mhurhangee/ep-ind-claims huggingface dataset:
A method for performing, by a first apparatus (100, 200), long-term evolution, LTE, sidelink, SL, transmission, the method comprising: receiving, from a new radio, NR, base station through a physical downlink control channel, PDCCH, downlink control information, DCI, characterized by the DCI including i) information regarding a first timing offset, ii) information regarding a second timing offset related to the LTE SL transmission, iii) index information of a sidelink, SL, semi persistent scheduling, SPS, configuration, and iv) information representing activation or release of the SL SPS configuration; and wherein the method further comprises performing the LTE SL transmission, based on the DCI, wherein a time after a lapse of the first timing offset from a time when the first apparatus (100, 200) receives the DCI from the NR base station is equal to a time when it is determined that the first apparatus (100, 200) receives LTE dedicated DCI from an LTE base station with respect to the LTE SL transmission. receiving, from a new radio, NR, base station through a physical downlink control channel, PDCCH, downlink control information, DCI, characterized by the DCI including i) information regarding a first timing offset, ii) information regarding a second timing offset related to the LTE SL transmission, iii) index information of a sidelink, SL, semi persistent scheduling, SPS, configuration, and iv) information representing activation or release of the SL SPS configuration; and wherein the method further comprises performing the LTE SL transmission, based on the DCI, wherein a time after a lapse of the first timing offset from a time when the first apparatus (100, 200) receives the DCI from the NR base station is equal to a time when it is determined that the first apparatus (100, 200) receives LTE dedicated DCI from an LTE base station with respect to the LTE SL transmission.
A cosmetic lip composition comprising: from 1% to 50% by weight of a polar oil; from 0.3% to 7% by weight of a cellulosic polymer capable of forming a gel with said polar oil; from 1% to 10% by weight of a non-polar film-forming polymer; from 0.1% to 0.5% by weight of polyhydroxystearic acid; from 1% to 35% by weight pigments; wherein said pigments and polyhydroxystearic acid are in the form of a pre-grind formed by mixing said pigments with said polyhydroxystearic acid under shear. wherein said cosmetic composition is capable of imparting durable shine to the lips. from 1% to 50% by weight of a polar oil; from 0.3% to 7% by weight of a cellulosic polymer capable of forming a gel with said polar oil; from 1% to 10% by weight of a non-polar film-forming polymer; from 0.1% to 0.5% by weight of polyhydroxystearic acid; from 1% to 35% by weight pigments; wherein said pigments and polyhydroxystearic acid are in the form of a pre-grind formed by mixing said pigments with said polyhydroxystearic acid under shear.
A method of producing pluripotent three-dimensional cell clusters and optionally differentiating the pluripotent three-dimensional cell clusters comprising the steps of: a. growing pluripotent stem cells in a planar adherent culture, b. expanding the pluripotent stem cells to aggregated cell clusters, and c. transferring the clusters of pluripotent stem cells from the planar adherent culture to a dynamic suspension culture using an enzyme, wherein the pluripotent three-dimensional cell clusters are formed, wherein the pluripotent clusters of cells are cultured and expanded in the dynamic suspension culture without losing pluripotency, and wherein the method optionally further comprises differentiating the pluripotent three-dimensional cell clusters. a. growing pluripotent stem cells in a planar adherent culture, b. expanding the pluripotent stem cells to aggregated cell clusters, and c. transferring the clusters of pluripotent stem cells from the planar adherent culture to a dynamic suspension culture using an enzyme,
A method of controlling crushing of material in an inertia cone crusher, comprising - charging material to be crushed from a feeding hopper to a crushing chamber formed between an inner crushing shell, being supported on a crushing head, and an outer crushing shell of the inertia cone crusher; - rotating an unbalance bushing, which is provided with an unbalance weight and rotatably connected to the crushing head, by a drive shaft, such that a central axis of the crushing head gyrates about a gyration axis; - sensing the number of revolutions of the unbalance bushing using an rpm sensor; - controlling the number of revolutions of the unbalance bushing using a control system; and - crushing material in the crushing chamber. - charging material to be crushed from a feeding hopper to a crushing chamber formed between an inner crushing shell, being supported on a crushing head, and an outer crushing shell of the inertia cone crusher; - rotating an unbalance bushing, which is provided with an unbalance weight and rotatably connected to the crushing head, by a drive shaft, such that a central axis of the crushing head gyrates about a gyration axis; - sensing the number of revolutions of the unbalance bushing using an rpm sensor; - controlling the number of revolutions of the unbalance bushing using a control system; and - crushing material in the crushing chamber.
