mhurhangee/patent-ind-claim-en huggingface dataset:
A head unit comprising: a plurality of heads each including a nozzle row including a plurality of nozzles configured to discharge liquid onto a medium , the nozzles being arranged along a first direction; and a body in which the plurality of the heads are arranged along a second direction intersecting with the first direction, wherein in a case in which a region (X1) on one side of a center (CL) of the body in the second direction is taken as a first region and a region (X2) on another side of the center of the body in the second direction is taken as a second region, in each of the first region and the second region, the nozzle rows of two or more of the plurality of heads correspond to a first color, and the nozzle rows of two or more of the plurality of heads correspond to a second color, and in a case in which one side of the body in the second direction is taken as a first side and another side of the body in the second direction as a second side, a color corresponding to the nozzle row at an nth position from the first side is the same as a color corresponding to the nozzle row at an nth position from the second side, with n being a positive integer, wherein in each of the first region and the second region, a color corresponding to the nozzle row at an nth position from the first side is the same as a color corresponding to the nozzle row at an nth position from the second side, with n being a positive integer. a plurality of heads each including a nozzle row including a plurality of nozzles configured to discharge liquid onto a medium , the nozzles being arranged along a first direction; and a body in which the plurality of the heads are arranged along a second direction intersecting with the first direction, wherein in a case in which a region (X1) on one side of a center (CL) of the body in the second direction is taken as a first region and a region (X2) on another side of the center of the body in the second direction is taken as a second region, in each of the first region and the second region, the nozzle rows of two or more of the plurality of heads correspond to a first color, and the nozzle rows of two or more of the plurality of heads correspond to a second color, and in a case in which one side of the body in the second direction is taken as a first side and another side of the body in the second direction as a second side, a color corresponding to the nozzle row at an nth position from the first side is the same as a color corresponding to the nozzle row at an nth position from the second side, with n being a positive integer, wherein in each of the first region and the second region, a color corresponding to the nozzle row at an nth position from the first side is the same as a color corresponding to the nozzle row at an nth position from the second side, with n being a positive integer.
An apparatus , comprising: a germicidal source ; a power circuit coupled to the germicidal source ; a chamber dimensionally configured to contain the germicidal source , wherein the chamber is arranged within the apparatus such that a port of the chamber which is dimensionally configured to receive the germicidal source is in linear alignment with the germicidal source, and wherein the germicidal source and/or the chamber are linearly displaceable within the apparatus such that the germicidal source may be contained within the chamber and may be at least partially arranged exterior to the chamber for respectively different modes of operation for the apparatus; and a processor ; characterized in that the apparatus comprises a storage medium having program instructions which are executable by the processor for: activating the power circuit to operate the germicidal source when the germicidal source extends outside the chamber ; and activating the power circuit to operate the germicidal source when the germicidal source is encased within the chamber . a germicidal source ; a power circuit coupled to the germicidal source ; a chamber dimensionally configured to contain the germicidal source , wherein the chamber is arranged within the apparatus such that a port of the chamber which is dimensionally configured to receive the germicidal source is in linear alignment with the germicidal source, and wherein the germicidal source and/or the chamber are linearly displaceable within the apparatus such that the germicidal source may be contained within the chamber and may be at least partially arranged exterior to the chamber for respectively different modes of operation for the apparatus; and a processor ; characterized in that the apparatus comprises a storage medium having program instructions which are executable by the processor for: activating the power circuit to operate the germicidal source when the germicidal source extends outside the chamber ; and activating the power circuit to operate the germicidal source when the germicidal source is encased within the chamber . activating the power circuit to operate the germicidal source when the germicidal source extends outside the chamber ; and activating the power circuit to operate the germicidal source when the germicidal source is encased within the chamber .
A user equipment for transmission of a demodulation reference signal, DMRS, for sidelink communications, the user equipment comprising: a processing circuit configured to: determine at least one transmission parameter associated with at least one of data transmission and control information transmission (S100), the at least one transmission parameter includes at least one of: at least one of a time position and frequency position of resources associated with a physical channel carrying the DMRS; and scheduled bandwidth for the physical channel; and generate a DMRS using the determined at least one transmission parameter (S102); and a transmitter circuit configured to transmit the DMRS (S104). determine at least one transmission parameter associated with at least one of data transmission and control information transmission (S100), the at least one transmission parameter includes at least one of: at least one of a time position and frequency position of resources associated with a physical channel carrying the DMRS; and scheduled bandwidth for the physical channel; and at least one of a time position and frequency position of resources associated with a physical channel carrying the DMRS; and scheduled bandwidth for the physical channel; and generate a DMRS using the determined at least one transmission parameter (S102); and a transmitter circuit configured to transmit the DMRS (S104).
