mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for digital microscopy comprising an equipment base, a stand with a camera head, and an objective unit, characterized in that the apparatus has a modular construction, all the modules being connected to one another by releasable connections; in that the equipment base, the stand with a camera head, and the objective unit each constitute modules; in that the stand with the camera head and the equipment base are releasably connected to one another; in that the objective unit is releasably connected to the camera head; in that the camera head is attached to the stand in such a way that the equipment base is not situated in the image region of the camera head; and in that the releasable connections are pluggable, positively locking connections and/or magnetic connections. in that the apparatus has a modular construction, all the modules being connected to one another by releasable connections; in that the equipment base, the stand with a camera head, and the objective unit each constitute modules; in that the stand with the camera head and the equipment base are releasably connected to one another; in that the objective unit is releasably connected to the camera head; in that the camera head is attached to the stand in such a way that the equipment base is not situated in the image region of the camera head; and in that the releasable connections are pluggable, positively locking connections and/or magnetic connections.
A system for treating ballast water in ballast tanks onboard vessels and offshore constructions, said system comprising: - one or more ballast tanks, - a circulation pump capable of circulating or recirculating, via a tubing, ballast water from and to the one or more ballast tanks, - a recirculation system that supplements the conventional ballast pumping system whereby the ballast water is pumped, by means of the recirculation pump, from a ballast tank via return pipes to return pipes and back to the ballast tank via a feeder pipe and distribution pipes 26; - a gas supply unit which is connected to the tubing in such a manner that gas, such as atmospheric air and/or inert gas, such as nitrogen and/or carbon dioxide, can be supplied to the ballast water; and - one or more nozzle heads that are functionally connected to the tubing and is/are arranged in one or more ballast tanks, said one or more nozzle heads comprising at least one nozzle for injection of the gas-containing water into the one or more ballast tanks; - characterised in - a device configured for removing and/or killing live organisms in the ballast water. - one or more ballast tanks, - a circulation pump capable of circulating or recirculating, via a tubing, ballast water from and to the one or more ballast tanks, - a recirculation system that supplements the conventional ballast pumping system whereby the ballast water is pumped, by means of the recirculation pump, from a ballast tank via return pipes to return pipes and back to the ballast tank via a feeder pipe and distribution pipes 26; - a gas supply unit which is connected to the tubing in such a manner that gas, such as atmospheric air and/or inert gas, such as nitrogen and/or carbon dioxide, can be supplied to the ballast water; and - one or more nozzle heads that are functionally connected to the tubing and is/are arranged in one or more ballast tanks, said one or more nozzle heads comprising at least one nozzle for injection of the gas-containing water into the one or more ballast tanks; - characterised in - a device configured for removing and/or killing live organisms in the ballast water.
An agricultural baler comprising: a sealing assembly positioned adjacent to a baling chamber, wherein the sealing assembly is configured to receive a strap and to seal the strap into a loop around compressible material within the baling chamber to form a strapped bale; and a strap gripper positioned adjacent to the sealing assembly, characterized in that the strap gripper comprises a pivot plate, a guide wheel rotatably coupled to the pivot plate, and a drive wheel, the pivot plate is biased to rotate about an axis in a first direction to urge the guide wheel toward the drive wheel, and the drive wheel and the guide wheel are configured to receive the strap after the strap is looped around the compressible material, to block movement of the strap away from the sealing assembly, and to drive the strap toward the sealing assembly. a sealing assembly positioned adjacent to a baling chamber, wherein the sealing assembly is configured to receive a strap and to seal the strap into a loop around compressible material within the baling chamber to form a strapped bale; and a strap gripper positioned adjacent to the sealing assembly, characterized in that the strap gripper comprises a pivot plate, a guide wheel rotatably coupled to the pivot plate, and a drive wheel, the pivot plate is biased to rotate about an axis in a first direction to urge the guide wheel toward the drive wheel, and the drive wheel and the guide wheel are configured to receive the strap after the strap is looped around the compressible material, to block movement of the strap away from the sealing assembly, and to drive the strap toward the sealing assembly.
