mhurhangee/patent-ind-claim-en huggingface dataset:
Exhaust gas muffler system for a protected vehicle , comprising an exhaust gas muffler , a cooling air guidance housing mounted at the exhaust gas muffler , and an electrothermal converter apparatus mounted at an outside of the exhaust gas muffler and mounted within the cooling air guidance housing for actively extracting heat (W) from the exhaust gas muffler which the converter apparatus delivers to cooling air (L) flowing through the cooling air guidance housing to affect a heat signature (S) of the exhaust gas muffler system . an exhaust gas muffler , a cooling air guidance housing mounted at the exhaust gas muffler , and an electrothermal converter apparatus mounted at an outside of the exhaust gas muffler and mounted within the cooling air guidance housing for actively extracting heat (W) from the exhaust gas muffler which the converter apparatus delivers to cooling air (L) flowing through the cooling air guidance housing to affect a heat signature (S) of the exhaust gas muffler system .
A method for purifying drinking water, in which, during an extraction operation mode, comprises conveying drinking water to be purified through a semipermeable membrane in reverse osmosis operation and separating it into permeate and concentrate; characterized in that , during an idle operation state, part of the permeate passes through the membrane due to an overpressure and thereby displaces the concentrate on the concentrate side of the membrane and removes any deposits that may be present on the concentrate side of the membrane, wherein during an extraction stop, the permeate flows into a pressure tank , whereby a supply of permeate accumulates and is pressurized in the pressure tank ; and wherein, during the idle operation state, as a result of this pressure, at least part of the permeate accumulated in the pressure tank passes through the membrane due to the overpressure and thereby displaces the concentrate on the concentrate side of the membrane and removes the deposits that may be present on the concentrate side of the membrane. during an idle operation state, part of the permeate passes through the membrane due to an overpressure and thereby displaces the concentrate on the concentrate side of the membrane and removes any deposits that may be present on the concentrate side of the membrane, wherein during an extraction stop, the permeate flows into a pressure tank , whereby a supply of permeate accumulates and is pressurized in the pressure tank ; and wherein, during the idle operation state, as a result of this pressure, at least part of the permeate accumulated in the pressure tank passes through the membrane due to the overpressure and thereby displaces the concentrate on the concentrate side of the membrane and removes the deposits that may be present on the concentrate side of the membrane.
Method for operating a circulation pump, in particular a heating circulation pump, having a variable-rotational-speed pump drive, wherein the pump controller modifies the present operating point of the pump in order to reduce the noise emission of the pump, characterized in that the pump controller has access to at least one acoustic reference characteristic map, preferably to an acoustic reference characteristic map stored within a memory of the pump controller, wherein the acoustic reference characteristic map represents the respective noise emission of the pump for a multiplicity of operating points of the pump, wherein the pump controller increases the rotational speed of the presently prevailing operating point of the pump until an acoustically more favourable operating point is reached.
A computer-implemented method for capturing network data during a network usage anomaly based on a network usage model , the method being performed by a network node and comprising the steps of: establishing a baseline usage by applying at least one baselining rule to network traffic to generate baseline statistics ; detecting an anomaly usage by applying at least one anomaly rule to network traffic and generating an anomaly event ; capturing network data according to the anomaly event by triggering at least one capturing rule to be applied to network traffic when an associated anomaly event is generated, the network traffic including data packets at link layer, network layer or application layer, the at least one capturing rule including an action indicating a data capturing action, the at least one capturing rule including a filter to be applied to the network traffic when the action is used to capture the network data ; and sending the baseline statistics , the anomaly event , and the captured network data to a network controller for storage or for further processing. establishing a baseline usage by applying at least one baselining rule to network traffic to generate baseline statistics ; detecting an anomaly usage by applying at least one anomaly rule to network traffic and generating an anomaly event ; capturing network data according to the anomaly event by triggering at least one capturing rule to be applied to network traffic when an associated anomaly event is generated, the network traffic including data packets at link layer, network layer or application layer, the at least one capturing rule including an action indicating a data capturing action, the at least one capturing rule including a filter to be applied to the network traffic when the action is used to capture the network data ; and sending the baseline statistics , the anomaly event , and the captured network data to a network controller for storage or for further processing.
