mhurhangee/ep-ind-claims huggingface dataset:
A tapered roller bearing comprising: an outer ring having an outer ring raceway surface on an inner peripheral surface thereof; an inner ring having an inner ring raceway surface on an outer peripheral surface thereof; and a plurality of tapered rollers arranged in a rollable manner between the outer ring raceway surface and the inner ring raceway surface, wherein the inner ring comprises a large-diameter side and a small-diameter side, a large flange being formed on an end portion of the inner ring on the large-diameter side of the inner ring, and a contact angle α of the tapered roller bearing is 37°30'to 50°, characterized in that the tapered roller bearing further comprises a resin cage having a large-diameter ring portion and a small-diameter ring portion being spaced from each other in an axial direction, and a plurality of pillar portions connecting the large-diameter ring portion and the small-diameter ring portion to each other, thereby forming a plurality of pockets to accommodate and to retain the plurality of tapered rollers, the resin cage has two protrusions on an outer diameter side of each pocket to retain the tapered roller, the resin cage is a unitary resin cage, the outer ring has no flange on an end portion of the outer ring on the small-diameter side of the outer ring, and a ratio between a radial cross-section thickness H of the tapered roller bearing and an inner diameter d of the tapered roller bearing is set such that 0.05 < H/d < 0.15. an outer ring having an outer ring raceway surface on an inner peripheral surface thereof; an inner ring having an inner ring raceway surface on an outer peripheral surface thereof; and a plurality of tapered rollers arranged in a rollable manner between the outer ring raceway surface and the inner ring raceway surface, wherein the inner ring comprises a large-diameter side and a small-diameter side, a large flange being formed on an end portion of the inner ring on the large-diameter side of the inner ring, and a contact angle α of the tapered roller bearing is 37°30'to 50°, characterized in that the tapered roller bearing further comprises a resin cage having a large-diameter ring portion and a small-diameter ring portion being spaced from each other in an axial direction, and a plurality of pillar portions connecting the large-diameter ring portion and the small-diameter ring portion to each other, thereby forming a plurality of pockets to accommodate and to retain the plurality of tapered rollers, the resin cage has two protrusions on an outer diameter side of each pocket to retain the tapered roller, the resin cage is a unitary resin cage, the outer ring has no flange on an end portion of the outer ring on the small-diameter side of the outer ring, and a ratio between a radial cross-section thickness H of the tapered roller bearing and an inner diameter d of the tapered roller bearing is set such that 0.05 < H/d < 0.15.
A method of determining platform potential, characterised in that the method comprises: receiving data on a first bias voltage and a resulting first collected current of a first needle of a multi-needle Langmuir probe; receiving data on a second bias voltage and a resulting second collected current of a second needle of the multi-needle Langmuir probe; assigning a value for the electron temperature in which the multi-needle Langmuir probe was operating; and using the current and voltage data, the assigned electron temperature value and Langmuir probe theory to calculate the platform potential of the multi-needle Langmuir probe. receiving data on a first bias voltage and a resulting first collected current of a first needle of a multi-needle Langmuir probe; receiving data on a second bias voltage and a resulting second collected current of a second needle of the multi-needle Langmuir probe; assigning a value for the electron temperature in which the multi-needle Langmuir probe was operating; and using the current and voltage data, the assigned electron temperature value and Langmuir probe theory to calculate the platform potential of the multi-needle Langmuir probe.
Method of encapsulating optoelectronic components, by embedding the components to be encapsulated between a first transparent polymer layer and a second polymer layer, which is filled with unactivated foaming agent, and then activating the foaming agent, so that the two polymer layers (2, 4) join to one another and the components are enclosed between the two polymer layers characterized in that the foaming agent comprises microspheres which are composed of a polymer membrane which encloses a blowing agent.
