mhurhangee/ep-ind-claims huggingface dataset:
A micro base station, comprising: a determining module, configured to determine an optimized cell selection bias, CSB, value according to a capacity and coverage of the micro base station, wherein the determining module determines the optimized CSB value after a network controller in a communications network sends an almost blank subframe, ABS, value optimization completion message to the micro base station; an update module, configured to update a current CSB value of the micro base station to the optimized CSB value; and a sending module, configured to send the optimized CSB value of the micro base station to at least one terminal. a determining module, configured to determine an optimized cell selection bias, CSB, value according to a capacity and coverage of the micro base station, wherein the determining module determines the optimized CSB value after a network controller in a communications network sends an almost blank subframe, ABS, value optimization completion message to the micro base station; an update module, configured to update a current CSB value of the micro base station to the optimized CSB value; and a sending module, configured to send the optimized CSB value of the micro base station to at least one terminal.
A touch screen unlocking method, comprising: displaying a screen unlocking interface on a touch screen, wherein the screen unlocking interface comprises a password unlocking area and a shortcut unlocking area; receiving a touch unlocking pattern input by a user through the screen unlocking interface, wherein the touch unlocking pattern comprises a password unlocking pattern input through the password unlocking area and a shortcut unlocking pattern input through the shortcut unlocking area; wherein the password unlocking pattern and the shortcut unlocking pattern are successive and uninterrupted; determining whether the password unlocking pattern input by the user is consistent with a preset password unlocking pattern; and unlocking the touch screen to enter a function interface corresponding to the shortcut unlocking pattern if the password unlocking pattern input by the user is consistent with the preset password unlocking pattern; wherein the shortcut unlocking area comprises at least two shortcut function buttons, when sliding over a shortcut function button of the at least two shortcut function buttons by the user, performing the shortcut unlocking to enter the function interface corresponding to the shortcut function button. displaying a screen unlocking interface on a touch screen, wherein the screen unlocking interface comprises a password unlocking area and a shortcut unlocking area; receiving a touch unlocking pattern input by a user through the screen unlocking interface, wherein the touch unlocking pattern comprises a password unlocking pattern input through the password unlocking area and a shortcut unlocking pattern input through the shortcut unlocking area; wherein the password unlocking pattern and the shortcut unlocking pattern are successive and uninterrupted; determining whether the password unlocking pattern input by the user is consistent with a preset password unlocking pattern; and unlocking the touch screen to enter a function interface corresponding to the shortcut unlocking pattern if the password unlocking pattern input by the user is consistent with the preset password unlocking pattern; wherein the shortcut unlocking area comprises at least two shortcut function buttons, when sliding over a shortcut function button of the at least two shortcut function buttons by the user, performing the shortcut unlocking to enter the function interface corresponding to the shortcut function button.
Storage device (1, 1') for storing transport units (3, 3', 3", 3a", 36), comprising a plurality of transport units (3, 3', 3", 3a", 36), each comprising a carrying unit (31, 361, 371-391, 3101, 31 11, 3121) for carrying transport goods (4, 4', 4", 46, 411) and each comprising a carriage (32, 362, 372) to which the carrying units (31, 361, 371-391, 3101, 3111, 3121) are each attachable, a plurality of storage lines (12, 12a'-12g'), which are configured to store transport units (3, 3', 3", 3a", 36-39, 310-312), a feeding line (11, 11'), which is connected to the storage lines (12, 12a'-12g') via a first switch (111, 111') in each case, a measuring device (15, 15', 1 5.1-1 5.6) arranged at the feeding line (11, 11'), which is configured to determine an extension (L1, L2) of a transport unit (3, 3', 3", 3a", 36-39, 310-312) in each case, and a control unit (16, 16', 16"), which is connected to the measuring device (15, 15', 15.1-15.6) and the first switches (111, 111') and is configured to select, based on the extension (L1, L2) of a transport unit (3, 3', 3a", 36-39, 310-312) determined by the measuring device (15, 15', 15.1-1 5.6), a storage line (12, 12a'-12g') for storing the transport unit (3, 3', 3", 3a", 36-39, 310-312), wherein the measuring device (15, 15') is preferably arranged in front of the first switches (111, 111').
A removable crown strap assembly configured for use with an interface and headgear assembly, the removable crown strap assembly comprising a first portion comprising a first strap region and a first bridge region, and a second portion comprising a second strap region and a second bridge region, each of the first bridge region and the second bridge region being configured to receive a strap of the interface and headgear assembly, wherein each of the first bridge region and the second bridge region comprises an inner wall and an outer wall that are connected together to define a loop that defines a passageway that accommodates the strap, and wherein at least a portion of the loop is interrupted to define an insertion path for the strap, wherein the outer wall includes a slot that interrupts the outer wall to define an upper portion and a lower portion.