A composition comprising a spiropyran compound of formula (I) on a support, wherein R 1 - R 6 is selected independently from alkyl, alkoxy, substituted alkene, substituted alkenoxy, aldehyde, halides, substituted alcohol or substituted acid, aryl; R 7 is selected independently from alkyl, substituted alkene, aldehyde, alkyl halides, substituted alcohol, substituted acid or substituted alkenoxy; wherein said support is selected from polymers Poly (ethylene oxide), polypropylene (PP), Polydimethylsiloxane (PDMS), Ethylene propylene diene monomer (EPDM). wherein R 1 - R 6 is selected independently from alkyl, alkoxy, substituted alkene, substituted alkenoxy, aldehyde, halides, substituted alcohol or substituted acid, aryl; R 7 is selected independently from alkyl, substituted alkene, aldehyde, alkyl halides, substituted alcohol, substituted acid or substituted alkenoxy; wherein said support is selected from polymers Poly (ethylene oxide), polypropylene (PP), Polydimethylsiloxane (PDMS), Ethylene propylene diene monomer (EPDM).
A handle battery, comprising: a casing including an upper-end opening, a lower-end opening, and a receiving cavity between the upper-end opening and the lower-end opening, the receiving cavity housing a battery cell configured to supply power for a gimbal; an upper cover covering the upper-end opening, a mounting groove being formed on the upper cover for detachable connection with the gimbal, the mounting groove comprising an entrance for the gimbal to enter the mounting groove, a first surface opposite to the entrance, a first guide groove and a second guide groove that are opposite to each other and located between the entrance and the first surface, and a bottom surface below the entrance, the first surface, the first guide groove, and the second guide groove, and a power supply interface being disposed in the mounting groove for supplying power to the gimbal; and a lower cover covering the lower-end opening. a casing including an upper-end opening, a lower-end opening, and a receiving cavity between the upper-end opening and the lower-end opening, the receiving cavity housing a battery cell configured to supply power for a gimbal; an upper cover covering the upper-end opening, a mounting groove being formed on the upper cover for detachable connection with the gimbal, the mounting groove comprising an entrance for the gimbal to enter the mounting groove, a first surface opposite to the entrance, a first guide groove and a second guide groove that are opposite to each other and located between the entrance and the first surface, and a bottom surface below the entrance, the first surface, the first guide groove, and the second guide groove, and a power supply interface being disposed in the mounting groove for supplying power to the gimbal; and a lower cover covering the lower-end opening.
