mhurhangee/ep-ind-claims huggingface dataset:
A method for producing a color powder, the method comprising: dry mixing a pigment powder with a base powder while applying heat, so as to bring the base powder to an adhesive state while the pigment powder remains in a stable state, thereby forming a color powder concentrate having bonded agglomerates essentially each comprising pigment powder particles bonded to an external surface of a base powder particle. dry mixing a pigment powder with a base powder while applying heat, so as to bring the base powder to an adhesive state while the pigment powder remains in a stable state, thereby forming a color powder concentrate having bonded agglomerates essentially each comprising pigment powder particles bonded to an external surface of a base powder particle.
A disposable cutting tool comprising: an elongated molded body with a proximal end and a distal end; a handle portion formed near the distal end and a support shaft formed near the proximal end; a rasp head having a height, a top side, a bottom side and a fluid connection; the support shaft affixed to the rasp head via portions of the body co-molded within the rasp head; the portions of the body co-molded within the rasp head comprising a molded neck region formed within the fluid connection; characterized in that the portions of the body co-molded within the rasp head further comprise a molded collar region connected to the neck region and formed within a passageway in the rasp head; said passageway (265, 302, 402, 502, 602) being fluidly connected to the fluid connection and comprising a first side and a second side formed respectively on either side of the fluid connections. an elongated molded body with a proximal end and a distal end; a handle portion formed near the distal end and a support shaft formed near the proximal end; a rasp head having a height, a top side, a bottom side and a fluid connection; the support shaft affixed to the rasp head via portions of the body co-molded within the rasp head; the portions of the body co-molded within the rasp head comprising a molded neck region formed within the fluid connection; characterized in that the portions of the body co-molded within the rasp head further comprise a molded collar region connected to the neck region and formed within a passageway in the rasp head; said passageway (265, 302, 402, 502, 602) being fluidly connected to the fluid connection and comprising a first side and a second side formed respectively on either side of the fluid connections.
Method for making of paper, tissue, board or the like by using recycled fibre material as a raw material, the method comprising following steps: - pulping recycled paper, board or the like in a pulper and obtaining a pulp flow comprising (i) an aqueous phase and (ii) at least recycled fibres and starch having low molecular weight, which are dispersed in the aqueous phase; characterised in - adding a coagulant agent to the pulp flow or to an aqueous process flow comprising starch having low molecular weight; - allowing the coagulant agent to interact with the starch having low molecular weight and optionally forming aggregates; and - adding at least one flocculating agent, after the addition of the coagulant agent, to any flow, which comprises interacted coagulant agent, and forming a treated flow with starch comprising agglomerate(s); - retaining at least part of the said aggregates and/or the said agglomerates to the fibres or to a web, which is formed. - pulping recycled paper, board or the like in a pulper and obtaining a pulp flow comprising (i) an aqueous phase and (ii) at least recycled fibres and starch having low molecular weight, which are dispersed in the aqueous phase; - adding a coagulant agent to the pulp flow or to an aqueous process flow comprising starch having low molecular weight; - allowing the coagulant agent to interact with the starch having low molecular weight and optionally forming aggregates; and - adding at least one flocculating agent, after the addition of the coagulant agent, to any flow, which comprises interacted coagulant agent, and forming a treated flow with starch comprising agglomerate(s); - retaining at least part of the said aggregates and/or the said agglomerates to the fibres or to a web, which is formed.
A propeller rotor comprising: a rotor mounting a plurality of blades, said blades having a root mounted in a hub of said rotor and a counterweight mounted on said blades; a pitch change mechanism for changing an angle of incidence of an airfoil associated with said blades and said counterweight for biasing said blades toward an increased pitch direction should said pitch change mechanism fail; and characterised by: the counterweight being movably mounted on the blades and a stop member for stopping rotation of said counterweight as said blade moves to a feathered position. a rotor mounting a plurality of blades, said blades having a root mounted in a hub of said rotor and a counterweight mounted on said blades; a pitch change mechanism for changing an angle of incidence of an airfoil associated with said blades and said counterweight for biasing said blades toward an increased pitch direction should said pitch change mechanism fail; and characterised by: the counterweight being movably mounted on the blades and a stop member for stopping rotation of said counterweight as said blade moves to a feathered position.
Housing part of a housing, in particular a battery housing, preferably made of a metal, in particular a light metal, preferably aluminum, an aluminum alloy, AlSiC, magnesium, a magnesium alloy, titanium, a titanium alloy, steel, stainless steel or high-grade steel, wherein the housing part has at least one opening, wherein a feedthrough is inserted into the at least one opening of the housing part, wherein the feedthrough comprises a base body, in particular a substantially annular base body, and the base body accommodates at least one conductor, in particular a substantially pin-shaped conductor, which is guided through the base body in a glass or glass-ceramic material, characterized in that the base body has a relief device, in particular a groove and/or a projection.
