mhurhangee/ep-ind-claims huggingface dataset:
Piston for an internal combustion engine, in particular for a diesel engine, comprising a body delimited laterally by a skirt capable of cooperating with the walls of a cylinder of axis of revolution C in which the piston can slide according to this axis C, said piston comprising a front-end face which comprises a central dog point, a peripheral crown ring and a bowl of axis of revolution B which extends from the central dog point to the peripheral crown ring, the bowl being connected to the crown ring at a lip of thickness Ep, below which the bowl has a torus of half-dome profile substantially directly below the lip, of maximum radius of curvature Rt capable of guiding a fuel injected under the lip in a reentrant zone R towards the central dog point, characterized in that the apex of the dog point situated on the axis of revolution B of the bowl rises to a height less than a distance Dt under the level of the peripheral crown ring of between 5.4 mm and 8 mm and preferably substantially equal to 7.2 mm, the central dog point having a slope towards the torus of angle A taken from the axis of revolution B of the bowl in the geometrical sense and between 65° and 65.7° and being preferably substantially equal to 65°, and the maximum depth P of the bowl being between 14.8 mm and 16.2 mm and preferably substantially equal to. 16.2 mm.
A method of producing 3-oxoadipic acid, said method comprising the step of culturing at least one type of microorganism having a capacity to metabolize an aliphatic compound to produce 3-oxoadipic acid, selected from the group consisting of microorganisms of the genera Serratia, Corynebacterium, Hafnia, Bacillus, Escherichia, Pseudomonas, Acinetobacter, Alcaligenes, Shimwellia, Planomicrobium, Nocardioides, Yarrowia, Cupriavidus, Rhodosporidium, Streptomyces, Microbacterium, Saccharomyces, and Yersinia, wherein the medium for culturing said microorganism contains the aliphatic compound utilizable as a sole carbon source for growth of the microorganism.
A system for assessing cardiac filling pressure of a patient non-invasively, said system comprising ECG signal leads to ascertain the central arterial stiffness of the patient; a device that is configured so as to display information as to how to conduct the testing protocol, including: displaying the desired expiratory pressure to reach, displaying the time period for maintaining such an expiratory pressure and displaying how and where the leads should be connected to the body; an optical pulse volume sensing device, the optical pulse volume sensing device being a photoplethysmography transducer and configured to be located on a finger or digit of a patient and so that the optical pulse volume sensing device senses a change in volume caused by the pressure pulse by illuminating skin of the finger or digit with light, the optical pulse volume sensing device configured to provide an output of a pulse volume signal of cardiac circulatory flow; a pressure transducer that is configured to be fluidly coupled to a mouth of the patient and so that the pressure transducer measures expiratory pressure based on an expiratory effort by the patient; means for determining a pulse amplitude ratio using the pulse pressure near an end of the expiratory effort and a baseline pulse pressure; and means for assessing the determined pulse amplitude ratio so as to determine a filling pressure condition for a heart of the patient, taking into account the central arterial stiffness of the patient.
A wheel for items of furniture which comprises a support, said support being provided with at least one vertical portion having at least one receptacle for accommodating a supporting upright integral with the item of furniture, and said support further having at least one lateral band, and the wheel further comprising a hollow sleeve, said hollow sleeve being coupled to the at least one said lateral band and said hollow sleeve rotatably supports a substantially annular rolling element, the wheel further comprising at least one slider, which is at least partially accommodated in said receptacle, and is aligned with the end tip of said supporting upright, said at least one slider being able to move from a first configuration of interference with said rolling element by the action of respective elastic means, with consequent resting of an abutment thereof on the outer surface of said rolling element, said first configuration corresponding to a deployment wherein said supporting upright is raised and proximate to said slider, to a second configuration of non-interference, by forcing of said elastic means, with consequent distancing of said abutment from the outer surface of said rolling element, said second configuration corresponding to a lowered deployment of said supporting upright resting on said slider, said supporting upright comprising a pin, which is integral with said item of furniture, and a shaft element of complementary outer shape and dimensions to those of said receptacle and of complementary shape and dimensions of its inner cavity to those of said pin, said shaft element being slideable into said receptacle along a preset stroke, integrally with said pin, characterized by said shaft element comprising a slot (32, 33), substantially parallel to the axis of said shaft element, of equal length to the said preset stroke, said receptacle comprising a projection (34, 35), designed to be accommodated within said slot (32, 33), for the abutment on the terminal edges thereof at the two limit configurations that are defined by said preset stroke.
