mhurhangee/patent-ind-claim-en huggingface dataset:
A system for monitoring power devices, the system comprising: a plurality of power devices ; a plurality of power lines that connect the plurality of power devices in a loop to a power grid line ; and at least one controller operable to (i) identify a disturbance within the plurality of power devices, wherein the disturbance affects a power output of at least one power device and/or affects a communication or a transmission of power onto or through at least one power line , (ii) determine an impact of the identified disturbance on the plurality of power lines based at least in part on the type and/or the location of the identified disturbance, and (iii) adjust, based at least in part on the determined impact, a power output of one or more of the plurality of power devices . a plurality of power devices ; a plurality of power lines that connect the plurality of power devices in a loop to a power grid line ; and at least one controller operable to (i) identify a disturbance within the plurality of power devices, wherein the disturbance affects a power output of at least one power device and/or affects a communication or a transmission of power onto or through at least one power line , (ii) determine an impact of the identified disturbance on the plurality of power lines based at least in part on the type and/or the location of the identified disturbance, and (iii) adjust, based at least in part on the determined impact, a power output of one or more of the plurality of power devices . (i) identify a disturbance within the plurality of power devices, wherein the disturbance affects a power output of at least one power device and/or affects a communication or a transmission of power onto or through at least one power line , (ii) determine an impact of the identified disturbance on the plurality of power lines based at least in part on the type and/or the location of the identified disturbance, and (iii) adjust, based at least in part on the determined impact, a power output of one or more of the plurality of power devices .
- An automated ammunition magazine comprising a first belt conveyor , so-called internal conveyor, for rounds of ammunition that are parallel to each other, which is arranged in an endless rotating loop, wherein a second belt conveyor , so-called external conveyor, is also arranged in an endless rotating loop that surrounds the first belt conveyor for rounds of ammunition that are parallel to each other, each belt conveyor being able to move the rounds of ammunition so as to place the longitudinal axis of each round of ammunition successively in the same vertical plane (P), the magazine being characterised in that the rounds of ammunition located in the aforementioned vertical plane (P), called the loading plane (P), have their longitudinal axes converging.
Method for monitoring a predefined level of a medium in a vessel, wherein a level measuring probe is operated as a conductive level measuring probe in a conductive operating mode and as a capacitive level measuring probe in a capacitive operating mode, wherein the conductive operating mode and the capacitive operating mode are activated alternately, wherein the measured values of the two operating modes are used to determine whether the predefined level of the medium in the vessel is reached, wherein a message is generated if the predefined level is exceeded and/or undershot, wherein the level measuring probe is operated as a conductive level measuring probe in a conductive operating mode and as a capacitive level measuring probe in the capacitive operating mode, and wherein the level measuring probe has the same sensor electrode , guard electrode and ground electrode both for the use of the conductive operating mode and for the use of the capacitive operating mode. wherein the level measuring probe is operated as a conductive level measuring probe in a conductive operating mode and as a capacitive level measuring probe in the capacitive operating mode, and wherein the level measuring probe has the same sensor electrode , guard electrode and ground electrode both for the use of the conductive operating mode and for the use of the capacitive operating mode.
A liftgate structure, comprising: a structural inner panel with an outside surface and an inner surface having a lower perimeter surface area extending across substantially the entire width of the liftgate structure, the structural inner panel including a wiper motor housing recess formed on the inner surface ; a plurality of brackets including a center bracket and two side brackets , the brackets being connected to the outside surface of the structural inner panel ; and three separate tethers including first and second tethers extending between the center bracket and a respective one of the side brackets and further including a third tether extending between the side brackets , characterized in that the first and second tethers have a different width than the third tether , and in that each end of each tether is adhesively bonded and pinched behind the respective brackets . a structural inner panel with an outside surface and an inner surface having a lower perimeter surface area extending across substantially the entire width of the liftgate structure, the structural inner panel including a wiper motor housing recess formed on the inner surface ; a plurality of brackets including a center bracket and two side brackets , the brackets being connected to the outside surface of the structural inner panel ; and three separate tethers including first and second tethers extending between the center bracket and a respective one of the side brackets and further including a third tether extending between the side brackets , characterized in that the first and second tethers have a different width than the third tether , and in that each end of each tether is adhesively bonded and pinched behind the respective brackets .
