mhurhangee/ep-ind-claims huggingface dataset:
A method of a User Equipment, in the following also referred to as UE, comprising: the UE receives a grant on a first interface wherein the grant indicates resources for transmitting scheduling information and resources for data transmission on a second interface; the UE transmits a first scheduling information on the second interface in a first specific timing interval; and the UE transmits a second scheduling information on the second interface in a second specific timing interval, wherein a timing difference between the second specific timing interval and the first specific timing interval is indicated by the grant, characterized in that the first scheduling information indicates a first timing offset between the first scheduling information transmission and the data transmission, and the second scheduling information indicates a second timing offset between the second scheduling information transmission and the data transmission, and the first timing offset is different from the second timing offset, wherein the first scheduling information has different content as the second scheduling information, wherein the second timing offset is zero, and wherein resources for transmission of scheduling information are multiplexed with resources for data transmission in frequency domain. the UE receives a grant on a first interface wherein the grant indicates resources for transmitting scheduling information and resources for data transmission on a second interface; the UE transmits a first scheduling information on the second interface in a first specific timing interval; and the UE transmits a second scheduling information on the second interface in a second specific timing interval, wherein a timing difference between the second specific timing interval and the first specific timing interval is indicated by the grant, characterized in that the first scheduling information indicates a first timing offset between the first scheduling information transmission and the data transmission, and the second scheduling information indicates a second timing offset between the second scheduling information transmission and the data transmission, and the first timing offset is different from the second timing offset, wherein the first scheduling information has different content as the second scheduling information, wherein the second timing offset is zero, and wherein resources for transmission of scheduling information are multiplexed with resources for data transmission in frequency domain.
A composite ceramic comprising: granular alumina particles, granular zirconia particles, and a columnar crystal of a complex metal oxide containing an alkaline-earth metal element and aluminum element, wherein the composite ceramic comprises titanium, the alkaline-earth metal is Ca, Sr or Ba, and wherein titanium and the alkaline earth metal are contained in a total amount of 0.4 to 3 percent by mass on an oxide basis.
A clamping module (10, 50), in particular a zero-point clamping module, comprising a main body, comprising a clamp receptacle provided in or on the main body and intended for receiving a clamping element, comprising locking bodies which can be moved in the main body towards a central axis, i.e. in the radial direction, and which, in a locking position, act against the clamping element such that the clamping element or a carrier part that can be arranged on the clamping element is urged in the axial direction against the main body, comprising a driving body for actuating the locking bodies, and comprising a drive arranged spaced apart from the driving body and intended for driving the driving body, the drive being movement-coupled to the driving body via a distance member, characterized in that at least one insulation body for thermal insulation is provided between the drive and the driving body, and in that the distance member passes through the insulation body.
Adjusting device for pivoting at least one relevant component for a motor vehicle headlight about a first and a second axis (X, Y), comprising - a holding element for displaceably holding the at least one relevant component, which holding element comprises a first sliding surface of a pair of surfaces which is formed as part of a spherical surface - a support frame for receiving the holding element, the support frame comprising a second sliding surface of the surface pair, which is formed as part of a spherical surface and corresponding to the first sliding surface, wherein the holding element is supported in the supporting frame by means of a bearing device in such a way that the first sliding surface of the holding element is displaceable along the second sliding surface of the supporting frame about the first and the second axis (X, Y), - an adjusting device for pivoting the relevant member about the first and second axes (X, Y), the adjusting device comprising an adjusting member and a first adjusting means and a second adjusting means, the first and second adjusting means (310, 320) being arranged on the adjusting member, wherein the adjusting member is mechanically connected to the holding member by means of a connecting member characterized in that the connecting element passes through the support frame at the second sliding surface via an opening in the support frame, the connecting element being set up to transmit a movement of the adjusting component to the retaining element, and the connecting element being in the form of screw means wherein the adjustment component can be brought into a released state and into a fastened state in conjunction with the screw means, wherein the adjustment component can be displaced in the released state by the first and the second adjusting device (310, 320), and the adjustment component can be clamped to the supporting frame in the fastened state in a movement-proof manner by tightening the screw means. - a holding element for displaceably holding the at least one relevant component, which holding element comprises a first sliding surface of a pair of surfaces which is formed as part of a spherical surface - a support frame for receiving the holding element, the support frame comprising a second sliding surface of the surface pair, which is formed as part of a spherical surface and corresponding to the first sliding surface, wherein the holding element is supported in the supporting frame by means of a bearing device in such a way that the first sliding surface of the holding element is displaceable along the second sliding surface of the supporting frame about the first and the second axis (X, Y), - an adjusting device for pivoting the relevant member about the first and second axes (X, Y), the adjusting device comprising an adjusting member and a first adjusting means and a second adjusting means, the first and second adjusting means (310, 320) being arranged on the adjusting member, wherein the adjusting member is mechanically connected to the holding member by means of a connecting member
