mhurhangee/patent-ind-claim-en huggingface dataset:
A communication apparatus comprising: a storage unit (276b; 276c; 305) to store frame information for referring to first storage areas in each of which a frame to be transmitted or received is stored, in a plurality of second storage areas depending on priorities of frames; and a distribution unit (43; 271b; 271c) configured to distribute and store the frame information of the frames into the plurality of second storage areas according to the priorities of the frames, wherein the frame information includes an address indicative of a head position of one of the first storage areas in which a corresponding frame is stored and a length of the corresponding frame, characterized in that a plurality of virtual machines operates in the communication apparatus , the communication apparatus further comprises a first internal communication control unit (27a-1; 27a-2; 27b; 27c) configured to perform transmission processing of the frame to one of the virtual machines according to the address of the corresponding frame or perform reception processing of the frame from the one of the virtual machines , and the frame information further includes reference authority information indicative of authority to refer to the frame from the one of the virtual machines (22a; 22b; 22c) in which an opposing second internal communication control unit (27a-1; 27a-2; 27b; 27c) operates. a storage unit (276b; 276c; 305) to store frame information for referring to first storage areas in each of which a frame to be transmitted or received is stored, in a plurality of second storage areas depending on priorities of frames; and a distribution unit (43; 271b; 271c) configured to distribute and store the frame information of the frames into the plurality of second storage areas according to the priorities of the frames, wherein the frame information includes an address indicative of a head position of one of the first storage areas in which a corresponding frame is stored and a length of the corresponding frame, characterized in that a plurality of virtual machines operates in the communication apparatus , the communication apparatus further comprises a first internal communication control unit (27a-1; 27a-2; 27b; 27c) configured to perform transmission processing of the frame to one of the virtual machines according to the address of the corresponding frame or perform reception processing of the frame from the one of the virtual machines , and the frame information further includes reference authority information indicative of authority to refer to the frame from the one of the virtual machines (22a; 22b; 22c) in which an opposing second internal communication control unit (27a-1; 27a-2; 27b; 27c) operates.
A lens apparatus configured to be connectable to an image capturing apparatus including imaging means , the lens apparatus comprising: vibration detection means configured to detect vibration; reception means configured to receive from the image capturing apparatus , when the image capturing apparatus is connected to the lens apparatus , first motion information and reliability information of the first motion information; acquisition means configured to acquire a correction amount, characterized in that the acquisition means acquires the correction amount based on second motion information converted from the first motion information using information of the lens apparatus , the vibration detected by the vibration detection means , and the reliability information, wherein in a case, where the reliability information represents a reliability lower than a predetermined reliability, the acquisition means acquires the correction amount using the vibration detected by the vibration detection means without using the second motion information; and image stabilization means configured to perform image stabilization control based on the correction amount, wherein the first motion information is a movement amount on an imaging plane of the imaging means obtained by converting a motion vector, which represents a moving amount between a plurality of images captured by a number of pixels that form the imaging means based on information on the imaging means . vibration detection means configured to detect vibration; reception means configured to receive from the image capturing apparatus , when the image capturing apparatus is connected to the lens apparatus , first motion information and reliability information of the first motion information; acquisition means configured to acquire a correction amount, characterized in that the acquisition means acquires the correction amount based on second motion information converted from the first motion information using information of the lens apparatus , the vibration detected by the vibration detection means , and the reliability information, wherein in a case, where the reliability information represents a reliability lower than a predetermined reliability, the acquisition means acquires the correction amount using the vibration detected by the vibration detection means without using the second motion information; and image stabilization means configured to perform image stabilization control based on the correction amount, wherein the first motion information is a movement amount on an imaging plane of the imaging means obtained by converting a motion vector, which represents a moving amount between a plurality of images captured by a number of pixels that form the imaging means based on information on the imaging means .
A cosmetic composition comprising a composite extract which includes an aloe extract, an upland rice extract, an Opuntia humifusa extract, an Echinacea purpurea extract, and a glutinous foxtail millet extract as an active ingredient, and wherein the aloe extract, upland rice extract, Opuntia humifusa extract, Echinacea purpurea extract and glutinous foxtail millet extract are extracted by using 30 to 70% ethanol as a solvent.
