mhurhangee/patent-ind-claim-en huggingface dataset:
A method by a network node for selecting a semi-persistent scheduling SPS interval for a wireless device in a cell served by the network node, the method comprising: determining criterion for selecting the SPS interval for the wireless device , the criterion being associated with: a utilization of resources by the network node; and assigning the SPS interval to the wireless device based on the criterion wherein the criterion is associated with the utilization of resources by the network node, and the method further comprises monitoring system resources during a measurement window to determine a measure of available resources in the cell, and wherein assigning the SPS interval to the wireless device comprises assigning the SPS interval based on the measure of available resources in the cell, wherein monitoring system resources comprises: determining an actual amount of resources utilized by all wireless devices scheduled in the cell during a transmission time interval; and filtering the actual amount of resources utilized by all wireless devices scheduled in the cell during the transmission time interval over the measurement window, wherein the measurement window comprises one or more transmission time intervals. determining criterion for selecting the SPS interval for the wireless device , the criterion being associated with: a utilization of resources by the network node; and assigning the SPS interval to the wireless device based on the criterion wherein the criterion is associated with the utilization of resources by the network node, and the method further comprises monitoring system resources during a measurement window to determine a measure of available resources in the cell, and wherein assigning the SPS interval to the wireless device comprises assigning the SPS interval based on the measure of available resources in the cell, wherein monitoring system resources comprises: determining an actual amount of resources utilized by all wireless devices scheduled in the cell during a transmission time interval; and filtering the actual amount of resources utilized by all wireless devices scheduled in the cell during the transmission time interval over the measurement window, wherein the measurement window comprises one or more transmission time intervals. determining an actual amount of resources utilized by all wireless devices scheduled in the cell during a transmission time interval; and filtering the actual amount of resources utilized by all wireless devices scheduled in the cell during the transmission time interval over the measurement window, wherein the measurement window comprises one or more transmission time intervals.
A method performed by a wireless device for measurement reporting, the method comprising: receiving a conditional handover, CHO, configuration comprising one or more CHO candidate cells and associated triggering conditions; generating a measurement report comprising measurement information for the one or more CHO candidate cells; and transmitting the measurement report to a network node , characterized in that the measurement information for the one or more CHO candidate cells includes measurement information for CHO candidate cells that do not meet their associated triggering conditions. receiving a conditional handover, CHO, configuration comprising one or more CHO candidate cells and associated triggering conditions; generating a measurement report comprising measurement information for the one or more CHO candidate cells; and transmitting the measurement report to a network node , characterized in that the measurement information for the one or more CHO candidate cells includes measurement information for CHO candidate cells that do not meet their associated triggering conditions.
A rubber composition, comprising a rubber component containing a copolymer having a conjugated diene unit and an aromatic vinyl unit, and a filler, wherein the copolymer is a modified copolymer having a content of the aromatic vinyl unit of less than 10 mass% and modified with a modifier containing a compound represented by the formula , where R1 to R8 are each an independent alkyl group having 1 to 20 carbon atoms; L1 and L2 are each an independent alkylene group having 1 to 20 carbon atoms; and n is an integer of 2 to 4.
A method of cladding a host component, wherein the host component is a blade for a rotor of a turbine section of an engine , the method comprising: installing the blade in a fixture ; locating a shroud component against the blade adjacent a select location for the cladding to define a gap between an outer perimeter of the shroud component and an edge of the blade ; and applying the cladding to the blade to the select location and adjacent to the shroud component so that the shroud component defines an internal edge of the cladding as applied, wherein a laser cladding tool is guided around the shroud component by a first actuation system , while simultaneously material is deposited to fill the gap , thereby building up a parapet ; wherein the internal edge of the cladding as defined by the shroud component defines a desired cladding profile; retracting the shroud component by the first actuation system; and guiding a cutting tool by a second actuation system to machine an outer perimeter of the parapet ; and assembling the blade in an engine without machining the internal edge of the cladding. installing the blade in a fixture ; locating a shroud component against the blade adjacent a select location for the cladding to define a gap between an outer perimeter of the shroud component and an edge of the blade ; and applying the cladding to the blade to the select location and adjacent to the shroud component so that the shroud component defines an internal edge of the cladding as applied, wherein a laser cladding tool is guided around the shroud component by a first actuation system , while simultaneously material is deposited to fill the gap , thereby building up a parapet ; wherein the internal edge of the cladding as defined by the shroud component defines a desired cladding profile; retracting the shroud component by the first actuation system; and guiding a cutting tool by a second actuation system to machine an outer perimeter of the parapet ; and assembling the blade in an engine without machining the internal edge of the cladding.