A pharmaceutical composition comprising: a pharmaceutically acceptable carrier, diluent, or excipient; and a pharmaceutically acceptable compound of Formula (Ia), or a salt thereof: wherein: Z is selected from: NH, O, S, S(O) or SO 2 ; R 1 is H; R 2 is selected from: H, OH, a halogen, an optionally substituted C 1-5 alkyl, or an optionally substituted OC 1-5 alkyl; and R 3 is selected from: H, OH, a halogen, an optionally substituted C 1-5 alkyl, or an optionally substituted OC 1-5 alkyl. a pharmaceutically acceptable carrier, diluent, or excipient; and a pharmaceutically acceptable compound of Formula (Ia), or a salt thereof: wherein: Z is selected from: NH, O, S, S(O) or SO 2 ; R 1 is H; R 2 is selected from: H, OH, a halogen, an optionally substituted C 1-5 alkyl, or an optionally substituted OC 1-5 alkyl; and R 3 is selected from: H, OH, a halogen, an optionally substituted C 1-5 alkyl, or an optionally substituted OC 1-5 alkyl. Z is selected from: NH, O, S, S(O) or SO 2 ; R 1 is H; R 2 is selected from: H, OH, a halogen, an optionally substituted C 1-5 alkyl, or an optionally substituted OC 1-5 alkyl; and R 3 is selected from: H, OH, a halogen, an optionally substituted C 1-5 alkyl, or an optionally substituted OC 1-5 alkyl.
A corrosion resistance degradation sensor comprising: - a conductive pipe having an inner surface thereof covered with an anticorrosive coating , and being filled with a liquid ; - an electrode insulated from the conductive pipe and placed in contact with the liquid within the conductive pipe ; - a resistor having one end thereof connected to an outer surface of the conductive pipe ; - an AC power supply having one terminal thereof connected to the conductive pipe , and another terminal thereof connected to the electrode and the resistor ; and - a detecting unit that detects degradation or non-degradation of the anticorrosive coating based on frequency dependence of impedance response to an AC voltage of the AC power supply ; and wherein the resistor has a resistance that is less than a resistance of the anticorrosive coating and is not less than a resistance measured in a circuit including a second conductive pipe having the inner surface thereof uncovered with the anticorrosive coating , the liquid in the second conductive pipe , and the electrode placed within the second conductive pipe . - a conductive pipe having an inner surface thereof covered with an anticorrosive coating , and being filled with a liquid ; - an electrode insulated from the conductive pipe and placed in contact with the liquid within the conductive pipe ; - a resistor having one end thereof connected to an outer surface of the conductive pipe ; - an AC power supply having one terminal thereof connected to the conductive pipe , and another terminal thereof connected to the electrode and the resistor ; and - a detecting unit that detects degradation or non-degradation of the anticorrosive coating based on frequency dependence of impedance response to an AC voltage of the AC power supply ; and
A continuous production apparatus for a polymer, the apparatus comprising a housing chamber configured to house a plurality of reaction vessels, wherein the reaction vessels communicate with one another via a gas phase part in the housing chamber; the reaction vessels are sequentially connected; the housing chamber includes a baffle configured to narrow a cross-sectional area of the gas phase part at a boundary between at least one pair of the reaction vessels that are adjacent to each other or in a vicinity of the boundary; and the baffle prevents gas from moving via the gas phase part from a reaction vessel positioned on the upstream side in the movement direction of the reaction mixture into an adjacent reaction vessel positioned on the downstream side in the movement direction as if the vessels sandwich the baffle.
System for spectroscopy and imaging of an object which includes: - a polygonal casing including a lower face , an upper face and at least four vertical sides joining the two faces including a side with a slit , in which are placed: ∘ at least one imaging sensor , each imaging sensor being arranged in front of an aperture made in one side, ∘ a diffraction device associated with the slit, ∘ a spectroscopy sensor intended to capture the diffraction spectrum of the object originating from the diffraction device associated with the slit, - a base on which the polygonal casing is set and around which the casing is capable of pivoting, - a mechanism for rotating the casing capable of orientating each imaging sensor towards the object, and capable of orientating the slit towards said object, thus making it possible to switch between an optical imaging mode and a spectroscopic imaging mode. - a polygonal casing including a lower face , an upper face and at least four vertical sides joining the two faces including a side with a slit , in which are placed: ∘ at least one imaging sensor , each imaging sensor being arranged in front of an aperture made in one side, ∘ a diffraction device associated with the slit, ∘ a spectroscopy sensor intended to capture the diffraction spectrum of the object originating from the diffraction device associated with the slit, ∘ at least one imaging sensor , each imaging sensor being arranged in front of an aperture made in one side, ∘ a diffraction device associated with the slit, ∘ a spectroscopy sensor intended to capture the diffraction spectrum of the object originating from the diffraction device associated with the slit, - a base on which the polygonal casing is set and around which the casing is capable of pivoting, - a mechanism for rotating the casing capable of orientating each imaging sensor towards the object, and capable of orientating the slit towards said object, thus making it possible to switch between an optical imaging mode and a spectroscopic imaging mode.
