mhurhangee/patent-ind-claim-en huggingface dataset:
A hot filament CVD device that is configured to perform coating treatment on multiple base materials , the hot filament CVD device comprising: a chamber including a chamber body provided with an opening , and a door attached to the chamber body to seal the opening and allow the opening to be openable; multiple filaments configured to heat a material gas; multiple base material supports insertable into the chamber through the opening in a predetermined insertion direction (DS), the multiple base material supports configured to support the corresponding multiple base materials while allowing the multiple base materials to be disposed at intervals in the insertion direction (DS); and a table having a mounting surface on which the multiple base material supports are allowed to be mounted allowing the multiple base materials to be disposed facing the corresponding multiple filaments , and configured to support the multiple base material supports inside the chamber while allowing the multiple base material supports to be disposed adjacent to each other in a chamber width direction intersecting the insertion direction (DS), characterized by a filament cartridge provided with the multiple filaments , wherein the filament cartridge and the table are disposed inside the chamber , and the multiple base material supports are insertable into the chamber while sliding the multiple base material supports on the mounting surface of the table . a chamber including a chamber body provided with an opening , and a door attached to the chamber body to seal the opening and allow the opening to be openable; multiple filaments configured to heat a material gas; multiple base material supports insertable into the chamber through the opening in a predetermined insertion direction (DS), the multiple base material supports configured to support the corresponding multiple base materials while allowing the multiple base materials to be disposed at intervals in the insertion direction (DS); and a table having a mounting surface on which the multiple base material supports are allowed to be mounted allowing the multiple base materials to be disposed facing the corresponding multiple filaments , and configured to support the multiple base material supports inside the chamber while allowing the multiple base material supports to be disposed adjacent to each other in a chamber width direction intersecting the insertion direction (DS), characterized by a filament cartridge provided with the multiple filaments , wherein the filament cartridge and the table are disposed inside the chamber , and the multiple base material supports are insertable into the chamber while sliding the multiple base material supports on the mounting surface of the table .
Food additive containing at least one non-nutrient incorporated in a matrix, the whole being encapsulated by a coating comprising at least one vegetable material whose saponification number is greater than 180 and the non-nutrient comprises capsicum oleoresin, characterized in that the matrix comprises a hydrogenated fat.
A method for manufacturing a composite part comprising fibers and resin, the method comprising: laying fibers in a mold; covering the laid fibers and a mold surface with a pliable sheet to restrain movement of the laid fibers ; at least partially uncovering the laid fibers in the mold; and laying additional fibers . laying fibers in a mold; covering the laid fibers and a mold surface with a pliable sheet to restrain movement of the laid fibers ; at least partially uncovering the laid fibers in the mold; and laying additional fibers .
Centrifugal device for an overload protection mechanism in a torque transmitting coupling, the centrifugal device comprising a supporting shaft connectable to a driving coupling member or driven coupling member , wherein the supporting shaft comprises an axial axis , characterized in that the supporting shaft further comprises a stop to limit the centrifugal force applied on a centrifugal unit , wherein the stop is axially fixed in respect to the axial axis of the support shaft and the supporting shaft supports a main lever rotatably supported by a rotation shaft arranged tangential to at least one of the driven or driving coupling members .
Cutoff mechanism for a motor vehicle headlight, comprising a bar formed by an obturation plate carried by a movable appliance configured so as to move said plate in a plane and thus obscure a light beam to a greater or lesser extent so as to change the optical operating mode, further comprising a mechanism for actuating said movable appliance by means of an electromagnet comprising an induction coil associated with a ferromagnetic core , said electromagnet comprising at least one ferromagnetic core fixed with respect to its induction coil said movable appliance comprising at least one permanent magnet configured so as to cooperate magnetically with said ferromagnetic core , and said permanent magnet being attracted in the direction of said ferromagnetic core in the absence of circulation of a current in said induction coil , characterized in that said permanent magnet is pushed away from said ferromagnetic core when a current circulates in said induction coil .