Electromagnetically releasable spring-loaded brake with a magnet housing, a braking element, a rotor and a braking counter element, wherein the rotor is configured to be non-rotatably connected to a shaft to be braked, wherein the braking element is biased with a spring force and is configured, due to this spring force, to press the rotor against the braking counter element in order to generate a braking effect along a direction which is parallel to an axis of the brake, wherein an electromagnetic device for releasing the brake is arranged in the magnet housing, wherein regions of the braking counter element are implemented as connection regions which extend along a direction, which is parallel to the axis of the brake, in the direction of the magnet housing, characterized in that the connection regions are integrally connected to surface regions of the magnet housing which face outwards in a radial direction by means of a solder connection.
A device for applying a treatment to an obstruction, the device comprising: a flexible supporting layer; and a treatment layer comprising a plurality of operable elements attached to the flexible supporting layer and are configured to be activated to apply the treatment to the obstruction upon bending of the flexible supporting layer beyond a specified curvature threshold due to contact of the treatment layer with the obstruction. a flexible supporting layer; and a treatment layer comprising a plurality of operable elements attached to the flexible supporting layer and are configured to be activated to apply the treatment to the obstruction upon bending of the flexible supporting layer beyond a specified curvature threshold due to contact of the treatment layer with the obstruction.
A drape assembly for maintaining a sterile field around a surgical microscope having at least one ocular port (40, 50) and an objective lens barrel having an inner peripheral wall defining a cavity, the assembly comprising: an elongated hollow enclosure of sheet-form material having a first end defining an access opening and a second end defining a hole; a cylindrical frame located on the enclosure second end, the cylindrical frame having an inner surface and an outer surface, the outer surface of the frame being engageable with the inner peripheral wall of the objective lens barrel for mounting the frame on the barrel within the cavity; a lens assembly adapted to be removably mountable to the cylindrical frame, the lens assembly comprising a window support and a window matingly secured to the window support; wherein the window support is removably mountable within the cylindrical frame, the window support comprising a resilient circumferential band and a plurality of spaced integral tabs, the window support further having an outer diameter substantially the same as the inner diameter of the cylindrical frame and an outer surface removably engageable with the inner surface of the cylindrical frame; and wherein the window is matingly engaged with the window support, wherein only when the window support is mounted within the cylindrical frame, the frame, window support and window are sealing the hole in the enclosure, and wherein the window is located within the cylindrical frame when the window support is removably mounted within the cylindrical frame. an elongated hollow enclosure of sheet-form material having a first end defining an access opening and a second end defining a hole; a cylindrical frame located on the enclosure second end, the cylindrical frame having an inner surface and an outer surface, the outer surface of the frame being engageable with the inner peripheral wall of the objective lens barrel for mounting the frame on the barrel within the cavity; a lens assembly adapted to be removably mountable to the cylindrical frame, the lens assembly comprising a window support and a window matingly secured to the window support; wherein the window support is removably mountable within the cylindrical frame, the window support comprising a resilient circumferential band and a plurality of spaced integral tabs, the window support further having an outer diameter substantially the same as the inner diameter of the cylindrical frame and an outer surface removably engageable with the inner surface of the cylindrical frame; and wherein the window is matingly engaged with the window support, wherein only when the window support is mounted within the cylindrical frame, the frame, window support and window are sealing the hole in the enclosure, and wherein the window is located within the cylindrical frame when the window support is removably mounted within the cylindrical frame.