Connecting arrangement comprising a connecting piece and a hose, wherein the hose is pushed with one hose end onto the connecting piece, wherein a press ring is arranged on the hose end, which surrounds the hose on the outside, wherein the press ring is retained on the hose end by a friction fit only, wherein the press ring is made of a plastic material, wherein the inner diameter in the unloaded state of the press ring is 0-5% smaller than the sum of an outer diameter of the connecting piece and a doubled material thickness of the hose at the hose end, wherein the press ring is less elastic than the hose, characterised in that the hose end with preassembled press ring is pushed onto the connecting piece, wherein the width of the press ring corresponds to the depth of penetration of the connecting piece into the hose.
Medical imaging system comprising: a C-arm (13, 14) supporting a radiation source and a radiation detector, an external protection cover of said C-arm (13, 14), wherein said C-arm (13, 14) and said cover are separable from each other and are respectively supported by two different vehicles (3, 4) when separated from each other, wherein said C-arm includes a mobile inner C supporting said radiation source and said radiation detector, wherein said cover is removable from said C-arm characterised in that said cover is expandable into a tunnel encompassing the full rotation path of said inner C, of said radiation source and of said radiation detector, so as to protect said full rotation path both from inwards and from outwards of said inner C. a C-arm (13, 14) supporting a radiation source and a radiation detector, an external protection cover of said C-arm (13, 14), wherein said C-arm (13, 14) and said cover are separable from each other and are respectively supported by two different vehicles (3, 4) when separated from each other, wherein said C-arm includes a mobile inner C supporting said radiation source and said radiation detector, wherein said cover is removable from said C-arm characterised in that said cover is expandable into a tunnel encompassing the full rotation path of said inner C, of said radiation source and of said radiation detector, so as to protect said full rotation path both from inwards and from outwards of said inner C.
A method of forming a tire component (200, 300, 400) comprising a first rubber compound and a second rubber compound, the tire component (200, 300, 400) comprising two or more zones of different mixtures of rubber, the method comprising the steps of: (i) extruding a first rubber compound through a main extruder and a main gear pump; (ii) extruding a second rubber compound through a second extruder and a second gear pump into the main extruder; (iii) varying or tuning the ratio of the first compound to the second compound by adjusting the speed of the main gear pump and/or the speed of the second gear pump to obtain a first blend ratio of the first compound to the second compound and then applying a first rubber profile formed of the first compound and the second compound directly onto a tire building machine to form a first zone of rubber having the first blend ratio, wherein the first zone of rubber is extruded in a first desired shape; and (iv) adjusting the speed of the main gear pump and/or the second gear pump to obtain a second blend ratio of the first compound to the second compound, the second blend ratio being different from the first blend ratio, and then applying a second rubber profile formed of the first compound and the second compound to form a second zone of rubber having the second blend ratio, wherein the second zone of rubber is extruded in a second desired shape, characterized in that the tire component is a sidewall insert of the tire having two or more radial or axial adjacent zones of rubber, in that the transition from the first zone of rubber to the second zone of rubber is continuous, and in that the sidewall insert has a stiffness gradient that varies from a radially outer end to a radially inner end. (i) extruding a first rubber compound through a main extruder and a main gear pump; (ii) extruding a second rubber compound through a second extruder and a second gear pump into the main extruder; (iii) varying or tuning the ratio of the first compound to the second compound by adjusting the speed of the main gear pump and/or the speed of the second gear pump to obtain a first blend ratio of the first compound to the second compound and then applying a first rubber profile formed of the first compound and the second compound directly onto a tire building machine to form a first zone of rubber having the first blend ratio, wherein the first zone of rubber is extruded in a first desired shape; and (iv) adjusting the speed of the main gear pump and/or the second gear pump to obtain a second blend ratio of the first compound to the second compound, the second blend ratio being different from the first blend ratio, and then applying a second rubber profile formed of the first compound and the second compound to form a second zone of rubber having the second blend ratio, wherein the second zone of rubber is extruded in a second desired shape,
A method of determining a value of a physical or chemical property of at least one polymer test sample, the at least one polymer test sample having a molecular weight, a weight fraction at the respective molecular weight, and a number of short chain branches per 1000 carbon atoms at the respective molecular weight, comprising: a) providing at least two polymer training samples, each training sample having a molecular weight, a weight fraction at the respective molecular weight, a number of short chain branches per 1000 carbon atoms at the respective molecular weight, and a known value of the respective physical or chemical property; b) determining a weighted cross term at the respective molecular weight for each of the at least two polymer training samples and the at least one polymer test sample, each weighted cross term being determined as the multiplication product of: the respective molecular weight; the weight fraction at the respective molecular weight; and the number of short chain branches per 1000 carbon atoms at the respective molecular weight; c) correlating the respective weighted cross terms for each of the at least two polymer training samples in step b) with the known value of the respective physical or chemical property; and d) applying the correlation of step c) to the weighted cross term of the at least one polymer test sample to determine the value of the physical or chemical property of the at least one polymer test sample. a) providing at least two polymer training samples, each training sample having a molecular weight, a weight fraction at the respective molecular weight, a number of short chain branches per 1000 carbon atoms at the respective molecular weight, and a known value of the respective physical or chemical property; b) determining a weighted cross term at the respective molecular weight for each of the at least two polymer training samples and the at least one polymer test sample, each weighted cross term being determined as the multiplication product of: the respective molecular weight; the weight fraction at the respective molecular weight; and the number of short chain branches per 1000 carbon atoms at the respective molecular weight; the respective molecular weight; the weight fraction at the respective molecular weight; and the number of short chain branches per 1000 carbon atoms at the respective molecular weight; c) correlating the respective weighted cross terms for each of the at least two polymer training samples in step b) with the known value of the respective physical or chemical property; and d) applying the correlation of step c) to the weighted cross term of the at least one polymer test sample to determine the value of the physical or chemical property of the at least one polymer test sample.
