mhurhangee/ep-ind-claims huggingface dataset:
A resource determining method applied to a terminal device, comprising: determining that at least two physical uplink control channel PUCCH resources collide in a time unit n, wherein n is an integer, and the at least two PUCCH resources comprise a first resource configured for first uplink control information UCI and a second resource configured for second UCI; determining the first resource and a third resource in the time unit n, wherein the third resource is one of M PUCCH resources, the first resource and the third resource do not comprise a same orthogonal frequency division multiplexing OFDM symbol in time domain, M is a positive integer greater than or equal to 1, the first resource is used to carry third UCI, the third UCI is a part or all of the first UCI, the third resource is used to carry fourth UCI, and the fourth UCI is a part or all of the second UCI; and sending the third UCI and the fourth UCI in the time unit n, wherein the third UCI is carried on the first resource, and the fourth UCI is carried on the third resource. determining that at least two physical uplink control channel PUCCH resources collide in a time unit n, wherein n is an integer, and the at least two PUCCH resources comprise a first resource configured for first uplink control information UCI and a second resource configured for second UCI; determining the first resource and a third resource in the time unit n, wherein the third resource is one of M PUCCH resources, the first resource and the third resource do not comprise a same orthogonal frequency division multiplexing OFDM symbol in time domain, M is a positive integer greater than or equal to 1, the first resource is used to carry third UCI, the third UCI is a part or all of the first UCI, the third resource is used to carry fourth UCI, and the fourth UCI is a part or all of the second UCI; and sending the third UCI and the fourth UCI in the time unit n, wherein the third UCI is carried on the first resource, and the fourth UCI is carried on the third resource.
Apparatus for transporting used, damaged or defective galvanic cells whilst preventing and controlling safety critical conditions of the galvanic cells, particularly lithium ion-based cells and/or lithium ion polymer cells, with a container, which defines a space, wherein the space is filled with a flame retardant of only inert, nonconductive and non-combustible and absorbent hollow glass granulate in the form of a loose filling, characterised in that arranged in the space there is a basket, which is permeable for the flame retardant for receiving at least one galvanic cell and the absorbent hollow glass granulate has a mean diameter between 0.1 mm and 10 mm, wherein the basket is a wire basket and the basket is provided with spacers.
An automatic analyzer configured to dispense a sample and a reagent to each of a plurality of reaction containers to react the sample and the reagent, the automatic analyzer configured to measure a liquid that has reacted, the automatic analyzer comprising: a reagent disk configured to store a reagent bottle that has housed the reagent; a reagent mounting unit configured to be provided with the reagent bottle in loading the reagent bottle into the automatic analyzer; and a reagent conveying unit configured to convey the reagent bottle, characterised in that the reagent conveying unit is configured to convey the reagent bottle that has been provided to the reagent mounting unit, into the reagent disk and includes a gripper unit that holds the reagent bottle and a reagent bottle lid opening unit that is configured to make a hole in a lid of the reagent bottle, wherein a gripper unit and reagent bottle lid opening unit drive unit is configured to coordinate and drive the gripper unit and the reagent bottle lid opening unit in the reagent conveying unit, so that when the reagent bottle lid opening unit moves in an upper or lower direction, the gripper unit simultaneously moves in the lower or upper direction reversely to the reagent bottle lid opening unit. a reagent disk configured to store a reagent bottle that has housed the reagent; a reagent mounting unit configured to be provided with the reagent bottle in loading the reagent bottle into the automatic analyzer; and a reagent conveying unit configured to convey the reagent bottle, characterised in that the reagent conveying unit is configured to convey the reagent bottle that has been provided to the reagent mounting unit, into the reagent disk and includes a gripper unit that holds the reagent bottle and a reagent bottle lid opening unit that is configured to make a hole in a lid of the reagent bottle, wherein a gripper unit and reagent bottle lid opening unit drive unit is configured to coordinate and drive the gripper unit and the reagent bottle lid opening unit in the reagent conveying unit, so that when the reagent bottle lid opening unit moves in an upper or lower direction, the gripper unit simultaneously moves in the lower or upper direction reversely to the reagent bottle lid opening unit.
A method of producing a bioabsorbable membrane, the method comprising: forming a liquid membrane by spin-coating a coating liquid containing a first bioabsorbable polymer and a solvent; and causing a porous membrane containing a second bioabsorbable polymer to contact the liquid membrane so that a part of the liquid membrane permeates into the porous membrane and the first bioabsorbable polymer and the second bioabsorbable polymer are integrated to form a dense layer, wherein when spin-coating the coating liquid, after a rotating base is rotated at 50 rpm or more and less than 500 rpm for a preliminary rotation, the rotating base is rotated at 500 rpm or more and 3000 rpm or less for a main rotation. forming a liquid membrane by spin-coating a coating liquid containing a first bioabsorbable polymer and a solvent; and causing a porous membrane containing a second bioabsorbable polymer to contact the liquid membrane so that a part of the liquid membrane permeates into the porous membrane and the first bioabsorbable polymer and the second bioabsorbable polymer are integrated to form a dense layer, wherein when spin-coating the coating liquid, after a rotating base is rotated at 50 rpm or more and less than 500 rpm for a preliminary rotation, the rotating base is rotated at 500 rpm or more and 3000 rpm or less for a main rotation.