A stator assembly for a rotating electric machine, comprising a stator core (100, 500) and a stator bracket (200, 600) supporting the stator core (100, 500), wherein the stator assembly further comprises an airflow conveying device configured to convey first cold airflow, in a radial direction of the stator core (100, 500), to a radial side surface of the stator core (100, 500) opposite - in the radial direction - to an air gap side of the stator core, wherein the stator core is configured to face - in the radial direction - a rotor of the electric machine on the air gap side, wherein the airflow conveying device comprises a plurality of ejection tubes, the plurality of ejection tubes are arranged on the stator bracket (200, 600), and a nozzle of each of the ejection tubes faces the radial side surface of the stator core (100, 500), wherein the stator bracket comprises an enclosure plate, the stator core is mounted on the enclosure plate, an annular gap is formed between the radial side surface of the stator core and the enclosure plate, the enclosure plate is provided with a plurality of first through holes, and the ejection tubes are inserted in the first through holes and configured to eject the first cold airflow towards the radial side surface, wherein the stator core is mounted at a radial outer side of the enclosure plate, one or at least two cavities extending axially are formed at a radial inner side of the enclosure plate, and the at least two cavities are arranged in a circumferential direction of the stator bracket; the enclosure plate is provided with a second through hole configured to make the annular gap and the cavity be in communication with each other, to allow the first cold airflow ejected into the annular gap through the ejection tube to enter into the cavity through the second through hole. wherein the airflow conveying device comprises a plurality of ejection tubes, the plurality of ejection tubes are arranged on the stator bracket (200, 600), and a nozzle of each of the ejection tubes faces the radial side surface of the stator core (100, 500), wherein the stator bracket comprises an enclosure plate, the stator core is mounted on the enclosure plate, an annular gap is formed between the radial side surface of the stator core and the enclosure plate, the enclosure plate is provided with a plurality of first through holes, and the ejection tubes are inserted in the first through holes and configured to eject the first cold airflow towards the radial side surface, wherein the stator core is mounted at a radial outer side of the enclosure plate, one or at least two cavities extending axially are formed at a radial inner side of the enclosure plate, and the at least two cavities are arranged in a circumferential direction of the stator bracket; the enclosure plate is provided with a second through hole configured to make the annular gap and the cavity be in communication with each other, to allow the first cold airflow ejected into the annular gap through the ejection tube to enter into the cavity through the second through hole.
A method comprising: (a) applying a patch comprising a patching material on a damaged area (32, 34, 36) of a silicon-based component, wherein the patching material comprises a plurality of nanoparticles having a median particle size less than 100 nanometers, and wherein the plurality of nanoparticles comprises at least one of silicon, silicon alloy, silica, or a metal silicate; (b) drying the patch to form a dried patch; and (c) sintering the dried patch to form a patch repaired portion (42, 44, 46) of the silicon-based component; wherein the silicon-based component is disposed in a turbine engine assembly; the sintering is carried out in situ using engine operating conditions of the turbine engine assembly; and the patching material includes a plurality of dimension-stabilizing particles. (a) applying a patch comprising a patching material on a damaged area (32, 34, 36) of a silicon-based component, wherein the patching material comprises a plurality of nanoparticles having a median particle size less than 100 nanometers, and wherein the plurality of nanoparticles comprises at least one of silicon, silicon alloy, silica, or a metal silicate; (b) drying the patch to form a dried patch; and (c) sintering the dried patch to form a patch repaired portion (42, 44, 46) of the silicon-based component; wherein the sintering is carried out in situ using engine operating conditions of the turbine engine assembly; and the patching material includes a plurality of dimension-stabilizing particles.
An anti-tumor antigen heavy chain variable domain antibody that specifically binds to a human leukocyte antigen-G (HLA-G), consisting of an amino acid sequence selected from the group consisting of: SEQ ID NO:1, SEQ ID NO:2, and SEQ ID NO:3.
An information reading device, comprising a first side wall, a second side wall, a medium passage defined by the first side wall and the second side wall, a magnetic head adapted for reading magnetic information on an information recording medium to be passed through said medium passage from an upstream side to a downstream side in a passing direction, said magnetic head positioned opposite to the second side wall, an image reading part adapted to acquire an image of the information recording medium, said image reading part being attached to the second side wall and having a face essentially oppositely disposed to the magnetic head, and an urging mechanism adapted for urging the magnetic head in a direction toward the second side wall and/or for urging a part of the second side wall in a direction toward the magnetic head, wherein the second side wall comprises an upstream guide part having a downstream end arranged upstream of said image reading part and a downstream guide part having an upstream end arranged downstream of said image reading part, characterized in that said upstream end of said downstream guide part is arranged in relation to said face of said image reading part as shown in figure 6.
A system for the remote control of lighting apparatuses, in particular emergency lighting apparatuses, comprising a smartphone used as a remote controller and at least one external lighting device, said smartphone and said at least one external lighting device being adapted to mutually communicate, wherein said smartphone comprises a transmitter apparatus represented by a flash or a display of said smartphone having controlled activation and a receiver device used as a receiver of digital optical signals which integrates a control, programming and management system managed by a software program, and wherein said at least one external lighting device incorporates a receiving circuit comprising a receiver photosensor associated with a decoding and control circuit adapted to interface with the operating circuits of said at least one lighting device so as to remotely carry out tests and/or functions of said at least one lighting device via said transmitter apparatus, characterised in that said smartphone is adapted to actuate optical commands directed at said at least one lighting device, in the form of encoded luminous messages of intensity or duration-controlled sequences of light variations according to an optical code and various levels of luminosity, by means of a modulating process of the switching-on and the switching-off of said flash or display of the smartphone.
