mhurhangee/ep-ind-claims huggingface dataset:
A mixer of the rotor-stator type comprising a mixer unit that includes a plurality of stators (12,22) and a rotor disposed on the inner side of the stators (12,22) and spaced by a predetermined gap away from the stator (12,22), wherein each of said stators (12, 22) includes an inner peripheral wall surface (12a, 22a), an outer peripheral wall surface and a plurality of openings (11a, 11b) penetrating from the inner peripheral wall surface (12a, 22a) to the outer peripheral wall surface, each of said stators (12,22) having a different peripheral diameter, characterized in that said rotor has a plurality of agitating blades (13a-13h) extending radially from its center of rotation, each of the agitating blades (13a-13h) having at least one longitudinal groove that has the same diameter between the center and the outermost end in the radial direction thereof; and said stators (12, 22) and said rotor are arranged so that they can be brought closer to or farther away from each other in the direction in which the rotary shaft of said rotor extends, wherein the mixer unit is formed when said stators (12, 22) and said rotor are brought closer to each other, and the mixer unit is not formed when said stators (12, 22) and said rotor are brought farther away from each other, when the mixer unit is formed, gaps are formed between radially outermost ends of the agitating blades (13a-13h) and the inner peripheral wall surface of the outermost stator, and each of other stators is inserted into the grooves so that gaps are formed between outer circumferential surfaces and inner circumferential surfaces of the grooves and the inner peripheral wall surface and the outer peripheral wall surface of the stator, respectively. characterized in that said rotor has a plurality of agitating blades (13a-13h) extending radially from its center of rotation, each of the agitating blades (13a-13h) having at least one longitudinal groove that has the same diameter between the center and the outermost end in the radial direction thereof; and said stators (12, 22) and said rotor are arranged so that they can be brought closer to or farther away from each other in the direction in which the rotary shaft of said rotor extends, wherein the mixer unit is formed when said stators (12, 22) and said rotor are brought closer to each other, and the mixer unit is not formed when said stators (12, 22) and said rotor are brought farther away from each other, when the mixer unit is formed, gaps are formed between radially outermost ends of the agitating blades (13a-13h) and the inner peripheral wall surface of the outermost stator, and each of other stators is inserted into the grooves so that gaps are formed between outer circumferential surfaces and inner circumferential surfaces of the grooves and the inner peripheral wall surface and the outer peripheral wall surface of the stator, respectively.
Structure (1, 1', 11) for radio frequency applications comprising: • a silicon support substrate having a lower part and an upper part; • a porous silicon trapping layer formed in the upper part of the support substrate; the structure (1, 1', 11) being characterized in that: • the support substrate is made of high-resistivity silicon, having a resistivity greater than 1000 Ohm.cm, and the upper part has a p-type doping to a depth D of less than 1 micron; • the trapping layer, formed in the doped upper part of the support substrate, is mesoporous, with pores the diameter of which is between 2 nm and 50 nm, and has a porosity rate of between 20% and 60% and a resistivity greater than 5000 Ohm.cm; • a silicon support substrate having a lower part and an upper part; • a porous silicon trapping layer formed in the upper part of the support substrate; the structure (1, 1', 11) being characterized in that: • the support substrate is made of high-resistivity silicon, having a resistivity greater than 1000 Ohm.cm, and the upper part has a p-type doping to a depth D of less than 1 micron; • the trapping layer, formed in the doped upper part of the support substrate, is mesoporous, with pores the diameter of which is between 2 nm and 50 nm, and has a porosity rate of between 20% and 60% and a resistivity greater than 5000 Ohm.cm;
Method for synchronizing sensors (4, 5) having an independent timer (14, 15), in particular for ultrasound-based environment detection systems in a vehicle, in which the sensors (4, 5) communicate with a control device via a bus using a bus protocol comprising at least one window (SYNC) of prescribed temporal length, wherein the clock of the timer (14, 15) in the sensor (4, 5) is compared against the clock of a central timer in the control device and the comparison is used to calculate a correction factor for the data of the sensor (4, 5) and wherein the temporal length of the window (SYNC) is measured by the timer (14, 15) of the sensor (4, 5) and the measured time is transmitted to the control device, characterized in that the measured time is used to correct the timer (14, 15) of the sensor (4, 5) and the transmitted data thereof.
Fibre composite material tensile sample, comprising: a test portion, which comprises a fibre material arranged in a straight line and has a tensile loading direction that is predetermined for a material test, wherein the test portion is parallel to the tensile loading direction and the fibre material in the test portion has fibres running unidirectionally in the tensile loading direction; and a force introduction portion, wherein the fibre material in the force introduction portion runs at least partially along a surface aligned obliquely in relation to the tensile loading direction. a test portion, which comprises a fibre material arranged in a straight line and has a tensile loading direction that is predetermined for a material test, wherein the test portion is parallel to the tensile loading direction and the fibre material in the test portion has fibres running unidirectionally in the tensile loading direction; and a force introduction portion, wherein the fibre material in the force introduction portion runs at least partially along a surface aligned obliquely in relation to the tensile loading direction.