A charging method for Machine-Type Communication, MTC, wherein the method comprises steps of: after receiving an MTC service request message or an MTC service requesting Short Message, SM, generating, by a message processing entity, a charging request including MTC service type information, and sending the charging request to an online charging subsystem or offline charging subsystem ; and after receiving the charging request, performing, by the online charging subsystem or offline charging subsystem, a charging operation using a charging method corresponding to the MTC service type information, and returning a charging response to the message processing entity , characterized in that the MTC service type information comprises at least an MTC InterWorking Function, MTC-IWF, identifier, wherein different MTC service types are distinguished from each other according to the MTC service type information by: inferring, by the online charging subsystem or offline charging subsystem, an MTC service type corresponding to the MTC-IWF identifier included in the charging request. after receiving an MTC service request message or an MTC service requesting Short Message, SM, generating, by a message processing entity, a charging request including MTC service type information, and sending the charging request to an online charging subsystem or offline charging subsystem ; and after receiving the charging request, performing, by the online charging subsystem or offline charging subsystem, a charging operation using a charging method corresponding to the MTC service type information, and returning a charging response to the message processing entity , characterized in that the MTC service type information comprises at least an MTC InterWorking Function, MTC-IWF, identifier, wherein different MTC service types are distinguished from each other according to the MTC service type information by: inferring, by the online charging subsystem or offline charging subsystem, an MTC service type corresponding to the MTC-IWF identifier included in the charging request.
A method for producing a crystalline film comprising zeolite crystals on a porous support, said method comprising the steps of: a) charge modifying a porous support by treatment of the support with one or more cationic polymers, b) then treating the charge modified porous support to render the support surface hydrophobic with one or more hydrophobic agents selected from: octadecyltrihydrosilane, phenyltrimethoxy silane, triethoxypropylsilane, fluorinated alkyl silanes, fluorinated dialkyl silanes, perfluorinated alkyl silanes, fluorinated alkoxy silanes, chloro silanes, fluorinated chloro silanes, 1H, 1H, 2H, 2H-perfluorodecyltriethoxysilane, 1H, 1H, 2H, 2H-perfluorodecyltrichlorosilane, trimethyloctylsilane, octyltrimethoxysilane, 1H, 1H, 2H,2H-perfluorocetylmethyldichlorosilane, 1H, 1H, 2H, 2H-perfluorooctyltrimethoxysilane or a combination thereof. c) depositing particulate zeolite crystals onto the charge modified and hydrophobic porous support, and d) growing a crystalline film comprising zeolite crystals from said deposited particulate zeolite crystals to provide a crystalline film comprising zeolite on a porous support. a) charge modifying a porous support by treatment of the support with one or more cationic polymers, b) then treating the charge modified porous support to render the support surface hydrophobic with one or more hydrophobic agents selected from: octadecyltrihydrosilane, phenyltrimethoxy silane, triethoxypropylsilane, fluorinated alkyl silanes, fluorinated dialkyl silanes, perfluorinated alkyl silanes, fluorinated alkoxy silanes, chloro silanes, fluorinated chloro silanes, 1H, 1H, 2H, 2H-perfluorodecyltriethoxysilane, 1H, 1H, 2H, 2H-perfluorodecyltrichlorosilane, trimethyloctylsilane, octyltrimethoxysilane, 1H, 1H, 2H,2H-perfluorocetylmethyldichlorosilane, 1H, 1H, 2H, 2H-perfluorooctyltrimethoxysilane or a combination thereof. c) depositing particulate zeolite crystals onto the charge modified and hydrophobic porous support, and d) growing a crystalline film comprising zeolite crystals from said deposited particulate zeolite crystals to provide a crystalline film comprising zeolite on a porous support.