A method for decreasing latency between an acquisition of touch data and processing of an associated rendering task in a touch sensitive device having a touch sensing system capable of producing touch data at a touch sampling rate and having a display system that displays frames at a periodic refresh rate, the frames reflecting input to the touch sensing system, the method comprising: estimating at least one of (a) a period of time for sampling touch data from the touch sensing system, (b) a period of time for computing touch event data from sampled touch data, and (c) a period of time for rendering of a frame to a frame buffer; determining a period of time Tc for (a) sampling touch data from the touch sensing system, (b) computing touch event data from sampled touch data, and (c) rendering of a frame to a frame buffer, based at least in part on the estimate; determining a point in time Tr at which the display system will be refreshed from the frame buffer; computing a sampling start time based at least in part upon Tr and Tc; initiating sampling of the touch sensing system to obtain sampled touch data at the sampling start time; computing touch event data from the sampled touch data; rendering a frame reflecting the touch event data to the frame buffer prior to the time Tr; and, refreshing the display system from the frame buffer. estimating at least one of (a) a period of time for sampling touch data from the touch sensing system, (b) a period of time for computing touch event data from sampled touch data, and (c) a period of time for rendering of a frame to a frame buffer; determining a period of time Tc for (a) sampling touch data from the touch sensing system, (b) computing touch event data from sampled touch data, and (c) rendering of a frame to a frame buffer, based at least in part on the estimate; determining a point in time Tr at which the display system will be refreshed from the frame buffer; computing a sampling start time based at least in part upon Tr and Tc; initiating sampling of the touch sensing system to obtain sampled touch data at the sampling start time; computing touch event data from the sampled touch data; rendering a frame reflecting the touch event data to the frame buffer prior to the time Tr; and, refreshing the display system from the frame buffer.
A reverse osmosis membrane comprising: a porous support; a silver nanowire layer formed on the porous support; and a polyamide film formed on the silver nanowire layer wherein the silver nanowire layer has a thickness equal to 1% to 50% of the polyamide film. a porous support; a silver nanowire layer formed on the porous support; and a polyamide film formed on the silver nanowire layer wherein the silver nanowire layer has a thickness equal to 1% to 50% of the polyamide film.
A pump comprising a head, in which at least a cylinder is fashioned in which a piston is slidably housed, and a casing fixed to the head, which defines an internal volume in which a crankshaft and at least a con rod are housed, which at least a con rod connects the crankshaft with the piston, such as to be able to transform a rotary motion of the crankshaft into an alternating motion of the piston, characterized in that means for measuring and indicating to the users the temperature of lubricating oil contained in the internal volume of the casing are applied to the casing.
A method for constructing a DNA library for sequencing, comprising: step B-1: A-tailing of a single 3' end to at least a portion of blunt-end DNA fragments to obtain DNA fragments having A tailing to the single 3' end; and step B-2: blunt-end ligating the DNA fragments having A tailing to the single 3' end obtained in step B-1. step B-1: A-tailing of a single 3' end to at least a portion of blunt-end DNA fragments to obtain DNA fragments having A tailing to the single 3' end; and step B-2: blunt-end ligating the DNA fragments having A tailing to the single 3' end obtained in step B-1.
A shroud for a gas turbine (10,14), comprising: an outer box comprising a first wall and a second wall circumferentially spaced apart from the first wall; and an inner box positioned within the outer box, the inner box defining one or more passageways extending therethrough and a first chamber; wherein the inner box and the outer box collectively define a second chamber, the one or more passageways defined by the inner box fluidly coupling the first chamber and the second chamber; and wherein the first wall of the outer box defines a first boss and first notch and the second wall of the outer box defines a second boss and a second notch; wherein the first wall defines a first outlet port and the second wall defines a second outlet port; and wherein the first outlet port and the second outlet port are in fluid communication with the second chamber; characterised in that, the first outlet port is positioned radially outward of the first boss and the second boss and the second outlet port is positioned radially outward of the first boss and the second boss an outer box comprising a first wall and a second wall circumferentially spaced apart from the first wall; and an inner box positioned within the outer box, the inner box defining one or more passageways extending therethrough and a first chamber; wherein the inner box and the outer box collectively define a second chamber, the one or more passageways defined by the inner box fluidly coupling the first chamber and the second chamber; and wherein the first wall of the outer box defines a first boss and first notch and the second wall of the outer box defines a second boss and a second notch; wherein the first wall defines a first outlet port and the second wall defines a second outlet port; and wherein the first outlet port and the second outlet port are in fluid communication with the second chamber; characterised in that, the first outlet port is positioned radially outward of the first boss and the second boss and the second outlet port is positioned radially outward of the first boss and the second boss