Cartridge receptacle for producing a beverage by means of a cartridge which comprises a reservoir filled with a beverage substance, wherein the cartridge receptacle is insertable into a beverage preparation machine and is connectable to the cartridge, wherein the cartridge receptacle has a mixing chamber that is fluidically connectable to the reservoir and a fluid feed that leads into the mixing chamber, wherein the cartridge receptacle comprises a spike guide and a piercing spike mounted in a displaceable manner within the spike guide, characterized in that the piercing spike is displaceable between a retracted position, in which the piercing spike is spaced apart from a sealing element of the cartridge, and an extended position, in which the piercing spike pierces the sealing element and projects into the reservoir, wherein the outer wall of the piercing spike has at least one lateral channel for conveying the beverage substance in the direction of the mixing chamber when the sealing element is pierced.
A process for producing hematite for ironmaking that utilizes a leach residue as a raw material, the leach residue being obtained from a hydrometallurgical refining plant where a nickel oxide ore is treated by a high pressure acid leach process, the process comprising at least the following three steps in sequence: a separation step of the leach residue into an overflow and an underflow by a wet cyclone under a condition that the wet cyclone is adjusted to have a setting between 1 μm or less and 2 μm or less as a classification particle size for the overflow; a physical separation step of the overflow into a strong magnetic substance and a weak magnetic substance with magnetic force using a strong-magnetic-field magnetic separator under a condition that magnetic field intensity is 5 to 20 [kGauss]; and a dehydration step of a superheated steam drying system of adjusting a moisture content of the strong magnetic substance of the overflow after the physical separation, to be 10% to 17%, thereby producing a hematite cake, wherein a pressure of superheated steam in the superheated steam drying system is 0.5 MPa to 0.7 MPa and a temperature of the superheated steam is 150°C to 180°C. a separation step of the leach residue into an overflow and an underflow by a wet cyclone under a condition that the wet cyclone is adjusted to have a setting between 1 μm or less and 2 μm or less as a classification particle size for the overflow; a physical separation step of the overflow into a strong magnetic substance and a weak magnetic substance with magnetic force using a strong-magnetic-field magnetic separator under a condition that magnetic field intensity is 5 to 20 [kGauss]; and a dehydration step of a superheated steam drying system of adjusting a moisture content of the strong magnetic substance of the overflow after the physical separation, to be 10% to 17%, thereby producing a hematite cake, wherein a pressure of superheated steam in the superheated steam drying system is 0.5 MPa to 0.7 MPa and a temperature of the superheated steam is 150°C to 180°C.
- A method for manufacturing a ring-shaped gasket for an aircraft, comprising the following steps: a) providing a rod made of prepreg composite material, b) providing a mold having a female part and a male part, at least the female part having a groove with the ring-shaped desired configuration, c) placing the rod onto the female part and set the male part over the ring-shaped rod to obtain a ring-shaped preform, d) applying vacuum to debulk the ring-shaped preform, e) curing the ring-shaped preform to obtain a ring-shaped cured preform, f) demolding the ring-shaped cured preform to thus obtain a ring-shaped gasket, wherein the rod is formed by composite chips. a) providing a rod made of prepreg composite material, b) providing a mold having a female part and a male part, at least the female part having a groove with the ring-shaped desired configuration, c) placing the rod onto the female part and set the male part over the ring-shaped rod to obtain a ring-shaped preform, d) applying vacuum to debulk the ring-shaped preform, e) curing the ring-shaped preform to obtain a ring-shaped cured preform, f) demolding the ring-shaped cured preform to thus obtain a ring-shaped gasket,
An agricultural harvester, comprising: a chassis; a spreader assembly coupled with said chassis; and a windrow chute coupled with said chassis and comprising a leading edge configured for receiving a flow of a material which is thrown from the rear of the agricultural harvester and over the spreader assembly; and wherein the spreader assembly includes a device and at least one flexible wiper coupled with said device, said device being configured for rotating and thereby for rotating said at least one flexible wiper therewith, said at least one flexible wiper thereby being configured for cleaning said material from said leading edge. a chassis; a spreader assembly coupled with said chassis; and a windrow chute coupled with said chassis and comprising a leading edge configured for receiving a flow of a material which is thrown from the rear of the agricultural harvester and over the spreader assembly; and wherein the spreader assembly includes a device and at least one flexible wiper coupled with said device, said device being configured for rotating and thereby for rotating said at least one flexible wiper therewith, said at least one flexible wiper thereby being configured for cleaning said material from said leading edge.
