mhurhangee/ep-ind-claims huggingface dataset:
A method of recovering viable microorganisms from a sample comprising microorganism cells and an antimicrobial agent, the method comprising: a) incubating the sample with coated particles to form particle-microorganism complexes; and b) separating the particle-microorganism complexes from the antimicrobial agent; thereby recovering viable microorganisms from the sample; and c) incubating and/or culturing the viable microorganisms recovered in step b), wherein the sample is from a subject who has been treated with the antimicrobial agent, wherein the microorganisms in the sample are or are thought to be susceptible to the antimicrobial agent and wherein the sample comprises a bodily fluid. a) incubating the sample with coated particles to form particle-microorganism complexes; and b) separating the particle-microorganism complexes from the antimicrobial agent; thereby recovering viable microorganisms from the sample; and c) incubating and/or culturing the viable microorganisms recovered in step b),
A hybrid electric system, comprising: an internal combustion engine; a non self-exciting AC generator/motor; said non self-exciting AC generator/motor operates in either a generator mode or a motor mode; a high voltage DC bus; an ultracapacitor bank, said ultracapacitor bank connected full time across said high voltage DC bus; an AC-DC inverter for converting the AC power from said non self-exciting AC generator/motor to DC power for supply to said high voltage DC bus and said ultracapacitor bank; a low-voltage DC battery; means for charging said ultracapacitor bank from said conventional low-voltage DC battery to provide initial excitation energy to said non self-exciting generator/motor operating in said motor mode to start said internal combustion engine characterized in that said ultracapacitor bank is driven to a predetermined maximum state of charge prior to engine shutdown in order to provide for rapid engine starting without need to rely on pre-charging from said vehicle low-voltage DC battery under normal operating conditions. an internal combustion engine; a non self-exciting AC generator/motor; said non self-exciting AC generator/motor operates in either a generator mode or a motor mode; a high voltage DC bus; an ultracapacitor bank, said ultracapacitor bank connected full time across said high voltage DC bus; an AC-DC inverter for converting the AC power from said non self-exciting AC generator/motor to DC power for supply to said high voltage DC bus and said ultracapacitor bank; a low-voltage DC battery; means for charging said ultracapacitor bank from said conventional low-voltage DC battery to provide initial excitation energy to said non self-exciting generator/motor operating in said motor mode to start said internal combustion engine characterized in that said ultracapacitor bank is driven to a predetermined maximum state of charge prior to engine shutdown in order to provide for rapid engine starting without need to rely on pre-charging from said vehicle low-voltage DC battery under normal operating conditions.
A heat engine, in particular of a motor vehicle, comprising a crankshaft and a system for varying a compression ratio of said engine, said system for varying the compression ratio including: - at least one eccentric part rotatably mounted on a crank pin, said eccentric part comprising an outer face of eccentric shape intended to cooperate with an end of a rod, and at least one ring gear, - a control device of the angular position of said eccentric part comprising an actuating pinion mounted on an actuating shaft, characterized in that said control device furthermore comprises at least one stepped intermediate pinion including at least a first and a second step, each formed by a pinion (37, 38), the pinion of said first step meshing with said actuating pinion and the pinion of said second step meshing with said eccentric ring gear, said control device traversing the crankshaft arm. - at least one eccentric part rotatably mounted on a crank pin, said eccentric part comprising an outer face of eccentric shape intended to cooperate with an end of a rod, and at least one ring gear, - a control device of the angular position of said eccentric part comprising an actuating pinion mounted on an actuating shaft, characterized in that said control device furthermore comprises at least one stepped intermediate pinion including at least a first and a second step, each formed by a pinion (37, 38), the pinion of said first step meshing with said actuating pinion and the pinion of said second step meshing with said eccentric ring gear, said control device traversing the crankshaft arm.