Aqueous basecoat material comprising at least one aqueous polyurethane-polyurea dispersion having polyurethane-polyurea particles present in the dispersion with a volume average particle size of 40 to 2000 nm, measured as in the description, and a gel fraction of at least 50%, measured as in the description, where the polyurethane-polyurea particles, in each case in reacted form, comprise (Z.1.1) at least one polyurethane prepolymer containing isocyanate groups and containing anionic groups and/or groups which can be converted into anionic groups, and (Z.1.2) at least one polyamine containing two primary amino groups and one or two secondary amino groups, and also at least one aqueous dispersion (wD) comprising a polymer having a particle size of 100 to 500 nm, and prepared by the successive radical emulsion polymerization of three different mixtures, and of olefinically unsaturated monomers, where a polymer prepared from the mixture possesses a glass transition temperature (Differential Scanning Calorimetry, DIN 53765, heating rate 10 K/minute, 2nd measurement run, page/line of the description) of 10 to 65°C, a polymer prepared from the mixture possesses a glass transition temperature of -35 to 15°C, and a polymer prepared from the mixture possesses a glass transition temperature of -50 to 15°C. at least one aqueous polyurethane-polyurea dispersion having polyurethane-polyurea particles present in the dispersion with a volume average particle size of 40 to 2000 nm, measured as in the description, and a gel fraction of at least 50%, measured as in the description, where the polyurethane-polyurea particles, in each case in reacted form, comprise (Z.1.1) at least one polyurethane prepolymer containing isocyanate groups and containing anionic groups and/or groups which can be converted into anionic groups, and (Z.1.2) at least one polyamine containing two primary amino groups and one or two secondary amino groups, and also at least one aqueous dispersion (wD) comprising a polymer having a particle size of 100 to 500 nm, and prepared by the successive radical emulsion polymerization of three different mixtures, and of olefinically unsaturated monomers, where a polymer prepared from the mixture possesses a glass transition temperature (Differential Scanning Calorimetry, DIN 53765, heating rate 10 K/minute, 2nd measurement run, page/line of the description) of 10 to 65°C, a polymer prepared from the mixture possesses a glass transition temperature of -35 to 15°C, and a polymer prepared from the mixture possesses a glass transition temperature of -50 to 15°C.
An automated, computerized method for processing an image, comprising the steps of: providing an image file depicting an image, in a computer memory; generating an intrinsic image corresponding to the original image, the intrinsic image including an illumination image and a material reflectance image expressed as separate representations, wherein the illumination image represents intensity and color of light incident upon each point on surfaces depicted in the original image, and the material reflectance image represents reflectance properties of the surfaces depicted in the original image; and modifying all of the pixels of the illumination image by projecting, in a log color space, all of the illumination colors depicted by the pixels in the illumination image to the nearest point on a line extending from a fully shaded color to a fully lit color value, such a line being predicted for each material depicted in the original image by a bi-illuminant, dichromatic reflection model, so that the color of each pixel of the illumination image is modified to conform to the closest value required by the bi-illuminant, dichromatic reflection, BIDR, model. providing an image file depicting an image, in a computer memory; generating an intrinsic image corresponding to the original image, the intrinsic image including an illumination image and a material reflectance image expressed as separate representations, wherein the illumination image represents intensity and color of light incident upon each point on surfaces depicted in the original image, and the material reflectance image represents reflectance properties of the surfaces depicted in the original image; and modifying all of the pixels of the illumination image by projecting, in a log color space, all of the illumination colors depicted by the pixels in the illumination image to the nearest point on a line extending from a fully shaded color to a fully lit color value, such a line being predicted for each material depicted in the original image by a bi-illuminant, dichromatic reflection model, so that the color of each pixel of the illumination image is modified to conform to the closest value required by the bi-illuminant, dichromatic reflection, BIDR, model.
Method for operation of a vibration gyro, which represents a resonator and is part of at least one control loop which excites the vibration gyro by supplying an exciter signal at its natural frequency, in which case an output signal can be tapped off from the vibration gyro, from which output signal the exciter signal is derived by filtering and amplification, wherein, once a sensor arrangement with the vibration gyro has been switched on, the frequency of the exciter signal is set by exciting the vibration gyro to oscillate freely before the exciter signal is supplied, with the frequency of the free oscillation being measured and with the exciter signal being supplied to the vibration gyro at the measured frequency, wherein the vibration gyro is excited by moving a signal that is used for excitation through at least one predetermined frequency range, after which the signal is switched off and the frequency of a free oscillation that is formed is measured characterized in that a further frequency range is scanned through if no free oscillation has formed, wherein the frequency ranges are chosen such that they cover a natural frequency that has been measured previously in an adjustment process during the production of the sensor arrangement and stored in a memory, including the changes thereof that are caused in particular by temperature influences or ageing phenomena.