A fixing seat of a fixing connector with a charging module, including: a seat having a concave portion; the charging module arranged in the concave portion, comprising a body having a plane and at least one anti-misinsertion key arranged on the plane; a plurality of first conductive terminals arranged in the body and capable of being protruded out from the plane; and at least one elastic piece arranged between the body and the seat characterised in that the concave portion comprises an accommodation portion and in that the body further comprises an outer frame and an assembly part mounted in the outer frame, on which the anti-misinsertion key is arranged, the first conductive terminals being arranged in the assembly part, wherein the charging module further comprises at least one locating pin and at least one bolt, the body is locked in the concave portion by the locating pin and the bolt, the locating pin is configured to penetrate into the body, and the at least one elastic piece is harnessed around the locating pin. a seat having a concave portion; the charging module arranged in the concave portion, comprising a body having a plane and at least one anti-misinsertion key arranged on the plane; a plurality of first conductive terminals arranged in the body and capable of being protruded out from the plane; and at least one elastic piece arranged between the body and the seat characterised in that the concave portion comprises an accommodation portion and in that the body further comprises an outer frame and an assembly part mounted in the outer frame, on which the anti-misinsertion key is arranged, the first conductive terminals being arranged in the assembly part, wherein the charging module further comprises at least one locating pin and at least one bolt, the body is locked in the concave portion by the locating pin and the bolt, the locating pin is configured to penetrate into the body, and the at least one elastic piece is harnessed around the locating pin.
Domestic radiator wheel assembly, comprising: - an axle adapted to be assembled on a chassis of the radiator, which axle has two ends (21, 22), - a hub (31, 32) mounted at each of the ends (21, 22) of the axle, each hub (31, 32) being assembled by elastic fitting on a respective end (21, 22) of said axle, - a wheel (41, 42) mounted on each of the hubs (31, 32), each wheel (41, 42) being assembled by elastic fitting on the respective hub (31, 32), characterized in that: - the axle is rigidly attached to the chassis after assembly, - each hub (31, 32) is rigidly attached to the axle after fitting, - each wheel (41, 42) is rotatable about the respective hub (31, 32) after fitting. - an axle adapted to be assembled on a chassis of the radiator, which axle has two ends (21, 22), - a hub (31, 32) mounted at each of the ends (21, 22) of the axle, each hub (31, 32) being assembled by elastic fitting on a respective end (21, 22) of said axle, - a wheel (41, 42) mounted on each of the hubs (31, 32), each wheel (41, 42) being assembled by elastic fitting on the respective hub (31, 32), - the axle is rigidly attached to the chassis after assembly, - each hub (31, 32) is rigidly attached to the axle after fitting, - each wheel (41, 42) is rotatable about the respective hub (31, 32) after fitting.
Emergency vehicle with a vehicle electrical system for the electrical supply of electrical loads onboard the emergency vehicle, wherein the vehicle electrical system has at least one low voltage generator to generate a low voltage in the range of 30V to 60V, characterised in that the electrical loads onboard the emergency vehicle comprise at least one electrical pump drive, wherein the low voltage generator may be driven by a vehicle engine of the emergency vehicle, and wherein the low voltage generator is coupled to a power take-off of a vehicle transmission.
A synchronous motor control device for an electric vehicle, the synchronous motor control device supplying a motor drive current corresponding to a motor drive command to a traction synchronous motor, the synchronous motor control device comprising - a torque ripple compensation unit configured to add, to the motor drive current, a sine-wave correction current whose phase is opposite to that of torque ripple which is generated in the motor and has a frequency which is six times that of a rotation speed of the motor; - a q-axis current command generator configured to generate a q-axis current command (iq) having an AC waveform corresponding to the inputted motor drive command; - a d-axis current command generator configured to output a d-axis current command (id); and - a vector control type basic controller configured to convert a current command including the q-axis current command and the d-axis current command outputted from the current command generators (8a, 8b), into a three-phase AC motor drive current and to supply the three-phase AC motor drive current to the synchronous motor, wherein the torque ripple compensation unit is configured to add a sine-wave correction current command iq_c to the q-axis current command, and wherein the torque ripple compensation unit is configured to determine the correction current command iq_c according to the following formula: iq _ c = Kcos 6 θ + α where K is a constant, θ is a motor rotation angle, and a is a phase compensation value, or wherein the torque ripple compensation unit is configured to perform predictive control of determining the correction current command iq_c according to the following formula: iq _ c = Kcos 6 θ ′ + α where K is a constant, θ' is a predicted angle after a one-sampling time for a motor rotation angle detection value, and a is a phase compensation value. - a torque ripple compensation unit configured to add, to the motor drive current, a sine-wave correction current whose phase is opposite to that of torque ripple which is generated in the motor and has a frequency which is six times that of a rotation speed of the motor; - a q-axis current command generator configured to generate a q-axis current command (iq) having an AC waveform corresponding to the inputted motor drive command; - a d-axis current command generator configured to output a d-axis current command (id); and - a vector control type basic controller configured to convert a current command including the q-axis current command and the d-axis current command outputted from the current command generators (8a, 8b), into a three-phase AC motor drive current and to supply the three-phase AC motor drive current to the synchronous motor,
A handover method of a station in a Wireless Local Area Network (WLAN) system, the method comprising: receiving at least one of a beacon signal and a probe response signal including handover availability information received from an Access Point, AP, of the WLAN system, the handover availability information indicating whether a future inter-AP handover from the AP to another AP in the WLAN system is available or unavailable; storing handover availability information received from the AP connected with the station; determining, when the stored handover availability information is set to "available", whether a handover condition is fulfilled; and attempting, when the handover condition is fulfilled, handover to the another AP. receiving at least one of a beacon signal and a probe response signal including handover availability information received from an Access Point, AP, of the WLAN system, the handover availability information indicating whether a future inter-AP handover from the AP to another AP in the WLAN system is available or unavailable; storing handover availability information received from the AP connected with the station; determining, when the stored handover availability information is set to "available", whether a handover condition is fulfilled; and attempting, when the handover condition is fulfilled, handover to the another AP.