An optical lens assembly, comprising: an optical component having a reflector, the reflector having a light emission portion and a light incidence portion, and an accommodating space is formed in the reflector and adjacent to the light incidence portion, wherein an outer surface of the reflector forms a total reflection surface for reflecting light from the light incidence portion to the light emission portion, wherein the light emission portion comprises an inner light emission portion and a circular light output portion extended from the inner light emission portion, the inner light emission portion is step-shaped, and the inner light emission portion extends spirally upwardly or downwardly; and an outer lens having a light guiding column and an disc-shaped portion connected to a top end of the light guiding column, the outer lens being disposed at a side of the optical component, wherein the light guiding column corresponds to the accommodating space and is disposed in the accommodating space, and the disc-shaped portion corresponds to the light emission portion and a rim portion of the disc-shaped portion covers the light emission portion for outward emitting the light from the light emission portion; wherein the outer lens and the optical component are configured to move toward or move away from each other, and the light guiding column is configured to move relative to the optical component in the accommodating space. an optical component having a reflector, the reflector having a light emission portion and a light incidence portion, and an accommodating space is formed in the reflector and adjacent to the light incidence portion, wherein an outer surface of the reflector forms a total reflection surface for reflecting light from the light incidence portion to the light emission portion, wherein the light emission portion comprises an inner light emission portion and a circular light output portion extended from the inner light emission portion, the inner light emission portion is step-shaped, and the inner light emission portion extends spirally upwardly or downwardly; and an outer lens having a light guiding column and an disc-shaped portion connected to a top end of the light guiding column, the outer lens being disposed at a side of the optical component, wherein the light guiding column corresponds to the accommodating space and is disposed in the accommodating space, and the disc-shaped portion corresponds to the light emission portion and a rim portion of the disc-shaped portion covers the light emission portion for outward emitting the light from the light emission portion; wherein the outer lens and the optical component are configured to move toward or move away from each other, and the light guiding column is configured to move relative to the optical component in the accommodating space.
A depot unit for storing and applying mascara, in particular fluids and suspensions, wherein the depot unit has a refillable or replaceable tank, wherein the tank is configured to store mascara, wherein the depot unit has at least one first recess in which an eyelash brush is receivable, wherein the depot unit and/or the tank have at least one first application element which is designed at least partially mascara-permeable, wherein the first application element, which is arranged in the first recess, is configured to convey mascara out of the tank onto an eyelash brush, characterized in that the tank is replaceably arranged in the depot unit and/or the tank has a port to refill the tank.
A position limiting device configured to be used in a surgical device, comprising a clamping portion (3-a) and a movable portion (3-b), characterized in that the clamping portion (3-a) and the movable portion (3-b) are both of an arc structure, two ends of the clamping portion (3-a) in the arc structure and two ends of the movable portion (3-b) in the arc structure are connected, respectively, forming a connected double-ring structure; a ring diameter of the movable portion is greater than a ring diameter of the clamping portion; and the position limiting device is provided on a core rod, the clamping portion (3-a) and the core rod are in an interference fit, and the movable portion (3-b) and the core rod are in a clearance fit, wherein when the movable portion (3-b) cooperates with the core rod, the position limiting device is slidable with respect to the core rod, and when the clamping portion (3-a) cooperates with the core rod, the position limiting device and the core rod are in a fixed state, and the position limiting device is immovable with respect to the core rod, thus achieving a position limiting purpose.
A display device comprising: an electronic paper display imageable by receiving charges on an imaging surface of the electronic paper display; a counter-electrode opposite to the imaging surface of the electronic paper display; a floating electrode capacitively coupled to the counter-electrode; and a patterned layer on a first side of the floating electrode to provide mechanical protection for the floating electrode while enabling an air discharge to the floating electrode; wherein the patterned layer covers between 5% and 95% of the first side of the floating electrode, such that a portion of the first side of the floating electrode remains exposed, and wherein the first side of the floating electrode faces away from the electronic paper display and a second side of the floating electrode faces towards the electronic paper display. an electronic paper display imageable by receiving charges on an imaging surface of the electronic paper display; a counter-electrode opposite to the imaging surface of the electronic paper display; a floating electrode capacitively coupled to the counter-electrode; and a patterned layer on a first side of the floating electrode to provide mechanical protection for the floating electrode while enabling an air discharge to the floating electrode; wherein the patterned layer covers between 5% and 95% of the first side of the floating electrode, such that a portion of the first side of the floating electrode remains exposed, and wherein the first side of the floating electrode faces away from the electronic paper display and a second side of the floating electrode faces towards the electronic paper display.