Circular comb to be fastened to a shaft of a combing machine , said shaft being rotatable about a rotational axis in a combing direction , said combing machine being intended to comb textile fibers and having stationary drawing rollers for the combed textile fibers , having a) a circular comb main body unit (17; 36; 40; 42; 47, 48, 49) with an outside , b) a combing segment with a plurality of combing bars arranged on the outside of the circular comb main body unit (17; 36; 40; 42; 47, 48, 49), the combing bars being equipped with outwardly protruding combing teeth such that when seen in the combing direction , the front combing tooth flanks thereof are each inclined in the combing direction , characterized in that c) on the outside of the circular comb main body unit (17; 36; 40; 42; 47, 48, 49), an aligning segment is arranged, which is equipped with a plurality of outwardly protruding aligning members (25; 51) such that when seen in the combing direction , the front aligning member flanks are each inclined counter to the combing direction , and some of them are arranged one behind the other when seen in the combing direction . a) a circular comb main body unit (17; 36; 40; 42; 47, 48, 49) with an outside , b) a combing segment with a plurality of combing bars arranged on the outside of the circular comb main body unit (17; 36; 40; 42; 47, 48, 49), the combing bars being equipped with outwardly protruding combing teeth such that when seen in the combing direction , the front combing tooth flanks thereof are each inclined in the combing direction , characterized in that c) on the outside of the circular comb main body unit (17; 36; 40; 42; 47, 48, 49), an aligning segment is arranged, which is equipped with a plurality of outwardly protruding aligning members (25; 51) such that when seen in the combing direction , the front aligning member flanks are each inclined counter to the combing direction , and some of them are arranged one behind the other when seen in the combing direction .
A device maintenance apparatus comprising: a test executor configured to cause a field device to output an output signal based on a test pattern that changes the output signal output from the field device every time a predetermined interval time elapses; and a display controller configured to display an execution screen comprising a selectable output maintaining instruction and a selectable output value change instruction on a display device , the output maintaining instruction being for maintaining an output level of the output signal and temporarily stopping a progress of a test pattern elapsed time, the output value change instruction being for changing an output value of the output signal; and an interruption instructor configured to issue the output maintaining instruction and the output value change instruction to the test executor when selected from the execution screen while the test executor causes the field device to execute the output of the output signal; characterised in that the display controller is configured to: prohibit a selection of the output value change instruction when the output maintaining instruction is not selected from the execution screen ; and allow the selection of the output value change instruction when the output maintaining instruction is selected from the execution screen . a test executor configured to cause a field device to output an output signal based on a test pattern that changes the output signal output from the field device every time a predetermined interval time elapses; and a display controller configured to display an execution screen comprising a selectable output maintaining instruction and a selectable output value change instruction on a display device , the output maintaining instruction being for maintaining an output level of the output signal and temporarily stopping a progress of a test pattern elapsed time, the output value change instruction being for changing an output value of the output signal; and an interruption instructor configured to issue the output maintaining instruction and the output value change instruction to the test executor when selected from the execution screen while the test executor causes the field device to execute the output of the output signal; characterised in that the display controller is configured to: prohibit a selection of the output value change instruction when the output maintaining instruction is not selected from the execution screen ; and allow the selection of the output value change instruction when the output maintaining instruction is selected from the execution screen . prohibit a selection of the output value change instruction when the output maintaining instruction is not selected from the execution screen ; and allow the selection of the output value change instruction when the output maintaining instruction is selected from the execution screen .
A gas turbine engine , comprising: a geared architecture with a multiple of intermediate gears ; wherein each of said multiple of intermediate gears is rotationally mounted on a respective spherical joint mounted to a respective flexible carrier post , characterised in that the engine further comprises: a structural oil baffle housing that at least partially supports said set of intermediate gears , and in that said structural oil baffle housing is mounted to the spherical joint mounted to each flexible carrier post . a geared architecture with a multiple of intermediate gears ; wherein each of said multiple of intermediate gears is rotationally mounted on a respective spherical joint mounted to a respective flexible carrier post , characterised in that the engine further comprises: a structural oil baffle housing that at least partially supports said set of intermediate gears , and in that said structural oil baffle housing is mounted to the spherical joint mounted to each flexible carrier post .
