mhurhangee/patent-ind-claim-en huggingface dataset:
A display, comprising: a first current line (VDDh) extending in a first direction; a second current line (VDDh) extending in the first direction; a first sensing line (REFh) extending in the first direction and positioned between the first current line and the second current line; a scan line (SL) extending in the first direction and positioned between the first sensing line and the second current line; an emission area (OLE) between the first sensing line and the first current line; a non-emission area between the first sensing line (REFh) and the second current line (VDDh); a switching thin film transistor (ST) and a sensing thin film transistor (ET) disposed between the first sensing line (REFh) and the scan line (SL); a driving thin film transistor (DT) disposed between the scan line (SL) and the second current line (VDDh); an anode electrode (ANO) that extends from the emission area to the non-emission area, and is connected to the driving thin film transistor (DT); and characterized in that : the display further comprises an anode bottle neck part (PCN) within the anode electrode, wherein the anode bottle neck part (PCN) is disposed between the first sensing line (REFh) and the scan line (SL), and wherein the anode bottle neck part (PCN) formed by narrowing the width of a portion of the anode electrode is disposed within the non-emission area. a first current line (VDDh) extending in a first direction; a second current line (VDDh) extending in the first direction; a first sensing line (REFh) extending in the first direction and positioned between the first current line and the second current line; a scan line (SL) extending in the first direction and positioned between the first sensing line and the second current line; an emission area (OLE) between the first sensing line and the first current line; a non-emission area between the first sensing line (REFh) and the second current line (VDDh); a switching thin film transistor (ST) and a sensing thin film transistor (ET) disposed between the first sensing line (REFh) and the scan line (SL); a driving thin film transistor (DT) disposed between the scan line (SL) and the second current line (VDDh); an anode electrode (ANO) that extends from the emission area to the non-emission area, and is connected to the driving thin film transistor (DT); and characterized in that : the display further comprises an anode bottle neck part (PCN) within the anode electrode, wherein the anode bottle neck part (PCN) is disposed between the first sensing line (REFh) and the scan line (SL), and wherein the anode bottle neck part (PCN) formed by narrowing the width of a portion of the anode electrode is disposed within the non-emission area.
A fluid dispenser device including a main body , said device comprising: ▪ at least one individual reservoir containing a single dose of fluid, such as powder, ▪ opening means for opening an individual reservoir each time the device is actuated, ▪ a mouthpiece defining a dispenser orifice , ▪ movable support means that are adapted to displace an individual reservoir against said opening means on each actuation, said movable support means being displaceable between a non-dispensing position and a dispensing position, said movable support means being urged towards their dispensing position by resilient means , such as a spring or a spring blade, and being held in their non-dispensing position by blocking means , ▪ an inhalation trigger system that comprises a deformable air chamber that co-operates with said dispenser orifice , and a trigger element that co-operates firstly with said air chamber and secondly with said blocking means , so that during inhalation through said dispenser orifice , said air chamber is deformed and said trigger element releases said blocking means , so that during inhalation, a reservoir is displaced against said opening means and is opened by said opening means , said fluid dispenser device being characterized in that it further comprises an electronic dose counter or indicator device including a sensor that is adapted to detect the displacement of said movable support means while the user is inhaling or after the user has inhaled. ▪ at least one individual reservoir containing a single dose of fluid, such as powder, ▪ opening means for opening an individual reservoir each time the device is actuated, ▪ a mouthpiece defining a dispenser orifice , ▪ movable support means that are adapted to displace an individual reservoir against said opening means on each actuation, said movable support means being displaceable between a non-dispensing position and a dispensing position, said movable support means being urged towards their dispensing position by resilient means , such as a spring or a spring blade, and being held in their non-dispensing position by blocking means , ▪ an inhalation trigger system that comprises a deformable air chamber that co-operates with said dispenser orifice , and a trigger element that co-operates firstly with said air chamber and secondly with said blocking means , so that during inhalation through said dispenser orifice , said air chamber is deformed and said trigger element releases said blocking means , so that during inhalation, a reservoir is displaced against said opening means and is opened by said opening means ,