An optoelectronic sensor for detecting objects having at least one light transmitter and having at least one light receiver that are arranged with respect to one another such that light of the light transmitters is conducted to a retroreflector on a transmission path and is conducted back to the light receiver on a reception path, wherein the light transmitter and the light receiver have separate optics for focusing the light onto a light beam in accordance with the autocollimation principle or each have an optics, the optics being directly adjacent to one another and being associated in accordance with the two-eye principle; wherein the optoelectronic sensor is configured to supply the light of the light transmitters to the transmission path via a first polarizing filter and to supply the reflected light from the reception path to the light receiver via a second polarizing filter; and wherein a control and evaluation unit is configured to recognize an interruption of the light beam as a detection of an object, characterized in that the first polarizing filter or the second polarizing filter is supported at a filter carrier at least rotatable about one longitudinal optical axis in an optics carrier; and in that the other second polarizing filter or first polarizing filter is fixed in a stationary position and the first polarizing filter or the second polarizing filter is fixable at an angle of 90° to the other second polarizing filter or first polarizing filter, with an optics being arranged at the filter carrier and with the filter carrier being displaceable along the longitudinal optical axis in the optical carrier.
A method of cleaning a dishwashing machine, using a machine-cleaner composition in a wash cycle of the machine; while the machine is empty of wares, wherein the machine-cleaner composition is a low-foaming machine-cleaner composition comprising water, an alkoxylate and an acid, the composition consisting of two separate layers, under ambient conditions; wherein the acid is an organic acid; and the composition comprises at least 10wt% of organic acid; wherein the organic acid is citric acid; wherein the alkoxylate is present in an amount of least 5wt%; wherein the alkoxylate is an alcohol ethoxylate having an average 7-15 carbon atoms in the "body" and an average 2-6 moles ethylene oxide in the "tail", per mole of the alcohol.
A method to optimize efficiency of a LED driver, comprising the following steps: providing a device comprising an arrangement of one or more LEDs in series, a programmable iDAC current source, and a boost converter comprising a size programmable power switch, a PWM generator (10, 11) with programmable clock frequency (clk), and a programmable reference voltage generator for an error amplifier stage; identifying a number of configuration windows specifying configuration of the LED driver and mode of modulation, wherein the configuration windows and modulation mode depend on current iDAC required through the LED arrangement; defining clock frequency, size of power switch and said programmable reference voltage once the current iDAC is known; storing characteristics of all configuration windows selected; and implementing configuration of a specific LED driver for a specific LED arrangement according to the corresponding configuration window providing optimum efficiency in regard of correspondent characteristics. providing a device comprising an arrangement of one or more LEDs in series, a programmable iDAC current source, and a boost converter comprising a size programmable power switch, a PWM generator (10, 11) with programmable clock frequency (clk), and a programmable reference voltage generator for an error amplifier stage; identifying a number of configuration windows specifying configuration of the LED driver and mode of modulation, wherein the configuration windows and modulation mode depend on current iDAC required through the LED arrangement; defining clock frequency, size of power switch and said programmable reference voltage once the current iDAC is known; storing characteristics of all configuration windows selected; and implementing configuration of a specific LED driver for a specific LED arrangement according to the corresponding configuration window providing optimum efficiency in regard of correspondent characteristics.
A pourable detergent suspension comprising: • 30-80 wt.% of hygroscopic component selected from aminocarboxylate chelant, glycerol and combinations thereof; • 8-25 wt.% of water; • 0.5-30 wt.% of bleaching agent; • 0.1-5 wt.% wt.% of bleach catalyst granules having a diameter in the range of 20 to 2000 μm, said bleach catalyst granules comprising: ∘ 30-90 wt.% of one or more core particles; ∘ 10-70 wt.% of a coating that envelops the one or more core particles, said coating being composed of one or more coating layers and containing: - 1-30% by weight of the coating of catalyst particles containing at least 30 wt.% of manganese bleach catalyst; and - 50-99% by weight of the coating of water-soluble alkali metal sulfate salt; said bleach catalyst granules containing no enzyme, 0.3-20 wt.% of the catalyst particles and 30-99 wt.% of the water-soluble alkali metal sulfate salt. • 30-80 wt.% of hygroscopic component selected from aminocarboxylate chelant, glycerol and combinations thereof; • 8-25 wt.% of water; • 0.5-30 wt.% of bleaching agent; • 0.1-5 wt.% wt.% of bleach catalyst granules having a diameter in the range of 20 to 2000 μm, said bleach catalyst granules comprising: ∘ 30-90 wt.% of one or more core particles; ∘ 10-70 wt.% of a coating that envelops the one or more core particles, said coating being composed of one or more coating layers and containing: - 1-30% by weight of the coating of catalyst particles containing at least 30 wt.% of manganese bleach catalyst; and - 50-99% by weight of the coating of water-soluble alkali metal sulfate salt; said bleach catalyst granules containing no enzyme, 0.3-20 wt.% of the catalyst particles and 30-99 wt.% of the water-soluble alkali metal sulfate salt. ∘ 30-90 wt.% of one or more core particles; ∘ 10-70 wt.% of a coating that envelops the one or more core particles, said coating being composed of one or more coating layers and containing: - 1-30% by weight of the coating of catalyst particles containing at least 30 wt.% of manganese bleach catalyst; and - 50-99% by weight of the coating of water-soluble alkali metal sulfate salt; - 1-30% by weight of the coating of catalyst particles containing at least 30 wt.% of manganese bleach catalyst; and - 50-99% by weight of the coating of water-soluble alkali metal sulfate salt;
A method comprising: for a wavelength to be setup on a path from a source node to a destination node, obtaining cross-talk margin information already computed for one or more installed wavelengths between the source node and destination node; computing a total margin as a function of the cross-talk margin information; and determining whether to perform non-linear impairment validation of the wavelength based on the total margin for purposes of setting up the wavelength. for a wavelength to be setup on a path from a source node to a destination node, obtaining cross-talk margin information already computed for one or more installed wavelengths between the source node and destination node; computing a total margin as a function of the cross-talk margin information; and determining whether to perform non-linear impairment validation of the wavelength based on the total margin for purposes of setting up the wavelength.