An algae cultivation method for promoting the proliferation of algae belonging to Chlorophyceae, said method comprising conducting an irradiation cycle of alternately and successively carrying out a step of red light irradiation to the algae and a step of blue light irradiation to the algae, each step employing a time period of at least a minute, and repeating said cycle.
A lamp comprising: a light source emitting light; a hologram film in which an interference fringe of the light is formed a reflection plate disposed in a tilted state at a predetermined angle with the hologram film such that the light emitted from the light source is reflected and the reflected light is incident on the hologram film obliquely; and a prism sheet disposed on one surface of the hologram film and including a plurality of concave-convex structures such that the light passing through the hologram film is refracted in one direction; wherein the reflection plate is composed of a plurality of regions and at least one of the plurality of regions has a different reflectance from the remaining regions such that an amount of the light incident on the hologram film is uniform. a light source emitting light; a hologram film in which an interference fringe of the light is formed a reflection plate disposed in a tilted state at a predetermined angle with the hologram film such that the light emitted from the light source is reflected and the reflected light is incident on the hologram film obliquely; and a prism sheet disposed on one surface of the hologram film and including a plurality of concave-convex structures such that the light passing through the hologram film is refracted in one direction; wherein the reflection plate is composed of a plurality of regions and at least one of the plurality of regions has a different reflectance from the remaining regions such that an amount of the light incident on the hologram film is uniform. a hologram film in which an interference fringe of the light is formed a reflection plate disposed in a tilted state at a predetermined angle with the hologram film such that the light emitted from the light source is reflected and the reflected light is incident on the hologram film obliquely; and a prism sheet disposed on one surface of the hologram film and including a plurality of concave-convex structures such that the light passing through the hologram film is refracted in one direction; wherein the reflection plate is composed of a plurality of regions and at least one of the plurality of regions has a different reflectance from the remaining regions such that an amount of the light incident on the hologram film is uniform. a prism sheet disposed on one surface of the hologram film and including a plurality of concave-convex structures such that the light passing through the hologram film is refracted in one direction; wherein the reflection plate is composed of a plurality of regions and at least one of the plurality of regions has a different reflectance from the remaining regions such that an amount of the light incident on the hologram film is uniform.
A device for stretching a canvas mounted to a pair of side members each mutually abutting at angled ends that each have at least an inside surface , and an angled end surface having a groove open to each angled end surface and a contact surface that is adjacent the angled end surface and that is generally orthogonal to the longitudinal axis (L1) of the side member , the device comprising: a spacer having a central aperture therethrough and two adjacent, opposing sides , each side of the spacer sized to engage the contact surface of one of the side members when the aperture is positioned between two of the abutting side members at the angled end surfaces thereof; and a screw having a threaded shaft adapted for rotational engagement with the central aperture of the spacer , the threaded shaft terminating at a first end thereof with a screw head having an end surface having a tool-engaging recess , the threaded shaft received at least partially within the groove of each side member , wherein the screw head is adapted to be fixed with at least one side wall (89; 159) of the screw head contacting the inside surface of each side member , and the threaded shaft of the screw is adapted to engage solely with the spacer , whereby with the spacer fixed between the abutting side members with each end of the first portion contacting the contact surfaces of each side member , and with the screw threaded through the central aperture of the spacer and the side wall (89; 159) of the screw head contacting the inside surface of each side member , rotating the screw to move the screw head closer to the spacer to cause the spacer to push the side members mutually away from each other along their respective longitudinal axes (L1) to stretch the canvas . a spacer having a central aperture therethrough and two adjacent, opposing sides , each side of the spacer sized to engage the contact surface of one of the side members when the aperture is positioned between two of the abutting side members at the angled end surfaces thereof; and a screw having a threaded shaft adapted for rotational engagement with the central aperture of the spacer , the threaded shaft terminating at a first end thereof with a screw head having an end surface having a tool-engaging recess , the threaded shaft received at least partially within the groove of each side member , wherein the screw head is adapted to be fixed with at least one side wall (89; 159) of the screw head contacting the inside surface of each side member , and the threaded shaft of the screw is adapted to engage solely with the spacer , whereby with the spacer fixed between the abutting side members with each end of the first portion contacting the contact surfaces of each side member , and with the screw threaded through the central aperture of the spacer and the side wall (89; 159) of the screw head contacting the inside surface of each side member , rotating the screw to move the screw head closer to the spacer to cause the spacer to push the side members mutually away from each other along their respective longitudinal axes (L1) to stretch the canvas .
