mhurhangee/patent-ind-claim-en huggingface dataset:
A silencer , comprising: a silencer housing having an annular plate-like structure, with an annular mounting chamber formed therein; a silencing pad disposed in the mounting chamber; and a positioning portion disposed on the silencer housing and configured for, in a use state, positioning the silencer housing and fastening the silencer housing to an actual application position; wherein the silencer housing comprises a circulation surface , and a mounting surface for use in mounting; the mounting surface and the circulation surface are located on two sides of the silencer housing respectively; the circulation surface is configured to, in a use state, face a fluid channel and the mounting surface is configured to, in a use state, abut against a mounting position; and the positioning portion is disposed on the mounting surface and/or the circulation surface; and wherein the positioning portion comprises first bolt mounting portions and first mounting bolts fitting the first bolt mounting portions; characterised in that the first bolt mounting portions are inserted into corresponding mounting grooves in the silencing pad via through holes opened on the mounting surface . a silencer housing having an annular plate-like structure, with an annular mounting chamber formed therein; a silencing pad disposed in the mounting chamber; and a positioning portion disposed on the silencer housing and configured for, in a use state, positioning the silencer housing and fastening the silencer housing to an actual application position; wherein the silencer housing comprises a circulation surface , and a mounting surface for use in mounting; the mounting surface and the circulation surface are located on two sides of the silencer housing respectively; the circulation surface is configured to, in a use state, face a fluid channel and the mounting surface is configured to, in a use state, abut against a mounting position; and the positioning portion is disposed on the mounting surface and/or the circulation surface; and wherein the positioning portion comprises first bolt mounting portions and first mounting bolts fitting the first bolt mounting portions; characterised in that the first bolt mounting portions are inserted into corresponding mounting grooves in the silencing pad via through holes opened on the mounting surface .
A method of operating a multilevel phase change memory cell of an array of phase change memory cells, each multilevel phase change memory cell being configured to be programmable to one of a set state, a reset state, and a number of intermediate states, the method further comprising: a programming operation of applying a programming signal to the multilevel phase change memory cell to program the multilevel phase change memory cell to a target state; a subsequent intermediate operation of applying a pre-read signal (222; 322-1; 322-2; 322-3; 322-4) determined based on the target state to the programmed multilevel phase change memory cell to accelerate a drift of a resistance of the programmed multilevel phase change memory cell without performing an anneal process; and a reading operation subsequent to the intermediate operation, of applying a read signal (220; 320-1; 320-2; 320-3; 320-4) to the multilevel phase change memory cell after a time interval (323-1; 323-2; 323-3) following application of the pre-read signal (222; 322-1; 322-2; 322-3; 322-4). a programming operation of applying a programming signal to the multilevel phase change memory cell to program the multilevel phase change memory cell to a target state; a subsequent intermediate operation of applying a pre-read signal (222; 322-1; 322-2; 322-3; 322-4) determined based on the target state to the programmed multilevel phase change memory cell to accelerate a drift of a resistance of the programmed multilevel phase change memory cell without performing an anneal process; and a reading operation subsequent to the intermediate operation, of applying a read signal (220; 320-1; 320-2; 320-3; 320-4) to the multilevel phase change memory cell after a time interval (323-1; 323-2; 323-3) following application of the pre-read signal (222; 322-1; 322-2; 322-3; 322-4).