A data read method, comprising: receiving , by a resource management server, a data read request from a client, wherein the data read request is used to request a plurality of files; reading , by the resource management server, a replica of target data from a first data center, wherein the target data comprises data of different files in the plurality of files, the first data center is a data center with highest data locality among a plurality of data centers that store replicas of the target data, wherein a replica of the target data stored in each data center comprises a replica of one or more files of the target data, and data locality of each data center is used to indicate a degree of proximity between the replica of the target data stored in a respective data center and the target data, the degree of proximity between the replica of the target data stored in each data center and the target data being measured by a quantity of files shared between the target data and the replica of the target data in the respective data center; and sending , by the resource management server to the client, the replica of the target data read from the first data center. receiving , by a resource management server, a data read request from a client, wherein the data read request is used to request a plurality of files; reading , by the resource management server, a replica of target data from a first data center, wherein the target data comprises data of different files in the plurality of files, the first data center is a data center with highest data locality among a plurality of data centers that store replicas of the target data, wherein a replica of the target data stored in each data center comprises a replica of one or more files of the target data, and data locality of each data center is used to indicate a degree of proximity between the replica of the target data stored in a respective data center and the target data, the degree of proximity between the replica of the target data stored in each data center and the target data being measured by a quantity of files shared between the target data and the replica of the target data in the respective data center; and sending , by the resource management server to the client, the replica of the target data read from the first data center.
A lighting fixture adapted to generate white light, said fixture comprising: a plurality of component illumination sources , said plurality including component illumination sources arranged to produce electromagnetic radiation of at least two different spectrums ; and a mounting holding said plurality, said mounting designed to allow said spectrums of said plurality to mix and form a resulting spectrum that is continuous within the photopic response of the human eye and/or continuous in the region from 400 nm to 700 nm; wherein said plurality of component illumination sources consists of only LEDs, the LEDs including a first white LED, including a phosphor, to produce a first spectrum of the at least two different spectrums, and a second white LED, including a phosphor, to produce a second spectrum of the at least two different spectrums; the lighting fixture further comprises a processor responsive to data from an external device and configured to independently control the first white LED and the second white LED based on the data such that an intensity of the first white LED and the second white LED may be varied thereby to vary the color temperature of the resulting spectrum within a preselected range of color temperatures; and the lighting fixture being adapted to be connected to a data network and being provided with a data connection of the data network over which data from the external device is received by the processor of the lighting fixture, the received data being control data for controlling the plurality of component illumination sources . a plurality of component illumination sources , said plurality including component illumination sources arranged to produce electromagnetic radiation of at least two different spectrums ; and a mounting holding said plurality, said mounting designed to allow said spectrums of said plurality to mix and form a resulting spectrum that is continuous within the photopic response of the human eye and/or continuous in the region from 400 nm to 700 nm; wherein said plurality of component illumination sources consists of only LEDs, the LEDs including a first white LED, including a phosphor, to produce a first spectrum of the at least two different spectrums, and a second white LED, including a phosphor, to produce a second spectrum of the at least two different spectrums; the lighting fixture further comprises a processor responsive to data from an external device and configured to independently control the first white LED and the second white LED based on the data such that an intensity of the first white LED and the second white LED may be varied thereby to vary the color temperature of the resulting spectrum within a preselected range of color temperatures; and the lighting fixture being adapted to be connected to a data network and being provided with a data connection of the data network over which data from the external device is received by the processor of the lighting fixture, the received data being control data for controlling the plurality of component illumination sources .
