mhurhangee/ep-ind-claims huggingface dataset:
A method for processing lignin, the method comprising - feeding lignin material to the system, - decreasing particle size of the lignin material in a grinding device in order to manufacture lignin powder having particle size distribution wherein at least 85 wt.% of the lignin agglomerates and particles are less than 300 microns, and - increasing dry solids content of the lignin material while decreasing the particle size in the grinding device, characterized by - supplying heated air or inert gas to the grinding device, thereby - increasing dry solids content of the lignin material at least 5 percentage units while decreasing the particle size in the grinding device. - feeding lignin material to the system, - decreasing particle size of the lignin material in a grinding device in order to manufacture lignin powder having particle size distribution wherein at least 85 wt.% of the lignin agglomerates and particles are less than 300 microns, and - increasing dry solids content of the lignin material while decreasing the particle size in the grinding device, - supplying heated air or inert gas to the grinding device, thereby - increasing dry solids content of the lignin material at least 5 percentage units while decreasing the particle size in the grinding device.
A method of wireless communication, comprising: determining a maximum received signal strength of a receiver (102A, 102B); determining a minimum coupling loss; and determining a transmit power value based on the determined maximum received signal strength of the receiver (102A, 102) and the determined minimum coupling loss. determining a maximum received signal strength of a receiver (102A, 102B); determining a minimum coupling loss; and determining a transmit power value based on the determined maximum received signal strength of the receiver (102A, 102) and the determined minimum coupling loss.
Indirectly heated fluidized bed dryer for drying moist, fine-grained bulk materials comprising a housing with a gas-injection bottom, with built-in heat exchanger parts extending above the gas-injection bottom and with at least one discharge device, provided below the gas-injection bottom, for the dried bulk material, wherein the usable flow cross section of the housing increases in the region of the built-in heat exchanger parts over the entire height of the built-in heat exchanger parts in the direction of flow of the fluidization gas, characterized in that the cross section of the housing is constant in the direction of flow and the packing density of the built-in heat exchanger parts decreases in the direction of flow of the fluidization gas.
A system for driving a reciprocating compressor comprising: a reciprocating compressor with at least one cylinder, a piston slidingly movable in said cylinder, a crankshaft for moving said piston in said cylinder; a Stirling engine with a hot end, a cold end, and an output shaft; a driving connection (83; 107) between the output shaft of the Stirling engine and the crankshaft of the reciprocating compressor; and a heat source arranged and configured for providing heat to the hot end of the Stirling engine; characterized by a reciprocating internal combustion engine and a driving connection between the reciprocating internal combustion engine and the reciprocating compressor for providing supplemental power to the reciprocating compressor; and a heat transfer circuit for transferring waste heat from the internal combustion engine to the hot end of the Stirling engine. a reciprocating compressor with at least one cylinder, a piston slidingly movable in said cylinder, a crankshaft for moving said piston in said cylinder; a Stirling engine with a hot end, a cold end, and an output shaft; a driving connection (83; 107) between the output shaft of the Stirling engine and the crankshaft of the reciprocating compressor; and a heat source arranged and configured for providing heat to the hot end of the Stirling engine; characterized by a reciprocating internal combustion engine and a driving connection between the reciprocating internal combustion engine and the reciprocating compressor for providing supplemental power to the reciprocating compressor; and a heat transfer circuit for transferring waste heat from the internal combustion engine to the hot end of the Stirling engine.
Method for tracking an object in an optical search window of a camera for a vehicle, wherein the method includes the following steps: reading at least one acceleration signal representing an acceleration of the vehicle and of a vehicle seat; wherein, in the reading step, the acceleration is calculated using a stiffness of a spring of the vehicle seat; determining a movement vector of at least one object in the vehicle interior and/or in a vehicle environment using the at least one acceleration signal; and providing a displacement vector generated by using the determined movement vector to the camera for displacing the optical search window in an image ascertained by the camera for detecting the object, wherein the optical search window represents a partial region of the image read by the camera. reading at least one acceleration signal representing an acceleration of the vehicle and of a vehicle seat; wherein, in the reading step, the acceleration is calculated using a stiffness of a spring of the vehicle seat; determining a movement vector of at least one object in the vehicle interior and/or in a vehicle environment using the at least one acceleration signal; and providing a displacement vector generated by using the determined movement vector to the camera for displacing the optical search window in an image ascertained by the camera for detecting the object, wherein the optical search window represents a partial region of the image read by the camera.