A variant of a parent B. licheniformis alpha-amylase, wherein the variant has an amino acid sequence which has at least 90% sequence identity to SEQ ID NO: 4, and comprises a substitution of S239 corresponding to SEQ ID NO: 4, and wherein said variant exhibits alpha-amylase activity, wherein the S239 substitution is S239Q or S239A.
An antenna apparatus configured to receive at least FM broadcast and having a height of 70 mm or less, comprising an antenna case; a metal antenna base attached to the lower surface of the antenna case and configured to attach the antenna apparatus to a vehicle; and an antenna unit housed in the antenna case, wherein the antenna unit comprises an antenna and an amplifier circuit board having an amplifier which amplifies at least an FM broadcast signal received by the antenna, and wherein an interval between a lower edge of the antenna and the antenna base is not less than 10 mm, and a feeding point of the antenna is connected to an input of the amplifier through an antenna coil having an inductance of 1 μH to 3 μH.
An environment friendly process for removal of total metals below 1 ppm in vegetable oils / animal oils / fats, said process comprising the steps of: treating a feed comprising vegetable oils / animal oils / fats with an inorganic acid, being phosphoric acid, and an organic acid, being citric acid, to obtain a reaction mixture; and treating the reaction mixture with clay in one or more stages, characterized in that an amount of phosphoric acid used is in the range of 0.01 to 0.10 wt%; an amount of citric acid used is in the range of 0.01 to 0.10 wt% and an amount of clay used is in the range of 0.5 to 5.0 wt%, the wt% being with respect to the oils / fats; so that their synergistic effect enhances the performance and reduces the requirement of the said acids, and in that the process is conducted without involvement of water washing step making the process effluent free and in that it reduces the consumption of clay, the process further comprising contacting the product thus obtained with an ion exchange resin to bring down the metal content to less than 1ppm. treating a feed comprising vegetable oils / animal oils / fats with an inorganic acid, being phosphoric acid, and an organic acid, being citric acid, to obtain a reaction mixture; and treating the reaction mixture with clay in one or more stages, characterized in that an amount of phosphoric acid used is in the range of 0.01 to 0.10 wt%; an amount of citric acid used is in the range of 0.01 to 0.10 wt% and an amount of clay used is in the range of 0.5 to 5.0 wt%, the wt% being with respect to the oils / fats; so that their synergistic effect enhances the performance and reduces the requirement of the said acids, and in that the process is conducted without involvement of water washing step making the process effluent free and in that it reduces the consumption of clay, the process further comprising contacting the product thus obtained with an ion exchange resin to bring down the metal content to less than 1ppm.
A mobile terminal comprising: a first body having a first surface opposite to a second surface, the first body having a first display unit at the second surface thereof; a second body having a first surface opposite to a second surface, the second body being rotatably coupled to the first body, the second body having a second display unit at the second surface thereof; and a moving unit connecting the first body to the second body, the moving unit being configured to allow the first and second bodies (110, 120) to rotate over 180° relative to each other between a folded configuration where the first surfaces of the first and second bodies (110, 120) overlap and an unfolded configuration where the first and second bodies (110, 120) are unfolded from each other and form an obtuse angle with each other, wherein the first and second display units (113, 123) are externally exposed in the folded configuration, and wherein the second body includes a receiving groove configured to receive the moving unit in the folded configuration, characterized in that: the moving unit is obscured by the first and second bodies (110, 120) in the folded configuration; and during relative rotation of the first and second bodies (110, 120) from the folded configuration to the unfolded configuration, the first body is rotated about a rotation axis that is moved by the moving unit and is separated from the receiving groove. a first body having a first surface opposite to a second surface, the first body having a first display unit at the second surface thereof; a second body having a first surface opposite to a second surface, the second body being rotatably coupled to the first body, the second body having a second display unit at the second surface thereof; and a moving unit connecting the first body to the second body, the moving unit being configured to allow the first and second bodies (110, 120) to rotate over 180° relative to each other between a folded configuration where the first surfaces of the first and second bodies (110, 120) overlap and an unfolded configuration where the first and second bodies (110, 120) are unfolded from each other and form an obtuse angle with each other, wherein the first and second display units (113, 123) are externally exposed in the folded configuration, and wherein the second body includes a receiving groove configured to receive the moving unit in the folded configuration, characterized in that: the moving unit is obscured by the first and second bodies (110, 120) in the folded configuration; and during relative rotation of the first and second bodies (110, 120) from the folded configuration to the unfolded configuration, the first body is rotated about a rotation axis that is moved by the moving unit and is separated from the receiving groove. the moving unit is obscured by the first and second bodies (110, 120) in the folded configuration; and during relative rotation of the first and second bodies (110, 120) from the folded configuration to the unfolded configuration, the first body is rotated about a rotation axis that is moved by the moving unit and is separated from the receiving groove.