An oil pump driving device comprising: a single oil pump including a rotor configured to receive motive power; a first one-way clutch configured to transmit motive power input from an engine side, to the rotor only in one direction; and a second one-way clutch configured to transmit motive power input from an electric motor side, to the rotor only in the one direction, characterized in that the rotor comprises a hollow rotor including an inner peripheral portion defining a space inside of the inner peripheral portion , and the first one-way clutch and the second one-way clutch are arranged inside of the inner peripheral portion of the rotor . a single oil pump including a rotor configured to receive motive power; a first one-way clutch configured to transmit motive power input from an engine side, to the rotor only in one direction; and a second one-way clutch configured to transmit motive power input from an electric motor side, to the rotor only in the one direction, characterized in that the rotor comprises a hollow rotor including an inner peripheral portion defining a space inside of the inner peripheral portion , and the first one-way clutch and the second one-way clutch are arranged inside of the inner peripheral portion of the rotor .
A method of providing data associated with a point of interest "POI" from a server computer to a navigation device, comprising: determining at the server computer, based on a location of a POI , a portion of digital map data of a geographic region, said digital map data comprising a plurality of segments representing navigable elements of a navigable network within the geographic region, wherein the POI is a speed enforcement device "SED" and the portion of the digital map data is determined on the basis of a warning time or warning distance to the SED; generating at the server computer POI-map data associated with the POI indicative of at least some road segments within the portion of digital map data ; receiving at the server computer location data indicative of the location of the navigation device; determining at the server computer whether the location of the navigation device is within a predetermined distance of the POI; and in response of determining that the location of the navigation device is within a predetermined distance of the POI, communicating by the server computer the POI-map data to the navigation device. determining at the server computer, based on a location of a POI , a portion of digital map data of a geographic region, said digital map data comprising a plurality of segments representing navigable elements of a navigable network within the geographic region, wherein the POI is a speed enforcement device "SED" and the portion of the digital map data is determined on the basis of a warning time or warning distance to the SED; generating at the server computer POI-map data associated with the POI indicative of at least some road segments within the portion of digital map data ; receiving at the server computer location data indicative of the location of the navigation device; determining at the server computer whether the location of the navigation device is within a predetermined distance of the POI; and
Heat exchanger module comprising several U-tubes for a first fluid flow, the U-tubes having two straight sections connected by a U-shaped portion , wherein the two straight sections of the U-tubes have a different length, characterized in that inlet ends of the several U-tubes are connected with an inlet collector tube and outlet ends of the several U-tubes are connected with an outlet collector tube , and further characterized in that a longitudinal axis of the inlet collector tube and a longitudinal axis of the outlet collector tube are arranged at different heights with respect to a height of the heat exchanger module . characterized in that inlet ends of the several U-tubes are connected with an inlet collector tube and outlet ends of the several U-tubes are connected with an outlet collector tube , and further characterized in that a longitudinal axis of the inlet collector tube and a longitudinal axis of the outlet collector tube are arranged at different heights with respect to a height of the heat exchanger module .
A system for measuring and analyzing ocular temperature, comprising: an ocular temperature measurement apparatus for placement on an ocular surface, including: a temperature sensing device generating an electrical signal according to an ocular surface temperature; and a signal transmitting device converting the electrical signal into a wireless signal; and a receiving analyzer , including: a signal receiving unit receiving the wireless signal; and characterized in that , an analyzing unit analyzing and determining whether the ocular surface temperature is normal according to the wireless signal; wherein the analyzing unit determines that the eye has no myopia or pseudo-myopia when a difference between two values of the ocular surface temperature respectively at daytime and nighttime is below a lower threshold value. an ocular temperature measurement apparatus for placement on an ocular surface, including: a temperature sensing device generating an electrical signal according to an ocular surface temperature; and a signal transmitting device converting the electrical signal into a wireless signal; and a temperature sensing device generating an electrical signal according to an ocular surface temperature; and a signal transmitting device converting the electrical signal into a wireless signal; and a receiving analyzer , including: a signal receiving unit receiving the wireless signal; and characterized in that , an analyzing unit analyzing and determining whether the ocular surface temperature is normal according to the wireless signal; wherein the analyzing unit determines that the eye has no myopia or pseudo-myopia when a difference between two values of the ocular surface temperature respectively at daytime and nighttime is below a lower threshold value. a signal receiving unit receiving the wireless signal; and characterized in that , an analyzing unit analyzing and determining whether the ocular surface temperature is normal according to the wireless signal; wherein the analyzing unit determines that the eye has no myopia or pseudo-myopia when a difference between two values of the ocular surface temperature respectively at daytime and nighttime is below a lower threshold value.
