight phase in relation to the ownship's position and airspeed. displaying a first time ring in the avionic display; displaying a second time ring in the avionic display, wherein the first and second time rings comprise a pair of visually spaced apart time rings, wherein a visual spacing apart between the first and second time rings is indicative of a range and a separation flight time between the first and second time rings; and displaying, about at least the first time ring in the avionic display, a distance marker of a value for a range and a numerical value for a time marker corresponding to a separation flight time between the first and second rings in relation to an ownship's position and airspeed, the method further comprising: displaying the distance marker and the time marker for the range and the separation flight time, the range and the separation flight time corresponding to a commencing of a supersonic flight phase in relation to the ownship's position and airspeed.
A synergistic antimicrobial composition comprising 3-iodo-2-propynyl-butylcarbamate and diamine, which is N-(3-Aminopropyl)-N-dodecylpropane-1,3-diamine, wherein the weight ratio of the 3-iodo-2-propynyl-butylcarbamate to diamine is from 1:10 to 10:1.
A pneumatic motorcycle tire comprising: a carcass extending between a pair of bead cores , a tread reinforcing cord layer arranged on an outer side of the carcass in a tire radial direction, and a tread rubber arranged on the outer side of the tread reinforcing cord layer in the tire radial direction, the tread rubber forming a ground contacting surface including a crown ground contacting surface for contacting with the ground during straight running, and a pair of shoulder ground contacting surfaces for contacting with the ground during cornering, wherein the tread rubber comprises a base rubber layer and a pair of shoulder rubber layers , the base rubber layer comprises a cover portion covering at least the tread reinforcing cord layer over an entire width thereof and a convex portion protruding radially outwardly from the cover portion so as to form the crown ground contacting surface , the shoulder rubber layers are arranged on the radially outer side of the cover portion so as to form the shoulder ground contacting surfaces , and the base rubber layer is made of a first rubber composition having larger hardness than the shoulder rubber layers , characterized in that the shoulder rubber layers are made of a second rubber composition containing larger amount of oil component than the base rubber layer . a carcass extending between a pair of bead cores , a tread reinforcing cord layer arranged on an outer side of the carcass in a tire radial direction, and a tread rubber arranged on the outer side of the tread reinforcing cord layer in the tire radial direction, the tread rubber forming a ground contacting surface including a crown ground contacting surface for contacting with the ground during straight running, and a pair of shoulder ground contacting surfaces for contacting with the ground during cornering, wherein the tread rubber comprises a base rubber layer and a pair of shoulder rubber layers , the base rubber layer comprises a cover portion covering at least the tread reinforcing cord layer over an entire width thereof and a convex portion protruding radially outwardly from the cover portion so as to form the crown ground contacting surface , the shoulder rubber layers are arranged on the radially outer side of the cover portion so as to form the shoulder ground contacting surfaces , and the base rubber layer is made of a first rubber composition having larger hardness than the shoulder rubber layers , characterized in that the shoulder rubber layers are made of a second rubber composition containing larger amount of oil component than the base rubber layer .
An implantable device for detecting a triggering signal within tissue and generating an output signal therefrom, the device comprising: an array of semiconductor nanowires extending from a substrate for implantation in a location within the tissue within which the triggering signal is received, the array of semiconductor nanowires having a predetermined spatial distribution, density, size and shape; an electrical conductor disposed at a first end of all nanowires in the array of semiconductor nanowires; a bias source in electrical communication with the electrical conductor for biasing the array; and a plurality of electrodes disposed on a second end of each of one nanowire or a bundle of nanowires in the array of semiconductor nanowires, characterised in that said nanowires are semiconductor nanowires configured such that in use each semiconductor nanowire produces a photocurrent at a corresponding electrode in response to detection of the triggering signal, the triggering signal comprising light impinging on the tissue, and wherein in use the array of semiconductor nanowires generates an output signal corresponding to the currents produced in response to the triggering signal, the output signal comprising a signal for stimulating one or more photoreceptor neurons. an array of semiconductor nanowires extending from a substrate for implantation in a location within the tissue within which the triggering signal is received, the array of semiconductor nanowires having a predetermined spatial distribution, density, size and shape; an electrical conductor disposed at a first end of all nanowires in the array of semiconductor nanowires; a bias source in electrical communication with the electrical conductor for biasing the array; and a plurality of electrodes disposed on a second end of each of one nanowire or a bundle of nanowires in the array of semiconductor nanowires, characterised in that said nanowires are semiconductor nanowires configured such that in use each semiconductor nanowire produces a photocurrent at a corresponding electrode in response to detection of the triggering signal, the triggering signal comprising light impinging on the tissue, and wherein in use the array of semiconductor nanowires generates an output signal corresponding to the currents produced in response to the triggering signal, the output signal comprising a signal for stimulating one or more photoreceptor neurons.