A system that improves memory usage in virtual machines (111,117) running as hypervisor guests, comprising: a computer hardware or machine; a hypervisor executing on the computer hardware or machine; one or more guest operating systems (105,106) executing as guests within the hypervisor, wherein each of the one or more guest operating systems has associated therewith a balloon driver, a virtual machine, for executing a software application, a heap for use by the virtual machine in storing software objects and pointers as part of the software application, and a garbage collector for use by the virtual machine in garbage collecting of software objects within the heap; and wherein the system receives information about the usage of the heap by the virtual machine, and uses the balloon driver to send a resize command to the virtual machine, whereby the virtual machine uses the garbage collector to resize the heap to manage the heap size as necessary for use by the one or more guest operating systems executing as guests within the hypervisor. a computer hardware or machine; a hypervisor executing on the computer hardware or machine; one or more guest operating systems (105,106) executing as guests within the hypervisor, wherein each of the one or more guest operating systems has associated therewith a balloon driver, a virtual machine, for executing a software application, a heap for use by the virtual machine in storing software objects and pointers as part of the software application, and a garbage collector for use by the virtual machine in garbage collecting of software objects within the heap; and a balloon driver, a virtual machine, for executing a software application, a heap for use by the virtual machine in storing software objects and pointers as part of the software application, and a garbage collector for use by the virtual machine in garbage collecting of software objects within the heap; and wherein the system receives information about the usage of the heap by the virtual machine, and uses the balloon driver to send a resize command to the virtual machine, whereby the virtual machine uses the garbage collector to resize the heap to manage the heap size as necessary for use by the one or more guest operating systems executing as guests within the hypervisor.
Method for controlling congestion in a media delivery network, comprising a media delivery server and a plurality of client devices (CD1,CD2, CD3, CD4), said media delivery server being coupled over said media delivery network to each client device of said plurality of client devices (CD1, CD2, CD3, CD4), said media delivery network further including a caching and/or buffering network and said media delivery server delivering media to a client device over a path between said media delivery server and said client device, CHARACTERISED IN THAT said method comprises the steps of: a. monitoring congestion in said media delivery network; and b. adapting a level of personalization of said delivering media to said client device based on said congestion monitored, where said level of personalization is the extent to which the media asset delivery may include media assets with high popularity only or also with a lower popularity. a. monitoring congestion in said media delivery network; and b. adapting a level of personalization of said delivering media to said client device based on said congestion monitored, where said level of personalization is the extent to which the media asset delivery may include media assets with high popularity only or also with a lower popularity.
Process for the manufacture of an ophthalmic lens comprising a transparent organic substrate which absorbs ultraviolet radiation, comprising the dipping of the organic substrate in a bath consisting of an aqueous solution including 2-(2-hydroxy-4-alkyloxyphenyl)-2H-benzotriazole where the alkyl group is linear or branched and includes from 3 to 12 carbon atoms.
A discrete element method for modelling granular or particulate material, the method being implemented by a computer and including a multiple hierarchical grid search method, wherein entities, including particles and boundary elements, are allocated to cells of respective grids based on size and wherein the search method searches cells of grids in a grid hierarchy for proximity between entities, and includes: (a) performing a search of cells in a first of a plurality of grid levels to determine pairs of entities which are proximate enough to satisfy predetermined criteria to be included in a neighbour list for which both entities belong to the first grid level; (b) mapping each non-empty cell in the first grid level to each of the other grid levels, determining neighbouring cells in each of the other grid levels and determining all pairs of entities belonging to a pair of levels that are proximate enough to satisfy the predetermined criteria for inclusion in the neighbour list; and (c) repeating (a) and (b) for all grid levels; wherein the method further comprises generating control data based on a modelled motion of said material to control equipment handling said material. (a) performing a search of cells in a first of a plurality of grid levels to determine pairs of entities which are proximate enough to satisfy predetermined criteria to be included in a neighbour list for which both entities belong to the first grid level; (b) mapping each non-empty cell in the first grid level to each of the other grid levels, determining neighbouring cells in each of the other grid levels and determining all pairs of entities belonging to a pair of levels that are proximate enough to satisfy the predetermined criteria for inclusion in the neighbour list; and (c) repeating (a) and (b) for all grid levels;
A device for actuating a rod of a sucker rod pump assembly, the device comprising; a rod; a motor; a counterbalance assembly in communication with the motor, wherein the counterbalance assembly includes a pneumatic containment vessel capable of altering and maintaining counterbalance force by adding or removing an air mass from the containment vessel; and a linear actuator assembly operatively connected to the motor and configured to provide a stroke of the rod, wherein the linear actuator assembly penetrates upper and lower heads (150, 130) in the containment vessel, wherein the linear actuator assembly is comprised of a vertically oriented roller screw and a planetary roller nut, and wherein the motor is configured to effect translatory movement of the planetary roller nut along the roller screw. a rod; a motor; a counterbalance assembly in communication with the motor, wherein the counterbalance assembly includes a pneumatic containment vessel capable of altering and maintaining counterbalance force by adding or removing an air mass from the containment vessel; and a linear actuator assembly operatively connected to the motor and configured to provide a stroke of the rod, wherein the linear actuator assembly penetrates upper and lower heads (150, 130) in the containment vessel, wherein the linear actuator assembly is comprised of a vertically oriented roller screw and a planetary roller nut, and wherein the motor is configured to effect translatory movement of the planetary roller nut along the roller screw.
