mhurhangee/patent-ind-claim-en huggingface dataset:
A mobile terminal photographing control method based on a smart wearable device, comprising: receiving by the smart wearable device an operational command from a user, acquiring and recognizing a voice command of the user, and transmitting by the smart wearable device the voice command to the mobile terminal (S100); receiving by the mobile terminal the voice command, and comparing the voice command against a preset control commands list corresponding to a plurality of photographing functions of the mobile terminal; when the control command matching the voice command is found in the preset control commands list, activating by the mobile terminal the corresponding photographing function, and feeding back by the mobile terminal a match success command to the smart wearable device (S200); characterized by : receiving by the smart wearable device the match success command and prompting the user according to the match success command, wherein the smart wearable device prompts the user via vibration and a synchronous pop-up menu. receiving by the smart wearable device an operational command from a user, acquiring and recognizing a voice command of the user, and transmitting by the smart wearable device the voice command to the mobile terminal (S100); receiving by the mobile terminal the voice command, and comparing the voice command against a preset control commands list corresponding to a plurality of photographing functions of the mobile terminal; when the control command matching the voice command is found in the preset control commands list, activating by the mobile terminal the corresponding photographing function, and feeding back by the mobile terminal a match success command to the smart wearable device (S200); characterized by : receiving by the smart wearable device the match success command and prompting the user according to the match success command, wherein the smart wearable device prompts the user via vibration and a synchronous pop-up menu.
An anticancer virus particle for use in treating cancer, comprising a tobacco mosaic virus particle and a cationic platinum anticancer agent non-covalently encapsulated within an interior anionic channel of the tobacco mosaic virus particle.
A vertical column comprising: - a column body extending between a first end and a second end and including a main body , a conical portion extending from the main body , and a tip portion extending from the conical portion ; - a first helical structure extending around at least a portion of the main body , wherein the first helical structure is a continuous helical coil formed from a ribbon of material; and - a second helical structure extending around at least a portion of the tip portion , wherein the vertical column is configured to extend substantially vertically from the ground after installation to a horizontal rail of a ground mount solar array support structure . - a column body extending between a first end and a second end and including a main body , a conical portion extending from the main body , and a tip portion extending from the conical portion ; - a first helical structure extending around at least a portion of the main body , wherein the first helical structure is a continuous helical coil formed from a ribbon of material; and - a second helical structure extending around at least a portion of the tip portion , wherein the vertical column is configured to extend substantially vertically from the ground after installation to a horizontal rail of a ground mount solar array support structure .
A computer-implemented method for word recommendation, the method comprising: receiving (102; 202, 302), from a user device, a coded character string; collecting (104; 204; 304) geographic information associated with the user device; determining (106; 206; 306) a geographic area corresponding to the geographic information; obtaining a geographic candidate word corresponding to the coded character string based on a geographic word stock of the geographic area by matching the received coded character string with a coded character string stored in the geographic word stock, wherein the geographic word stock of the geographic area is used for storing coded character strings, each comprising one or more characters, and corresponding geographic candidate words according to the respective geographic area; analyzing an attribute of a geographic position of the received coded character string when the received coded character string is not matched with the geographic word stock of the geographic area; and synchronizing or adding the unmatched coded character string to serve as a geographic word into the geographic word stock of the geographic area when the analyzed attribute of the geographic position is matched with a preset geographic position attribute condition. receiving (102; 202, 302), from a user device, a coded character string; collecting (104; 204; 304) geographic information associated with the user device; determining (106; 206; 306) a geographic area corresponding to the geographic information; obtaining a geographic candidate word corresponding to the coded character string based on a geographic word stock of the geographic area by matching the received coded character string with a coded character string stored in the geographic word stock, wherein the geographic word stock of the geographic area is used for storing coded character strings, each comprising one or more characters, and corresponding geographic candidate words according to the respective geographic area; analyzing an attribute of a geographic position of the received coded character string when the received coded character string is not matched with the geographic word stock of the geographic area; and synchronizing or adding the unmatched coded character string to serve as a geographic word into the geographic word stock of the geographic area when the analyzed attribute of the geographic position is matched with a preset geographic position attribute condition.