A process for making hollow inorganic particles comprising: (a) providing a recyclable template particle in an aqueous dispersion, wherein the recyclable template particle is prepared from an organic monomer; (b) coating the recyclable template particle with a water-based silica precursor; (c) maintaining the pH at about 2 to about 10 to form core/shell particles comprising a silica treatment on the recyclable template particle; (d) removing the core/shell particles; (e) removing the recyclable template particle from the core/shell particles by depolymerization through thermal depolymerization, acid hydrolysis or base hydrolysis to form a hollow silica particle, and (f) recycling the organic monomer after depolymerization of the recyclable template particle. (a) providing a recyclable template particle in an aqueous dispersion, wherein the recyclable template particle is prepared from an organic monomer; (b) coating the recyclable template particle with a water-based silica precursor; (c) maintaining the pH at about 2 to about 10 to form core/shell particles comprising a silica treatment on the recyclable template particle; (d) removing the core/shell particles; (e) removing the recyclable template particle from the core/shell particles by depolymerization through thermal depolymerization, acid hydrolysis or base hydrolysis to form a hollow silica particle, and (f) recycling the organic monomer after depolymerization of the recyclable template particle.
A method for producing an axle beam, in particular an axle bridge, of a motor vehicle, preferably of a commercial vehicle, comprising: joining, in particular welding, a first axle beam shell and a second axle beam shell for forming an, in particular hollow, axle beam; characterized by: shaping a fastening region (20, 22), provided for a chassis connection of the axle beam, of the axle beam for approximating an actual dimension (b 1) of the fastening region (20, 22) to a target dimension (b target), required for the chassis connection, of the fastening region (20, 22).
Mixtures containing amorphous siloxane-organo copolymers having 10 to 3000 siloxane units per siloxane segment and at least one organo segment having at least one group selected from ester groups, amide groups, urethane groups, urea groups and thiourea groups,- organic fibers and optionally substituted polyolefins. amorphous siloxane-organo copolymers having 10 to 3000 siloxane units per siloxane segment and at least one organo segment having at least one group selected from ester groups, amide groups, urethane groups, urea groups and thiourea groups,- organic fibers and optionally substituted polyolefins.
A melt spinning device comprising: a spinning unit to which a spinning pack having a spinneret is attached and which is configured to spin out a yarn through the spinneret; and a cooling cylinder provided below the spinning unit to cool the yarn spun out from the spinneret, the melt spinning device further comprising: an opening formation member provided between the spinning unit and the cooling cylinder, first openings being formed in the opening formation member at intervals in a circumferential direction; and an adjusting member attached inside or outside of the opening formation member to be movable relative to the opening formation member, the adjusting member adjusting an aperture area of each of the first openings. an opening formation member provided between the spinning unit and the cooling cylinder, first openings being formed in the opening formation member at intervals in a circumferential direction; and an adjusting member attached inside or outside of the opening formation member to be movable relative to the opening formation member, the adjusting member adjusting an aperture area of each of the first openings.