A device for inserting an elastic ring into an internal groove in a workpiece opening, comprising - at least two retainers that are circumferentially spaced apart from one another and can slide into the workpiece opening with regard to an axial insertion direction, each of the retainers having a radially outwardly open recess for retaining regions on the ring, - wherein the device is configured such that the ring that is seated in the recesses can deform between its retaining regions to form a wavy shape as seen in a lateral view, in order to form trailing, curved regions, and - at least one slider for pushing the trailing, curved regions in the direction towards the internal groove, wherein the device is configured such that the slider can be moved into the workpiece opening in a trailing manner with respect to the recesses, characterized in that the slider includes an inclined surface which is configured to push trailing curved regions of the ring into the groove. - at least two retainers that are circumferentially spaced apart from one another and can slide into the workpiece opening with regard to an axial insertion direction, each of the retainers having a radially outwardly open recess for retaining regions on the ring, - wherein the device is configured such that the ring that is seated in the recesses can deform between its retaining regions to form a wavy shape as seen in a lateral view, in order to form trailing, curved regions, and - at least one slider for pushing the trailing, curved regions in the direction towards the internal groove, wherein the device is configured such that the slider can be moved into the workpiece opening in a trailing manner with respect to the recesses,
A transmission assembly for connecting a drive assembly and a garden work assembly comprising, a casing and a first transmission component and a second transmission component accommodated in the casing, the first transmission component and the second transmission component are engaged with each other, the first transmission component comprises a first gear and a second gear engaged with each other, a gear shaft of the first gear is disposed at an angle with respect to a gear shaft of the second gear, and the second transmission component comprises a third gear able to rotate coaxially with the second gear and a fourth gear engaged with the third gear, characterized in that the number of teeth of the first gear is 16,the number of teeth of the second gear is 15, the number of teeth of the third gear is 51 and the number of teeth of the fourth gear is 18 and the transmission ratio of the transmission assembly is set to be 3.02, and the output speed of the transmission assembly is controllable to be 1650 rpm.
A method of producing coated glass, the method comprising providing a glass pane having opposed first and second surfaces, the method further comprising sputtering a metallic indium tin target in an oxidizing atmosphere so as to deposit a substoichiometric indium tin oxide film on the first surface of the glass pane, thereby producing a coated glass pane, the substoichiometric indium tin oxide film having a thickness of less than 1,800 Å, a surface roughness of less than 3 nm, an optical bandgap of 400 nm or longer, and a carrier concentration of 5 x 10 20 /cm 3 or less, the method further comprising flash treating the substoichiometric indium tin oxide film so as to produce a flash-treated indium tin oxide film, the flash treating comprising flash lamp treatment at a peak pulse power of 15-45 kW/cm 2, the flash-treated indium tin oxide film having a thickness of less than 1,800 Å, a surface roughness of less than 3 nm, an optical bandgap of 370 nm or shorter, a carrier concentration of 9 x 10 20 /cm 3 or more, and a sheet resistance of less than 15 Q/square in combination with providing said coated glass pane with a monolithic visible transmittance of greater than 0.82, the substoichiometric indium tin oxide film being absorptive of energy emitted by a flash of the flash lamp treatment in the 370 to 400 nm range.
A spectacle frame side (1;2) including an articulation front end (2;22) adapted to be articulated to a frame front face via a tenon element of a hinge, to a lateral tenon of the frame front face, and a free rear end (3;23), a core (6;26) extending inside at least a portion of the side, one of the two front and rear ends of the core (6;26) being anchored (8;28) in the side and the other of the ends of the core being movably mounted under a shaping action, characterized in that the core (6;26) extends inside from one end to the other of the side, the end of the core (6;26), which is anchored (8;28), is anchored in one of the two front and rear ends of the side, the side includes, fixed to it, driving and shaping means (11,16; 31,36) for driving the other movable end of the core in the other of the ends of the side and to deform the side and thus to modify its contour.