A method for controlling access to an access object, the method being performed in an electronic key device and comprising the steps of: communicating with an access control device to obtain an identity of the access control device; sending an access request to a server, the access request comprising an identity of the electronic key device and the identity of the access control device; receiving a response from the server, the response comprising a key delegation to the electronic key device; and sending a grant access request to the access control device, the grant access request comprising the key delegation, to allow the access control device to evaluate whether to grant access to the access object based on a plurality of delegations comprising a sequence of delegations from the access control device to the electronic key device such that, in the sequence of delegations, the delegator of the first delegation is the access control device, and the last delegation is the key delegation, wherein each delegation is a delegation of an access right for the access object from a delegator to a receiver, and each delegation comprises a delegator identifier and a receiver identifier. communicating with an access control device to obtain an identity of the access control device; sending an access request to a server, the access request comprising an identity of the electronic key device and the identity of the access control device; receiving a response from the server, the response comprising a key delegation to the electronic key device; and sending a grant access request to the access control device, the grant access request comprising the key delegation, to allow the access control device to evaluate whether to grant access to the access object based on a plurality of delegations comprising a sequence of delegations from the access control device to the electronic key device such that, in the sequence of delegations, the delegator of the first delegation is the access control device, and the last delegation is the key delegation, wherein each delegation is a delegation of an access right for the access object from a delegator to a receiver, and each delegation comprises a delegator identifier and a receiver identifier.
A jitter determination method for determining jitter associated with a packet-based data stream, wherein the packet-based data stream comprises several data packets, wherein the jitter determination method comprises the following steps: - receiving at least two data packets associated with the packet-based data stream; - selecting one data packet of the at least two data packets to be a reference data packet; - determining initial jitter data based on the at least two data packets, wherein the initial jitter data comprises information on actual arrival times of the at least two data packets, respectively; - determining expected arrival times for the at least two data packets, respectively; - determining a time bias associated with the packet-based data stream based on at least the determined expected arrival time and based on at least the actual arrival time of the data packet not selected to be the reference data packet; and - determining corrected jitter data based on the initial jitter data and based on the determined time bias; wherein the time bias is determined based on respective deviations between the expected arrival times and the actual arrival times of data packets not selected to be the reference data packet, wherein the time bias is a maximum deviation between the expected arrival times and the actual arrival times of the data packets not selected to be the reference data packet, and wherein the determined time bias is added to the arrival times of the data packets, respectively, in order to obtain the corrected jitter data. - receiving at least two data packets associated with the packet-based data stream; - selecting one data packet of the at least two data packets to be a reference data packet; - determining initial jitter data based on the at least two data packets, wherein the initial jitter data comprises information on actual arrival times of the at least two data packets, respectively; - determining expected arrival times for the at least two data packets, respectively; - determining a time bias associated with the packet-based data stream based on at least the determined expected arrival time and based on at least the actual arrival time of the data packet not selected to be the reference data packet; and - determining corrected jitter data based on the initial jitter data and based on the determined time bias; wherein the time bias is determined based on respective deviations between the expected arrival times and the actual arrival times of data packets not selected to be the reference data packet, wherein the time bias is a maximum deviation between the expected arrival times and the actual arrival times of the data packets not selected to be the reference data packet, and wherein the determined time bias is added to the arrival times of the data packets, respectively, in order to obtain the corrected jitter data.
A reinforcement element comprising cell walls forming an array of hollow columnar cells; wherein each columnar cell comprises a cavity which is surrounded by cell walls; wherein the cell walls are made of a resin impregnated fibrous material; wherein the reinforcement element comprises at least one coated columnar cell comprising a cavity which is surrounded by cell walls, wherein an inner surface of a cell wall towards the cavity of the at least one coated columnar cell is at least partially covered with a layer of a damping or attenuation material; wherein the damping or attenuation material does not completely fill the cavity of the coated columnar cell, but forms a layer on the inner surface of the cell wall towards the cavity of the coated columnar cell; wherein the damping or attenuation material - is a cured adhesive and comprises an activated blowing agent, and - is not substantially foamed, wherein not substantially foamed means that the volume of the applied damping or attenuation material is not more than 5% greater than the volume of the damping or attenuation material before it was applied. wherein each columnar cell comprises a cavity which is surrounded by cell walls; wherein the cell walls are made of a resin impregnated fibrous material; wherein the reinforcement element comprises at least one coated columnar cell comprising a cavity which is surrounded by cell walls, wherein an inner surface of a cell wall towards the cavity of the at least one coated columnar cell is at least partially covered with a layer of a damping or attenuation material; wherein the damping or attenuation material does not completely fill the cavity of the coated columnar cell, but forms a layer on the inner surface of the cell wall towards the cavity of the coated columnar cell; wherein the damping or attenuation material - is a cured adhesive and comprises an activated blowing agent, and - is not substantially foamed, wherein not substantially foamed means that the volume of the applied damping or attenuation material is not more than 5% greater than the volume of the damping or attenuation material before it was applied. - is a cured adhesive and comprises an activated blowing agent, and - is not substantially foamed, wherein not substantially foamed means that the volume of the applied damping or attenuation material is not more than 5% greater than the volume of the damping or attenuation material before it was applied.