A data processing method for a mini app, comprising: intercepting (101, 201, 303) a request message of the mini app, and sending the request message to a target server, wherein the request message comes from a technology stack in the mini app; acquiring (102, 202) returned data targeting at the request message and returned from the target server, wherein the returned data comprises cookie content, field information for indicating storage of the cookie content, and a data set corresponding to the request message; and storing (103, 203) the cookie content into a cookie storage database of the mini app according to the field information, and returning the returned data to the technology stack issuing the request message. intercepting (101, 201, 303) a request message of the mini app, and sending the request message to a target server, wherein the request message comes from a technology stack in the mini app; acquiring (102, 202) returned data targeting at the request message and returned from the target server, wherein the returned data comprises cookie content, field information for indicating storage of the cookie content, and a data set corresponding to the request message; and storing (103, 203) the cookie content into a cookie storage database of the mini app according to the field information, and returning the returned data to the technology stack issuing the request message.
A standalone Li ion conductive solid electrolyte separator comprising: a freestanding amorphous solid electrolyte wall structure comprising a vitreous sheet of Li ion conducting sulfur-based glass that is dense, inorganic, conductive of Li ions, has a thickness of no more than 100 μm, and is free of crystalline phases, the wall structure comprising: i) a continuous Li ion conducting inorganic amorphous material phase with room temperature Li ion conductivity ≥ 10 -5 S/cm; ii) first and second opposing principal sides and associated surfaces; and ii) a microstructure devoid of contiguous crystalline grain boundaries and powder particle boundaries extending between the opposing principal side surfaces. i) a continuous Li ion conducting inorganic amorphous material phase with room temperature Li ion conductivity ≥ 10 -5 S/cm; ii) first and second opposing principal sides and associated surfaces; and ii) a microstructure devoid of contiguous crystalline grain boundaries and powder particle boundaries extending between the opposing principal side surfaces.
An ultrasonic wave washing unit for cleaning air filters comprising: a power source; a housing comprising a media inlet, a media outlet, and a bottom surface; a plurality of ultrasonic transducers coupled to the power source: and a support structure; characterized in that: the plurality of ultrasonic transducers are disposed about and extend from the bottom surface within the housing; the support structure is disposed within the housing within the plurality of ultrasonic transducers; and the support structure comprises a chair and a sleeve operable to engage the air filter and secure the air filter within the chair, wherein the chair is operable to hold an air filter and receive residue from the air filter when the air filter is washed within the ultrasonic wave washing unit, wherein the chair has an outer chair diameter (D oc), an interior chair diameter (D ic), a chair height (c), an upper chair surface, and an outer chair surface; wherein the chair defines outer apertures along and disposed within the outer chair surface and a plurality of supports, such that the received residues flow through the apertures; and wherein the sleeve extends from the upper chair surface and has a sleeve thickness (Ts), a sleeve height (H s), and an inner sleeve diameter (D is). a power source; a housing comprising a media inlet, a media outlet, and a bottom surface; a plurality of ultrasonic transducers coupled to the power source: and a support structure; the plurality of ultrasonic transducers are disposed about and extend from the bottom surface within the housing; the support structure is disposed within the housing within the plurality of ultrasonic transducers; and the support structure comprises a chair and a sleeve operable to engage the air filter and secure the air filter within the chair, wherein the chair is operable to hold an air filter and receive residue from the air filter when the air filter is washed within the ultrasonic wave washing unit, wherein the chair has an outer chair diameter (D oc), an interior chair diameter (D ic), a chair height (c), an upper chair surface, and an outer chair surface; wherein the chair defines outer apertures along and disposed within the outer chair surface and a plurality of supports, such that the received residues flow through the apertures; and wherein the sleeve extends from the upper chair surface and has a sleeve thickness (Ts), a sleeve height (H s), and an inner sleeve diameter (D is).
Diving equipment, with an inflatable vest for equilibrating buoyancy through connection of the vest in normal operation to a pressurized air source for inflation or to an outlet for discharging of air, and a pneumatic controller for monitoring a breathing activity at a breathing device connected to the pressurized air source, wherein the pneumatic controller has a control valve that activates the pneumatic controller in normal operation as a function of a surrounding water pressure, whereby a breathing activity at the breathing device can be monitored via the controller and, in the absence of breathing activity at the breathing device, an emergency mode can be initiated, and wherein the pneumatic controller is connected to a tester for checking the functioning of the control valve, characterized in that the tester has a display element that is connected to the control valve and through which an operating position of the control valve can be displayed, and/or a pre-test valve, which pre-test valve is embodied in a test mode so as to force switching of the control valve to an operating position in which the pneumatic controller is activated through connection to the pressurized air source.