A support for a mobile electronic device , comprising: a rigid base strip having a first end , a second end , an upper surface , and a lower surface ; a layer of material secured to the upper surface of the base strip , the layer of material having micro-suction cups ; a rigid support member ; a coupling connecting the rigid support member to the second end of the basestrip , the coupling comprising a hinge permitting the rigid support member to be pivoted between an operative position extending substantially vertically from the upper surface at the second end of the base strip and a stored position substantially parallel to the base strip ; and an attachment band on the base strip , whereby the base strip is mounted to a human hand by the attachment band , the attachment band having an operative and a stored position. a layer of material secured to the upper surface of the base strip , the layer of material having micro-suction cups ; a rigid support member ; a coupling connecting the rigid support member to the second end of the basestrip , the coupling comprising a hinge permitting the rigid support member to be pivoted between an operative position extending substantially vertically from the upper surface at the second end of the base strip and a stored position substantially parallel to the base strip ; and an attachment band on the base strip , whereby the base strip is mounted to a human hand by the attachment band , the attachment band having an operative and a stored position.
An electronic component manufacturing method comprising: blotting of bringing a conductive paste applied to an end portion including an end face of an electronic component body held by a jig into contact with a surface of a surface plate , thereby transferring extra conductive paste to the surface plate , the blotting includes the performance of: distance changing of changing a distance between the end face of the electronic component body and the surface of the surface plate , characterized in that the blotting includes simultaneous to said distance changing, the performance of: position changing of changing a two-dimensional position where the end face of the electronic component body is projected on the surface of the surface plate in such a manner that the movement direction of the two-dimensional position successively varies on the surface of the surface plate , wherein a movement means causes a relative movement between the jig and the surface plate . blotting of bringing a conductive paste applied to an end portion including an end face of an electronic component body held by a jig into contact with a surface of a surface plate , thereby transferring extra conductive paste to the surface plate , the blotting includes the performance of: distance changing of changing a distance between the end face of the electronic component body and the surface of the surface plate , characterized in that the blotting includes simultaneous to said distance changing, the performance of: position changing of changing a two-dimensional position where the end face of the electronic component body is projected on the surface of the surface plate in such a manner that the movement direction of the two-dimensional position successively varies on the surface of the surface plate , wherein a movement means causes a relative movement between the jig and the surface plate . distance changing of changing a distance between the end face of the electronic component body and the surface of the surface plate , characterized in that the blotting includes simultaneous to said distance changing, the performance of: position changing of changing a two-dimensional position where the end face of the electronic component body is projected on the surface of the surface plate in such a manner that the movement direction of the two-dimensional position successively varies on the surface of the surface plate , wherein a movement means causes a relative movement between the jig and the surface plate .
A power adapter, comprising: a housing having a receiving cavity , the housing being provided with a heat dissipation portion provided with at least one heat dissipation hole ; an electronic assembly comprising a plurality of electronic elements located in the receiving cavity ; and characterized in that the power adapter further comprises a protective assembly comprising a connection portion connected to the heat dissipation portion and extending outward, and a protective portion connected to the connection portion , wherein the protective portion is spaced apart from the heat dissipation portion , and the protective portion directly faces the heat dissipation hole . a housing having a receiving cavity , the housing being provided with a heat dissipation portion provided with at least one heat dissipation hole ; an electronic assembly comprising a plurality of electronic elements located in the receiving cavity ; and characterized in that the power adapter further comprises a protective assembly comprising a connection portion connected to the heat dissipation portion and extending outward, and a protective portion connected to the connection portion , wherein the protective portion is spaced apart from the heat dissipation portion , and the protective portion directly faces the heat dissipation hole .