mhurhangee/ep-ind-claims huggingface dataset:
An atomizer comprising: a device body; a liquid reservoir provided within the device body and configured to reserve a liquid therein; a wick that is to be sunk at its lower end portion in a liquid reserved within the liquid reservoir; a vibrating plate having a large number of pores and being configured to come into face contact with an upper end surface of the wick, the atomizer being configured to atomize through the pores of the vibrating plate a liquid absorbed up to the upper end surface of the wick, by vibrating the vibrating plate while keeping the vibrating plate in face contact with the upper end surface of the wick; wherein the atomizer further comprises a pivot member mounted on an upper portion of the device body so as to pivot up and down, the pivot member has a holding portion to hold a vibration unit including the vibrating plate movable up and down relative to the pivot member so as to bring the vibrating plate into face contact with the upper end surface of the wick by the own weight of the vibrating plate when the pivot member pivots downward, and the device body has a restriction portion that comes into contact with the pivot member to restrict the pivoting downward of the pivot member while the vibrating plate is in face contact with the upper end surface of the wick, and the vibration unit includes a support member and a fixing member, both of the support and fixing members being configured to hold the vibrating plate with the vibrating plate held from above and below. a device body; a liquid reservoir provided within the device body and configured to reserve a liquid therein; a wick that is to be sunk at its lower end portion in a liquid reserved within the liquid reservoir; a vibrating plate having a large number of pores and being configured to come into face contact with an upper end surface of the wick, the atomizer being configured to atomize through the pores of the vibrating plate a liquid absorbed up to the upper end surface of the wick, by vibrating the vibrating plate while keeping the vibrating plate in face contact with the upper end surface of the wick; wherein the atomizer further comprises a pivot member mounted on an upper portion of the device body so as to pivot up and down, the pivot member has a holding portion to hold a vibration unit including the vibrating plate movable up and down relative to the pivot member so as to bring the vibrating plate into face contact with the upper end surface of the wick by the own weight of the vibrating plate when the pivot member pivots downward, and the device body has a restriction portion that comes into contact with the pivot member to restrict the pivoting downward of the pivot member while the vibrating plate is in face contact with the upper end surface of the wick, and the vibration unit includes a support member and a fixing member, both of the support and fixing members being configured to hold the vibrating plate with the vibrating plate held from above and below.
A clamping claw for attachment to a slide rail of rectangular cross-section of an operating table, comprising a main body having at least one bearing surface configured to bear against the slide rail, a clamp structure, which is attached to the main body and includes a first bearing element and a second bearing element, and an actuating member, which is operatively connected to the clamp structure and the actuation of which allows the clamp structure to be brought into a locked state in which the bearing surface of the main body and the bearing elements (20, 38) of the clamp structure bear against the slide rail, characterized in that the first bearing element is mounted pivotably about a first pivot axis, which is parallel to the longitudinal axis of the slide rail and stationary relative to the main body, the second bearing element is mounted pivotably about a second pivot axis, which is parallel to the first pivot axis and movable relative to the main body, and the actuating member is operatively connected to the second bearing element, wherein upon actuation of the actuating member, the first bearing element is pivotable about the first pivot axis so as to bear against the slide rail.
A charging system for a battery pack said system, comprising a battery pack having terminals (19-1, 19-3), one or more battery cells and a battery control unit therein, the battery control unit being operable to place the battery pack in a sleep mode during which the battery pack is operable to reduce discharge of the battery cells residing therein and to cease outputting a voltage to the terminals (19-1, 19-3); and a battery charger adapted to receive the battery pack; wherein the battery control unit is operable to place the battery pack in said sleep mode after a predefined period of inactivity when the battery pack is neither being charged not discharged; characterised in that the battery charger, in response to the battery pack entering said sleep mode, is operable to awaken the battery pack from said sleep mode by: the battery charger sending a ready-to-charge signal to awaken the battery pack, the battery pack outputting a voltage to the terminals and then the battery charger re-initiating a charge cycle of the battery pack. the battery charger sending a ready-to-charge signal to awaken the battery pack, the battery pack outputting a voltage to the terminals and then the battery charger re-initiating a charge cycle of the battery pack.