Wireless communications network comprising: a base station configured for operating a wireless communications network cell of the wireless communications network so as to provide communication in a plurality of slots , each slot comprising a plurality of associated physical resources; at least one transmitter configured for transmitting a signal in the wireless communications network cell by mapping the signal into a number of part signals and for transmitting the number of part signals with a corresponding number of associated slots using a corresponding number of sets of physical resources, each set containing at least a subset of the associated plurality of physical resources of the slot ; wherein each set of physical resources is received at the base station shifted with a set-individual offset (O) being individual for the set of physical resources with respect to a synchronized start of the slot ; wherein the set-individual offset (O) comprises a frequency offset and wherein the frequency offset is larger than -0.5 of a frequency bandwidth of a carrier and smaller than +0.5 of the frequency bandwidth. a base station configured for operating a wireless communications network cell of the wireless communications network so as to provide communication in a plurality of slots , each slot comprising a plurality of associated physical resources; at least one transmitter configured for transmitting a signal in the wireless communications network cell by mapping the signal into a number of part signals and for transmitting the number of part signals with a corresponding number of associated slots using a corresponding number of sets of physical resources, each set containing at least a subset of the associated plurality of physical resources of the slot ; wherein each set of physical resources is received at the base station shifted with a set-individual offset (O) being individual for the set of physical resources with respect to a synchronized start of the slot ; wherein the set-individual offset (O) comprises a frequency offset and wherein the frequency offset is larger than -0.5 of a frequency bandwidth of a carrier and smaller than +0.5 of the frequency bandwidth.
A method comprising: coupling a first positive high voltage (V POS ) to a first global wordline in a first row of a memory array of memory cells, and coupling a second negative high voltage (V NEG ) to a first bitline and a first sourceline in a first column of the memory array to apply a bias to a nonvolatile memory transistor in a selected memory cell to program the selected memory cell; and coupling a margin voltage (V MARG ) having a magnitude less than V NEG to a second global wordline in a second row of the memory array, and coupling an inhibit voltage (V INHIB ) to a second bitline in a second column of the memory array to reduce a bias applied to a non-volatile memory transistor in an unselected memory cell to reduce program disturb of data programmed in the unselected memory cell due to programming of the selected memory cell, wherein the memory cells each comprise at least a non-volatile memory, NVM, transistor, arranged in rows and columns, wherein gates of the NVM transistors of memory cells in a same row couple to and share a global wordline; and further including at least one select transistor associated with each memory transistor, wherein the select transistor and the memory cell have different gate terminal connections, the gate of the select transistor coupling to a select line; wherein V NEG is generated using a charge pump, and wherein coupling the margin voltage to the second global wordline comprises generating the margin voltage using a voltage divider coupled to an output of the charge pump. coupling a first positive high voltage (V POS ) to a first global wordline in a first row of a memory array of memory cells, and coupling a second negative high voltage (V NEG ) to a first bitline and a first sourceline in a first column of the memory array to apply a bias to a nonvolatile memory transistor in a selected memory cell to program the selected memory cell; and coupling a margin voltage (V MARG ) having a magnitude less than V NEG to a second global wordline in a second row of the memory array, and coupling an inhibit voltage (V INHIB ) to a second bitline in a second column of the memory array to reduce a bias applied to a non-volatile memory transistor in an unselected memory cell to reduce program disturb of data programmed in the unselected memory cell due to programming of the selected memory cell, wherein the memory cells each comprise at least a non-volatile memory, NVM, transistor, arranged in rows and columns, wherein gates of the NVM transistors of memory cells in a same row couple to and share a global wordline; and further including at least one select transistor associated with each memory transistor, wherein the select transistor and the memory cell have different gate terminal connections, the gate of the select transistor coupling to a select line; wherein V NEG is generated using a charge pump, and wherein coupling the margin voltage to the second global wordline comprises generating the margin voltage using a voltage divider coupled to an output of the charge pump.
An exhaust gas purification catalyst, comprising a lower layer containing ceria-based oxide particles and an upper layer containing metal oxide particles and a precious metal supported on the metal oxide particles, wherein the Rh content of the lower layer is not more than 0.25 g/L, and a particle-size distribution of the ceria-based oxide particles in the lower layer, as obtained by scanning electron microscopy, has a first peak in which a peak top thereof is in a region of 0.90 to 6.50 μm and a second peak in which the peak top thereof is in a region of 9.50 to 34.0 μm.