A display device comprising: a display panel including: an array substrate including a pixel array disposed on a base substrate, a side terminal disposed on the base substrate, a transfer wiring electrically connected to the side terminal and the pixel array; a cover substrate coupled with the array substrate; an inorganic layer covering the side terminal; a seal disposed between the array substrate and the cover substrate and surrounding the pixel array; a filler, spaced apart from the seal, overlapping at least a portion of the side terminal and filling a space between the array substrate and the cover substrate; and a conductive connection pad disposed on a side surface of the array substrate and contacting the side terminal, wherein a driver is bonded to a side surface of the display panel, and wherein the filler is configured for protecting the side terminal and is formed of an inorganic material and includes glass wherein the conductive connection pad is also contacting the filler. an array substrate including a pixel array disposed on a base substrate, a side terminal disposed on the base substrate, a transfer wiring electrically connected to the side terminal and the pixel array; a cover substrate coupled with the array substrate; an inorganic layer covering the side terminal; a seal disposed between the array substrate and the cover substrate and surrounding the pixel array; a filler, spaced apart from the seal, overlapping at least a portion of the side terminal and filling a space between the array substrate and the cover substrate; and a conductive connection pad disposed on a side surface of the array substrate and contacting the side terminal, wherein a driver is bonded to a side surface of the display panel, and wherein the filler is configured for protecting the side terminal and is formed of an inorganic material and includes glass wherein the conductive connection pad is also contacting the filler.
A pressure-sensitive adhesive dispersion comprising at least one water-dispersed polymer P1 formed by emulsion polymerization from a monomer mixture comprising (a) at least 60% by weight of at least one C4 to C20 alkyl (meth)acrylate which when polymerized as a homopolymer has a glass transition temperature of -30°C or less, (b) at least 0.05% by weight of at least one monomer selected from the group consisting of (meth)acrylate monomers having a substituent of the formula where X is CH 2, O, NH or NR and R is a C1 to C4 alkyl group, (c) at least 0.1% by weight of at least one acid monomer, the figures for the monomer amounts being based in each case on the sum of all monomers, and the polymer P1 being prepared by polymerization in at least 2 stages, the glass transition temperature of a polymer from monomers of the first stage being at least 20°C lower than the glass transition temperature of a polymer from monomers of a later, second stage, and either methyl methacrylate, methyl acrylate, styrene or ethyl acrylate or mixtures thereof being used as monomers of the second stage. (a) at least 60% by weight of at least one C4 to C20 alkyl (meth)acrylate which when polymerized as a homopolymer has a glass transition temperature of -30°C or less, (b) at least 0.05% by weight of at least one monomer selected from the group consisting of (meth)acrylate monomers having a substituent of the formula where X is CH 2, O, NH or NR and R is a C1 to C4 alkyl group, (c) at least 0.1% by weight of at least one acid monomer,
A mobile robot comprising: a robot body having a forward drive direction; a drive system supporting the robot body above a floor surface for maneuvering the robot across the floor surface; a main circuit board in communication with the drive system; a bumper frame defining a shape complementary of a front periphery of the robot body, the bumper frame supported by the robot body; and an obstacle sensor system disposed on the bumper frame, the obstacle sensor system comprising: a multiplexing auxiliary circuit board supported by the bumper frame, the auxiliary circuit board including a computing processor and non-transitory memory, the computing processor capable of executing instructions stored on the memory; an array of proximity sensors (410, 420) distributed along the bumper frame; and a communication line connecting the auxiliary circuit board to the main circuit board, wherein the auxiliary circuit board is configured to: receive sensor signals from the array of proximity sensors; execute sensor data processing on the received sensor signals; and package the processed sensor signals into a data packet recognizable by the main circuit board. a robot body having a forward drive direction; a drive system supporting the robot body above a floor surface for maneuvering the robot across the floor surface; a main circuit board in communication with the drive system; a bumper frame defining a shape complementary of a front periphery of the robot body, the bumper frame supported by the robot body; and an obstacle sensor system disposed on the bumper frame, the obstacle sensor system comprising: a multiplexing auxiliary circuit board supported by the bumper frame, the auxiliary circuit board including a computing processor and non-transitory memory, the computing processor capable of executing instructions stored on the memory; an array of proximity sensors (410, 420) distributed along