An optical member being antireflection-coated by a laminated body for reducing the reflection of light formed on a substrate, the laminated body including a layer containing a polyimide and a layer having a textured structure of plate crystals containing 70% by mole or more of aluminum oxide, wherein the textured structure is on the outermost surface of the laminated body, wherein, in addition to said laminated body, the optical member may further include another functional layer such that said outermost surface of the laminated body is not necessarily the outermost surface of the optical member, wherein the polyimide contains a repeating unit represented by the following general formula: wherein R 1 denotes a tetravalent organic group, and R 2 denotes a divalent organic group having one or two or more 1,4-cyclohexylene groups in the main chain, and wherein a 1,4-cyclohexylene group in the main chain of R 2 in the general formula contains 90% by mole or more of a trans-1,4-cyclohexylene group.
A method for treating and/or inerting a possibly contaminated solution having a halide ion or phosphate ion concentration of 250 mM or higher, said method comprising a dissolution/polycondensation step of an aluminosilicate source in an activating solution that is an aqueous solution the pH of which is higher than 9, prepared from said possibly contaminated solution having a halide ion or phosphate ion concentration of 250 mM or higher, after which a geopolymer is obtained having a mineral matrix containing the elements initially contained in said possibly contaminated solution having a halide ion or phosphate ion concentration of 250 mM or higher.
A support apparatus for supporting a cable retaining apparatus, the cable retaining apparatus comprising a body (12, 18, 26) defining at least one aperture (14, 22) for receiving a respective cable, wherein the support apparatus comprises: a carriage portion adapted to be mounted to the cable retaining apparatus; and a track portion adapted to be mounted to a support, such that the carriage portion is slidably mounted to the track portion in use while supporting a cable retaining apparatus having at least one cable supported in the cable retaining apparatus; characterised in that the track portion comprises a plurality of curved apertures for receiving fastening means for mounting the track portion to the support, wherein the apertures enable pivoting of the track portion relative to the fastening means. a carriage portion adapted to be mounted to the cable retaining apparatus; and a track portion adapted to be mounted to a support, such that the carriage portion is slidably mounted to the track portion in use while supporting a cable retaining apparatus having at least one cable supported in the cable retaining apparatus; characterised in that the track portion comprises a plurality of curved apertures for receiving fastening means for mounting the track portion to the support, wherein the apertures enable pivoting of the track portion relative to the fastening means.
An embolic protection device comprising: a porous deflector screen (102/208) comprising a filter shaped as a curved cylinder portion when the embolic protection device is in an expanded configuration, wherein the porous deflector screen is configured to expand and to conform to a wall of the aortic arch, covering entrances to arteries branching from the aortic arch; and characterized in comprising: an emboli collector shaped as a cylinder when the embolic protection device is in the expanded configuration, wherein the emboli collector is configured to expand and to lie along walls of the descending aorta, pushing against walls of the descending aorta and anchoring the porous deflector screen, wherein the emboli collector comprises at least one elongated filter pocket having an opening directed towards the porous deflector screen, wherein: the concavity of the at least one elongated filter pocket is directed opposite to the opening, and when the embolic protection device is in an expanded configuration, the at least one elongated filter pocket spans at least partway a cylindrical volume, with the length of the at least one elongated filter pocket being along the height of the cylindrical volume; and a connecting portion (104/204/604) for connecting the porous deflector screen and the emboli collector, configured to push the porous deflector screen against the superior wall of the aortic arch while anchoring against the emboli collector. the concavity of the at least one elongated filter pocket is directed opposite to the opening, and when the embolic protection device is in an expanded configuration, the at least one elongated filter pocket spans at least partway a cylindrical volume, with the length of the at least one elongated filter pocket being along the height of the cylindrical volume; and a connecting portion (104/204/604) for connecting the porous deflector screen and the emboli collector, configured to push the porous deflector screen against the superior wall of the aortic arch while anchoring against the emboli collector.
A quantum dot ligand of wherein two of X, Y and Z are G1 group and G2 group, respectively, and the remaining one is selected from the group consisting of G1 group, G2 group and hydrogen; wherein G1 is -CH 2 -L-(CH 2) 2 -R 1; R 1 is NH 2; and L is O, NH, S, or CH 2; and the G2 group, for each occurrence, is independently selected from a C 4-20 alkyl having a carbon chain with more than 4 carbon atoms. G1 is -CH 2 -L-(CH 2) 2 -R 1; R 1 is NH 2; and L is O, NH, S, or CH 2; and the G2 group, for each occurrence, is independently selected from a C 4-20 alkyl having a carbon chain with more than 4 carbon atoms.