Disk vibration mill for grinding mineral samples, comprising a mill assembly having a grinding chamber and a drive motor that is connected to the grinding chamber in a manner fixed in terms of movement and that generates a vibration and transmits it to the grinding chamber; a bearing frame on which the mill assembly is spring-mounted; characterized in that an acceleration sensor is arranged on the mill assembly, wherein the acceleration sensor detects the acceleration of the mill assembly in the x- and y-direction, wherein the x- and y-direction are radial directions. a mill assembly having a grinding chamber and a drive motor that is connected to the grinding chamber in a manner fixed in terms of movement and that generates a vibration and transmits it to the grinding chamber; a bearing frame on which the mill assembly is spring-mounted; characterized in that an acceleration sensor is arranged on the mill assembly, wherein the acceleration sensor detects the acceleration of the mill assembly in the x- and y-direction, wherein the x- and y-direction are radial directions.
A method for improving physical properties of a separator by post-treatment, comprising the steps of: a) preparing a separator having a layer comprising a binder on a substrate comprising a polyolefin substrate or no polyolefin substrate; b) transforming the binder into a crosslinkable coupling part by performing deintercalation of some elements of the binder; and c) treating the separator with a crosslinking initiator and/or a reaction catalyst after step b); wherein, in step b), crosslinking sites are formed by performing deintercalation of some elements of the binder so as to transform a single bond into a double bond. a) preparing a separator having a layer comprising a binder on a substrate comprising a polyolefin substrate or no polyolefin substrate; b) transforming the binder into a crosslinkable coupling part by performing deintercalation of some elements of the binder; and c) treating the separator with a crosslinking initiator and/or a reaction catalyst after step b);
A base station, BS, in a wireless communication system, the BS comprising: a transceiver; and a processor coupled with the transceiver and configured to: receive information of uplink transmissions, store the received information, perform, based on the received information, channel parameter tracking operations to generate channel parameters and a residual channel response, wherein the channel parameter tracking operations are configured with different configuration parameters, and perform, based on the channel parameters and the residual channel response, a channel coefficient prediction operation to generate channel state information, CSI, wherein the residual channel response comprises a difference between last uplink transmission of the uplink transmissions and a reconstructed channel at the last uplink transmission according to the channel parameters. a transceiver; and a processor coupled with the transceiver and configured to: receive information of uplink transmissions, store the received information, perform, based on the received information, channel parameter tracking operations to generate channel parameters and a residual channel response, wherein the channel parameter tracking operations are configured with different configuration parameters, and perform, based on the channel parameters and the residual channel response, a channel coefficient prediction operation to generate channel state information, CSI, receive information of uplink transmissions, store the received information, perform, based on the received information, channel parameter tracking operations to generate channel parameters and a residual channel response, wherein the channel parameter tracking operations are configured with different configuration parameters, and perform, based on the channel parameters and the residual channel response, a channel coefficient prediction operation to generate channel state information, CSI, wherein the residual channel response comprises a difference between last uplink transmission of the uplink transmissions and a reconstructed channel at the last uplink transmission according to the channel parameters.
A display screen having a display region and a capacitive dielectric layer, wherein: the display screen is provided with a plurality of pixels and a plurality of capacitors arranged at intervals in the display region, and an orthographic projection of the capacitor on the display region is located between two adjacent pixels; the capacitor is configured to generate a fingerprint ridge detection signal corresponding to a fingerprint ridge region (a) or generate a fingerprint valley detection signal corresponding to a fingerprint valley region (b), wherein the fingerprint ridge detection signal is formed due to a first capacitance variation which is brought by the fingerprint ridge region (a) to the capacitor corresponding to the fingerprint ridge region (a) when the fingerprint ridge region (a) is adjacent to the display screen, and the fingerprint valley detection signal is formed due to a second capacitance variation which is brought by the fingerprint valley region (b) to the capacitor corresponding to the fingerprint valley region (b) when the fingerprint valley region (b) is adjacent to the display screen; the capacitor comprises a first electrode and a second electrode corresponding to the first electrode, and an orthographic projection of the first electrode on a surface of the display screen coincides with an orthographic projection of the second electrode on the surface of the display screen; and the capacitive dielectric layer comprises a plurality of capacitive dielectric units, and the capacitive dielectric unit is located between the first electrode and the second electrode. the display screen is provided with a plurality of pixels and a plurality of capacitors arranged at intervals in the display region, and an orthographic projection of the capacitor on the display region is located between two adjacent pixels; the capacitor is configured to generate a fingerprint ridge detection signal corresponding to a fingerprint ridge region (a) or generate a fingerprint valley detection signal corresponding to a fingerprint valley region (b), wherein the fingerprint ridge detection signal is formed due to a first capacitance variation which is brought by the fingerprint ridge region (a) to the capacitor corresponding to the fingerprint ridge region (a) when the fingerprint ridge region (a) is adjacent to the display screen, and the fingerprint valley detection signal is formed due to a second capacitance variation which is brought by the fingerprint valley region (b) to the capacitor corresponding to the fingerprint valley region (b) when the fingerprint valley region (b) is adjacent to the display screen; the capacitor comprises a first electrode and a second electrode corresponding to the first electrode, and an orthographic projection of the first electrode on a surface of the display screen coincides with an orthographic projection of the second electrode on the surface of the display screen; and the capacitive dielectric layer comprises a plurality of capacitive dielectric units, and the capacitive dielectric unit is located between the first electrode and the second electrode.