A method for operating an electronic device, the method comprising: identifying at least one designated input ; in response to identifying the designated input, determining whether applying an animation effect to a user interface displayed on a display of the electronic device ; in response to determining applying the animation effect to the user interface, identifying battery operation mode information of the electronic device ; if the battery operation mode information indicates a power saving mode , determining an operation time of the animation effect based on a first control value corresponding to the power saving mode , if the battery operation mode information does not indicate a power saving mode , determining the operation time of the animation effect based on a second control value corresponding to a current battery level among a plurality of second control values corresponding to a plurality of battery levels ; and displaying, based on the determined operation time, the user interface to which the animation effect is applied, determining the number of at least one frame constructing the user interface based on the determined operation time; and constructing the user interface based on the determined number of the at least one frame. identifying at least one designated input ; in response to identifying the designated input, determining whether applying an animation effect to a user interface displayed on a display of the electronic device ; in response to determining applying the animation effect to the user interface, identifying battery operation mode information of the electronic device ; if the battery operation mode information indicates a power saving mode , determining an operation time of the animation effect based on a first control value corresponding to the power saving mode , if the battery operation mode information does not indicate a power saving mode , determining the operation time of the animation effect based on a second control value corresponding to a current battery level among a plurality of second control values corresponding to a plurality of battery levels ; and displaying, based on the determined operation time, the user interface to which the animation effect is applied, determining the number of at least one frame constructing the user interface based on the determined operation time; and constructing the user interface based on the determined number of the at least one frame.
A vehicular antenna, comprising: an antenna module having an antenna patch ; further comprising a conductor with a plate shape installed to be spaced apart from the antenna patch by a predetermined distance configured to maximize a gain at 60 degrees based on the center of the antenna module by tilting an electromagnetic wave radiated from the antenna patch ; and a dielectric substance inserted and installed between the antenna patch and the conductor with a plate shape to shorten the wavelength of the electromagnetic wave radiated from the antenna patch to the conductor with a plate shape by permittivity, wherein an upper surface of the conductor with a plate shape is a fractal structure in which small triangles are repeatedly filled. an antenna module having an antenna patch ; further comprising a conductor with a plate shape installed to be spaced apart from the antenna patch by a predetermined distance configured to maximize a gain at 60 degrees based on the center of the antenna module by tilting an electromagnetic wave radiated from the antenna patch ; and a dielectric substance inserted and installed between the antenna patch and the conductor with a plate shape to shorten the wavelength of the electromagnetic wave radiated from the antenna patch to the conductor with a plate shape by permittivity, wherein an upper surface of the conductor with a plate shape is a fractal structure in which small triangles are repeatedly filled.
An inkjet printing method including the steps of: - providing inkjet inks from an inkjet ink stock in ink transporting units including a machine readable code to an inkjet printing device ; - scanning the machine readable code by a scanning device; - printing the inkjet inks with the inkjet printing device on a substrate; - automatically sending digital inkjet ink consumption data from the inkjet printing device via a digital connection to a computer of an inkjet ink supplier ; and - replenishing the inkjet ink stock with an amount of at least one of the inkjet inks from the inkjet ink supplier , wherein said amount is determined in accordance with the digital inkjet ink consumption data; wherein said amount is sent by the inkjet ink supplier in ink transporting units selected from the group consisting of bottles, jerrycans, barrels and IBC-containers; and wherein information scanned from the machine readable code is sent to the computer . - providing inkjet inks from an inkjet ink stock in ink transporting units including a machine readable code to an inkjet printing device ; - scanning the machine readable code by a scanning device; - printing the inkjet inks with the inkjet printing device on a substrate; - automatically sending digital inkjet ink consumption data from the inkjet printing device via a digital connection to a computer of an inkjet ink supplier ; and - replenishing the inkjet ink stock with an amount of at least one of the inkjet inks from the inkjet ink supplier , wherein said amount is determined in accordance with the digital inkjet ink consumption data; wherein said amount is sent by the inkjet ink supplier in ink transporting units selected from the group consisting of bottles, jerrycans, barrels and IBC-containers; and wherein information scanned from the machine readable code is sent to the computer .
A system, comprising: a clamp configured to be attached to a pipe; a mount to couple to the clamp and having one of a track or a key; a fastening structure configured to connect the mount to the clamp and to transmit vibration from the pipe to an acoustic leak detection sensor; a sensor unit, having the other of the track or the key wherein the key is sized to be received by and travel within the track, and wherein rotation of the sensor housing with respect to the mount moves the key within the track, and wherein movement of the key within the track tightens a connection between the mount and the sensor; and wherein the acoustic leak detection sensor is located within the sensor unit; wherein movement of the key within the track is configured to contact the sensor unit against the mount such that the fastening structure transfers vibration of the pipe to the sensor unit . a clamp configured to be attached to a pipe; a mount to couple to the clamp and having one of a track or a key; a fastening structure configured to connect the mount to the clamp and to transmit vibration from the pipe to an acoustic leak detection sensor; a sensor unit, having the other of the track or the key wherein the key is sized to be received by and travel within the track, and wherein rotation of the sensor housing with respect to the mount moves the key within the track, and wherein movement of the key within the track tightens a connection between the mount and the sensor; and wherein the acoustic leak detection sensor is located within the sensor unit; wherein movement of the key within the track is configured to contact the sensor unit against the mount such that the fastening structure transfers vibration of the pipe to the sensor unit .