A microfluidic device, comprising: a platform with a microstructure including a primary channel; and a plurality of rectangular chambers that directly open into the primary channel to enable a sample fluid that is loaded into the device via the primary channel to flow into said plurality of rectangular chambers, each chamber of said plurality of rectangular chambers having a volume that is less than 100 nanoliters and being connected by a vent to a secondary channel of the microstructure, and each chamber having a constant width along its length from its opening to the primary channel to its vent, said width being equal to the width of said opening, wherein the vent comprises a plurality of slits, each slit being narrower than an opening of the chamber to the primary channel between the chamber and the primary channel and enabling a gas to escape from the chamber to the secondary channel while inhibiting flow of the sample fluid from the chamber through the vent outward through the plurality of slits into the secondary channel without application of a pressure that is appreciably greater than the pressure that is applied to introduce the sample fluid into the chamber. a platform with a microstructure including a primary channel; and a plurality of rectangular chambers that directly open into the primary channel to enable a sample fluid that is loaded into the device via the primary channel to flow into said plurality of rectangular chambers, each chamber of said plurality of rectangular chambers having a volume that is less than 100 nanoliters and being connected by a vent to a secondary channel of the microstructure, and each chamber having a constant width along its length from its opening to the primary channel to its vent, said width being equal to the width of said opening, wherein the vent comprises a plurality of slits, each slit being narrower than an opening of the chamber to the primary channel between the chamber and the primary channel and enabling a gas to escape from the chamber to the secondary channel while inhibiting flow of the sample fluid from the chamber through the vent outward through the plurality of slits into the secondary channel without application of a pressure that is appreciably greater than the pressure that is applied to introduce the sample fluid into the chamber.
An epoxy resin mixture which contains an epoxy resin represented by Formula below and an epoxy resin represented by Formula below at a weight ratio of 1:5 to 1:0.2, (in Formula, plural R 1 's each exist independently and represent a hydrogen atom or a C1-10 alkyl group, n represents a real number of 1 to 10, and G represents a substituted or unsubstituted glycidyl group, and) (in Formula, plural R 2 's and R 3 's each exist independently and represent a hydrogen atom or a C1-10 alkyl group, n represents a real number of 1 to 10, and G represents a substituted or unsubstituted glycidyl group.) (in Formula, plural R 1 's each exist independently and represent a hydrogen atom or a C1-10 alkyl group, n represents a real number of 1 to 10, and G represents a substituted or unsubstituted glycidyl group, and) (in Formula, plural R 2 's and R 3 's each exist independently and represent a hydrogen atom or a C1-10 alkyl group, n represents a real number of 1 to 10, and G represents a substituted or unsubstituted glycidyl group.)
A vehicle engine control device being configured to stop fuel injection if a predetermined fuel cut condition is satisfied, wherein during running with the fuel injection stopped, when inertia of a power transmission system rotating with the engine has a smaller rate of inertia of the power transmission system acting on rotation of an output shaft of the engine, the vehicle engine control device is configured to start the fuel injection at a lower engine rotation speed as compared to the case of a larger rate of inertia of the power transmission system acting on rotation of the output shaft of the engine, a clutch capable of connecting and interrupting power transmission between the engine and the power transmission system is interposed between the engine and the power transmission system, and a rate of inertia of the power transmission system acting on rotation of the output shaft of the engine is configured to decrease as a clutch stroke of the clutch that is an operation amount of a clutch pedal increases, characterized in that the vehicle engine control device is configured to set an engine rotation speed for starting the fuel injection to a lower value as the clutch stroke increases, and the vehicle engine control device is configured to set the engine rotation speed for starting the fuel injection to a lower value as a change rate of the clutch stroke becomes higher when the clutch pedal is depressed and the clutch stroke increases. during running with the fuel injection stopped, when inertia of a power transmission system rotating with the engine has a smaller rate of inertia of the power transmission system acting on rotation of an output shaft of the engine, the vehicle engine control device is configured to start the fuel injection at a lower engine rotation speed as compared to the case of a larger rate of inertia of the power transmission system acting on rotation of the output shaft of the engine, a clutch capable of connecting and interrupting power transmission between the engine and the power transmission system is interposed between the engine and the power transmission system, and a rate of inertia of the power transmission system acting on rotation of the output shaft of the engine is configured to decrease as a clutch stroke of the clutch that is an operation amount of a clutch pedal increases, characterized in that the vehicle engine control device is configured to set an engine rotation speed for starting the fuel injection to a lower value as the clutch stroke increases, and the vehicle engine control device is configured to set the engine rotation speed for starting the fuel injection to a lower value as a change rate of the clutch stroke becomes higher when the clutch pedal is depressed and the clutch stroke increases.