Superaustenitic material consisting of an alloy with the following alloy elements, with all details being in % by weight, as well as unavoidable impurities: Elements Carbon (C) 0.01 -0.50 Silicon (Si) < 0.5 Manganese (Mn) 0.1 - 5.0 Phosphorus (P) < 0.05 Sulphur (S) < 0.005 Iron (Fe) remainder Chromium (Cr) 24.0 - 33.0 Molybdenum (Mo) 2.0 - 5.0 Nickel (Ni) 12 - 20.0 Vanadium (V) < 0.5 Tungsten (W) < 0.5 Copper (Cu) 0.50 - 5.0 Cobalt (Co) < 5.0 Titanium (Ti) < 0.1 Aluminium (Al) < 0.2 Niobium (Nb) < 0.1 Boron (B) < 0.01 Nitrogen (N) 0.40 - 0.90
A luminaire, comprising: a waveguide body comprising an elongate central section and first and second separate side sections extending away from the elongate central section along first and second opposed directions, respectively, wherein the elongate central section includes a coupling portion ; and wherein the waveguide body has a length and comprises a plurality of light extraction features ; and at least one LED disposed adjacent the coupling portion and operated by a power circuit (C) to produce light that is directed into the waveguide body by the coupling portion, characterized in that : the coupling portion comprises a concave surface adjacent to a lower surface of each of the side sections and a curved V-shaped second surface disposed opposite the concave first surface , and in that the light extraction features cause light to exit the waveguide body out of the lower surface and an upper surface of the side sections . a waveguide body comprising an elongate central section and first and second separate side sections extending away from the elongate central section along first and second opposed directions, respectively, wherein the elongate central section includes a coupling portion ; and wherein the waveguide body has a length and comprises a plurality of light extraction features ; and at least one LED disposed adjacent the coupling portion and operated by a power circuit (C) to produce light that is directed into the waveguide body by the coupling portion, characterized in that : the coupling portion comprises a concave surface adjacent to a lower surface of each of the side sections and a curved V-shaped second surface disposed opposite the concave first surface , and in that the light extraction features cause light to exit the waveguide body out of the lower surface and an upper surface of the side sections . the coupling portion comprises a concave surface adjacent to a lower surface of each of the side sections and a curved V-shaped second surface disposed opposite the concave first surface , and in that the light extraction features cause light to exit the waveguide body out of the lower surface and an upper surface of the side sections .
A lens driving device, the lens driving device comprising: a cover can , whose upper side surface includes an opening formed to expose a lens and whose side surface extends from the upper side surface; a base that is coupeld to the cover can ; a housing that is disposed over the base and configured to move in first and second directions that are perpendicular to an optical axis; a bobbin that is disposed in the housing and configured to move in an optical axis direction; an actuator that includes a magnet unit arranged in the housing , a first coil unit arranged in an outer side surface of the bobbin , and a second coil unit that is arranged on the base ; and a substrate that is disposed between the second coil unit and the base so as to supply electric power to the first coil unit and the second coil unit , characterized in that the lens driving device further comprises an upper spring that is arranged at an upper portion of the housing , a lower spring that is arranged at a lower portion of the housing , and at least two or at least four leaf springs that are arranged between the housing and the base , two of the leaf springs being electrically connected to the substrate and the upper spring . a cover can , whose upper side surface includes an opening formed to expose a lens and whose side surface extends from the upper side surface; a base that is coupeld to the cover can ; a housing that is disposed over the base and configured to move in first and second directions that are perpendicular to an optical axis; a bobbin that is disposed in the housing and configured to move in an optical axis direction; an actuator that includes a magnet unit arranged in the housing , a first coil unit arranged in an outer side surface of the bobbin , and a second coil unit that is arranged on the base ; and a substrate that is disposed between the second coil unit and the base so as to supply electric power to the first coil unit and the second coil unit ,
Method for manufacturing a composite pressurized-fluid vessel , comprising a first step of winding a first thermoplastic resin-based tape , which comprises a first determined proportion of reinforcing fibres, onto a liner , a second step of winding a second thermoplastic resin-based tape , which comprises a second determined proportion of reinforcing fibres, onto the first tape , the second tape forming the outer surface of said vessel , wherein the second determined proportion of fibres is lower than the first determined proportion of fibres, characterized in that the second tape , which is wound in the second winding step, is secured to a layer of fleece impregnated with the same type of resin as the resin of the first tape and of the second tape .
An apparatus configured to monitor performance of an electrical submersible pump in a well based on analysis of pump electrical current, comprising: an analyzer of the frequency spectrum of the energy in the pump electrical current; a wavelet analyzer of the waveform of the pump electrical current configured to identify time variations of the pump electrical current; a dynamic behavior analyzer of the pump electrical current configured to sample the pump electrical current waveform at different time intervals, performing mutual information analysis of the sampled pump electrical current waveform to identify dynamic behavior of the pump during pumping, and form an identification of attractors for a phase space analyzer based on the dynamic behavior of the pump; the phase space analyzer configured to form a measure of the identified dynamic behavior of the pump based on fluctuations in the pump electrical current; and a graphical interface configured to form indications from the analyzers for monitoring performance of the pump to detect disturbances in performance of the pump. an analyzer of the frequency spectrum of the energy in the pump electrical current; a wavelet analyzer of the waveform of the pump electrical current configured to identify time variations of the pump electrical current; a dynamic behavior analyzer of the pump electrical current configured to sample the pump electrical current waveform at different time intervals, performing mutual information analysis of the sampled pump electrical current waveform to identify dynamic behavior of the pump during pumping, and form an identification of attractors for a phase space analyzer based on the dynamic behavior of the pump; the phase space analyzer configured to form a measure of the identified dynamic behavior of the pump based on fluctuations in the pump electrical current; and a graphical interface configured to form indications from the analyzers for monitoring performance of the pump to detect disturbances in performance of the pump.