Heat exchanger comprising a tube body having a first flow passage and a second flow passage, an inlet port and outlet port for a medium that flows through said first flow passage, and an inlet port and outlet port for a medium that flows through said second flow passage in which heat exchange is effected between the medium flowing through said first flow passage and the medium flowing through said second flow passage by way of heat transmitted to said tube body, wherein: said tube body is formed by stacking of a plurality of flat first tubes in which said first flow passage is provided and a plurality of flat second tubes in which said second flow passage is provided; said plurality of first tubes and said plurality of second tubes are alternately stacked with uniformity in a longitudinal direction and a flatness direction thereof; and end parts of said plurality of first tubes and end parts of said plurality of second tubes are respectively connected at an end part of said tube body to a predetermined inlet part (310, 330) and outlet part (320, 340) with displacement therebetween in said flatness direction, characterized in that predetermined inlet part (310, 330) and outlet part (320, 340) are formed by a coupling of a first block member in which a plurality of slits (301a, 301b) through which the end parts of said plurality of first tubes and the end parts of said plurality of second tubes are inserted are provided with a second block member comprising a communication part (302a, 302b) by which said plurality of slits (301a, 301b) communicate with each other. said tube body is formed by stacking of a plurality of flat first tubes in which said first flow passage is provided and a plurality of flat second tubes in which said second flow passage is provided; said plurality of first tubes and said plurality of second tubes are alternately stacked with uniformity in a longitudinal direction and a flatness direction thereof; and end parts of said plurality of first tubes and end parts of said plurality of second tubes are respectively connected at an end part of said tube body to a predetermined inlet part (310, 330) and outlet part (320, 340) with displacement therebetween in said flatness direction, characterized in that predetermined inlet part (310, 330) and outlet part (320, 340) are formed by a coupling of a first block member in which a plurality of slits (301a, 301b) through which the end parts of said plurality of first tubes and the end parts of said plurality of second tubes are inserted are provided with a second block member comprising a communication part (302a, 302b) by which said plurality of slits (301a, 301b) communicate with each other.
An installation for shaping a fiber preform as a body of revolution presenting a profile that varies in radial section, the installation comprising a storage mandrel for storing a fiber texture in the form of a wound strip, one or more follower rollers (400, 500), and a mold in the form of a body of revolution on which the fiber texture is to be shaped by winding, the follower roller(s) being placed between the storage mandrel and the mold in the form of a body of revolution, the storage mandrel, each follower roller (400; 500), and the mold presenting radii across their axial widths that vary so as to define outer surfaces having profiles in relief; the installation being characterized in that at least one follower roller includes a plurality of sectors (410, 420, 430) releasably fastened on the outer surface of said follower roller, each sector extending over a fraction of the circumference of the follower roller and over all or part of the axial width of the follower roller, each sector (410; 420; 430) also presenting at least one thickness that is determined in such a manner as to modify locally the thickness of the profile in relief of the outer surface of the follower roller.
Container terminal comprising at least one ship crane for loading and unloading a container ship, at least one handling crane for loading and unloading a land vehicle such as a truck or rail car, AGVs and a circuit for the AGVs called container loop wherein in the area of the ship crane, a roadway runs below and parallel to the container loop and there are no crossings between the entrance and exit of the roadway and the container loop, characterised in that the container loop is arranged on at least two levels of different heights, and wherein the first level and the second level are connected by an inclined level. at least one ship crane for loading and unloading a container ship, at least one handling crane for loading and unloading a land vehicle such as a truck or rail car, AGVs and a circuit for the AGVs called container loop wherein in the area of the ship crane, a roadway runs below and parallel to the container loop and there are no crossings between the entrance and exit of the roadway and the container loop, characterised in that the container loop is arranged on at least two levels of different heights, and wherein the first level and the second level are connected by an inclined level.