A compact electromechanical activation system for the safety gear of an elevator, comprising: - a fixed protective plate having drive means fixed to it, based on a holding coil and release means arranged in alignment; - mobile wedging means activated by the drive means, wherein these mobile wedging means are arranged in parallel with respect to the drive means; - one or two wedging rollers for a one-way safety gear system or for a two-way safety gear system respectively, the compact electromechanical activation system being characterized in that the drive means fixed to the fixed protective plate further comprise a reset coil . - a fixed protective plate having drive means fixed to it, based on a holding coil and release means arranged in alignment; - mobile wedging means activated by the drive means, wherein these mobile wedging means are arranged in parallel with respect to the drive means; - one or two wedging rollers for a one-way safety gear system or for a two-way safety gear system respectively,
A process for purifying melamine production wastewater containing alkali metal compounds, which includes thermal hydrolysis of wastewater at a temperature of 190-245°C characterized in that the steam is bubbled through the wastewater in a hydrolyzer, wherein the amount of bubbled steam is equal to 5-20% of the amount of untreated wastewater and the bubbled steam temperature exceeds hydrolysis work temperature by 5-60°C.
A system , comprising: an imaging device that captures an image of a tissue sample at an optical section of the tissue sample using Stimulated Raman Scattering, where the tissue sample has a thickness larger than the optical section; and a diagnostic module configured to receive the image for the tissue sample from the imaging device and generate a diagnosis for the tissue sample by applying a convolutional neural network to the image for classifying the tissue sample into categories including a tumoral tissue category or a nontumoral tissue category, where the tumoral tissue category is a tissue sample with a tumor and the nontumoral tissue category is a tissue sample without a tumor; wherein the diagnostic module generates a secondary diagnosis for the tissue sample by determining a quantitative measure of cellularity for the tissue sample in the image without machine learning and outputs the diagnosis when the secondary diagnosis matches the diagnosis for the tissue sample using the convolutional neural network but otherwise classifies the tissue sample in the non-diagnostic category when the secondary diagnosis does not match the diagnosis for the tissue sample using the convolutional neural network. an imaging device that captures an image of a tissue sample at an optical section of the tissue sample using Stimulated Raman Scattering, where the tissue sample has a thickness larger than the optical section; and a diagnostic module configured to receive the image for the tissue sample from the imaging device and generate a diagnosis for the tissue sample by applying a convolutional neural network to the image for classifying the tissue sample into categories including a tumoral tissue category or a nontumoral tissue category, where the tumoral tissue category is a tissue sample with a tumor and the nontumoral tissue category is a tissue sample without a tumor; wherein the diagnostic module generates a secondary diagnosis for the tissue sample by determining a quantitative measure of cellularity for the tissue sample in the image without machine learning and outputs the diagnosis when the secondary diagnosis matches the diagnosis for the tissue sample using the convolutional neural network but otherwise classifies the tissue sample in the non-diagnostic category when the secondary diagnosis does not match the diagnosis for the tissue sample using the convolutional neural network.
A pharmaceutical composition comprising: (a) cefepime or a pharmaceutically acceptable salt thereof, and (b) a compound of Formula (I) or a stereoisomer or a pharmaceutically acceptable salt thereof: wherein said composition comprises: (i) 1 gram of the compound of Formula (I) or the stereoisomer or the pharmaceutically acceptable salt thereof, and 2 gram of cefepime or the pharmaceutically acceptable salt thereof; or (ii) 2 gram of the compound of Formula (I) or the stereoisomer or the pharmaceutically acceptable salt thereof, and 2 gram of cefepime or the pharmaceutically acceptable salt thereof. (i) 1 gram of the compound of Formula (I) or the stereoisomer or the pharmaceutically acceptable salt thereof, and 2 gram of cefepime or the pharmaceutically acceptable salt thereof; or (ii) 2 gram of the compound of Formula (I) or the stereoisomer or the pharmaceutically acceptable salt thereof, and 2 gram of cefepime or the pharmaceutically acceptable salt thereof.