A method for managing the storage of an operating system in an integrated circuit card including using a primary boot loader to load a selected operating system, comprising the operations of: subdividing an operating system in a plurality of operating system components, associating one or more of said components in said plurality of operating system components to a descriptor indicating a version of the operating system component, then downloading a data image comprising a given mobile network operator profile, that a user equipment can utilize to register and interact with a mobile network operator, and said one or more operating system components to a non-volatile memory of the integrated circuit card in which at least a previous profile and other operating system components are stored, said downloading operation including verifying if there is stored in said non-volatile memory of the card an operating system component among said other operating system components associated to a same version of the component being downloaded, storing the component in the card if the version is different, after said verifying, discarding the component from the download operation if the version is the same, when after downloading, a profile switch between the previous profile and said given profile is performed using as operating system said other operating system components associated to the same version and performing a dynamic linking to execute the components stored having a different version. subdividing an operating system in a plurality of operating system components, associating one or more of said components in said plurality of operating system components to a descriptor indicating a version of the operating system component, then downloading a data image comprising a given mobile network operator profile, that a user equipment can utilize to register and interact with a mobile network operator, and said one or more operating system components to a non-volatile memory of the integrated circuit card in which at least a previous profile and other operating system components are stored, said downloading operation including verifying if there is stored in said non-volatile memory of the card an operating system component among said other operating system components associated to a same version of the component being downloaded, storing the component in the card if the version is different, after said verifying, discarding the component from the download operation if the version is the same, when after downloading, a profile switch between the previous profile and said given profile is performed using as operating system said other operating system components associated to the same version and performing a dynamic linking to execute the components stored having a different version.
A method for separating liquid from a gas stream within a liquid injected vacuum pump or compressor, said method comprising the steps of: - providing two communicating vessels having a bottom plate and lateral walls extending from said bottom plate and having a height H1, said two vessels being provided with a common section extending over at least a part of said height H1, wherein the common section is created by cutting said lateral wall along the height H1 so as to create two wall parts and adjoining said wall parts over at least a part of said height H1 and positioning said common section on the opposite side of an inlet opening; - providing at least one bucket shaped vessel within each of the two communicating vessels; characterized in that the method further comprises the steps of: - providing a fluid passage between the wall of each of the two communicating vessels and the wall of each of the two bucket shaped vessels for allowing a fluid to pass there through; - directing a fluid flow through said inlet opening and splitting the fluid flow from said inlet opening into two flows directed through the fluid passage; - collecting the liquid dripping from said fluid flowing through the two communicating vessels on the bottom plate; and - providing a lid comprising an outlet opening and directing the fluid passing through said fluid passage through the outlet opening. - providing two communicating vessels having a bottom plate and lateral walls extending from said bottom plate and having a height H1, said two vessels being provided with a common section extending over at least a part of said height H1, wherein the common section is created by cutting said lateral wall along the height H1 so as to create two wall parts and adjoining said wall parts over at least a part of said height H1 and positioning said common section on the opposite side of an inlet opening; - providing at least one bucket shaped vessel within each of the two communicating vessels; - providing a fluid passage between the wall of each of the two communicating vessels and the wall of each of the two bucket shaped vessels for allowing a fluid to pass there through; - directing a fluid flow through said inlet opening and splitting the fluid flow from said inlet opening into two flows directed through the fluid passage; - collecting the liquid dripping from said fluid flowing through the two communicating vessels on the bottom plate; and - providing a lid comprising an outlet opening and directing the fluid passing through said fluid passage through the outlet opening.
An aqueous sulfate-free personal care composition, comprising, PEG 150 distearate, a surfactant component comprising: at least one of a zwitterionic surfactant or an amphoteric surfactant; at least one alkanoyl glycinate; and lauric acid, wherein the w/w ratio A/B is comprised between 2 and 6; and water, wherein the composition comprises a minimum of 2 % lauric acid and 0.1 % to 0.5 % PEG 150 distearate and has a pH range of 6.5 to 7.0 and a viscosity ranging from 2 to 30 Pa·s (2,000 to 30,000 centipoise), but does not comprise polyacrylates. PEG 150 distearate, a surfactant component comprising: at least one of a zwitterionic surfactant or an amphoteric surfactant; at least one alkanoyl glycinate; and lauric acid, at least one of a zwitterionic surfactant or an amphoteric surfactant; at least one alkanoyl glycinate; and lauric acid, wherein the w/w ratio A/B is comprised between 2 and 6; and water, wherein the composition comprises a minimum of 2 % lauric acid and 0.1 % to 0.5 % PEG 150 distearate and has a pH range of 6.5 to 7.0 and a viscosity ranging from 2 to 30 Pa·s (2,000 to 30,000 centipoise), but does not comprise polyacrylates.
