mhurhangee/ep-ind-claims huggingface dataset:
Process for the milling of vegetable-based material, in particular plants like seeds, to produce dehulled or/and fractionate flour, comprising the steps of: - performing a Material Bed Compression milling of the vegetable-based material, - performing a first air classification of the milled material to obtain a first fine fraction on one side and a first coarse fraction on the other side, - performing a first post-treatment to the first fine fraction to obtain separate flour, and - recycling the first coarse fraction to the milling step, characterized in that the Material Bed Compression milling is applied on a compacted bed of material, the bed thickness ranging from 10mm to 100mm. - performing a Material Bed Compression milling of the vegetable-based material, - performing a first air classification of the milled material to obtain a first fine fraction on one side and a first coarse fraction on the other side, - performing a first post-treatment to the first fine fraction to obtain separate flour, and - recycling the first coarse fraction to the milling step,
A drug delivery device comprising: - a housing (121, 220), - a drug-filled cartridge or means for receiving a drug-filled cartridge, the cartridge comprising an axially displaceable piston and a distal outlet portion, - drug expelling means comprising: - dose setting means allowing a user to set a dose of drug to be expelled, - an axially displaceable piston rod adapted to move the piston of a cartridge in a distal direction to thereby expel drug from the cartridge, and - a rotational member adapted to rotate relative to the housing and corresponding to a set and/or expelled dose, - sensor means adapted to detect a set and/or an expelled dose, comprising: - electronic processor circuitry, - a first portion mounted to and rotating with the rotational member, comprising a first rotary sensor part, and - a second portion comprising a second rotary sensor part mounted non-rotationally relative to the housing, whereby the first and second rotary sensor parts rotate relative to each other during setting and/or expelling of a dose of drug, characterized in that the first portion of the sensor means comprises the electronic processor circuitry, whereby the electronic processor circuitry rotates with the rotational member. - a housing (121, 220), - a drug-filled cartridge or means for receiving a drug-filled cartridge, the cartridge comprising an axially displaceable piston and a distal outlet portion, - drug expelling means comprising: - dose setting means allowing a user to set a dose of drug to be expelled, - an axially displaceable piston rod adapted to move the piston of a cartridge in a distal direction to thereby expel drug from the cartridge, and - a rotational member adapted to rotate relative to the housing and corresponding to a set and/or expelled dose, - sensor means adapted to detect a set and/or an expelled dose, comprising: - electronic processor circuitry, - a first portion mounted to and rotating with the rotational member, comprising a first rotary sensor part, and - a second portion comprising a second rotary sensor part mounted non-rotationally relative to the housing, - electronic processor circuitry, - a first portion mounted to and rotating with the rotational member, comprising a first rotary sensor part, and - a second portion comprising a second rotary sensor part mounted non-rotationally relative to the housing,
A system for detecting a heat exchanger blockage, comprising: - a heat exchanger and a bypass for the heat exchanger; - a temperature sensor for measuring a temperature of a fluid (F1, F2) downstream the heat exchanger; the system being characterized by - a control system adapted to determine a gradient of the fluid temperature, to detect a bypass opening based on the gradient of the fluid temperature, and to provide a signal indicating the bypass opening in response to the detection of the bypass opening. - a heat exchanger and a bypass for the heat exchanger; - a temperature sensor for measuring a temperature of a fluid (F1, F2) downstream the heat exchanger; the system being characterized by - a control system adapted to determine a gradient of the fluid temperature, to detect a bypass opening based on the gradient of the fluid temperature, and to provide a signal indicating the bypass opening in response to the detection of the bypass opening.
A composition comprising a plurality of microgel particles, wherein adjacent microgel particles are bound together by either (i) a covalent cross-links formed by the reaction of vinyl-containing moieties grafted onto the surfaces of the microgel particles; and/or (ii) a cross-linked polymer network that interpenetrates adjacent microgel particles and thereby binds the particles together, wherein the polymer network is formed by the polymerisation of a water soluble cross-linking monomer comprising two or more vinyl groups. (i) a covalent cross-links formed by the reaction of vinyl-containing moieties grafted onto the surfaces of the microgel particles; and/or (ii) a cross-linked polymer network that interpenetrates adjacent microgel particles and thereby binds the particles together, wherein the polymer network is formed by the polymerisation of a water soluble cross-linking monomer comprising two or more vinyl groups.