Method for testing a tap changer of a transformer (5; 6), wherein the tap changer is configured to change a transmission ratio of the transformer (5; 6), wherein the method comprises the following steps: generating a test signal which is supplied to a winding (1-3; 10) of the transformer (5; 6) and to the tap changer , repeatedly actuating the tap changer in order to change the transmission ratio with each actuation, detecting a curve of an electrical measurement variable (I; I 1 ; I 2 ) of the transformer (5; 6) over time (t) respectively during the step of actuating the tap changer depending on the test signal, and automatically illustrating the curves of the electrical measurement variable (I; I 1 ; I 2 ) detected during the repeatedly actuating of the tap changer in a temporally-superimposed manner. generating a test signal which is supplied to a winding (1-3; 10) of the transformer (5; 6) and to the tap changer , repeatedly actuating the tap changer in order to change the transmission ratio with each actuation, detecting a curve of an electrical measurement variable (I; I 1 ; I 2 ) of the transformer (5; 6) over time (t) respectively during the step of actuating the tap changer depending on the test signal, and automatically illustrating the curves of the electrical measurement variable (I; I 1 ; I 2 ) detected during the repeatedly actuating of the tap changer in a temporally-superimposed manner.
A terminal device to affix a ground wire extending from a DC powered electrical or electronic component to a metal wall surface located in another structure, the terminal device comprising a securing screw , a locking screw , a grounding wire receiving section to affix a ground wire to the grounding wire receiving section and a metal grounding plate section having a securing screw opening and a locking screw opening to receive the securing screw comprising a securing screw head section having a predetermined diameter and the locking screw comprising a locking screw head section having a predetermined diameter, respectively, characterized in that the locking screw head section has a perimeter edge, wherein the diameter of the locking screw head section is set so that its perimeter edge contacts the securing screw head section at a distance from the securing screw head section perimeter edge equal to at least one-quarter of the radius of the securing screw head section , and the securing screw opening and the locking screw opening are positioned relative to one another such that when both the locking screw and the securing screw have been extended through the locking screw opening and the securing screw opening , respectively, the locking screw head section will contact and apply an anti-rotational force against the securing screw head section .
Heart implant comprising a tubular attachment element to which a sheath or inflatable membrane is attached, the sheath or inflatable membrane being coaxially positioned around at least a part of the tubular attachment element, wherein the sheath or inflatable membrane forms a closure element for closing a remaining gap of closed native heart valve leaflets when situated in the valve annulus, said tubular attachment element having a lower end and an upper end , the upper end being split into strips forming an expandable cage (C) being anchorable within the atrium of the heart via surface contact between an exterior surface of the expandable cage (C) and an interior surface of the atrium; and characterized in that in an expanded state, the strips extend from the upper end towards the lower end of the tubular attachment element and form an expanded cage (C) being positioned around at least an upper part of the tubular attachment element . a tubular attachment element to which a sheath or inflatable membrane is attached, the sheath or inflatable membrane being coaxially positioned around at least a part of the tubular attachment element, wherein the sheath or inflatable membrane forms a closure element for closing a remaining gap of closed native heart valve leaflets when situated in the valve annulus, said tubular attachment element having a lower end and an upper end , the upper end being split into strips forming an expandable cage (C) being anchorable within the atrium of the heart via surface contact between an exterior surface of the expandable cage (C) and an interior surface of the atrium; and characterized in that in an expanded state, the strips extend from the upper end towards the lower end of the tubular attachment element and form an expanded cage (C) being positioned around at least an upper part of the tubular attachment element .
Conductive paint for electro-deposition painting, the paint comprising non-oxide ceramic particles each configured such that an oxide layer is provided on a surface thereof, wherein the non-oxide ceramic particles comprise at least one type of AxBy-form particles, where a sum of x and y is 7 or less, the conductive paint further comprising a resin and deionized water, and characterized in that the non-oxide ceramic particles comprise at least one of SiC, TiC, and Si 3 N 4 particles, and wherein a thickness of the oxide layer ranges from 0.1 to 50 nm, and wherein a diameter of the non-oxide ceramic particles ranges from 100 to 10,000 nm, and wherein the non-oxide ceramic particles are provided in a range of 2 to 25 wt%, the resin is provided in a range of 10 to 40 %, and the deionized water is provided in a range of 50 to 88 %, and wherein pH of the conductive paint ranges from 5.5 to 6.5. characterized in that the non-oxide ceramic particles comprise at least one of SiC, TiC, and Si 3 N 4 particles, and wherein a thickness of the oxide layer ranges from 0.1 to 50 nm, and wherein a diameter of the non-oxide ceramic particles ranges from 100 to 10,000 nm, and wherein the non-oxide ceramic particles are provided in a range of 2 to 25 wt%, the resin is provided in a range of 10 to 40 %, and the deionized water is provided in a range of 50 to 88 %, and wherein pH of the conductive paint ranges from 5.5 to 6.5.