An apparatus for evaluating a tubular, the apparatus comprising: an electromagnetic coupling device comprising a coil, a magnet, and a magnetic shield, the electromagnetic coupling device being configured to be conveyed into the tubular and coupling acoustic energy within the tubular; wherein the magnetic shield comprises a non-conductive soft magnetic material having a high saturation flux density and low RF losses that shields the magnet from a radio frequency field of the coil and boosts a magnetic field at a surface of the tubular by concentrating RF flux. an electromagnetic coupling device comprising a coil, a magnet, and a magnetic shield, the electromagnetic coupling device being configured to be conveyed into the tubular and coupling acoustic energy within the tubular; wherein the magnetic shield comprises a non-conductive soft magnetic material having a high saturation flux density and low RF losses that shields the magnet from a radio frequency field of the coil and boosts a magnetic field at a surface of the tubular by concentrating RF flux.
Acousto-optic deflector with a layered structure comprising at least two electro-acoustic transducers (14, 14', 14") and at least two acousto-optic crystals (12, 12', 12") to each of which at least one electro-acoustic transducer (14, 14', 14") is connected, and the adjacent crystals (12, 12', 12") are separated by an acoustic isolator, characterised by that the acousto-optic deflector has an aperture which is divided into bands by the acousto-optic crystals and a first electro-acoustic transducer is connected to a first acousto-optic crystal and a second electro-acoustic transducer (14") is connected to a second acousto-optic crystal (12") such that the second electro-acoustic transducer (14") is arranged between the first acousto-optic crystal and the second acousto-optic crystal (12"); and the at least two transducers (14, 14', 14") can be controlled independently of each other.
A method, comprising: - providing a remanufactured laser printer toner cartridge having a supply hopper section, a waste hopper section and a developer section, first end, a second end, an exit pull seal port (24, 40) located closer to the first end than to the second end, and a toner hopper pull seal strip and hopper gasket seal dividing the supply hopper section and the developer section; - putting the remanufactured laser printer toner through a post-print test; and - removing from said remanufactured laser printer toner cartridge excess toner left in said developer section after said cartridge has been through said post-printing test by vacuuming said excess toner out of the cartridge via the developer section with said toner hopper pull seal strip and said hopper gasket seal dividing the developer section and the hopper section. - providing a remanufactured laser printer toner cartridge having a supply hopper section, a waste hopper section and a developer section, first end, a second end, an exit pull seal port (24, 40) located closer to the first end than to the second end, and a toner hopper pull seal strip and hopper gasket seal dividing the supply hopper section and the developer section; - putting the remanufactured laser printer toner through a post-print test; and - removing from said remanufactured laser printer toner cartridge excess toner left in said developer section after said cartridge has been through said post-printing test by vacuuming said excess toner out of the cartridge via the developer section with said toner hopper pull seal strip and said hopper gasket seal dividing the developer section and the hopper section.