A drying apparatus comprising: a main body having an entrance hole through which air is introduced thereinto and having outlets through which the air is discharged toward a front of the main body; a fan assembly disposed inside the entrance hole of the main body to receive the air from a rear surface of the main body and to generate a flow of the air; a moving bar movably mounted to the main body to discharge air introduced from an outside of the moving bar while moving up and down along the main body; and a drive assembly disposed in the main body to supply a driving force for the movement of the moving bar, wherein the moving bar is connected to the drive assembly located in the main body through a movement channel of the main body, wherein the drive assembly comprises: a raising/lowering guide having a raising/lowering rack gear disposed therein; a raising/lowering unit to move up and down along the raising/lowering guide together with the moving bar, the raising/lowering unit having a drive gear (228; 228') engaging with the raising/lowering rack gear and a bar drive source (227; 227') to drive the drive gear (228; 228'), wherein the raising/lowering unit includes a guide channel (225") in which the raising/lowering guide is located, and is disposed at a surface of a unit casing constituting an exterior of the raising/lowering unit. a main body having an entrance hole through which air is introduced thereinto and having outlets through which the air is discharged toward a front of the main body; a fan assembly disposed inside the entrance hole of the main body to receive the air from a rear surface of the main body and to generate a flow of the air; a moving bar movably mounted to the main body to discharge air introduced from an outside of the moving bar while moving up and down along the main body; and a drive assembly disposed in the main body to supply a driving force for the movement of the moving bar, wherein the moving bar is connected to the drive assembly located in the main body through a movement channel of the main body, wherein the drive assembly comprises: a raising/lowering guide having a raising/lowering rack gear disposed therein; a raising/lowering unit to move up and down along the raising/lowering guide together with the moving bar, the raising/lowering unit having a drive gear (228; 228') engaging with the raising/lowering rack gear and a bar drive source (227; 227') to drive the drive gear (228; 228'), wherein the raising/lowering unit includes a guide channel (225") in which the raising/lowering guide is located, and is disposed at a surface of a unit casing constituting an exterior of the raising/lowering unit.
A saddle riding type vehicle comprising an airbag device that includes: an inflator; an airbag configured to expand by gas discharged from the inflator; and a retainer accommodating the airbag, the airbag being deployed upward from an opening of the retainer, characterized in that the retainer is provided below a meter provided in a vicinity of a steering handle, and the meter openably and closably covers the opening. characterized in that the retainer is provided below a meter provided in a vicinity of a steering handle, and the meter openably and closably covers the opening.
Automotive lighting device comprising at least a light source, adapted to emit light in a light cone, a projecting lens being arranged to receive the light cone and projecting a light pattern in a light direction; a diffusive element located outside the light cone, in such a way that the diffusive element does not receive any portion of the light cone, the diffusive element being treated to provide light diffusion characterized in that: - the diffusive element is located upstream of the projecting lens in the light direction, the projection lens focusing sun rays coming from the outside of the lighting device on the diffusive element - there is a light plane parallel to the light direction; - the diffusive element is transparent and comprises a plane portion; and - the light plane being parallel to the plane portion so that all the light sources of the automotive lighting device are at one side of the light plane and the plane portion of the diffusive element is at the other side of the light plane. at least a light source, adapted to emit light in a light cone, a projecting lens being arranged to receive the light cone and projecting a light pattern in a light direction; a diffusive element located outside the light cone, in such a way that the diffusive element does not receive any portion of the light cone, the diffusive element being treated to provide light diffusion characterized in that: - the diffusive element is located upstream of the projecting lens in the light direction, the projection lens focusing sun rays coming from the outside of the lighting device on the diffusive element - there is a light plane parallel to the light direction; - the diffusive element is transparent and comprises a plane portion; and - the light plane being parallel to the plane portion so that all the light sources of the automotive lighting device are at one side of the light plane and the plane portion of the diffusive element is at the other side of the light plane. - the diffusive element is located upstream of the projecting lens in the light direction, the projection lens focusing sun rays coming from the outside of the lighting device on the diffusive element - there is a light plane parallel to the light direction; - the diffusive element is transparent and comprises a plane portion; and - the light plane being parallel to the plane portion so that all the light sources of the automotive lighting device are at one side of the light plane and the plane portion of the diffusive element is at the other side of the light plane.
Synchronization device for synchronizing on a received signal, comprising: - an auto-correlator for determining for each of consecutive positions of the received signal an auto-correlation value representing the auto-correlation between a portion of the received signal and a corresponding portion of a delayed version of the received signal; - a threshold comperator for determining for each of a plurality of pre-defined threshold values ( X 1, X 2,..., X N) a reach position of the received signal at which the corresponding auto-correlation value reaches the pre-defined threshold value ( X 1, X 2,..., X N); and - a synchronizer for synchronizing on the received signal based on a relation between the reach positions. - an auto-correlator for determining for each of consecutive positions of the received signal an auto-correlation value representing the auto-correlation between a portion of the received signal and a corresponding portion of a delayed version of the received signal; - a threshold comperator for determining for each of a plurality of pre-defined threshold values ( X 1, X 2,..., X N) a reach position of the received signal at which the corresponding auto-correlation value reaches the pre-defined threshold value ( X 1, X 2,..., X N); and - a synchronizer for synchronizing on the received signal based on a relation between the reach positions.