the bumper frame; and a communication line connecting the auxiliary circuit board to the main circuit board, a multiplexing auxiliary circuit board supported by the bumper frame, the auxiliary circuit board including a computing processor and non-transitory memory, the computing processor capable of executing instructions stored on the memory; an array of proximity sensors (410, 420) distributed along the bumper frame; and a communication line connecting the auxiliary circuit board to the main circuit board, wherein the auxiliary circuit board is configured to: receive sensor signals from the array of proximity sensors; execute sensor data processing on the received sensor signals; and package the processed sensor signals into a data packet recognizable by the main circuit board. receive sensor signals from the array of proximity sensors; execute sensor data processing on the received sensor signals; and package the processed sensor signals into a data packet recognizable by the main circuit board.
A method for wireless communication in a system that supports in-band narrowband transmissions in a narrowband region of a system bandwidth, comprising: determining to transmit narrowband synchronization information for device discovery on anchor resources comprising one or more resource blocks, RBs, located at a predefined resource location within a wideband bandwidth, the predefined resource location based at least in part on a predefined RB mapping; identifying the anchor resources and the predefined resource location for in-band narrowband transmissions, wherein the predefined resource location comprises an RB, located at a fixed offset from center frequency of the wideband bandwidth,; and transmitting, via the anchor resources at least a portion of a synchronization signal comprising the narrowband synchronization information. determining to transmit narrowband synchronization information for device discovery on anchor resources comprising one or more resource blocks, RBs, located at a predefined resource location within a wideband bandwidth, the predefined resource location based at least in part on a predefined RB mapping; identifying the anchor resources and the predefined resource location for in-band narrowband transmissions, wherein the predefined resource location comprises an RB, located at a fixed offset from center frequency of the wideband bandwidth,; and transmitting, via the anchor resources at least a portion of a synchronization signal comprising the narrowband synchronization information.
A method comprising: receiving a media stream comprising at least one of an audio portion or a video portion, wherein the media stream comprises a plurality of content segments that lack a cue point; storing the media stream in a media data store for playback at a later time; upon identifying, by a processing device, a first content segment of the plurality of content segments of the media stream, wherein the first content segment corresponds to a known content segment in a segment reference data store, creating a first cue point entry in a segment information data store; wherein the first cue point entry is associated with the first content segment, and wherein the first cue point entry in the segment information data store comprises an identifier of the media stream, an identifier of the first content segment, a value indicating a start time of the first content segment, and a value indicating an end time of the first content segment; prior to playback of the media stream at the later time, and upon receiving an indication of playback comparing at least a portion of the plurality of content segments to one or more cue point entries in the segment information data store, and upon reaching the first cue point entry in the segments information data store, triggering operation on the first segment of the media stream identified by the first cue point entry while the media stream is stored in the media data store. receiving a media stream comprising at least one of an audio portion or a video portion, wherein the media stream comprises a plurality of content segments that lack a cue point; storing the media stream in a media data store for playback at a later time; upon identifying, by a processing device, a first content segment of the plurality of content segments of the media stream, wherein the first content segment corresponds to a known content segment in a segment reference data store, creating a first cue point entry in a segment information data store; wherein the first cue point entry is associated with the first content segment, and wherein the first cue point entry in the segment information data store comprises an identifier of the media stream, an identifier of the first content segment, a value indicating a start time of the first content segment, and a value indicating an end time of the first content segment; prior to playback of the media stream at the later time, and upon receiving an indication of playback comparing at least a portion of the plurality of content segments to one or more cue point entries in the segment information data store, and upon reaching the first cue point entry in the segments information data store, triggering operation on the first segment of the media stream identified by the first cue point entry while the media stream is stored in the media data store.