Process for producing spheroidal particles having a BET specific surface area of between 150 and 300 m 2 /g, an average particle diameter of between 1.2 and 3 mm and a particle diameter distribution expressed by a standard deviation of not more than 0.1, a total pore volume measured by mercury porosimetry of between 0.50 and 0.85 mL/g, a macroporosity level within a particle of less than 30% and wherein the diameter distribution of the macropores, that is to say of the pores having an opening of greater than 50 nm, expressed by the D90/D50 diameter ratio, is not more than 8, with D50 being the median macropore diameter defined as being the diameter at which, of the totality of the pores constituting the macropore volume, all pores smaller in size than this diameter constitute 50% of the number of macropores, and with D90 being the median macropore diameter defined as being the diameter at which, of the totality of the pores constituting the macropore volume, all pores smaller in size than this diameter constitute 90% of the number of macropores, said process comprising the following steps: a) preparing a suspension comprising water, an acid and at least one boehmite powder, b) adding a solid pore-forming agent having a particle size of between 0.05 and 30 μm to the suspension obtained in step a), c) mixing the suspension obtained in step b) until the viscosity of said mixture is between 200 and 700 mPa·s, the viscosity being the dynamic viscosity measured at ambient temperature at a shear of 100 s -1 , d) forming the spheroidal particles by droplet coagulation from the mixture obtained in step c), e) drying the particles obtained in step d), f) calcining the particles obtained in step e) . a) preparing a suspension comprising water, an acid and at least one boehmite powder, b) adding a solid pore-forming agent having a particle size of between 0.05 and 30 μm to the suspension obtained in step a), c) mixing the suspension obtained in step b) until the viscosity of said mixture is between 200 and 700 mPa·s, the viscosity being the dynamic viscosity measured at ambient temperature at a shear of 100 s -1 , d) forming the spheroidal particles by droplet coagulation from the mixture obtained in step c), e) drying the particles obtained in step d), f) calcining the particles obtained in step e) .
A rubber composition comprising lignin having an aldehyde yield rate by alkaline nitrobenzene oxidation of 12% by mass or more, a rubber, and an inorganic filler.
A method comprising applying an infiltration coating as a liquid solution on a thermal barrier coating of an article , wherein the infiltration coating includes aluminum nitrate, gadolinium aluminum nitrate, yttrium nitrate, tantalum ethoxide, or strontium nitrate, the infiltration coating infiltrating at least some pores of the thermal barrier coating , wherein the infiltration coating decomposes within the at least some pores of the thermal barrier coating to form solid oxide particles to coat a portion of the at least some pores of the thermal barrier coating , wherein the infiltration coating reduces a porosity of the thermal barrier coating ; and applying a reactive phase spray formulation coating on the thermal barrier coating , wherein the reactive phase spray formulation includes a base ceramic material and a ceramic binder material , wherein the base ceramic material has a particle size between 1 and 10 μm, wherein the ceramic binder material has a particle size that is less than 1 μm, wherein the base ceramic material and ceramic binder material comprises an earth oxide, wherein the reactive phase spray formulation coating reacts with dust deposits on the thermal barrier coating .
Method for scrubbing an exhaust gas from CO 2 and SO x with x from 1 to 3, comprising the steps: - providing recycled concrete fines with d 90 ≤ 1000 μm and a Rosin-Rammler slope n from 0.6 to 1.4 in dry form or as a slurry, - injecting the recycled concrete fines into the exhaust gas for reaction with CO 2 and SO x to provide in the exhaust gas stream an amount of dry recycled concrete fines ranging from 5 to 30 kg/m 3 , and adjustung a relative humidity from 50 to 100 % and a temperature from 40 to 130 °C, - withdrawing partly carbonated and/or sulphurized recycled concrete fines and cleaned exhaust gas - recycling a part of the partly carbonated and sulphurized recycled concrete fines while the remainder is discharged. - providing recycled concrete fines with d 90 ≤ 1000 μm and a Rosin-Rammler slope n from 0.6 to 1.4 in dry form or as a slurry, - injecting the recycled concrete fines into the exhaust gas for reaction with CO 2 and SO x to provide in the exhaust gas stream an amount of dry recycled concrete fines ranging from 5 to 30 kg/m 3 , and adjustung a relative humidity from 50 to 100 % and a temperature from 40 to 130 °C, - withdrawing partly carbonated and/or sulphurized recycled concrete fines and cleaned exhaust gas - recycling a part of the partly carbonated and sulphurized recycled concrete fines while the remainder is discharged.
A cannabinoid for use in the prophylactic treatment of pre-cachexia or cachexia in a patient suffering from cancer, wherein said cannabinoid is administered in an amount of 0.1 mg to 0.5 mg/day and administration is started prior to chemotherapy and is maintained for at least the duration of the chemotherapy.
An air vehicle comprising a main body and a pair of opposing wing members extending substantially laterally from the main body, at least a first propeller associated with a first of said wing members and a second propeller associated with a second of said wing members, each said propeller being arranged and configured to generate linear thrust relative to said main body, in use, the air vehicle further comprising a control module for generating a control signal configured to change a mode of flying of said air vehicle, in use, between a fixed wing mode and a rotary wing mode, wherein in said fixed wing mode of flying, the direction of thrust generated by the first and second propellers relative to said main body is substantially the same, and in said rotary wing mode of flying, the direction of thrust generated by said first propeller is opposite to that generated by the second propeller, wherein said change of mode of flying is effected by changing the direction of rotation of one of said propellers.