A flexible adhesive patch arrangement comprising in the following order: a flexible adhesive patch comprising: a backing having two sides; and a therapeutic adhesive composition coated on at least a portion of one side of the backing, where the therapeutic adhesive composition is capable of adhering to mammalian skin; and a liner completely covering the adhesive composition, where the liner contains a means for readily separating the liner into two portions, with each portion being in contact with the adhesive composition; wherein the area of the liner is larger than the area of the adhesive patch; wherein the backing and the therapeutic adhesive composition have a circular or oval shape; and wherein the backing has a diameter of 0.2 to 0.5 inches (5.08 to 12.7 mm). a flexible adhesive patch comprising: a backing having two sides; and a therapeutic adhesive composition coated on at least a portion of one side of the backing, where the therapeutic adhesive composition is capable of adhering to mammalian skin; and a backing having two sides; and a therapeutic adhesive composition coated on at least a portion of one side of the backing, where the therapeutic adhesive composition is capable of adhering to mammalian skin; and a liner completely covering the adhesive composition, where the liner contains a means for readily separating the liner into two portions, with each portion being in contact with the adhesive composition; wherein the area of the liner is larger than the area of the adhesive patch; wherein the backing and the therapeutic adhesive composition have a circular or oval shape; and wherein the backing has a diameter of 0.2 to 0.5 inches (5.08 to 12.7 mm).
Insert for a rim of a spoked wheel for bicycle, comprising: - a first surface portion configured to abut against an inner surface of a rim at a spoke attachment hole of the rim , - a through hole extending along a longitudinal axis (X) and configured to be crossed by a spoke attachment element , and - a second surface portion configured to abut against an enlarged head of the spoke attachment element , - at least one holding element configured to prevent the movement of the spoke attachment element along said longitudinal axis (X) when said spoke attachment element abuts against said second surface portion , characterized in that said insert comprises a main body on which a first through hole is made and an annular element coupled with the main body and having a second through hole arranged coaxially to the first through hole , the through hole of the insert being defined by the first and second through hole , wherein said at least one holding element is defined by at least one flexible portion of said annular element that projects cantilevered in said second through hole . - a first surface portion configured to abut against an inner surface of a rim at a spoke attachment hole of the rim , - a through hole extending along a longitudinal axis (X) and configured to be crossed by a spoke attachment element , and - a second surface portion configured to abut against an enlarged head of the spoke attachment element , - at least one holding element configured to prevent the movement of the spoke attachment element along said longitudinal axis (X) when said spoke attachment element abuts against said second surface portion ,
Drive device for a motor vehicle, having a drive unit , a charge air cooler for cooling fresh gas to be supplied to the drive unit , a first coolant circuit for cooling the drive unit and a second coolant circuit which is operable independently of the first coolant circuit , wherein the first coolant circuit is connected to a first coolant radiator and the second coolant circuit comprises a second coolant radiator , wherein the charge air cooler is fluidically connectable to each of the first coolant circuit and the second coolant circuit , characterised in that the second coolant circuit is operable independently of the charge air cooler for cooling a device to be cooled, and in that a coolant outlet of the charge air cooler is connected to the first coolant circuit and the second coolant circuit .
A stator for an electric machine, comprising concentrated windings and at least two wedges provided in a gap formed between adjacent ones of the concentrated windings preventing a circumferential movement of the concentrated windings , and further comprising a slot wedge that closes the gap, characterized in that , the at least two wedges are staggered along the axial direction between adjacent ones of the concentrated windings to form a first ventilation path.
A light collection arrangement for an analyzer apparatus for analysis of elemental composition of a sample using optical emission spectroscopy, the light collection arrangement provided for transferring optical emission from a target position to a detector interface of a detector assembly , the light collection arrangement comprising: an optical subsystem and an optical fiber assembly for transferring light between its first end and its second end , wherein the optical subsystem is arranged to transfer the optical emission from the target position to the first end of the optical fiber assembly and wherein the second end of the optical fiber assembly is coupled to the detector interface , characterized in that the second end of the optical fiber assembly comprises a second opaque mask arranged to cover the fiber core on the second end of the optical fiber assembly apart from a transparent slit that allows for the optical emission to exit the fiber core . an optical subsystem and an optical fiber assembly for transferring light between its first end and its second end , wherein the optical subsystem is arranged to transfer the optical emission from the target position to the first end of the optical fiber assembly and wherein the second end of the optical fiber assembly is coupled to the detector interface , characterized in that the second end of the optical fiber assembly comprises a second opaque mask arranged to cover the fiber core on the second end of the optical fiber assembly apart from a transparent slit that allows for the optical emission to exit the fiber core .