A coated component, comprising: a silicon-based substrate; a protective coating that overlies the silicon-based substrate, the protective coating comprises: a porous thermal barrier coating comprising: a ceramic material selected from the group consisting of zircon, yttria-stabilized zirconia and yttria-stabilized hafnia; and a metal oxide, a metal silicate, a metal disilicate, or combinations of at least two of the metal oxide, the metal silicate and the metal disilicate; and a braze layer directly on the silicon-based substrate, the porous thermal barrier coating overlying the braze layer, the braze layer comprising: silicon, tantalum, and a metal element having a melt temperature with silicon of 1400°C +/- 2.5%; and ceramic particles comprising Zr 2 O 3 particles, metal silicate particles, metal disilicate particles, or combinations thereof. a silicon-based substrate; a protective coating that overlies the silicon-based substrate, the protective coating comprises: a porous thermal barrier coating comprising: a ceramic material selected from the group consisting of zircon, yttria-stabilized zirconia and yttria-stabilized hafnia; and a metal oxide, a metal silicate, a metal disilicate, or combinations of at least two of the metal oxide, the metal silicate and the metal disilicate; and a braze layer directly on the silicon-based substrate, the porous thermal barrier coating overlying the braze layer, the braze layer comprising: silicon, tantalum, and a metal element having a melt temperature with silicon of 1400°C +/- 2.5%; and ceramic particles comprising Zr 2 O 3 particles, metal silicate particles, metal disilicate particles, or combinations thereof. a porous thermal barrier coating comprising: a ceramic material selected from the group consisting of zircon, yttria-stabilized zirconia and yttria-stabilized hafnia; and a metal oxide, a metal silicate, a metal disilicate, or combinations of at least two of the metal oxide, the metal silicate and the metal disilicate; and a ceramic material selected from the group consisting of zircon, yttria-stabilized zirconia and yttria-stabilized hafnia; and a metal oxide, a metal silicate, a metal disilicate, or combinations of at least two of the metal oxide, the metal silicate and the metal disilicate; and a braze layer directly on the silicon-based substrate, the porous thermal barrier coating overlying the braze layer, the braze layer comprising: silicon, tantalum, and a metal element having a melt temperature with silicon of 1400°C +/- 2.5%; and ceramic particles comprising Zr 2 O 3 particles, metal silicate particles, metal disilicate particles, or combinations thereof. silicon, tantalum, and a metal element having a melt temperature with silicon of 1400°C +/- 2.5%; and ceramic particles comprising Zr 2 O 3 particles, metal silicate particles, metal disilicate particles, or combinations thereof.
A base for a domestic electrical appliance for food preparation, comprising : - - a first drive output designed to be removably installed and to rotate a first accessory ; - a second drive output designed to be removably installed and to rotate a second accessory ; - an electric motor configured to rotate the first drive output and the second drive output simultaneously; and - a pivoting safety shutter , comprising a hinge mounted on the base so as to allow pivoting of the shutter relative to the base , and a closure plate designed to close off the first drive output and the second drive output , said shutter being pivotally mounted on the base between a first configuration in which the closure plate of the shutter covers the first drive output , the second drive output being uncovered, and a second configuration in which the closure plate of the shutter covers the second drive output , the first drive output being uncovered, the shutter being configured to cooperate with the second accessory so as to ensure that the shutter is positioned and held in the first configuration when the second accessory is positioned on the second drive output . - a first drive output designed to be removably installed and to rotate a first accessory ; - a second drive output designed to be removably installed and to rotate a second accessory ; - an electric motor configured to rotate the first drive output and the second drive output simultaneously; and - a pivoting safety shutter , comprising a hinge mounted on the base so as to allow pivoting of the shutter relative to the base , and a closure plate designed to close off the first drive output and the second drive output , said shutter being pivotally mounted on the base between a first configuration in which the closure plate of the shutter covers the first drive output , the second drive output being uncovered, and a second configuration in which the closure plate of the shutter covers the second drive output , the first drive output being uncovered,
A catalyst for the (co)polymerization of CH 2 =CHR olefins, in which R is a hydrocarbyl radical with 1-12 carbon atoms, comprising the product obtained by contacting: (i) a solid catalyst component comprising Ti, Mg, Cl, and an internal electron donor compound selected from the group consisting of ethers, amines, silanes, carbamates ketones, esters of aliphatic acids, alkyl and aryl esters of optionally substituted aromatic polycarboxylic acids, diol derivatives chosen among monoesters monocarbamates and monoesters monocarbonates and mixtures thereof, wherein said solid catalyst component comprises from 0.1 to 50%wt of Bi with respect to the total weight of said solid catalyst component; (ii) an alkyl aluminum compound and, (iii) at least one external electron donor compound having the formula: (R 1 ) a Si(OR 2 ) b wherein R 1 and R 2 are independently selected among alkyl radicals with 1-8 carbon atoms, optionally containing heteroatoms, and a is 0 or 1 and a+b=4 with the proviso that cyclohexyltrimethoxysilane, t-butyltrimethoxysilane and thexyltrimethoxysilane are excluded. (i) a solid catalyst component comprising Ti, Mg, Cl, and an internal electron donor compound selected from the group consisting of ethers, amines, silanes, carbamates ketones, esters of aliphatic acids, alkyl and aryl esters of optionally substituted aromatic polycarboxylic acids, diol derivatives chosen among monoesters monocarbamates and monoesters monocarbonates and mixtures thereof, wherein said solid catalyst component comprises from 0.1 to 50%wt of Bi with respect to the total weight of said solid catalyst component; (ii) an alkyl aluminum compound and, (iii) at least one external electron donor compound having the formula: (R 1 ) a Si(OR 2 ) b wherein R 1 and R 2 are independently selected among alkyl radicals with 1-8 carbon atoms, optionally containing heteroatoms, and a is 0 or 1 and a+b=4 with the proviso that cyclohexyltrimethoxysilane, t-butyltrimethoxysilane and thexyltrimethoxysilane are excluded.