A method in a first communications device supporting peer-to-peer wireless communications with one or more peer communications devices, the method comprising: maintaining a list of active connection identifiers corresponding to peer communications devices with which said first communications device has received or sent at least one peer-to-peer paging signal; determining at least one portion of a traffic control resource to be monitored as a function of at least one connection identifier included in said list of active connection identifiers, wherein said function is a mapping function between connection identifiers and portions of traffic control resource; and monitoring the at least one portion of the traffic control resource during a traffic interval for a peer-to-peer traffic request signal corresponding to the at least one connection identifier included in said list of active connection identifiers. maintaining a list of active connection identifiers corresponding to peer communications devices with which said first communications device has received or sent at least one peer-to-peer paging signal; determining at least one portion of a traffic control resource to be monitored as a function of at least one connection identifier included in said list of active connection identifiers, wherein said function is a mapping function between connection identifiers and portions of traffic control resource; and monitoring the at least one portion of the traffic control resource during a traffic interval for a peer-to-peer traffic request signal corresponding to the at least one connection identifier included in said list of active connection identifiers.
A hybrid-type knee prosthesis apparatus having a multifunctional rotary hydraulic cylinder which is mounted on the knee portion of a patient with femoral amputation to assist in walking, comprising: a knee joint module connected to a lower leg prosthesis of the patient with femoral amputation; a rotary hydraulic cylinder operatively coupled to the knee joint module and pivotally rotating the knee joint module by pivot rotation of a rotation shaft; an electric motor for providing active power to the rotary hydraulic cylinder; and a control module for controlling to operate in any one mode of a passive mode in which the rotary shaft provided in the rotary hydraulic cylinder is pivotally rotated by a hydraulic pressure formed inside the rotary hydraulic cylinder or an active mode in which the rotating shaft is pivotally rotated by the active power, characterized in that the hybrid-type knee prosthesis apparatus comprises a driving cable for operatively connecting the rotary hydraulic cylinder and the electric motor to each other. a knee joint module connected to a lower leg prosthesis of the patient with femoral amputation; a rotary hydraulic cylinder operatively coupled to the knee joint module and pivotally rotating the knee joint module by pivot rotation of a rotation shaft; an electric motor for providing active power to the rotary hydraulic cylinder; and a control module for controlling to operate in any one mode of a passive mode in which the rotary shaft provided in the rotary hydraulic cylinder is pivotally rotated by a hydraulic pressure formed inside the rotary hydraulic cylinder or an active mode in which the rotating shaft is pivotally rotated by the active power, characterized in that the hybrid-type knee prosthesis apparatus comprises a driving cable for operatively connecting the rotary hydraulic cylinder and the electric motor to each other.
An encapsulate comprising a benefit agent and a core and a wall, said wall having an outer surface and a coating, said wall encapsulating said core, said coating coating the outer surface of said wall, said coating comprising one or more efficiency polymers selected from the group consisting of one or more polyvinyl formamides, said one or more efficiency polymers having an average molecular mass from 340,000 Da to 1,500,000 Da; a hydrolysis degree, for polyvinyl formamides, of from 10% to 40%; and a charge density from 1 meq/g efficiency polymer to 16 meq/g efficiency polymer.
A device for spraying a liquid, intended to be mounted at a longitudinal end of a wiper comprising at least one vertebra, a wiper blade and a support, the blade and the vertebra being held by the support which forms a longitudinal supporting frame covering and retaining the vertebra and the wiper blade, said device comprising a body and a circulation channel for the liquid that are produced in one piece, said channel comprising an inlet orifice and a spraying orifice, said body comprising: - a housing forming a hole which passes from one side to the other of the body of the spraying device, said housing having a section complementary to the section of the vertebra, - a recess passing from one side to the other of the body of the spraying device and intended to receive the heel of the wiper blade, said recess having a section complementary to the section of the heel, - a separating wall formed between the housing and the recess, characterized in that said spraying device comprises an internal volume delimited by the body and by a peripheral wall, said internal volume being able to receive the support which forms a longitudinal supporting frame of the wiper. - a housing forming a hole which passes from one side to the other of the body of the spraying device, said housing having a section complementary to the section of the vertebra, - a recess passing from one side to the other of the body of the spraying device and intended to receive the heel of the wiper blade, said recess having a section complementary to the section of the heel, - a separating wall formed between the housing and the recess,
A method for purifying -1-chloro-3,3,3 -trifluoropropene, comprising introducing a solid adsorbent and a composition containing -1-chloro-3,3,3-trifluoropropene and 1,1,1,3,3-pentafluoropropane into a container, thereby forming a solid-liquid heterogeneous mixture; storing and transporting the solid-liquid heterogenous mixture in the container; and bringing the composition into contact with the solid adsorbent, wherein the solid adsorbent is a zeolite X; and wherein the weight ratio of the composition to the solid adsorbent is in a range of 5 to 50.