A method for finishing a supplied building panel made of HDF, with an upper side and a lower side , a relief being embossed at least into the upper side and a decorative pattern subsequently being printed onto the embossed upper side of the building panel and the decorative pattern then being sealed by applying a liquid overlay as an abrasion-resistant layer , wherein the relief is embossed in a first embossing step as at least one strip-shaped depression with two opposing side walls (5.1, 5.2), a bottom wall (5.3) connecting said side walls and a depth (T), the building panel having been pressed with a maximum bulk density of 950 and 1000 kg/m3 in the top layers, characterised in that the building panel is provided in press-finished condition and its upper side also features a press skin, additional depressions extending at an angle (α) transversely to the first depressions are embossed, the building panel is divided into individual panels by carrying out a saw cut in and along each of the depressions , and corundum is either mixed into or scattered over the liquid overlay.
Method for operating a cutting dredger in open water, the dredger comprising; - a floating body , - an elongate cutter ladder having a cutting head at its lowerable free end for dredging, which cutter ladder is hingeably coupled to the floating body and hingeable between an upwards position and a cutting position wherein the cutting head engages matter to be cut away at the floor of a body of water , - a driving device comprising an onboard hydraulic cylinder coupled with the cutter ladder for hinging the cutter ladder between the upwards position and the cutting position, the method comprising the step; - operating the driving device, when the cutter ladder is in the cutting position, in order to urge the cutter ladder down in a controlled manner for controlling a ground reaction force F between the cutting ladder and the bottom of the body of water, and - operating the cutting dredger under swell conditions. - a floating body , - an elongate cutter ladder having a cutting head at its lowerable free end for dredging, which cutter ladder is hingeably coupled to the floating body and hingeable between an upwards position and a cutting position wherein the cutting head engages matter to be cut away at the floor of a body of water , - a driving device comprising an onboard hydraulic cylinder coupled with the cutter ladder for hinging the cutter ladder between the upwards position and the cutting position, - operating the driving device, when the cutter ladder is in the cutting position, in order to urge the cutter ladder down in a controlled manner for controlling a ground reaction force F between the cutting ladder and the bottom of the body of water, and - operating the cutting dredger under swell conditions.
A method of wireless communications between a wireless communications network and wireless user equipment, comprising : receiving, using a primary time division duplex 'TDD' configuration, data on a primary component carrier in a first frequency band; receiving, using a secondary TDD configuration, data on a secondary component carrier, in a secondary frequency band different from the first frequency band; transmitting, using a supplemental TDD configuration an uplink Hybrid Automatic Repeat Request 'HARQ' ACK/NACK for the data received on the secondary component carrier, wherein the supplemental TDD configuration is different from the secondary TDD configuration and combines a set of uplink subframes including uplink subframes in the primary TDD configuration and the secondary TDD configuration; and the method characterised by receiving, using the supplemental uplink TDD configuration, an uplink grant granting resources for uplink data transmissions on the secondary component carrier. receiving, using a primary time division duplex 'TDD' configuration, data on a primary component carrier in a first frequency band; receiving, using a secondary TDD configuration, data on a secondary component carrier, in a secondary frequency band different from the first frequency band; transmitting, using a supplemental TDD configuration an uplink Hybrid Automatic Repeat Request 'HARQ' ACK/NACK for the data received on the secondary component carrier, wherein the supplemental TDD configuration is different from the secondary TDD configuration and combines a set of uplink subframes including uplink subframes in the primary TDD configuration and the secondary TDD configuration; and the method characterised by receiving, using the supplemental uplink TDD configuration, an uplink grant granting resources for uplink data transmissions on the secondary component carrier.
A tool system for an agricultural tillage machine with a base part which is connected by means of a releasable connection with a support element , in particular with a tine of the agricultural tillage machine, the base part comprising a cutting edge and, adjoining the cutting edge , at least one hard material element , and the support element comprising wing shares which are arranged in the end region thereof pointing in the working direction (A) and are equipped with hard metal plates (42, 42.1), characterized in that the edge , equipped with hard metal plates (42, 42.1), of the wing share is guided up to a lateral surface (12.1) of the support element .