A child booster seat comprising: a seat shell (502, 602) having an inner storage cavity (514, 630); and an armrest (504, 604) assembled with the seat shell, the armrest being pivotally connected with the seat shell; wherein the storage cavity is adapted to receive the armrest, the armrest being placed in the storage cavity for storage, and deployed outside the storage cavity for use. a seat shell (502, 602) having an inner storage cavity (514, 630); and an armrest (504, 604) assembled with the seat shell, the armrest being pivotally connected with the seat shell; wherein the storage cavity is adapted to receive the armrest, the armrest being placed in the storage cavity for storage, and deployed outside the storage cavity for use.
A yaw brake lining, characterized in that the yaw brake lining is mainly prepared from, by weight, the following ingredients: 40-50 parts of polyethylene terephthalate, 5-10 parts of polybutylene terephthalate, 5-10 parts of polytrimethylene terephthalate, 20-30 parts of glass fiber, 1-3 parts of anti-wear agent, 1-5 parts of lubricant, 1-3 parts of antioxidant and 1-3 parts of coupling agent.
A necking tool for manufacturing of metal beverage cans, the necking tool being a cemented carbide comprising in wt % of 18 - 63 WC; 21- 30 TiC, 0- 27 TiN; 0-12 NbC; 0 to 2 Cr 3 C 2; 8 to 14 Co; and 0 to 6 Ni.
A package comprising a front cover with a cavity and a flange region surrounding the cavity, and a back cover connected thereto; and an oral care implement disposed therein, the oral care implement including a head and a handle; wherein at least a first portion of the front cover is formed of a first material; characterized in that another portion of the front cover is formed of a second material, the second material being more rigid than the first material, and the first portion is located at bristles, and/or at a tongue and cheek cleanser at the head of the oral care implement, wherein the first portion allows contact with the bristles, and/or the tongue and cheek cleanser without permanent deformation of the package and the first portion is capable of reverting to the original configuration after multiple deflections.
Wall fastening system with spacer for plate-shaped objects such as radiators, curtain walls or similar with suspension lugs, incorporating a metal bracket (14, 114) arranged at the rear, of which a first leg (16, 116) features a penetration (20, 120, 220) to accept a wall fastening screw and of which another second leg (18, 118) features a first incision (28, 128, 228), running parallel to the bend line of the bracket (14, 114) to accept the first suspension lug, at the top end of a radiator, or similar and embracing a clamping part formed by the spacer to accept a second suspension lug, installed at the lower end of the radiator on the rear below the first suspension lug, of which the clamping part features a threaded hole with a screw incorporated within which can be rotated, such as a knurled screw which, in the installed condition, is in the vertical plane to the suspension lug, the head of which rests on the wall surface, characterized in that close to the first leg of the metal bracket a longitudinal end (144, 44) must be featured, instead of the second leg, is widened and, in this area of the widening, features the first penetration in the form of a keyhole, that the second leg of the metal bracket, shortened in comparison to the first leg, features a second incision (228, 128) inverse to the first incision (128, 228) of a first mirror axis and that the first penetration of the first leg of the metal bracket is arranged close to a longitudinal end (44, 144) and that a second penetration, in the form of a keyhole, is arranged close to the other longitudinal end (144, 44) of the first leg, inversely offset to the first penetration by a second mirror axis, as an option in the direction of the second mirror axis.
An internal ultrasound gel comprising: - water; - a thickening agent for thickening the water into a gel, the thickening agent comprising Carbopol TM 974P NF; - a dental agent for inhibiting growth of dental microorganisms, the dental agent comprising xylitol; - a neutralizer for setting the gel viscosity and adjusting the pH of the gel; and - a food grade preservative for preserving the gel, the food grade preservative comprising potassium sorbate; wherein the gel has an acoustic impedance similar to soft tissue and can safely be used orally. - water; - a thickening agent for thickening the water into a gel, the thickening agent comprising Carbopol TM 974P NF; - a dental agent for inhibiting growth of dental microorganisms, the dental agent comprising xylitol; - a neutralizer for setting the gel viscosity and adjusting the pH of the gel; and - a food grade preservative for preserving the gel, the food grade preservative comprising potassium sorbate;
Laser beam machine with piercing means on it, that comprises a bed, a pallet which is disposed on the bed and holds a workpiece, a column which moves along an X axis that is a longitudinal axis of the bed, a saddle which is supported by the column and moves along an Y axis orthogonal to the X axis; and a machining head which is supported by the saddle and moves along an Z axis perpendicular to the plane formed by the X axis and Y axis, characterized in that the laser beam machine comprises different laser machining tools stored in a plurality of tool magazines and can automatically change laser machining tools among those stored in said plurality of tool magazines, said laser machining tools comprising a special purpose piercing tool for performing a piercing operation alone and a cutting tool different from the special purpose piercing tool for performing a cutting operation.