Method for fabricating an electrode (1;2) for a supercapacitor, the method includes the following process steps: • in a surface of a metal film substrate , etching microstructures with a predetermined roughness, • depositing in said microstructures a metal or metal compound layer, • converting said metal or compounds layer into metal nanoparticles , constituting a catalyst, • growing cross linked carbon nanotubes in said microstructures at said metal nanoparticle acting as catalysts. • in a surface of a metal film substrate , etching microstructures with a predetermined roughness, • depositing in said microstructures a metal or metal compound layer, • converting said metal or compounds layer into metal nanoparticles , constituting a catalyst, • growing cross linked carbon nanotubes in said microstructures at said metal nanoparticle acting as catalysts.
An article of footwear comprising: a barrier having a heel region , a midfoot region forward of the heel region , and a forefoot region forward of the midfoot region , the barrier including: a first portion that includes a first surface of the barrier ; a second portion that includes a second surface of the barrier opposite from the first surface ; wherein the barrier includes a bond that secures the first portion of the barrier and the second portion of the barrier to one another and separates the barrier into a first interior cavity and a second interior cavity that retain fluid, with the second interior cavity extending only in the forefoot region forward of the first interior cavity ; and a plurality of tethers in each of the first interior cavity and the second interior cavity and operatively connecting the first portion to the second portion . characterized by an outsole secured to the second surface of the second portion of the barrier ; wherein the outsole includes: a first outsole portion extending under the first interior cavity ; and a second outsole portion extending under the second interior cavity and separated from the first outsole portion by a gap . a barrier having a heel region , a midfoot region forward of the heel region , and a forefoot region forward of the midfoot region , the barrier including: a first portion that includes a first surface of the barrier ; a second portion that includes a second surface of the barrier opposite from the first surface ; wherein the barrier includes a bond that secures the first portion of the barrier and the second portion of the barrier to one another and separates the barrier into a first interior cavity and a second interior cavity that retain fluid, with the second interior cavity extending only in the forefoot region forward of the first interior cavity ; and a first portion that includes a first surface of the barrier ; a second portion that includes a second surface of the barrier opposite from the first surface ; wherein the barrier includes a bond that secures the first portion of the barrier and the second portion of the barrier to one another and separates the barrier into a first interior cavity and a second interior cavity that retain fluid, with the second interior cavity extending only in the forefoot region forward of the first interior cavity ; and a plurality of tethers in each of the first interior cavity and the second interior cavity and operatively connecting the first portion to the second portion . characterized by an outsole secured to the second surface of the second portion of the barrier ; wherein the outsole includes: a first outsole portion extending under the first interior cavity ; and a second outsole portion extending under the second interior cavity and separated from the first outsole portion by a gap . a first outsole portion extending under the first interior cavity ; and a second outsole portion extending under the second interior cavity and separated from the first outsole portion by a gap .