Method for operating a three-phase inverter , comprising an intermediate circuit (Z), a DC/AC voltage bridge , and a control unit , wherein half bridges (HB1+, HB2+, HB3+, HB1-, HB2-, HB3-) of the DC/AC voltage bridge are controlled by the control unit to convert an input DC voltage (Ue) of a DC voltage input stage via the intermediate circuit (Z) and the DC/AC voltage bridge into an output AC voltage (uL1, uL2, uL3) applied at an output during normal operation mode, wherein the inverter is switched to a precharge mode before the normal operation mode is activated, in which precharge mode an intermediate circuit voltage (Uz) of the intermediate circuit (Z) is precharged to a predefined bias voltage (Uv), characterized in that in the precharge mode one of the phase switches (S41, S42, S43) provided on the output side and a neutral conductor switch (S4N) provided on the output side are closed, wherein further phase switches (S41, S42, S43) on the output side are opened or remain open, in that at least two of the phase filter switches (SF1, SF2, SF3), which are provided in the phases (L1, L2, L3) between clock filters on the output side and mains filters, are closed and a neutral conductor filter switch (SFN) provided in the neutral conductor (N) between clock filter (TF) and mains filter (NF) remains open, and in that clock filters (TF) and mains filters (NF) form a current-limiting capacitive voltage divider, via which the intermediate circuit voltage (Uz) is precharged in the precharge mode via an energy supply network connected to the output.
A controller for a brake, comprising: a tangible, non-transitory memory configured to communicate with the controller , the tangible, non-transitory memory having instructions stored thereon that, in response to execution by the controller , cause the controller to perform operations characterized by comprising: determining , by the controller , a minimum value of a three-phase signal indicating a first duty cycle for a first phase signal, a second duty cycle for a second phase signal, and a third duty cycle for a third phase signal, wherein the minimum value is determined based upon the first phase signal, the second phase signal, and the third phase signal; and converting , by the controller , the minimum value to a zero value. determining , by the controller , a minimum value of a three-phase signal indicating a first duty cycle for a first phase signal, a second duty cycle for a second phase signal, and a third duty cycle for a third phase signal, wherein the minimum value is determined based upon the first phase signal, the second phase signal, and the third phase signal; and converting , by the controller , the minimum value to a zero value.
The non-therapeutic use of a composition comprising an effective amount of a vitamin B3 compound and having a pH of less than 5.0 for degrading bilirubin in skin; wherein the vitamin B3 compound is selected from niacinamide, nicotinic acid, nicotinyl alcohol, and combinations thereof.
A method for managing an instant message comprising the steps of: judging (S11) whether the instant message is a reply message to an existing message at the time of receiving and sending the instant message; creating (S12) one session and adding the instant message as a root node to the session if the instant message is not the reply message to the existing message; or adding (S13) the instant message to a session in which the existing message is and setting the instant message as a child node of the existing message if the instant message is the reply message to the existing message, and further setting (S24) the associated attribute of the instant message as the child node of the existing message, the method being characterized in that the session has a tree structure in which there is only one root node in the tree structure, the root node being the first node and is the top of the tree structure, the root node being the father of a plurality of child nodes and each child node may have its own child nodes. judging (S11) whether the instant message is a reply message to an existing message at the time of receiving and sending the instant message; creating (S12) one session and adding the instant message as a root node to the session if the instant message is not the reply message to the existing message; or adding (S13) the instant message to a session in which the existing message is and setting the instant message as a child node of the existing message if the instant message is the reply message to the existing message, and further setting (S24) the associated attribute of the instant message as the child node of the existing message, the method being characterized in that the session has a tree structure in which there is only one root node in the tree structure, the root node being the first node and is the top of the tree structure, the root node being the father of a plurality of child nodes and each child node may have its own child nodes.