A power transmission mechanism between an engine starting device and an engine in which a damping and force accumulating means (130, 131) is interposed in a power transmission system between a rotation drive portion and a rotation driven portion, a power of the drive portion is accumulated between the damping and force accumulating means and the rotation driven portion, the accumulated force is released by canceling a lock of the rotation driven portion at a desired time, and the engine is started via an automatic connecting and disconnecting means arranged between the rotation driven portion and the engine, characterized in that the damping and force accumulating means (130,131) has a power spring barrel drum and a power spring having one end supported to the barrel drum, and the rotation driven portion supports the other end of the power spring and is provided with: a first engaging and disengaging lever engaging and disengaging in accordance with an external operation of an external operation member so as to lock and unlock a rotation in one direction of the rotation driven portion, a first ratchet portion having a plurality of ratchet teeth engaging with and disengaging from the first engaging and disengaging lever, and a second ratchet portion having a plurality of ratchet teeth engaging with and disengaging from the automatic connecting and disconnecting means, wherein the first ratchet portion and the second ratchet portion are integrally arranged on the same axis, the automatic connecting and disconnecting means is pivotally supported to a member working with an engine rotation such as a fan, a crank shaft or the like of the engine in a pivotally attached portion, has an engaging and disengaging pawl portion in a leading end, has a lever-shaped engaging and disengaging member energized in such a direction that the engaging and disengaging pawl portion engages with the second ratchet portion, and is provided with a centrifugal clutch function that when the crank shaft of the engine reaches a desired rotating speed, the lever-shaped engaging and disengaging member rotates against the energization on the basis of a centrifugal force, and the engagement between the engaging and disengaging pawl portion and the ratchet tooth of the second ratchet portion is automatically disconnected, and a side surface in a side facing to the ratchet tooth of the second ratchet portion of the lever-shaped engaging and disengaging member has a shape concaved in a direction away from the ratchet tooth of the second ratchet portion, wherein the concave shape extends from the pivotally attached portion to the engaging and disengaging pawl portion, wherein the ratchet tooth of the first ratchet portion and the ratchet tooth of the second ratchet portion are arranged at a predetermined phase difference. a first engaging and disengaging lever engaging and disengaging in accordance with an external operation of an external operation member so as to lock and unlock a rotation in one direction of the rotation driven portion, a first ratchet portion having a plurality of ratchet teeth engaging with and disengaging from the first engaging and disengaging lever, and
Control module of an electrical unit, comprising a connecting member of electrically conductive material, a rod for supplying current to the member, one end of the rod being inserted into an aperture of the member, and an electrically insulating filler which mechanically supports the rod and the member, the filler surrounding the end of the rod and extending on either side of the member through openings in the member, characterized in that the rod is force-fitted into a skirt of the conductive member formed on the periphery of the aperture.
Apparatus for smelting metallurgical charges comprising a bath furnace susceptible to contain a molten charge up to a determined level, characterized in that the furnace is equipped with: - at least one non-transferred plasma torch for the generation of first hot gases; - at least one oxygas burner for the generation of second hot gasses; and, - submerged injectors for injecting said first and second hot gases below said determined level. - at least one non-transferred plasma torch for the generation of first hot gases; - at least one oxygas burner for the generation of second hot gasses; and, - submerged injectors for injecting said first and second hot gases below said determined level.
A hydroelectric power plant for generating electrical power by converting the flow energy of a flowing water course, having a working screw arranged in a trough, a generator driven by said screw and having a fish climbing route operating in the opposite direction and arranged in the same longitudinal direction, characterized in that the inlet opening of the fish climbing route situated next to the working screw is provided with a base connection, the surface of which transitions from the flat bottom of the outflow channel of the working screw into a conical surface, corresponding to the inlet opening of the fish climbing route.
Stackable system container, which has a lower container part and a cover, having at least two coupling hooks arranged on opposite side walls (2, 3) of the lower container part for connection to corresponding coupling recesses of a further, similar system container, wherein the coupling hooks can be moved between a coupling position, in which the coupling hooks are engaged with the coupling recesses, and a release position, in which the coupling hooks are disengaged from the coupling recesses, and wherein the coupling recesses are arranged within a wall (9, 9') protruding beyond the upper side of the cover, wherein each coupling hook and each associated coupling recess are designed to have two parts, wherein both parts (14, 15) of the coupling hook can be actuated via a common actuating surface, and wherein a guide projection which is immovable with respect to the lower container part is arranged between both parts (14, 15) of each coupling hook for positioning engagement in a guide shaft between the coupling recesses, characterised in that the guide shafts are opened towards the inside and have only three walls so that lateral introduction of the guide projection into the guide shaft is possible, wherein the system container may be placed only loosely on the further system container and then can be displaced so far that the guide projection reaches into the guide shaft of the further system container so that after placing the system container on the further system container in horizontal direction, can be introduced into the corresponding coupling recess of the further system container, and after that the opposite coupling hook can be pushed vertically into the corresponding coupling recess of the further system container.