A test panel assembly configured to verify the operational integrity of a component to be used with multiple tests for a single component, the test panel assembly comprising: - a main body comprising a first surface integrally connected to an opposed second surface; - a first test section formed on the first surface of the main body; and - a second test section formed on the first surface of the main body, wherein the first test section is a dye penetrant inspection test section comprising a plurality of sensitivity indicators arranged in multiple groups, wherein each sensitivity indicator is a cavity formed into the first surface of the first test section, wherein the second test section is a removability test section including a grit blasted roughened area configured for one of a penetrant removability test or an emulsifier removability test, wherein the first test section is shaped as a triangle, wherein the second test section is shaped as a rectangle extending from a side of the first test section, and wherein, within one group of the multiple groups, each sensitivity indicator of the first test section has a unique combination of diameter or width and depth and is associated with an indicator, such as a letter, number, test, or other such graphic that indicates the specific nature of the particular sensitivity indicator. - a main body comprising a first surface integrally connected to an opposed second surface; - a first test section formed on the first surface of the main body; and - a second test section formed on the first surface of the main body, wherein the first test section is a dye penetrant inspection test section comprising a plurality of sensitivity indicators arranged in multiple groups, wherein each sensitivity indicator is a cavity formed into the first surface of the first test section, wherein the second test section is a removability test section including a grit blasted roughened area configured for one of a penetrant removability test or an emulsifier removability test, wherein the first test section is shaped as a triangle, wherein the second test section is shaped as a rectangle extending from a side of the first test section, and wherein, within one group of the multiple groups, each sensitivity indicator of the first test section has a unique combination of diameter or width and depth and is associated with an indicator, such as a letter, number, test, or other such graphic that indicates the specific nature of the particular sensitivity indicator.
Stable fruit preparation containing: A) between 10 and 22% by weight of acacia gum with respect to the total weight of the fruit preparation and B) between 0.5 and 3% by weight of non-hydrosoluble cellulose fibre with respect to the total weight of the fruit preparation, co-dried with acacia gum A) between 10 and 22% by weight of acacia gum with respect to the total weight of the fruit preparation and B) between 0.5 and 3% by weight of non-hydrosoluble cellulose fibre with respect to the total weight of the fruit preparation, co-dried with acacia gum
A process for utilizing a printer startup wizard for a food fresh barcode printer, the barcode printer comprising a thermal print head, a stepper motor, a controller, and memory storing software, the software configured to perform the steps of: powering the printer on to find a first power flag set to true or entering a menu from a system configuration menu; dropping down the display language setting prompt in the active language of the printer; selecting a new language if needed; proceeding to a next configuration selection; prompting a user to format time and date; displaying a current time prompt in the selected language; updating system time; prompting the user to load product information in a data base; determining next configuration item from a configuration file to modify behavior of the startup wizard on a customer-by-customer basis; prompting a user to view a help page for common problems; after selecting a help tip to display, then selecting a finish button to terminate the startup wizard; and exiting program. powering the printer on to find a first power flag set to true or entering a menu from a system configuration menu; dropping down the display language setting prompt in the active language of the printer; selecting a new language if needed; proceeding to a next configuration selection; prompting a user to format time and date; displaying a current time prompt in the selected language; updating system time; prompting the user to load product information in a data base; determining next configuration item from a configuration file to modify behavior of the startup wizard on a customer-by-customer basis; prompting a user to view a help page for common problems; after selecting a help tip to display, then selecting a finish button to terminate the startup wizard; and exiting program.