An emulsifiable concentrate composition comprising: • dicamba acid in an amount of at least 250 g/L; • fatty acid amide solvent in an amount of from 25% to 60% w/w of the concentrate composition, wherein the fatty acid amide solvent is of formula II wherein R 4 is selected from the group consisting of hydrogen and C 1 to C 17 hydrocarbyl; R 5 is selected from the group consisting of C 1 to C 15 hydrocarbyl; R 6 is selected from the group consisting of C 1 to C 15 hydrocarbyl; and R 5 and R 6 may together from a ring incorporating the nitrogen of the amide comprising 4 or 5 methylene groups; • hydrocarbon co-solvent in an amount of from 2% to 25% w/w of the concentrate composition; • anionic emulsifier in an amount of from 1% to 10% w/w of the concentrate composition; • non-ionic emulsifier in an amount of from 2% to 25% w/w of the concentrate composition; and • monoethanolamine, methoxypropylamine or mixture thereof in an amount of from 0.5% to 10% by weight based on the weight of the concentrate composition. • dicamba acid in an amount of at least 250 g/L; • fatty acid amide solvent in an amount of from 25% to 60% w/w of the concentrate composition, wherein the fatty acid amide solvent is of formula II wherein R 4 is selected from the group consisting of hydrogen and C 1 to C 17 hydrocarbyl; R 5 is selected from the group consisting of C 1 to C 15 hydrocarbyl; R 6 is selected from the group consisting of C 1 to C 15 hydrocarbyl; and R 5 and R 6 may together from a ring incorporating the nitrogen of the amide comprising 4 or 5 methylene groups; R 4 is selected from the group consisting of hydrogen and C 1 to C 17 hydrocarbyl; R 5 is selected from the group consisting of C 1 to C 15 hydrocarbyl; R 6 is selected from the group consisting of C 1 to C 15 hydrocarbyl; and R 5 and R 6 may together from a ring incorporating the nitrogen of the amide comprising 4 or 5 methylene groups; • hydrocarbon co-solvent in an amount of from 2% to 25% w/w of the concentrate composition; • anionic emulsifier in an amount of from 1% to 10% w/w of the concentrate composition; • non-ionic emulsifier in an amount of from 2% to 25% w/w of the concentrate composition; and • monoethanolamine, methoxypropylamine or mixture thereof in an amount of from 0.5% to 10% by weight based on the weight of the concentrate composition.
Apparatus for conveying container closures, comprising a conveying channel, which extends along a main axis and has at least one sliding surface, which forms a channel base, and at least a first and a second guiding surface (5, 6), wherein the guiding surfaces (5, 6) are arranged opposite one another laterally along the channel base for the purpose of guiding the container closures conveyed in a conveying direction, wherein the apparatus comprises a leading-out device for leading the container closures out of the conveying channel, wherein the leading-out device has at least one deflecting arrangement with at least one rotatable deflecting element, wherein the deflecting element can be moved from at least one basic position into at least one leading-out position by means of rotational movement about an axis of rotation, wherein the deflecting element has a first and a second wall (8.1, 8.2), which in the basic position of the deflecting element form a respective first and second guiding-surface portion (5a, 6a) as part of the first and the second guiding surface (5, 6) of the conveying channel, and wherein, in the leading-out position, the deflecting element exposes an outlet opening in the conveying channel, characterised in that the deflecting element comprises at least one basic body, which has a basic body axis, wherein the basic body is configured such as to surround at least in sections a component of the conveying channel which forms the channel base, and wherein, for this purpose, the basic body has a free space in its interior for the at least partial reception of the component of the conveying channel which forms the channel base. wherein the apparatus comprises a leading-out device for leading the container closures out of the conveying channel, wherein the leading-out device has at least one deflecting arrangement with at least one rotatable deflecting element, wherein the deflecting element can be moved from at least one basic position into at least one leading-out position by means of rotational movement about an axis of rotation, wherein the deflecting element has a first and a second wall (8.1, 8.2), which in the basic position of the deflecting element form a respective first and second guiding-surface portion (5a, 6a) as part of the first and the second guiding surface (5, 6) of the conveying channel, and wherein, in the leading-out position, the deflecting element exposes an outlet opening in the conveying channel, characterised in that the deflecting element comprises at least one basic body, which has a basic body axis, wherein the basic body is configured such as to surround at least in sections a component of the conveying channel which forms the channel base, and wherein, for this purpose, the basic body has a free space in its interior for the at least partial reception of the component of the conveying channel which forms the channel base.