A device for the non-destructive probing of a sample by means of electromagnetic wave reflection, said device comprising a frame , an antenna structure , a driver electrically connected to said antenna structure for sending a probe signal through said antenna structure , a receiver electrically connected to said antenna structure for receiving an echo signal through said antenna structure , at least a first circuit board , wherein at least part of said driver and/or said receiver is arranged on said first circuit board , at least a second circuit board , wherein said antenna structure is arranged on said second circuit board , a metal body arranged in said frame having first and second opposite sides, at least one electrical connector for electrically connecting said first and second circuit boards , wherein said first circuit board is mounted to the first side of said metal body and said second circuit board is mounted to the second side of said circuit body, wherein said metal body comprises a lateral wall circumferentially enclosing an interior space adjacent to said second side, wherein said antenna structure is adjacent to said interior space , wherein said device further comprises a set of wheels for rolling it along said sample, wherein said wheels are mounted to said metal body , wherein said metal body comprises wheel holders for holding said wheels and a base plate at its second side and extending between said lateral wall and said wheel holders , and wherein said second circuit board is arranged in an opening of said base plate .
A system for determining whether a multi-phase motor is properly connected to an inverter , the system comprising: a data processor for establishing a monotonically varying test sequence of test rotor angular positions associated with application of corresponding pairs of direct d-q-axis voltage commands to the motor , each of the pairs of direct d-q axis voltage commands comprising a direct-axis command and a quadrature-axis command; a pulse width modulation generation module for converting or transforming the direct d-q-axis voltage commands into multiple phase voltages for each corresponding input phase terminal of the multi-phase motor ; an inverter switching circuit for processing the direct d-q-axis voltage commands processed as modulated signals for application to each corresponding input phase terminal of the motor ; a rotor of the motor rotated in response to the application of the direct d-q-axis voltage commands associated with the corresponding established monotonically varying test sequence of test rotor angular positions; and the data processor adapted to determine that conductor connections between the inverter and the motor are correct if a calculated shaft speed sign is positive in response to the application of the direct d-q-axis voltage commands associated with the monotonically varying test sequence of rotor angular positions that monotonically increases. a data processor for establishing a monotonically varying test sequence of test rotor angular positions associated with application of corresponding pairs of direct d-q-axis voltage commands to the motor , each of the pairs of direct d-q axis voltage commands comprising a direct-axis command and a quadrature-axis command; a pulse width modulation generation module for converting or transforming the direct d-q-axis voltage commands into multiple phase voltages for each corresponding input phase terminal of the multi-phase motor ; an inverter switching circuit for processing the direct d-q-axis voltage commands processed as modulated signals for application to each corresponding input phase terminal of the motor ; a rotor of the motor rotated in response to the application of the direct d-q-axis voltage commands associated with the corresponding established monotonically varying test sequence of test rotor angular positions; and the data processor adapted to determine that conductor connections between the inverter and the motor are correct if a calculated shaft speed sign is positive in response to the application of the direct d-q-axis voltage commands associated with the monotonically varying test sequence of rotor angular positions that monotonically increases.
A process for preparing a paper filler, comprising the steps of: a) providing an aqueous polymer dispersion; b) mixing said aqueous polymer dispersion with a flocculant to obtain a mixture; c) dispersing a pigments in solid form in said mixture; wherein the polymers of said aqueous polymer dispersion are selected from the group consisting of poly(vinyl acetates), styrenebutadiene/(meth)acrylates, copolymers of styrene and (meth)acrylates, styrene copolymers with ethylene, acrylates, acrylamides and acrylic acids, and mixtures thereof; said flocculant is an organic polyelectrolyte; the weight ratio of said flocculant to said polymer of the polymer dispersion without considering the water content is within a range of from 1:5 to 1:20; said pigment has a grain size within a range of from 0.2 μm to 8 μm as measured as d50 by means of a Sedigraph in accordance with the Zellcheming Regulation Z/27.3/90; and wherein the weight ratio of the polymer in said aqueous polymer dispersion to said pigment is within a range of from 1:5 to 1:50, without considering the water. a) providing an aqueous polymer dispersion; b) mixing said aqueous polymer dispersion with a flocculant to obtain a mixture; c) dispersing a pigments in solid form in said mixture;
A silicon-based quantum information processing device comprising: a substrate ; a layer of silicon or silicon-germanium supported on the substrate configured to provide at least one quantum dot (5 1 , 5 2 ); wherein the layer of silicon or silicon-germanium is interposed between first and second layers of dielectric material and is in direct contact with the first and second layers of dielectric material; characterised in that the layer of silicon or silicon-germanium has a thickness of no more than five monolayers a substrate ; a layer of silicon or silicon-germanium supported on the substrate configured to provide at least one quantum dot (5 1 , 5 2 ); wherein the layer of silicon or silicon-germanium is interposed between first and second layers of dielectric material and is in direct contact with the first and second layers of dielectric material; characterised in that the layer of silicon or silicon-germanium has a thickness of no more than five monolayers