An endodontic file clip for an apex locator, comprising: a hollow body ; a push button movably linked to the body ; a spring pushing the push button away from the body ; an electrically conductive hook movably arranged within the body and partly protruding out of a hole on the tip of the body and fixed to the push button to securely attach an endodontic file to the tip when the push button is released towards the closed position, and disengage from the endodontic file when the push button is pressed towards the open position; characterized by further comprising: a detachment mechanism for re-attachably detaching the push button , the spring and the hook from the body for cleaning and disinfection in a dental washer disinfector, wherein the detachment mechanism comprises a detachment slot (2c;2c') in the body which extends up to the tip and joins said hole, to allow manual detachment of the push button , the spring and the hook from the body when the hook is manually moved from said hole into the detachment slot . a hollow body ; a push button movably linked to the body ; a spring pushing the push button away from the body ; an electrically conductive hook movably arranged within the body and partly protruding out of a hole on the tip of the body and fixed to the push button to securely attach an endodontic file to the tip when the push button is released towards the closed position, and disengage from the endodontic file when the push button is pressed towards the open position; characterized by further comprising: a detachment mechanism for re-attachably detaching the push button , the spring and the hook from the body for cleaning and disinfection in a dental washer disinfector, wherein the detachment mechanism comprises a detachment slot (2c;2c') in the body which extends up to the tip and joins said hole, to allow manual detachment of the push button , the spring and the hook from the body when the hook is manually moved from said hole into the detachment slot .
A multifunctional ventilator interface for selectively providing ventilation and continuous oxygen therapy to a patient , the multifunctional ventilator interface comprising: tubing defining a high-pressure gas lumen , a low-pressure gas lumen , and a pressure sensing lumen that are isolated from each other within the tubing; a manifold housing defining a gas pathway ; a jet pump housing coupled to the manifold housing and defining at least one entrainment port in fluid communication with ambient air; a jet nozzle cooperatively engaged to the jet pump housing , the jet nozzle defining a high-pressure jet nozzle outlet port operative to introduce gas from the high-pressure gas lumen into the gas pathway and to facilitate air entrainment through the entrainment port and mixing of the entrained air with the gas concurrently introduced into the gas pathway, the jet nozzle further defining a low-pressure jet nozzle outlet port operative to introduce gas from the low-pressure gas lumen into the gas pathway; and a sleeve rotatably engaged to the jet pump housing , the sleeve including a first window and a second window selectively alignable with the entrainment port by rotation of the sleeve relative to the jet pump housing , the first window being configured to allow ambient air to flow into the entrainment port when at least partially aligned therewith, the second window being covered by a one-way valve configured to prevent ambient air from flowing into the entrainment port but to allow exhalation out of the entrainment port when the second window is at least partially aligned therewith. tubing defining a high-pressure gas lumen , a low-pressure gas lumen , and a pressure sensing lumen that are isolated from each other within the tubing; a manifold housing defining a gas pathway ; a jet pump housing coupled to the manifold housing and defining at least one entrainment port in fluid communication with ambient air; a jet nozzle cooperatively engaged to the jet pump housing , the jet nozzle defining a high-pressure jet nozzle outlet port operative to introduce gas from the high-pressure gas lumen into the gas pathway and to facilitate air entrainment through the entrainment port and mixing of the entrained air with the gas concurrently introduced into the gas pathway, the jet nozzle further defining a low-pressure jet nozzle outlet port operative to introduce gas from the low-pressure gas lumen into the gas pathway; and a sleeve rotatably engaged to the jet pump housing , the sleeve including a first window and a second window selectively alignable with the entrainment port by rotation of the sleeve relative to the jet pump housing , the first window being configured to allow ambient air to flow into the entrainment port when at least partially aligned therewith, the second window being covered by a one-way valve configured to prevent ambient air from flowing into the entrainment port but to allow exhalation out of the entrainment port when the second window is at least partially aligned therewith.