A toner refill cartridge , comprising: a body including a toner chamber to contain toner and a toner discharging portion having an entrance connected to one end of the toner chamber in a length direction (A) and an exit to discharge toner outside of the toner refill cartridge ; a plunger including a piston movably inserted into the toner chamber in the length direction (A) and a packing member located at an end of the piston to push the toner toward the toner discharging portion ; characterized by a weight part movable in the toner chamber and having a shape which prevents the weight part from passing through the entrance ; and a weight part container provided in the one end of the toner chamber in the length direction (A) to accommodate the weight part , wherein the weight part container includes a first weight part container partitioned from the entrance and having a first depth (D1) which extends in the length direction (A) from the entrance to a bottom of the first weight part container , wherein the first weight part container is partitioned from the toner discharging portion via a barrier . a body including a toner chamber to contain toner and a toner discharging portion having an entrance connected to one end of the toner chamber in a length direction (A) and an exit to discharge toner outside of the toner refill cartridge ; a plunger including a piston movably inserted into the toner chamber in the length direction (A) and a packing member located at an end of the piston to push the toner toward the toner discharging portion ; characterized by a weight part movable in the toner chamber and having a shape which prevents the weight part from passing through the entrance ; and a weight part container provided in the one end of the toner chamber in the length direction (A) to accommodate the weight part , wherein the weight part container includes a first weight part container partitioned from the entrance and having a first depth (D1) which extends in the length direction (A) from the entrance to a bottom of the first weight part container , wherein the first weight part container is partitioned from the toner discharging portion via a barrier .
A thermoelectric element comprising: a first metal substrate ; a first resin layer arranged on the first metal substrate ; a first electrode arranged on the first resin layer ; a thermoelectric leg arranged on the first electrode ; a second electrode arranged on the thermoelectric leg ; a second resin layer arranged on the second electrode ; and a second metal substrate arranged on the second resin layer , characterized in that an upper surface of the first resin layer includes a first electrode arrangement surface on which the first electrode is disposed, and a first concave surface disposed around the first electrode arrangement surface and toward the first metal substrate , wherein a lower surface of the second resin layer includes a second electrode arrangement surface on which the second electrode is disposed, and a second concave surface disposed around the second electrode arrangement surface and toward the second metal substrate , wherein a partial region of the first concave surface and a partial region of the second concave surface are vertically overlapped. a first metal substrate ; a first resin layer arranged on the first metal substrate ; a first electrode arranged on the first resin layer ; a thermoelectric leg arranged on the first electrode ; a second electrode arranged on the thermoelectric leg ; a second resin layer arranged on the second electrode ; and a second metal substrate arranged on the second resin layer , characterized in that an upper surface of the first resin layer includes a first electrode arrangement surface on which the first electrode is disposed, and a first concave surface disposed around the first electrode arrangement surface and toward the first metal substrate , wherein a lower surface of the second resin layer includes a second electrode arrangement surface on which the second electrode is disposed, and a second concave surface disposed around the second electrode arrangement surface and toward the second metal substrate , wherein a partial region of the first concave surface and a partial region of the second concave surface are vertically overlapped.