A computer-implemented method of training a neural network to output a set of specific parameters derived from measurement data of a nasal cavity such that a specific nasal cavity shape is modelled by a combination of an average nasal cavity shape and a linear combination of the set of specific parameters with a set of nasal cavity shape eigenmodes , the training including the steps of - randomly generating sets of specific parameters simulating measurement data of nasal cavities; - generating specific nasal cavity shape models, said models including a combination of an average nasal cavity shape and a linear combination of said simulated sets of specific parameters with a set of nasal cavity shape eigenmodes; - determining a cross-sectional surface area of at least one of the nasal channels of the specific nasal cavity shape models provided by said simulated sets of specific parameters; - feeding the determined cross-sectional surface area of at least one of the nasal channels into the neural network; - training the neural network to output the sets of specific parameters. - randomly generating sets of specific parameters simulating measurement data of nasal cavities; - generating specific nasal cavity shape models, said models including a combination of an average nasal cavity shape and a linear combination of said simulated sets of specific parameters with a set of nasal cavity shape eigenmodes; - determining a cross-sectional surface area of at least one of the nasal channels of the specific nasal cavity shape models provided by said simulated sets of specific parameters; - feeding the determined cross-sectional surface area of at least one of the nasal channels into the neural network; - training the neural network to output the sets of specific parameters.
A perf and wash system for plugging a casing and wellbore, the perf and wash system comprising: a cleaning tool having at least one nozzle making a first angle with a longitudinal axis of the system; a perforating gun assembly having at least one shaped charge making a second angle with the longitudinal axis; and a plug connected with a first end to the cleaning tool and with a second end, opposite to the first end, to the perforating gun assembly , wherein the first angle is substantially equal to the second angle and the first and second angles are different than 90 degrees. a cleaning tool having at least one nozzle making a first angle with a longitudinal axis of the system; a perforating gun assembly having at least one shaped charge making a second angle with the longitudinal axis; and a plug connected with a first end to the cleaning tool and with a second end, opposite to the first end, to the perforating gun assembly , wherein the first angle is substantially equal to the second angle and the first and second angles are different than 90 degrees.
A system for provisioning mobile terminals operable on a network, comprising: at least one mobile terminal adapted to be coupled to the network; a network service adapted to be coupled to the network to provide an application via the network; a provisioning service adapted to be coupled between the mobile terminal and the network service to provide a single interface for the network service to control provisioning of the mobile terminal , and to effect the provisioning by delivering the application to the mobile terminal, wherein the provisioning service comprises a delivery module to deliver the application to the mobile terminal , characterized in that - the provisioning service is a provisioning Web service implemented using Web services ; - the provisioning Web service uses a terminal management Web service to effect the provisioning by configuring application use settings on the mobile terminal such as parameters associated with any data objects delivered by the delivery module and such as modifications of parameters existing on the mobile terminal; and - the delivery module is a data object delivery module configured to deliver the application upon successful configuration of the application use settings on the mobile terminal. at least one mobile terminal adapted to be coupled to the network; a network service adapted to be coupled to the network to provide an application via the network; a provisioning service adapted to be coupled between the mobile terminal and the network service to provide a single interface for the network service to control provisioning of the mobile terminal , and to effect the provisioning by delivering the application to the mobile terminal, wherein the provisioning service comprises a delivery module to deliver the application to the mobile terminal , characterized in that - the provisioning service is a provisioning Web service implemented using Web services ; - the provisioning Web service uses a terminal management Web service to effect the provisioning by configuring application use settings on the mobile terminal such as parameters associated with any data objects delivered by the delivery module and such as modifications of parameters existing on the mobile terminal; and - the delivery module is a data object delivery module configured to deliver the application upon successful configuration of the application use settings on the mobile terminal. - the provisioning service is a provisioning Web service implemented using Web services ; - the provisioning Web service uses a terminal management Web service to effect the provisioning by configuring application use settings on the mobile terminal such as parameters associated with any data objects delivered by the delivery module and such as modifications of parameters existing on the mobile terminal; and - the delivery module is a data object delivery module configured to deliver the application upon successful configuration of the application use settings on the mobile terminal.