A polyolefin composition having a melting enthalpy ΔH fus, measured by DSC at the second heating scan, of from 7 to 30 J/g, preferably from 8 to 28 J/g, comprising: A) from 63 to 78% by weight, preferably from 64 to 76% by weight, of a copolymer of butene-1 with ethylene having a copolymerized ethylene content of up to 18% by mole and no melting peak detectable at the DSC at the second heating scan; B) from 22 to 37% by weight, preferably from 24 to 36% by weight, of (i) a propylene homopolymer, or (ii) a propylene copolymer, or (iii) a mixture of two or more of (i) and (ii), having a melting temperature T m, measured by DSC at the second heating scan, of from 130°C to 165°C, preferably from 131 to 165°C, more preferably from 131 to 160°C; wherein the amounts of A) and B) are referred to the total weight of A) + B) and the DSC second heating scan is carried out with a heating rate of 10°C per minute. A) from 63 to 78% by weight, preferably from 64 to 76% by weight, of a copolymer of butene-1 with ethylene having a copolymerized ethylene content of up to 18% by mole and no melting peak detectable at the DSC at the second heating scan; B) from 22 to 37% by weight, preferably from 24 to 36% by weight, of (i) a propylene homopolymer, or (ii) a propylene copolymer, or (iii) a mixture of two or more of (i) and (ii), having a melting temperature T m, measured by DSC at the second heating scan, of from 130°C to 165°C, preferably from 131 to 165°C, more preferably from 131 to 160°C;
A high strength, corrosion resistant alloy suitable for use in oil and gas environments, consisting of in weight %: 0-15% Fe, 18-24% Cr, 3-9% Mo, 0.05-3.0% Cu, 4.0-6.5% Nb, 0.5-2.2% Ti, 0.05-1.0% Al, 0.005-0.020% C, balance Ni plus incidental impurities, each less than 0.05%, wherein a ratio of Nb/(Ti+Al) = 2.5-7.5.
A physiological measurement method comprising the steps of: providing a pulse oximeter having: an LED drive path adapted to activate emitters so as to transmit optical radiation through a fleshy medium having flowing blood; a detector signal path adapted to communicate a detector response to said optical radiation after attenuation by said fleshy medium, said response indicative of optical characteristics of said flowing blood; a sensor port adapted to be connected at a first time to an analog sensor and at a second time different from the first time to a digital data source, said sensor port having an input in communication with said signal path and an output in communication with said drive path; and a signal processor; the method further comprising the steps of: transmitting output digital data from said signal processor to the digital data source over at least a portion of said drive path; and receiving input digital data from said digital data source and transmit it to the signal processor over at least a portion of said signal path. providing a pulse oximeter having: an LED drive path adapted to activate emitters so as to transmit optical radiation through a fleshy medium having flowing blood; a detector signal path adapted to communicate a detector response to said optical radiation after attenuation by said fleshy medium, said response indicative of optical characteristics of said flowing blood; a sensor port adapted to be connected at a first time to an analog sensor and at a second time different from the first time to a digital data source, said sensor port having an input in communication with said signal path and an output in communication with said drive path; and a signal processor; an LED drive path adapted to activate emitters so as to transmit optical radiation through a fleshy medium having flowing blood; a detector signal path adapted to communicate a detector response to said optical radiation after attenuation by said fleshy medium, said response indicative of optical characteristics of said flowing blood; a sensor port adapted to be connected at a first time to an analog sensor and at a second time different from the first time to a digital data source, said sensor port having an input in communication with said signal path and an output in communication with said drive path; and a signal processor; the method further comprising the steps of: transmitting output digital data from said signal processor to the digital data source over at least a portion of said drive path; and receiving input digital data from said digital data source and transmit it to the signal processor over at least a portion of said signal path. transmitting output digital data from said signal processor to the digital data source over at least a portion of said drive path; and receiving input digital data from said digital data source and transmit it to the signal processor over at least a portion of said signal path.
A method of wireless communication at a base station, comprising: receiving, from a User Equipment, UE, a first random access message comprising a preamble; transmitting, to the UE, a second random access message using a first narrowband, wherein the second random access message comprises a random access response, RAR, and wherein the RAR indicates a second narrowband to be used by the UE for receiving a fourth random access message from the base station following the RAR; receiving, from the UE, a third random access message comprising a report of a first measurement of the first narrowband or a second measurement of the second narrowband; determining whether the report received in the third random access message comprises the first measurement of the first narrowband or the second measurement of the second narrowband; and transmitting the fourth random access message using the second narrowband receiving, from a User Equipment, UE, a first random access message comprising a preamble; transmitting, to the UE, a second random access message using a first narrowband, wherein the second random access message comprises a random access response, RAR, and wherein the RAR indicates a second narrowband to be used by the UE for receiving a fourth random access message from the base station following the RAR; receiving, from the UE, a third random access message comprising a report of a first measurement of the first narrowband or a second measurement of the second narrowband; determining whether the report received in the third random access message comprises the first measurement of the first narrowband or the second measurement of the second narrowband; and transmitting the fourth random access message using the second narrowband