An implantable prosthetic valve (300; 400; 600; 800) comprising: an annular frame comprising an inflow end and an outflow end and being radially collapsible and expandable between a radially collapsed configuration and a radially expanded configuration; a leaflet structure positioned within the frame and secured thereto; an annular sealing member (210; 550); and an outer skirt (18; 500; 700), wherein the annular sealing member (210; 550; 750) is positioned around an outer surface of the frame and has a periodic, undulating shape, and the outer skirt (18; 700) is positioned around an outer surface of the sealing member (210; 550; 750) and secured to the frame . an annular frame comprising an inflow end and an outflow end and being radially collapsible and expandable between a radially collapsed configuration and a radially expanded configuration; a leaflet structure positioned within the frame and secured thereto; an annular sealing member (210; 550); and an outer skirt (18; 500; 700), wherein the annular sealing member (210; 550; 750) is positioned around an outer surface of the frame and has a periodic, undulating shape, and the outer skirt (18; 700) is positioned around an outer surface of the sealing member (210; 550; 750) and secured to the frame .
A reverse osmosis system with at least one high pressure pump, which supplies raw water to at least one module pipe, in which a membrane with a permeate collecting pipe is arranged, wherein the module pipe has a permeate outlet, characterised in that the permeate outlet of the at least one module pipe is connected via a first conduit to a permeate tank , wherein connected into the first conduit there is a tank opening valve , which may be shut off in dependence on level switches on the permeate tank , so that the permeate flows back via a conduit to the pump , that the permeate tank is connected via a further conduit , connected into which there is a permeate supply pump , to a ring feed conduit , to which a plurality of dialysis devices may be connected, which remove permeate from the ring feed conduit for the preparation of dialysis liquid, and that branching off from the first conduit before the tank opening valve in the flow direction there is a bypass conduit , which communicates with the further conduit downstream of the permeate tank and the permeate supply pump .
A medical image processing apparatus comprising: an acquisition unit configured to acquire medical image data to be analyzed; an identification unit configured to identify direction of gravity for the medical image data; a first setting unit configured to set a first weight to pixels constituting the medical image data on the basis of the direction of gravity and a distance from an edge of a structure extracted from the medical image data; and an analysis unit configured to analyze the medical image data on the basis of the first weight. an acquisition unit configured to acquire medical image data to be analyzed; an identification unit configured to identify direction of gravity for the medical image data; a first setting unit configured to set a first weight to pixels constituting the medical image data on the basis of the direction of gravity and a distance from an edge of a structure extracted from the medical image data; and an analysis unit configured to analyze the medical image data on the basis of the first weight.
An electronic device comprising: a processor ; a memory ; a flexible display having at least a first configuration where the flexible display is substantially planar, and a second configuration where the flexible display is non-planar; and a hinged enclosure that supports the flexible display in the first and second configurations, the hinged enclosure including (i) a first body portion attached to the flexible display, (ii) a second body portion coupled to the first body portion by a hinge , and (iii) a slider attached to the flexible display that is configured to slide relative to at least the second body portion as the flexible display assumes the first or second configuration; wherein, when the flexible display is in the first configuration, the first body portion , second body portion and the slider are substantially aligned; the slider has a slot therein and the second body portion includes a plate , wherein the plate slidingly engages with the slot to facilitate the flexible display assuming the first or second configuration; and the plate is in contact with the opposing surfaces that form the slot on opposite sides of the plate so as to provide an amount of friction when moving the slider in either direction. a processor ; a memory ; a flexible display having at least a first configuration where the flexible display is substantially planar, and a second configuration where the flexible display is non-planar; and a hinged enclosure that supports the flexible display in the first and second configurations, the hinged enclosure including (i) a first body portion attached to the flexible display, (ii) a second body portion coupled to the first body portion by a hinge , and (iii) a slider attached to the flexible display that is configured to slide relative to at least the second body portion as the flexible display assumes the first or second configuration; wherein, when the flexible display is in the first configuration, the first body portion , second body portion and the slider are substantially aligned; the slider has a slot therein and the second body portion includes a plate , wherein the plate slidingly engages with the slot to facilitate the flexible display assuming the first or second configuration; and the plate is in contact with the opposing surfaces that form the slot on opposite sides of the plate so as to provide an amount of friction when moving the slider in either direction.