An input method, comprising: displaying a plurality of user interface elements on a touch screen (68, 70); detecting a plurality of touches, at the same time on the touch screen (68, 70); classifying the plurality of touches by determining the identity of each of the detected plurality of touches; grouping two or more of the classified plurality of touches into a group of touches, and calculating touch data for that group of touches; ranking the plurality of user interface elements for relevance to the touch data based on predetermined criteria using an application; associating the group of touches to the user interface element that has the highest ranking; and repeating the steps of detecting, classifying, grouping, ranking, and associating during motion of the group of touches and maintaining the association between the user interface element and the group of touches until another user interface element, of the plurality of user interface elements, has a higher ranking. displaying a plurality of user interface elements on a touch screen (68, 70); detecting a plurality of touches, at the same time on the touch screen (68, 70); classifying the plurality of touches by determining the identity of each of the detected plurality of touches; grouping two or more of the classified plurality of touches into a group of touches, and calculating touch data for that group of touches; ranking the plurality of user interface elements for relevance to the touch data based on predetermined criteria using an application; associating the group of touches to the user interface element that has the highest ranking; and repeating the steps of detecting, classifying, grouping, ranking, and associating during motion of the group of touches and maintaining the association between the user interface element and the group of touches until another user interface element, of the plurality of user interface elements, has a higher ranking.
A rubber composition comprising: a diene-based rubber component; a short fiber; and a surface active agent, wherein the short fiber and the surface active agent are blended in advance with each other to form a composite, and the composite is compounded; wherein the surface active agent contains a fatty acid polyhydric alcohol ester, a nonionic ester type surface active agent, an alkanolamide type surface active agent, and a sulfonic acid type surface active agent; and wherein in relation to 100 parts by mass of the surface active agent, 40 to 70 parts by mass of a nonionic ester type surface active agent is contained.
A control method for a smart toothbrush, comprising: providing a smart toothbrush; reading, by an App terminal, a tooth brushing scheme in a cloud; obtaining personal information of a user, and recommending a matched tooth brushing scheme according to the personal information; pushing the tooth brushing scheme, which is recommended, to the smart toothbrush for parameter adjustment, alternatively, pushing a tooth brushing scheme customized or re-selected by the user to the smart toothbrush for parameter adjustment according to an obtained user selection operation, the method being characterized in that it further comprises, prior to reading, by the App terminal, the tooth brushing scheme in the cloud: recording, by the cloud, all tooth brushing schemes and matching appropriately based on different groups of people, wherein the users are divided into groups according to at least both the gender and the age of the user, and wherein the matched tooth brushing scheme is recommended according to the group to which the user belongs. providing a smart toothbrush; reading, by an App terminal, a tooth brushing scheme in a cloud; obtaining personal information of a user, and recommending a matched tooth brushing scheme according to the personal information; pushing the tooth brushing scheme, which is recommended, to the smart toothbrush for parameter adjustment, alternatively, pushing a tooth brushing scheme customized or re-selected by the user to the smart toothbrush for parameter adjustment according to an obtained user selection operation, the method being characterized in that it further comprises, prior to reading, by the App terminal, the tooth brushing scheme in the cloud: recording, by the cloud, all tooth brushing schemes and matching appropriately based on different groups of people, wherein the users are divided into groups according to at least both the gender and the age of the user, and wherein the matched tooth brushing scheme is recommended according to the group to which the user belongs.