A method for producing functionalized aryl or heteroaryl compounds, comprising the steps of: combining an aryl or heteroaryl compound containing at least one C-H group with a solid-supported Pd catalyst of heterogeneous Pd /MWCNT, wherein said combining is performed under conditions wherein said heterogeneous solid-supported Pd catalyst selectively catalyzes a reaction which attaches a functional group to said aryl or heteroaryl compound at said at least one C-H group as a reaction product wherein said reaction product is a compound of and separating said heterogeneous solid-supported Pd catalyst from said reaction product. combining an aryl or heteroaryl compound containing at least one C-H group with a solid-supported Pd catalyst of heterogeneous Pd /MWCNT, wherein said combining is performed under conditions wherein said heterogeneous solid-supported Pd catalyst selectively catalyzes a reaction which attaches a functional group to said aryl or heteroaryl compound at said at least one C-H group as a reaction product wherein said reaction product is a compound of and separating said heterogeneous solid-supported Pd catalyst from said reaction product.
A TiAl alloy, comprising: 48 at% or more and 50 at% or less of Al; 1 at% or more and 3 at% or less of Nb; 0.3 at% or more and 1 at% or less of Zr; 0.05 at% or more and 0.3 at% or less of B; and the balance being Ti and inevitable impurities. 48 at% or more and 50 at% or less of Al; 1 at% or more and 3 at% or less of Nb; 0.3 at% or more and 1 at% or less of Zr; 0.05 at% or more and 0.3 at% or less of B; and the balance being Ti and inevitable impurities.
A connector for a medical use comprising a fitting secured to a chamber, the fitting being provided at its center with a needle extending in said chamber and emerging into its terminal end, said terminal end having a cross-section capable of receiving, by friction, a connector of male Luer type, the needle being provided with at least one lateral through hole and being placed at least in its terminal portion, including the hole(s), in the recess of an elastic seal having, across the thickness of its free end, a slit or the like, the elastic seal being further provided with a ring encircling its terminal portion at least all the way to the area opposite the hole(s) of the needle, the connector in its disconnected position, characterized in that the terminal end of the elastic seal has a deformable peripheral rim covering and running over the free end of said ring.
A three-phase machine having a 2-pole stator having a number n of teeth with n grooves in between, formed with a winding arrangement in a tooth-wound coil design, wherein p is the number of pole pairs of the three-phase machine, comprising m winding phases (U, V, W), wherein m defines the number of winding phases (U, V, W) of the three-phase machine, characterized in that the winding arrangement consists of at least one first double-layer tooth-wound coil and one second double-layer tooth-wound coil, each of which tooth-wound coils occupies half of four respective adjacent slots of the stator with a winding phase, such that the number of adjacent slots are occupied either in an upper layer or a lower layer and that the first double-layer tooth-wound coil is wound with a first winding phase (U, V, W) in the lower layer and the second double-layer tooth-wound coil is wound with a second winding phase (U, V, W) differing from the first winding phase (U, V, W) in the upper layer with the winding phase (U, V, W), wherein each of both double-layer tooth-wound coils (20, 30) forms a pair of two concentrically arranged coils (Sa, Si) a coil, namely an inner coil (Si) and an outer coil (Sa), which is wound around the teeth used for the inner coil (Si), and the second double-layer tooth-wound coil is arranged such that it is shifted at the coil by a pole pitch with respect to the first double-layer tooth-wound coil in circulating direction.
Device for cleaning a perforated well pipe, and preferably also a discharge surrounding the well pipe, in particular in a deep well, comprising a pump, comprising a preferably elongated and/or tubular body, which comprises at least one inlet through which the pump suctions fluid, and at least one first outlet and a second outlet, wherein the first and second outlets (10, 12) are provided for the output of fluid pumped by the pump, comprising at least one first sealing means and one second sealing means, wherein the first and second sealing means (14, 16) are attached to the body, wherein the second sealing means is arranged underneath the first sealing means at a distance from the latter, with a first compartment formed between the first and second sealing means (14, 16) and delimited by a section of the outside of the body, into which compartment the first outlet leads, whereas the second outlet is arranged above the first sealing means and thus above and outside the first compartment, characterised in that the sealing means (14, 16) can be moved optionally into sealing engagement with or disengaged from an inner wall of the well pipe, and in that the device comprises an opening and closing device, which is designed to keep the first outlet open in a first operating mode and to close the second outlet and in a second operating mode to close the first outlet and keep the second outlet open.