An apparatus for use with a hearing assistance device, the apparatus comprising: a receiver case (302, 402) configured to house a hearing assistance device receiver, the receiver case (302, 402) including a spherical receiver spout (306, 406), the spherical receiver spout (306, 406) including an opening, and a receptacle housing (322, 432) including: a spherical socket (324, 422) adapted to mate with the spherical receiver spout (306, 406) to form a ball and socket connection; and a convex insert within the spherical socket (324, 422), the insert configured to establish a retained interference fit with the opening of the receiver spout (306, 406) when the connection is formed so as to create an acoustic seal therebetween, and wherein the opening in the spherical receiver spout (306, 406) has a radially concave contour. a receiver case (302, 402) configured to house a hearing assistance device receiver, the receiver case (302, 402) including a spherical receiver spout (306, 406), the spherical receiver spout (306, 406) including an opening, and a receptacle housing (322, 432) including: a spherical socket (324, 422) adapted to mate with the spherical receiver spout (306, 406) to form a ball and socket connection; and a convex insert within the spherical socket (324, 422), the insert configured to establish a retained interference fit with the opening of the receiver spout (306, 406) when the connection is formed so as to create an acoustic seal therebetween, and wherein the opening in the spherical receiver spout (306, 406) has a radially concave contour. a spherical socket (324, 422) adapted to mate with the spherical receiver spout (306, 406) to form a ball and socket connection; and a convex insert within the spherical socket (324, 422), the insert configured to establish a retained interference fit with the opening of the receiver spout (306, 406) when the connection is formed so as to create an acoustic seal therebetween, and wherein the opening in the spherical receiver spout (306, 406) has a radially concave contour.
Fully automatic coffee machine for household purposes with a brewing unit as a first assembly, with at least one further assembly, preferably a grinder, with a motor and with a planetary wheel drive for distributing the drive energy of the motor to the assemblies (2; 3), with precisely one gear input and at least two gear outputs (6; 7) of the planetary wheel drive, the gear input of which is rigidly connected to the single shaft of the motor and the gear outputs (6; 7) of which are coupled to an assembly (2; 3) in each case, and with a free-wheel (8; 15; 16) between the planetary wheel drive and an assembly (2; 3), characterised by - a barrier between the planetary wheel drive and the assembly, or - a coupling gear on an output side at a gear output of the planetary wheel gear for reversing the direction of rotation, or - with a spindle brewing unit as a first assembly, with a grinder as a second assembly, with free-wheels arranged upstream of the two assemblies and with a double-threaded spindle with opposing thread paths. - a barrier between the planetary wheel drive and the assembly, or - a coupling gear on an output side at a gear output of the planetary wheel gear for reversing the direction of rotation, or - with a spindle brewing unit as a first assembly, with a grinder as a second assembly, with free-wheels arranged upstream of the two assemblies and with a double-threaded spindle with opposing thread paths.
Modular fastening for track crossings, comprising a lower plate and a shoulder attached by means of adhesive bonding to each end of the lower plate, forming a single-block assembly, where each shoulder comprises means for anchoring the fastening on a support surface, the lower plate comprising a central segment running between the shoulders on a face above the face for anchoring to the support surface, characterized in that it comprises two plate assemblies (6, 9), where each plate assembly (6, 9) can be mounted on the lower plate by means of two rail spikes going through the plate assembly (6, 9) and allows the fixing of a rail, each plate assembly (6, 9) comprising an intermediate plate and an upper plate, wherein the lower face of the intermediate plate comprises a recess for the fitting thereof on the central segment of the lower plate, and the upper face of which comprises a circular projection configured for fitting in a circular recess located on a lower face of the upper plate on which a rail can be supported, such that said upper plate can be oriented with respect to said intermediate plate, wherein the upper plate comprises at least two curved elongated holes allowing play of the rail spikes mounting the plate assembly (6, 9) on the lower plate.