Agitator arrangement for mixing a liquid in a mixing tank and for cleaning the mixing tank, the agitator arrangement comprising: a rotatable hollow shaft extending in an axial direction, a first impeller secured to the shaft at a first axial position, a second impeller secured to the shaft at a second axial position, wherein the second impeller comprises a plurality of openings configured for spraying a cleaning liquid on the first impeller for cleaning the first impeller, characterized in that the second impeller includes an impeller hub and impeller blades secured to the impeller hub, and wherein the plurality of openings are located in the impeller hub. a rotatable hollow shaft extending in an axial direction, a first impeller secured to the shaft at a first axial position, a second impeller secured to the shaft at a second axial position, wherein the second impeller comprises a plurality of openings configured for spraying a cleaning liquid on the first impeller for cleaning the first impeller, characterized in that the second impeller includes an impeller hub and impeller blades secured to the impeller hub, and wherein the plurality of openings are located in the impeller hub.
Medication delivery apparatus for receiving a medication containing member, the apparatus comprising: a torsion spring for storing a force which when released causes ejection of the medication from a received medication containing member; a dose knob which when rotated in a first direction moves the torsion spring to a force storing position, the dose setting knob providing a plurality of discrete setting positions corresponding to respective doses; a user actuable trigger for releasing said stored force to eject medication from said medication containing member; characterised by: a user actuable button arranged such that, when the button is depressed, the torsion spring is free to rotate and thereby reduce a stored force in the spring with each press of the button without causing ejection of medication from said medication containing member. a torsion spring for storing a force which when released causes ejection of the medication from a received medication containing member; a dose knob which when rotated in a first direction moves the torsion spring to a force storing position, the dose setting knob providing a plurality of discrete setting positions corresponding to respective doses; a user actuable trigger for releasing said stored force to eject medication from said medication containing member; characterised by: a user actuable button arranged such that, when the button is depressed, the torsion spring is free to rotate and thereby reduce a stored force in the spring with each press of the button without causing ejection of medication from said medication containing member. a user actuable button arranged such that, when the button is depressed, the torsion spring is free to rotate and thereby reduce a stored force in the spring with each press of the button without causing ejection of medication from said medication containing member.
A front wheel supporting structure for a vehicle comprising: a front arm for supporting a front axle, the front arm extending rearward from a front axle supporting portion and being able to swing in a vertical direction; and a suspension mechanism for resiliently suppressing vertical swinging motion of the front arm, wherein the suspension mechanism includes a damper member disposed along a vehicle width direction, wherein a head pipe supports handlebars such that the handlebars can angularly move, and the suspension mechanism further includes a connecting member for connecting the front arm and the damper member to each other such that vertical swinging motion of the front arm is converted into lateral expanding and contracting motion of the damper member, characterised in that the damper member is located in a space between an upper surface of the front arm and a lower surface of a head pipe. a front arm for supporting a front axle, the front arm extending rearward from a front axle supporting portion and being able to swing in a vertical direction; and a suspension mechanism for resiliently suppressing vertical swinging motion of the front arm, wherein the suspension mechanism includes a damper member disposed along a vehicle width direction, wherein a head pipe supports handlebars such that the handlebars can angularly move, and the suspension mechanism further includes a connecting member for connecting the front arm and the damper member to each other such that vertical swinging motion of the front arm is converted into lateral expanding and contracting motion of the damper member, characterised in that the damper member is located in a space between an upper surface of the front arm and a lower surface of a head pipe.
Method for supplying electrical energy, particularly in a vehicle comprising the following steps: operating a metal air battery operated with ambient air; preparing air being supplied to the metal air battery; determining a demand of oxygen of the metal air battery; determining, particularly measuring, an oxygen concentration in the ambient air; and controlling an amount of ambient air supplied to the metal air battery by means of stoichiometry to avoid a high oxygen excess; wherein the amount of oxygen supplied to the metal air battery is based on the oxygen concentration comprised in the ambient air, and wherein the amount of air or the concentration of oxygen in the air supplied to the metal air battery is controlled to control the amount of oxygen supplied. operating a metal air battery operated with ambient air; preparing air being supplied to the metal air battery; determining a demand of oxygen of the metal air battery; determining, particularly measuring, an oxygen concentration in the ambient air; and controlling an amount of ambient air supplied to the metal air battery by means of stoichiometry to avoid a high oxygen excess; wherein the amount of oxygen supplied to the metal air battery is based on the oxygen concentration comprised in the ambient air, and wherein the amount of air or the concentration of oxygen in the air supplied to the metal air battery is controlled to control the amount of oxygen supplied.