Method for reducing the friction of the sliding surfaces of a winter sports apparatus with respect to snow, water and/or ice, characterised in that a lubricant, which contains at least one lubricant component based on an indigoid molecule, is applied in a solid, liquid or gaseous form to a surface coating of the sliding surface or is introduced into such a surface coating or is applied directly to a coating-free sliding surface of a winter sports apparatus.
A hydratable concentrated and lamellar surfactant composition comprising: a) an anionic surfactant comprising acyl isethionate and further comprising an acyl taurate, wherein acyl taurate makes up from 40 to 85% by weight of the total anionic surfactant; b) an amphoteric and/or zwitterionic surfactant; c) a C 6 -C 14 acid or alcohol structuring agent; and d) from 30 to 85% by weight water. where the composition has a viscosity from 25 to 10,000 mPa.s when measured with a Discovery HR-2 Rheometer using sand blasted plates with a 100 micron gap and a shear rate of 4-15 s'1 and at a temperature of 25 °C and further wherein • either the zwitterionic surfactant to anionic surfactant weight ratio is less than 1.5 and structuring agent makes up 27% by weight or less than the total weight of surfactant in the composition, • or wherein the zwitterionic surfactant to anionic surfactant weight ratio is not less than 1.5. a) an anionic surfactant comprising acyl isethionate and further comprising an acyl taurate, wherein acyl taurate makes up from 40 to 85% by weight of the total anionic surfactant; b) an amphoteric and/or zwitterionic surfactant; c) a C 6 -C 14 acid or alcohol structuring agent; and d) from 30 to 85% by weight water. where the composition has a viscosity from 25 to 10,000 mPa.s when measured with a Discovery HR-2 Rheometer using sand blasted plates with a 100 micron gap and a shear rate of 4-15 s'1 and at a temperature of 25 °C and further wherein • either the zwitterionic surfactant to anionic surfactant weight ratio is less than 1.5 and structuring agent makes up 27% by weight or less than the total weight of surfactant in the composition, • or wherein the zwitterionic surfactant to anionic surfactant weight ratio is not less than 1.5. • either the zwitterionic surfactant to anionic surfactant weight ratio is less than 1.5 and structuring agent makes up 27% by weight or less than the total weight of surfactant in the composition, • or wherein the zwitterionic surfactant to anionic surfactant weight ratio is not less than 1.5.
A method of forming a sprayed film on an inner surface of a bore, comprising moving and rotating a spraying gun in an axial direction inside of the bore and forming the sprayed film by spraying a melted spraying material at the inner surface of the bore by the spraying gun, the method characterized by: flowing a gas toward a first axial end of the bore from a second axial end of the bore located opposite in the axial direction from the first axial end of the bore, the gas having a higher flow rate at the first axial end of the bore relative to the second axial end of the bore, wherein at a lower portion of the first axial end of the bore, a portion B is formed having a smaller passage area so as to cause the gas to have a higher velocity at the first axial end of the bore relative to the second axial end of the bore; and increasing a spraying amount of the spraying material per unit area at the first axial end of the inner surface of the bore to more than that at other portions of the inner surface of the bore, the increase of the spraying amount at the first axial end of the bore corresponding to the increase in flow rate of the gas at the first axial end of the bore such that a substantially uniform thickness of the sprayed film is provided on the inner surface of the bore. flowing a gas toward a first axial end of the bore from a second axial end of the bore located opposite in the axial direction from the first axial end of the bore, the gas having a higher flow rate at the first axial end of the bore relative to the second axial end of the bore, wherein at a lower portion of the first axial end of the bore, a portion B is formed having a smaller passage area so as to cause the gas to have a higher velocity at the first axial end of the bore relative to the second axial end of the bore; and increasing a spraying amount of the spraying material per unit area at the first axial end of the inner surface of the bore to more than that at other portions of the inner surface of the bore, the increase of the spraying amount at the first axial end of the bore corresponding to the increase in flow rate of the gas at the first axial end of the bore such that a substantially uniform thickness of the sprayed film is provided on the inner surface of the bore.