Connector for a cable, said connector comprising an outer housing , an inner housing , said inner housing adapted to be at least partially received within said outer housing , a rotatory locking arrangement comprising a deflectable locking element ; a strain relief arrangement , being adapted to be moved along an assembly path with respect to at least one of said inner housing and said outer housing , said assembly path starting at an initial position (I) and ending at a final position (F), said strain relief arrangement being adapted to engage said rotatory locking arrangement by getting into contact with the deflectable locking element along said assembly path from a locking position (S) on, said locking position (S) being located between said initial position (I) and said final position (F), said rotatory locking arrangement being adapted to couple said inner housing and said outer housing in a rotatory locked manner upon engagement by said strain relief arrangement characterized in that said strain relief arrangement comprises a nut , which nut together with the deflectable locking element ensures that the rotatory locking between the inner housing and the outer housing is performed before the strain relief arrangement comes into full operation
A method of manufacturing an article comprising: providing a coating having pigment flakes dispersed in a binder to a substrate, wherein the pigment flakes include a magnetic or magnetizable material, aligning the pigment flakes with a magnetic assembly comprising a magnet and a diverter , and fixing the binder; wherein the magnet has top and bottom surfaces, and a through cut between the top and bottom surfaces whereby the top surface has a top opening and the bottom surface has a bottom opening, wherein a magnetic axis of the magnetic assembly is in a direction from one to another of the top and bottom surfaces, wherein the diverter is adjacent to the top surface of the magnet, wherein the top opening is only partially covered by the diverter: wherein: (i) the diverter has an opening at least partially coinciding with the top opening; or (ii) the diverter comprises two metal plates; or (iii) the diverter has a diverter opening that is smaller than the top opening; or (iv) the method further comprises, after fixing the binder, providing a second layer having pigment flakes dispersed in a binder to a second side of the substrate . providing a coating having pigment flakes dispersed in a binder to a substrate, wherein the pigment flakes include a magnetic or magnetizable material, aligning the pigment flakes with a magnetic assembly comprising a magnet and a diverter , and fixing the binder; wherein the magnet has top and bottom surfaces, and a through cut between the top and bottom surfaces whereby the top surface has a top opening and the bottom surface has a bottom opening, wherein a magnetic axis of the magnetic assembly is in a direction from one to another of the top and bottom surfaces, wherein the diverter is adjacent to the top surface of the magnet, wherein the top opening is only partially covered by the diverter: wherein: (i) the diverter has an opening at least partially coinciding with the top opening; or (ii) the diverter comprises two metal plates; or (iii) the diverter has a diverter opening that is smaller than the top opening; or (iv) the method further comprises, after fixing the binder, providing a second layer having pigment flakes dispersed in a binder to a second side of the substrate . (i) the diverter has an opening at least partially coinciding with the top opening; or (ii) the diverter comprises two metal plates; or (iii) the diverter has a diverter opening that is smaller than the top opening; or (iv) the method further comprises, after fixing the binder, providing a second layer having pigment flakes dispersed in a binder to a second side of the substrate .
A method for nucleic acid sequencing, comprising: (a) providing a chip comprising a plurality of individually addressable nanopore devices , each nanopore device comprising a control circuit such that nanopores may be individually electrically addressed; an individually addressable nanopore device of said plurality of individually addressable nanopore devices containing at least one individually addressable nanopore formed in a membrane disposed adjacent to an electrode of a pair of electrodes , wherein the control circuit is configured to control an applied electrical stimulus to each individually addressable nanopore device and process a detected electrical signal to enable the detection of a nucleic acid molecule or a portion thereof, wherein the electrical signal provides an electrical signature of the nucleic acid molecule or portion thereof; (b) directing a plurality of nucleic acid molecules to said at least one individually addressable nanopore ; and (c) characterizing, with the aid of a processor coupled to said chip , a nucleic acid sequence of each of said nucleic molecules based on the electrical signature received from said at least one individually addressable nanopore . (a) providing a chip comprising a plurality of individually addressable nanopore devices , each nanopore device comprising a control circuit such that nanopores may be individually electrically addressed; an individually addressable nanopore device of said plurality of individually addressable nanopore devices containing at least one individually addressable nanopore formed in a membrane disposed adjacent to an electrode of a pair of electrodes , wherein the control circuit is configured to control an applied electrical stimulus to each individually addressable nanopore device and process a detected electrical signal to enable the detection of a nucleic acid molecule or a portion thereof, wherein the electrical signal provides an electrical signature of the nucleic acid molecule or portion thereof; (b) directing a plurality of nucleic acid molecules to said at least one individually addressable nanopore ; and (c) characterizing, with the aid of a processor coupled to said chip , a nucleic acid sequence of each of said nucleic molecules based on the electrical signature received from said at least one individually addressable nanopore .