Fuel cell module having at least one first cathode chamber and at least one first anode chamber and also at least one first membrane, wherein the at least one first membrane is arranged between the at least one first anode chamber and the at least one first cathode chamber, wherein the fuel cell module comprises at least one first anode supply device for supplying anode gas to the at least one first anode chamber, wherein the fuel cell module comprises at least one first cathode supply device for supplying cathode gas to the at least one first cathode chamber, wherein the fuel cell module comprises at least one anode disposal device for discharging anode residual gas from the at least one first anode chamber, wherein the fuel cell module comprises at least one first cathode disposal device for discharging cathode residual gas from the at least one first cathode chamber, wherein the at least one first anode supply device comprises at least one first anode gas coupling , wherein the at least one first cathode supply device comprises at least one first cathode gas coupling , wherein the at least one first anode disposal device comprises at least one first anode residual gas coupling , wherein the at least one first cathode disposal device comprises at least one first cathode residual gas coupling , wherein the at least one first anode gas coupling , the at least one first cathode gas coupling and the at least one first anode residual gas coupling , the at least one first cathode residual gas coupling are each embodied as a quick-action coupling, wherein the fuel cell module comprises at least one first anode connection having at least one first anode coupling , wherein the fuel cell module comprises at least one first cathode connection having at least one first cathode coupling , wherein the at least one first anode gas coupling , the at least one first cathode gas coupling and the at least one first anode residual gas coupling , the at least one first cathode residual gas coupling , the at least one first anode coupling , and the at least one first cathode coupling are arranged on one side of the fuel cell module , characterized in that all couplings are self-coupling, wherein the fuel cell module comprises at least one front water drain coupling , wherein the front water drain coupling is arranged on the side of the module housing which is opposite to the side of the module housing on which the other couplings are arranged.
A sand guard system , comprising: an outer housing ; and an inner tube disposed in the outer housing such that an annulus is formed between the inner tube and the outer housing, wherein the inner tube has a plurality of slots configured to filter out solids from fluids flowing from the annulus into the inner tube through the slots; characterised in that : the system comprises a wedge assembly disposed in the outer housing, wherein the wedge assembly comprises: a plurality of wedges coupled together by one or more flexible retaining members such that the wedges are movable radially outward and inward relative to the outer housing; an upper seat at least partially inserted into one end of the wedges; and a lower seat at least partially inserted into an opposite end of the wedges, wherein the wedges are movable radially relative to the upper and lower seats. an outer housing ; and an inner tube disposed in the outer housing such that an annulus is formed between the inner tube and the outer housing, wherein the inner tube has a plurality of slots configured to filter out solids from fluids flowing from the annulus into the inner tube through the slots; characterised in that : the system comprises a wedge assembly disposed in the outer housing, wherein the wedge assembly comprises: a plurality of wedges coupled together by one or more flexible retaining members such that the wedges are movable radially outward and inward relative to the outer housing; an upper seat at least partially inserted into one end of the wedges; and a lower seat at least partially inserted into an opposite end of the wedges, wherein the wedges are movable radially relative to the upper and lower seats. the system comprises a wedge assembly disposed in the outer housing, wherein the wedge assembly comprises: a plurality of wedges coupled together by one or more flexible retaining members such that the wedges are movable radially outward and inward relative to the outer housing; an upper seat at least partially inserted into one end of the wedges; and a plurality of wedges coupled together by one or more flexible retaining members such that the wedges are movable radially outward and inward relative to the outer housing; an upper seat at least partially inserted into one end of the wedges; a lower seat at least partially inserted into an opposite end of the wedges, wherein the wedges are movable radially relative to the upper and lower seats.
Method for providing a printing screen with a variety of area units, namely open areas to allow a printing medium to pass through and cover areas to prevent the printing medium from passing through, wherein the cover areas are connected by way of at least two connecting webs which have an area in a perpendicular projection, comprising the following steps: a) inserting a basic printing screen into a screenprinting apparatus , b) moving a doctor blade along a doctor blade path from a doctor blade starting area to a doctor blade turning area lying opposite thereto, c) simultaneously printing a printing medium through the open areas onto a substrate in the form of a printed layer , characterised by d) measuring the resulting thickness of the printed layer at a number of measuring points , e) ascertaining a target area size of the connecting webs which results in a smaller absolute thickness deviation of the layer f) changing the area of the connecting webs on the basis of the target area size ascertained, g) repeating steps a) to d). a) inserting a basic printing screen into a screenprinting apparatus , b) moving a doctor blade along a doctor blade path from a doctor blade starting area to a doctor blade turning area lying opposite thereto, c) simultaneously printing a printing medium through the open areas onto a substrate in the form of a printed layer , characterised by d) measuring the resulting thickness of the printed layer at a number of measuring points , e) ascertaining a target area size of the connecting webs which results in a smaller absolute thickness deviation of the layer f) changing the area of the connecting webs on the basis of the target area size ascertained, g) repeating steps a) to d).