An image encoding method for encoding image data formed by a plurality of frames, the image encoding method characterized by having an image classifying step for classifying each frame of an encoding target into one of N categories, with N ≥ 2, a predicted image producing step for producing a predicted image by selecting an image data from image data of a plurality of reference frames of an i-th category in a reference image memory which are encoded in the past, for a current frame which is classified as a j-th category, wherein for the selection 1 ≤ i ≤ j is applied, a difference encoding step for encoding a difference between the image data of the current frame and the predicted image, a reference image specifying data encoding step for encoding a reference image specifying data for the j-th category, which specifies said selected image data, a current category encoding step for encoding a category number of the current frame, and an image storing step for storing the image data of the current frame into the reference image memory, wherein said reference image specifying data encoding step has a tentative frame number setting step for setting tentative frame numbers with respect to the image data of the reference frames each belonging to the i-th category which is the j-th category of the current frame and below, among a plurality of image data stored in said reference image memory and not setting tentative frame numbers with respect to the image data of reference frames belonging to categories other than the i-th category, the tentative frame numbers being serial numbers and being set based on an encoding order of the reference frames, and a tentative frame number encoding step for encoding the tentative frame number which specifies the image data selected at said predicted image producing step, as the reference image specifying data.
A method for interaction between a data network line and an electrical power supply line on the side of a building and a device (13, 13') connected to the data network line and the electrical power supply line on the side of a user, whereby in times of data traffic (in)activity (no) data transmission is occurring or (no) service is requested by the device (13, 13'), comprising the steps of - pre-setting a data-traffic-inactivity-switch-off-threshold time, - automatically monitoring the data traffic between the device (13, 13') and the data network line, - detecting a time of data traffic inactivity, - determine if the time of data traffic inactivity exceeds the data-traffic-inactivity-switch-off-threshold time, and if yes, switching off the electrical power supply to the device (13, 13'), characterised by a step of switching on the power supply prior to data transmission occurring to the device (13, 13') from the data network line or service being requested by the device (13, 13') from the data network line, - wherein switching on the power supply is initiated by a short range wireless signal and the short range wireless signal is a ZigBee signal, a visible light or an infrared light signal. - pre-setting a data-traffic-inactivity-switch-off-threshold time, - automatically monitoring the data traffic between the device (13, 13') and the data network line, - detecting a time of data traffic inactivity, - determine if the time of data traffic inactivity exceeds the data-traffic-inactivity-switch-off-threshold time, and if yes, switching off the electrical power supply to the device (13, 13'), characterised by a step of switching on the power supply prior to data transmission occurring to the device (13, 13') from the data network line or service being requested by the device (13, 13') from the data network line, - wherein switching on the power supply is initiated by a short range wireless signal and the short range wireless signal is a ZigBee signal, a visible light or an infrared light signal.
Housing of a differential comprising a ring gear of the differential, the ring gear of the differential comprising a circular intermediate rim between an outer ring, in which its drive toothing is formed, and an inner ring ensuring the centring of the ring gear on the housing of the differential, the intermediate rim having lightening regions intended to impart to the ring gear a greater degree of flexibility in said regions than over the remainder of its circumference, characterized in that the thickness of the rim varies progressively over its circumference between thinner lightening regions and thicker portions.
Method for monitoring a steering system, in particular during operation in a vehicle, wherein the steering system comprises at least one steering actuator, and wherein, in order to determine a sudden reduction in frictional engagement and/or torque in the steering system, at least one operating signal of the steering actuator is determined and evaluated, characterized in that, in order to determine the sudden reduction in frictional engagement and/or torque in the steering system, a jerk signal is determined from the operating signal and is monitored for changes.
A near-eye display (20; 40) comprising: an electromagnetic radiation emitter that has a controllably variable illumination power; a depth tracking camera assembly configured to determine a distance to a user's hand using reflected electromagnetic radiation emissions originating from the electromagnetic radiation emitter; and an ambient light level detection mechanism; wherein the electromagnetic radiation emitter is configured to set the variable illumination power with a positive correlation to an ambient light level detected by the ambient light level detection mechanism. an electromagnetic radiation emitter that has a controllably variable illumination power; a depth tracking camera assembly configured to determine a distance to a user's hand using reflected electromagnetic radiation emissions originating from the electromagnetic radiation emitter; and an ambient light level detection mechanism; wherein the electromagnetic radiation emitter is configured to set the variable illumination power with a positive correlation to an ambient light level detected by the ambient light level detection mechanism.