A process for producing a cross-linked fluoroelastomer, said process comprising the steps of: a. providing a perfluorotrivinyltriazine monomer of formula : wherein the three R f groups are the same or different, and wherein the three R f groups are selected from the group consisting of -(CF 2 ) n - (n= 1-6); -(CF 2 ) m -[OCF(CF 3 )CF 2 ] p -(m = 1-4, p = 1-4); and -[(CF(CF 3 )-O) x -(CF 2 ) k ]-, wherein 1≤x≤3 and 1≤k≤5; b. providing one or more comonomers; and c. reacting the perfluorotrivinyltriazine monomer of formula with one or more other comonomers to obtain the cross-linked fluoroelastomer. a. providing a perfluorotrivinyltriazine monomer of formula : wherein the three R f groups are the same or different, and wherein the three R f groups are selected from the group consisting of -(CF 2 ) n - (n= 1-6); -(CF 2 ) m -[OCF(CF 3 )CF 2 ] p -(m = 1-4, p = 1-4); and -[(CF(CF 3 )-O) x -(CF 2 ) k ]-, wherein 1≤x≤3 and 1≤k≤5; b. providing one or more comonomers; and c. reacting the perfluorotrivinyltriazine monomer of formula with one or more other comonomers to obtain the cross-linked fluoroelastomer.
A diamond single crystal, comprising nitrogen atoms, wherein said diamond single crystal contains nitrogen atoms in a concentration of greater than or equal to 10 ppm and less than or equal to 1000 ppm, wherein a concentration of said nitrogen atoms changes periodically along a crystal orientation of said diamond single crystal, and an arithmetic average value A ave , a maximum value A max , and a minimum value A min of a distance of one period along said crystal orientation satisfy the relationship expressed by the following equation (I): A max / 1.25 ≤ A ave ≤ A min / 0.75 A ave , A max and A min being calculated using an optical microscope with a magnification of 200 times.
A valve housing for a measuring device, which valve housing comprises a valve assembly and a mounting flange assembly , which mounting flange assembly comprises a mounting flange attachable to a pipe section, said valve assembly comprising a valve body , wherein the valve body has a bottom surface that is arranged to define a boundary surface of a process, said bottom surface comprising an opening towards said process, said valve assembly further having a centre segment with a probe cavity therethrough for receiving a measuring device , and closing means for opening and closing said valve, wherein a direction locking flange is mounted to said mounting flange assembly , said valve body is rotatably mounted in said mounting flange assembly , and the direction locking flange is arranged for locking the valve body in position in the mounting flange with the opening of the valve body being arranged at a desired angle β with respect to a reference axis perpendicular to a centre axis (A) which extends through said centre segment and which centre axis (A) is normal to the plane of the mounting flange, and said centre segment is rotationally mounted in said valve body and the movement for opening/closing said valve is a rotary movement of said centre segment around the centre axis (A).
A nozzle storage which has a plurality of storage sections for storing a nozzle palette which is capable of placing a suction nozzle thereon, wherein the plurality of storage sections are installed to be aligned in the vertical direction, and wherein the nozzle storage includes an arm for storing the nozzle palette to the plurality of storage sections , and for taking out the nozzle palette from the plurality of storage sections , characterized in that the nozzle storage includes a first moving mechanism which is configured to move the arm in the vertical direction in which the plurality of storage sections are aligned in a state of opposing the plurality of storage sections , and a second moving mechanism which is configured to move the arm in the horizontal direction of approaching the plurality of storage sections , and in the horizontal direction of being separated from the plurality of storage sections .
Cutter having a rotating bowl and a non-moving part , between which a single- or multi-part seal is provided, characterized in that the seal has at least one connection which connects two ends of the seal to each other.