A DRAM memory, comprising a substrate and a plurality of memory banks; the plurality of memory banks are arranged in rows and columns on the substrate, wherein each of the plurality of memory banks is divided into three memory blocks in a column direction, and each of the three memory blocks comprises memory cells arranged in rows and columns; the three memory blocks comprise a first memory block , a second memory block , and a third memory block that are sequentially arranged in the column direction; wherein in each of the plurality of memory banks, the first memory block is connected to a first column decoding circuit , the second memory block is connected to a second column decoding circuit , and the third memory block is connected to a third column decoding circuit ; wherein the first memory block is connected to a first row decoding circuit ; the second memory block is connected to the first row decoding circuit ; the second memory block is connected to a second row decoding circuit ; the third memory block is connected to the second row decoding circuit ; wherein the first row decoding circuit is connected to all memory cells in the first memory block and some memory cells in the second memory block for performing row addressing on all memory cells in the first memory block and some memory cells in the second memory block , and the second row decoding circuit is connected to all memory cells in the third memory block and some memory cells in the second memory block for performing row addressing on all memory cells in the third memory block and some memory cells in the second memory block ; characterized by comprising: a memory capacity of the first memory block , a memory capacity of the second memory block and a memory capacity of the third memory block are all equal. wherein in each of the plurality of memory banks, the first memory block is connected to a first column decoding circuit , the second memory block is connected to a second column decoding circuit , and the third memory block is connected to a third column decoding circuit ; wherein the first memory block is connected to a first row decoding circuit ; the second memory block is connected to the first row decoding circuit ; the second memory block is connected to a second row decoding circuit ; the third memory block is connected to the second row decoding circuit ; wherein the first row decoding circuit is connected to all memory cells in the first memory block and some memory cells in the second memory block for performing row addressing on all memory cells in the first memory block and some memory cells in the second memory block , and the second row decoding circuit is connected to all memory cells in the third memory block and some memory cells in the second memory block for performing row addressing on all memory cells in the third memory block and some memory cells in the second memory block ; characterized by comprising: a memory capacity of the first memory block , a memory capacity of the second memory block and a memory capacity of the third memory block are all equal.
A fluid fillable apparatus, comprising a first flexible sheet bonded to a second sheet to provide a plurality of fluid fillable or fluid filled chambers between the first sheet and the second sheet, wherein the first sheet is formed substantially from polyvinyl alcohol, and wherein either the apparatus includes at least one sealable input aperture allowing for filling of the fluid fillable chambers, or at least two of the plurality of chambers are in fluid communication with each other, or both.
A medical imaging apparatus , comprising: a medical image capturing unit configured to capture fluoroscopy images of an object ; and a first control unit (112; 310; 410; 510; 820), including a software application (330; 430; 530; 830), configured to control the medical image capturing unit to capture a fluoroscopy image (441, 495; 751) of the object based on a first software component (340; 440; 531; 610; 840) configured to control capturing of the fluoroscopy image (441, 495; 751) when the first software component (340; 440; 531; 610; 840) is in an active state, and periodically monitor a state of the first software component (340; 440; 531; 610; 840) included in said software application (330; 430; 530; 830), wherein the first control unit (112; 310; 410; 510; 820) is further configured to set a second software component (350, 351, 352; 450, 451, 452; 541, 542, 543; 620; 850), which has the same structure and functions as the first software component (340; 440; 531; 610; 840), to be in an active state when the first software component (340; 440; 531; 610; 840) is in a failure state so as to control the medical image capturing unit to continue capturing of the fluoroscopy image (441, 495; 751) of the object . a medical image capturing unit configured to capture fluoroscopy images of an object ; and a first control unit (112; 310; 410; 510; 820), including a software application (330; 430; 530; 830), configured to control the medical image capturing unit to capture a fluoroscopy image (441, 495; 751) of the object based on a first software component (340; 440; 531; 610; 840) configured to control capturing of the fluoroscopy image (441, 495; 751) when the first software component (340; 440; 531; 610; 840) is in an active state, and periodically monitor a state of the first software component (340; 440; 531; 610; 840) included in said software application (330; 430; 530; 830), wherein the first control unit (112; 310; 410; 510; 820) is further configured to set a second software component (350, 351, 352; 450, 451, 452; 541, 542, 543; 620; 850), which has the same structure and functions as the first software component (340; 440; 531; 610; 840), to be in an active state when the first software component (340; 440; 531; 610; 840) is in a failure state so as to control the medical image capturing unit to continue capturing of the fluoroscopy image (441, 495; 751) of the object .