A fluid container, comprising: a container body having upper and lower openings (11, 12), and further having a shoulder member and a side wall which extend between the upper and lower openings; a spacer abutting on the shoulder member of said container body; a slidable valve slidably moving along an inner surface of the side wall of said container body in a hermetically sealed manner, said slidable valve defining a container space for holding fluid, in conjunction with the side wall of said container body; and a bottom cover covering across the lower opening of said container body; wherein said spacer and said slidable valve include a spacer surface and a valve surface, respectively, characterized in that the spacer surface and the valve surface oppose to each other and are inclined at tilt angles (θ 1, θ 2) between 5 and 30 degrees relative to a horizontal surface. a container body having upper and lower openings (11, 12), and further having a shoulder member and a side wall which extend between the upper and lower openings; a spacer abutting on the shoulder member of said container body; a slidable valve slidably moving along an inner surface of the side wall of said container body in a hermetically sealed manner, said slidable valve defining a container space for holding fluid, in conjunction with the side wall of said container body; and a bottom cover covering across the lower opening of said container body; wherein said spacer and said slidable valve include a spacer surface and a valve surface, respectively, characterized in that the spacer surface and the valve surface oppose to each other and are inclined at tilt angles (θ 1, θ 2) between 5 and 30 degrees relative to a horizontal surface.
A method of verifying a configuration of reconfigurable internal optical paths in a wavelength selective optical switching node, the node having at least two wavelength selective switching, WSS, subsystems (920, 950, 960), at least two of the subsystems (920, 950, 960) having an external interface (Line A) and at least two of the subsystems (920, 950, 960) having at least two internal ports (IP1, IP2, IP3), a first of the reconfigurable internal optical paths being coupled to carry traffic from an internal port of one of the subsystems (920, 950, 960) upstream of the first internal optical path to an internal port of one of the subsystems (920, 950, 960) downstream of the first internal optical path, the node further having the internal optical paths in both directions between the upstream and the downstream subsystems, the method having steps of: identifying which of the subsystems (920, 950, 960) is coupled upstream of the first internal optical path and which of the internal ports (IP1, IP2, IP3) of the downstream subsystem is coupled, based on detecting optical power distinctive of the upstream subsystem and carried to the downstream subsystem, wherein the identifying step is based on detecting the distinctive optical power carried, by the first internal optical path, in one direction by detecting a power of wavelengths used for traffic and detecting the distinctive optical power carried, by the first internal optical path, in the other direction by detecting a power of optical noise when there is no traffic, and making a record of the identified configuration of which of the internal ports (IP1, IP2, IP3) of the downstream subsystem is coupled to the identified upstream subsystem. identifying which of the subsystems (920, 950, 960) is coupled upstream of the first internal optical path and which of the internal ports (IP1, IP2, IP3) of the downstream subsystem is coupled, based on detecting optical power distinctive of the upstream subsystem and carried to the downstream subsystem, wherein the identifying step is based on detecting the distinctive optical power carried, by the first internal optical path, in one direction by detecting a power of wavelengths used for traffic and detecting the distinctive optical power carried, by the first internal optical path, in the other direction by detecting a power of optical noise when there is no traffic, and making a record of the identified configuration of which of the internal ports (IP1, IP2, IP3) of the downstream subsystem is coupled to the identified upstream subsystem.
A spectacle lens comprising: a lens body; and a contrast adjustment section provided on or in the lens body and comprising a dot-portion group in which dot portions are arranged, wherein the dot-portion group comprises dot portions each having an aspect ratio, which is the ratio of the length in the short-axis direction to the length in the long-axis direction in the plan-view shape, of less than 1, characterized in that: the dot-portion group comprises a first dot-portion group lying in a central area of the lens body, and a second dot-portion group lying in a surrounding area located outside the central area, and compared to the first dot-portion group, the lengths of dot portions in the diametrical direction of the lens body are longer in the second dot-portion group. a lens body; and a contrast adjustment section provided on or in the lens body and comprising a dot-portion group in which dot portions are arranged, wherein the dot-portion group comprises dot portions each having an aspect ratio, which is the ratio of the length in the short-axis direction to the length in the long-axis direction in the plan-view shape, of less than 1, characterized in that: the dot-portion group comprises a first dot-portion group lying in a central area of the lens body, and a second dot-portion group lying in a surrounding area located outside the central area, and compared to the first dot-portion group, the lengths of dot portions in the diametrical direction of the lens body are longer in the second dot-portion group. the dot-portion group comprises a first dot-portion group lying in a central area of the lens body, and a second dot-portion group lying in a surrounding area located outside the central area, and compared to the first dot-portion group, the lengths of dot portions in the diametrical direction of the lens body are longer in the second dot-portion group.