A method for adjusting information transmission, applied to a base station, the method comprising: sending band width part, BWP, switching information to target user equipment, UE, through an upper layer message, the BWP switching information being used for instructing the target UE to switch a first BWP for presently carrying information transmission to a second BWP; monitoring preset uplink feedback information of the target UE, the preset uplink feedback information being used for indicating that the target UE has received and/or parsed the BWP switching information; and stopping , upon the preset uplink feedback information is received, scheduling the target UE on the first BWP, characterized in that the method further comprises: before or when sending the BWP switching information, sending preset hybrid automatic repeat request, HARQ, feedback configuration information to the target UE, the preset HARQ feedback configuration information being used for instructing the target UE to send HARQ feedback information for transmitted downlink data carried by the first BWP to the base station through the second BWP. sending band width part, BWP, switching information to target user equipment, UE, through an upper layer message, the BWP switching information being used for instructing the target UE to switch a first BWP for presently carrying information transmission to a second BWP; monitoring preset uplink feedback information of the target UE, the preset uplink feedback information being used for indicating that the target UE has received and/or parsed the BWP switching information; and stopping , upon the preset uplink feedback information is received, scheduling the target UE on the first BWP, characterized in that the method further comprises: before or when sending the BWP switching information, sending preset hybrid automatic repeat request, HARQ, feedback configuration information to the target UE, the preset HARQ feedback configuration information being used for instructing the target UE to send HARQ feedback information for transmitted downlink data carried by the first BWP to the base station through the second BWP.
A power head comprising: a motor assembly , the motor assembly comprising a motor base and a motor fixed on the motor base ; an energy device; a housing assembly covering the motor assembly and the energy device, the housing assembly further comprising a casing that is assembled with the motor base ; and an air inlet located on the top of the casing and an air inlet cavity connected to the air inlet , wherein the casing covers the top of the air inlet cavity to form a sealed airflow passage , the bottom of the motor base is sealed and the side of the motor base is provided with an air outlet , such that cooling airflow that enters the airflow passage from the air inlet can flow into the motor , and out from the air outlet characterized in that the air inlet and the air inlet cavity are provided in two and arranged on the left and right sides of the casing, the air inlet cavity has a U-shaped structure with an upper opening. a motor assembly , the motor assembly comprising a motor base and a motor fixed on the motor base ; an energy device; a housing assembly covering the motor assembly and the energy device, the housing assembly further comprising a casing that is assembled with the motor base ; and an air inlet located on the top of the casing and an air inlet cavity connected to the air inlet , wherein the casing covers the top of the air inlet cavity to form a sealed airflow passage , the bottom of the motor base is sealed and the side of the motor base is provided with an air outlet , such that cooling airflow that enters the airflow passage from the air inlet can flow into the motor , and out from the air outlet characterized in that the air inlet and the air inlet cavity are provided in two and arranged on the left and right sides of the casing, the air inlet cavity has a U-shaped structure with an upper opening.
A method for cleaning a machine for making liquid and/or semi-liquid food products for the ice cream, pastry or catering trade, wherein the machine comprises: - a product processing container ; a receiving device for receiving a capsule containing a basic preparation for making the product; - a transfer device for transferring the content of the capsule into the container ; the method being characterized in that it comprises the steps of: - feeding the machine with a capsule containing a preparation for cleaning the machine ; - extracting the preparation for cleaning the machine from the capsule ; - causing the cleaning preparation extracted from the capsule to pass at least through the product processing container in order to carry out a cleaning cycle in the machine , wherein it further comprises the steps of identifying the type of capsule fed to the machine and automatically switching between normal operating mode of the machine and cleaning operating mode of the machine as a function of the type of capsule identified. - a product processing container ; a receiving device for receiving a capsule containing a basic preparation for making the product; - a transfer device for transferring the content of the capsule into the container ; - feeding the machine with a capsule containing a preparation for cleaning the machine ; - extracting the preparation for cleaning the machine from the capsule ; - causing the cleaning preparation extracted from the capsule to pass at least through the product processing container in order to carry out a cleaning cycle in the machine , wherein it further comprises the steps of identifying the type of capsule fed to the machine and automatically switching between normal operating mode of the machine and cleaning operating mode of the machine as a function of the type of capsule identified.