An inkjet printing method including the steps of: a) jetting on a substrate one or more aqueous UV curable inkjet inks including at least one photoinitiator and capsules composed of a crosslinked polymeric shell surrounding a core , with the core containing UV curable compounds ; and b) applying UV radiation to the one or more aqueous UV curable inkjet inks jetted on the substrate , characterized in that the one or more aqueous UV curable inkjet inks are exposed to infrared radiation between steps a) and b). a) jetting on a substrate one or more aqueous UV curable inkjet inks including at least one photoinitiator and capsules composed of a crosslinked polymeric shell surrounding a core , with the core containing UV curable compounds ; and b) applying UV radiation to the one or more aqueous UV curable inkjet inks jetted on the substrate ,
A method of wireless communication, comprising: identifying a frame configuration, the frame configuration being configured with a first transmission time interval, TTI, that has a first TTI duration and a second TTI that has a second TTI duration greater than the first TTI duration; determining a first demodulation reference signal, DMRS, pattern for resources of the first TTI, wherein the first DMRS pattern is based at least in part on a second DMRS pattern for resources of the second TTI, wherein the first DMRS pattern uses a first set of antenna ports; and communicating using resources of the first TTI based at least in part on the first DMRS pattern, wherein the first DMRS pattern is configured with a division multiplexing scheme from a plurality of different types of multiplexing schemes based at least in part on a transmission rank. identifying a frame configuration, the frame configuration being configured with a first transmission time interval, TTI, that has a first TTI duration and a second TTI that has a second TTI duration greater than the first TTI duration; determining a first demodulation reference signal, DMRS, pattern for resources of the first TTI, wherein the first DMRS pattern is based at least in part on a second DMRS pattern for resources of the second TTI, wherein the first DMRS pattern uses a first set of antenna ports; and communicating using resources of the first TTI based at least in part on the first DMRS pattern, wherein the first DMRS pattern is configured with a division multiplexing scheme from a plurality of different types of multiplexing schemes based at least in part on a transmission rank.
A free-flowing mixture containing: - a granulate material made of a thermoplastic elastomer and a functionalized thermoplastic elastomer, and comprising at least one phase change material bound to the thermoplastic elastomer, - and at least one binding agent capable of adsorbing and/or absorbing portions of the phase change material; characterized in that - the binding agent is present in intermediate spaces between the grains of the granulate material; and either - i) the proportion by weight of the phase change material in the granulate material is between 60% and 90% and the binding agent is a non-silicate binding agent; or - ii) the proportion by weight of the phase change material in the granulate material is more than 70% and up to 90%. - a granulate material made of a thermoplastic elastomer and a functionalized thermoplastic elastomer, and comprising at least one phase change material bound to the thermoplastic elastomer, - and at least one binding agent capable of adsorbing and/or absorbing portions of the phase change material; characterized in that - the binding agent is present in intermediate spaces between the grains of the granulate material; and either - i) the proportion by weight of the phase change material in the granulate material is between 60% and 90% and the binding agent is a non-silicate binding agent; or - ii) the proportion by weight of the phase change material in the granulate material is more than 70% and up to 90%.
Kiln for firing ceramic blanks , in particular bricks, having a plurality of trains . which comprise a number of kiln cars , are movable in parallel with one another and along a longitudinally extending kiln portion, and on which the blanks are to be arranged, wherein the kiln portion has a firing zone for heating the blanks , and wherein trains which are arranged next to one another are movable through a firing zone in opposite directions without a reversal of direction, and wherein at least one fan is provided, and wherein the air that is conveyed by the at least one fan in the kiln is at least partially circulated in the kiln and fed back to the fan and at least one air guiding device is provided in the kiln portion, by means of which device air can be guided in the kiln portion in the direction of blanks , and wherein a wall is provided in an air circulation zone of the kiln above the blanks in the kiln portion, by means of which wall at least one circulation channel is separated from a main tunnel of the kiln portion, and wherein at least one air guiding device is provided on the wall and the at least one air guiding device of the wall protrudes at least in regions into a main tunnel of the kiln portion.
Method for recovery of abrasive material from cutting waste in collecting basins of abrasive water jet cutting systems, whereby a separation and drying of a required size grade of abrasive grains and the residual material takes place, and whereby the cutting waste is suspended with water or integrated in water by weight grading, whereby fractions having a density of less than 2x10 3 kg/m 3 are precipitated and discharged, prepared and subjected to a diameter grading by wet screening, and, when coarse and fine fractions are discharged, a desired diameter grading of the residual material which includes a substantial fraction of abrasive material takes place, this material is dried, divided into a plurality of size grades and discharged from the dry granulate and is used partially or exclusively as an abrasive cutting medium additive to the water jet in such cutting systems.
A composition for use in a method of treating keratoconus, comprising: a combination of a copper-containing agent selected from the group consisting of copper sulfate, copper carbonate, copper acetate, copper chloride, copper gluconate, copper bromide, copper fluoride, copper nitrate, copper iodide, copper perchlorate, copper molybdate, copper thiocyanate, copper tartrate, copper tetrafluoroborates, copper selenide, copper pyrophosphate, GHK-copper, copper-histidine, copper-glycinate, and combinations thereof, and a pharmaceutically acceptable carrier, wherein the copper-containing agent is present in an amount from 0.001 wt% to 0.1 wt%.