Mechanical system comprising a housing and at least one component to be lubricated or cooled arranged in the housing, the mechanical system comprising a lubricating fluid system provided with a lubricating fluid and a reservoir arranged in the housing, the reservoir being a leaking reservoir and located above said at least one component to be lubricated or cooled, the lubricating fluid escaping from the reservoir by gravity to reach said at least one component to be lubricated or cooled, the lubricating fluid system comprising at least one lifting flow generator connected by at least one filling pipe to the reservoir and to at least one suction point present in a bottom of the housing, said lifting flow generator being configured to fill the reservoir with the lubricating fluid present in said bottom at least during a start-up phase, characterised in that said lubricating fluid system comprises at least one fluid circuit (71, 72) provided with a distribution pump (10, 22) connected to the reservoir by a hydraulic inlet connection (61, 63), the fluid circuit (71, 72) having a hydraulic outlet network (62, 64) comprising at least one distribution circuit configured to eject said lubricating fluid towards said at least one component to be lubricated or cooled, the distribution pump (10, 22) being connected to the hydraulic outlet network (62, 64) and configured to take the lubricating fluid from the reservoir and circulate said lubricating fluid from the hydraulic inlet connection (61, 63) to the hydraulic outlet network (62, 64).
A solvent mixing system (100, 400) comprising: a mixing tee (101, 401) having at least two solvent input ports and a solvent output port in fluid communication with one another; a centrifugal mixing path (103, 403) having a mixing path inlet in fluid communication with the solvent output port of the mixing tee (101, 401), the centrifugal mixing path (103, 403) including at least one coiled segment between the mixing path inlet and a mixing path outlet; and a low frequency blending mixer (105, 405) in fluid communication with the outlet of the centrifugal mixing path (103, 403), wherein the low frequency blending mixer (105, 405) is a single inlet mixer and wherein the low frequency blending mixer (105, 405) comprises: a mixer input port in fluid communication with the outlet of the centrifugal mixing path (103, 403); a first filter/retainer located downstream of the mixer input port; a mixing chamber; and a second filter/retainer located downstream of the mixing chamber. a mixing tee (101, 401) having at least two solvent input ports and a solvent output port in fluid communication with one another; a centrifugal mixing path (103, 403) having a mixing path inlet in fluid communication with the solvent output port of the mixing tee (101, 401), the centrifugal mixing path (103, 403) including at least one coiled segment between the mixing path inlet and a mixing path outlet; and a low frequency blending mixer (105, 405) in fluid communication with the outlet of the centrifugal mixing path (103, 403), wherein the low frequency blending mixer (105, 405) is a single inlet mixer and wherein the low frequency blending mixer (105, 405) comprises: a mixer input port in fluid communication with the outlet of the centrifugal mixing path (103, 403); a first filter/retainer located downstream of the mixer input port; a mixing chamber; and a second filter/retainer located downstream of the mixing chamber. a mixer input port in fluid communication with the outlet of the centrifugal mixing path (103, 403); a first filter/retainer located downstream of the mixer input port; a mixing chamber; and a second filter/retainer located downstream of the mixing chamber.
A tissue anchor comprising: a leading end and a trailing end, a longitudinal midpoint located in a middle of the anchor between the leading end and the trailing end, a leading end portion of the anchor that extends from the longitudinal midpoint to the leading end and a trailing end portion that extends from the longitudinal midpoint to the trailing end, and a leading surface located on the leading end portion and a trailing surface located on the trailing end portion; a tissue engagement fin located along the leading end portion of the anchor, the tissue engagement fin comprising an eyelet, a leading edge, and a trailing edge; a barrel located on the leading end portion of the anchor; characterized in that the tissue engagement fin provides the anchor with more area on the leading end portion than on the trailing end portion, and that the barrel, in combination with the tissue engagement fin, contributes to a distribution of mass for the anchor that is predominantly distributed forward in the anchor along the leading end portion. a leading end and a trailing end, a longitudinal midpoint located in a middle of the anchor between the leading end and the trailing end, a leading end portion of the anchor that extends from the longitudinal midpoint to the leading end and a trailing end portion that extends from the longitudinal midpoint to the trailing end, and a leading surface located on the leading end portion and a trailing surface located on the trailing end portion; a tissue engagement fin located along the leading end portion of the anchor, the tissue engagement fin comprising an eyelet, a leading edge, and a trailing edge; a barrel located on the leading end portion of the anchor; characterized in that the tissue engagement fin provides the anchor with more area on the leading end portion than on the trailing end portion, and that the barrel, in combination with the tissue engagement fin, contributes to a distribution of mass for the anchor that is predominantly distributed forward in the anchor along the leading end portion.