A rope comprising a core for providing strength to said rope, wherein at least a metal or composite fabric comprising multiple substantially parallel elongated metal elements is provided around said core for protecting said core from impact and cutting, wherein said multiple substantially parallel elongated elements are in the lengthwise warp direction and parallel to the selvage of said metal or composite fabric and held by yarns, characterized in that the diameter of said multiple substantially parallel elongated metal elements is in the range of 0.2 to 5 mm and said multiple substantially parallel elongated metal elements are individually coated with a polymer.
A process for producing a 2-(aryloxymethyl)benzaldehyde compound represented by formula: wherein Q 1, Q 2, Q 3 and Q 4 each represent independently a hydrogen atom or a halogen atom, and Ar represents a phenyl group optionally having a substituent, the process comprising step of hydrolyzing a compound represented by formula: wherein X 1, X 2 and X 3 each represent independently a chlorine atom, a bromine atom or an iodine atom, and Q 1, Q 2, Q 3 and Q 4 are each as described above, and step of reacting a compound represented by formula: wherein X 3, Q 1, Q 2, Q 3 and Q 4 are each as described above, prepared in step, and a compound represented by formula: Ar-OH wherein Ar is as described above; or a salt thereof.
Motor vehicle comprising at least one wheel having a rim placed next to a vehicle structural element in the transverse direction of the vehicle, at least one interlocking device arranged between the rim and the said structural element, the vehicle being characterized in that it also includes a damper including a lower spring coupon is arranged in relation to an element to be protected, the spacing between at least one interlocking device and the wheel rim is less than or equal to the spacing between the lower coupon and the element to be protected, the interlocking device being in the form of a block attached to the said component structure.
A method for transmitting an uplink signal using multiple beams by a wireless transmit/receive unit, WTRU, the method comprising: determining a common parameter which is common to the multiple beams; estimating a path loss for each beam of the multiple beams; determining a transmit beam specific fractional power compensation factor for each beam; and transmitting at least one codeword using each uplink beam of the multiple beams, each uplink beam of the multiple beams having a transmission power; and wherein each transmission power is calculated based on the common parameter, the path loss, the transmit beam specific fractional power compensation factor, and a configurable maximum transmit power level for each beam. determining a common parameter which is common to the multiple beams; estimating a path loss for each beam of the multiple beams; determining a transmit beam specific fractional power compensation factor for each beam; and transmitting at least one codeword using each uplink beam of the multiple beams, each uplink beam of the multiple beams having a transmission power; and wherein each transmission power is calculated based on the common parameter, the path loss, the transmit beam specific fractional power compensation factor, and a configurable maximum transmit power level for each beam.
A process for removing residual monomers from water-absorbing polymer particles by thermally aftertreating the water-absorbing polymer particles in a mixer with rotating mixing tools, the water-absorbing polymer particles during the thermal aftertreatment having a temperature of at least 60°C and a water content of at least 8% by weight, with addition of water or an aqueous solution before or during the thermal aftertreatment and/or of a steam-comprising gas stream during the thermal aftertreatment, which comprises performing the thermal aftertreatment in the presence of at least one surfactant, the at least one surfactant having a polar group and a nonpolar group, the polar group and the nonpolar group of the surfactant not being joined via a carboxylic ester group, and the polar group having at least one hydroxyl group, a cationic group or an anionic group and the nonpolar group having a C 4 - to C 20 -alkyl chain.
Block diene elastomer corresponding to the following formula: where: - n and m are each an integer of greater than or equal to 0, such that n+m ≥ 1 and n+m ≤ 20, - each A block is composed of a polybutadiene, - each B block is composed of a diene elastomer, the molar content of units resulting from conjugated dienes of which is greater than 15%, the B blocks being identical to one another, - X is an organic or inorganic group which can comprise a functional group which interacts with a reinforcing filler, - the number-average molecular weight Mn1 of each A block varies from 2 500 to 20 000 g/mol, - the number-average molecular weight Mn2 of each B block varies from 80 000 to 350 000 g/mol, and - the content of 1,2- linkages in each A block is between 1 and 20%. - n and m are each an integer of greater than or equal to 0, such that n+m ≥ 1 and n+m ≤ 20, - each A block is composed of a polybutadiene, - each B block is composed of a diene elastomer, the molar content of units resulting from conjugated dienes of which is greater than 15%, the B blocks being identical to one another, - X is an organic or inorganic group which can comprise a functional group which interacts with a reinforcing filler, - the number-average molecular weight Mn1 of each A block varies from 2 500 to 20 000 g/mol, - the number-average molecular weight Mn2 of each B block varies from 80 000 to 350 000 g/mol, and - the content of 1,2- linkages in each A block is between 1 and 20%.