mhurhangee/patent-ind-claim-en huggingface dataset:
A liquid ejecting apparatus , comprising: a support stand configured to support a medium (ST); the medium supported by the support stand; a liquid ejecting unit having a liquid ejecting surface that includes an opening region, the opening region having a nozzle opening configured to eject a first liquid onto the medium on the support stand; and a fluid ejecting device having an ejection port configured to eject a fluid including a second liquid to the liquid ejecting unit, the fluid ejecting device performing a first fluid ejection step of ejecting the fluid from the ejection port toward the liquid ejecting unit as a first maintenance operation of the liquid ejecting unit, wherein a direction in which the first liquid is ejected from the liquid ejecting unit is defined as an ejection direction (F), a distance between the ejection port of the fluid ejecting device and the liquid ejecting unit in the ejection direction during the first fluid ejection step is longer than a distance between the liquid ejecting surface of the liquid ejecting unit and the medium (ST) on the support stand in the ejection direction during the ejection of the first liquid onto the medium, and characterized in that the fluid ejecting device has a cover member disposed so as to face the ejection port , and the fluid ejecting device is configured to perform a second fluid ejection step of ejecting a fluid from the ejection port toward the cover member as a second maintenance operation of the fluid ejecting device. a support stand configured to support a medium (ST); the medium supported by the support stand; a liquid ejecting unit having a liquid ejecting surface that includes an opening region, the opening region having a nozzle opening configured to eject a first liquid onto the medium on the support stand; and a fluid ejecting device having an ejection port configured to eject a fluid including a second liquid to the liquid ejecting unit, the fluid ejecting device performing a first fluid ejection step of ejecting the fluid from the ejection port toward the liquid ejecting unit as a first maintenance operation of the liquid ejecting unit, wherein a direction in which the first liquid is ejected from the liquid ejecting unit is defined as an ejection direction (F), a distance between the ejection port of the fluid ejecting device and the liquid ejecting unit in the ejection direction during the first fluid ejection step is longer than a distance between the liquid ejecting surface of the liquid ejecting unit and the medium (ST) on the support stand in the ejection direction during the ejection of the first liquid onto the medium, and characterized in that the fluid ejecting device has a cover member disposed so as to face the ejection port , and the fluid ejecting device is configured to perform a second fluid ejection step of ejecting a fluid from the ejection port toward the cover member as a second maintenance operation of the fluid ejecting device.
An isolated nucleic acid sequence encoding a chimeric autoantibody receptor (CAAR) comprising: a nucleic acid sequence of an extracellular domain, a nucleic acid sequence of a transmembrane domain, and a nucleic acid sequence of an intracellular signaling domain, the nucleic acid sequence of the extracellular domain comprising a nucleic acid sequence of an autoantigen comprising Dsg3 or a fragment thereof that is specific for a pathogenic autoantibody, and wherein the nucleic acid sequence of the intracellular signaling domain comprises a nucleic acid sequence encoding a CD137 intracellular domain and a CD3 zeta signaling domain.
A method for displaying an image on a first display device which comprises a sensing unit , a communication unit , a control unit , an output unit and a display unit , the method comprising: detecting with the sensing unit that a user is using the first display device based on a user input, transmitting with the communication unit to a wearable device use information generated by the control unit which indicates that the user is using the first display device ; receiving with the communication unit from the wearable device , information about at least a portion of an image displayed on the wearable device , corresponding to the use information, the at least a portion of the image being determined by the wearable device based on the use information, wherein when the image displayed on the wearable device is a moving image, the received information about the at least a portion of the image includes an image captured by the wearable device , synchronization information representing the current play position of the moving image and an identification value of the moving image displayed on the wearable device , wherein the synchronization information further includes information about a link address of an external server storing the moving image and an identification information of the external server; receiving the at least a portion of the image determined from the external server based on the synchronization information and the identification value of the moving image; and displaying on the first display device the received at least a portion of the image. detecting with the sensing unit that a user is using the first display device based on a user input, transmitting with the communication unit to a wearable device use information generated by the control unit which indicates that the user is using the first display device ; receiving with the communication unit from the wearable device , information about at least a portion of an image displayed on the wearable device , corresponding to the use information, the at least a portion of the image being determined by the wearable device based on the use information, wherein when the image displayed on the wearable device is a moving image, the received information about the at least a portion of the image includes an image captured by the wearable device , synchronization information representing the current play position of the moving image and an identification value of the moving image displayed on the wearable device , wherein the synchronization information further includes information about a link address of an external server storing the moving image and an identification information of the external server; receiving the at least a portion of the image determined from the external server based on the synchronization information and the identification value of the moving image; and displaying on the first display device the received at least a portion of the image.
A method for performing device-to-device, D2D, communication using an exceptional resource by a user equipment, UE , in a wireless communication system, the method comprising: performing the D2D communication in one of a first cell at a first frequency and a second cell at a second frequency different from the first frequency, wherein the first cell is a serving cell for the UE , wherein whether exceptional resources being provided by the first cell can be used for the D2D communication depends on in which cell of the first cell and the second cell the D2D communication is performed, wherein the exceptional resources are resources which can be used in a case that the UE detects a physical layer problem or radio link failure, wherein the exceptional resources provided by the first cell are not used when the UE performs the D2D communication in the second cell, and wherein exceptional resources provided by the second cell are used when the UE performs the D2D communication in the second cell. performing the D2D communication in one of a first cell at a first frequency and a second cell at a second frequency different from the first frequency, wherein the first cell is a serving cell for the UE , wherein whether exceptional resources being provided by the first cell can be used for the D2D communication depends on in which cell of the first cell and the second cell the D2D communication is performed, wherein the exceptional resources are resources which can be used in a case that the UE detects a physical layer problem or radio link failure, wherein the exceptional resources provided by the first cell are not used when the UE performs the D2D communication in the second cell, and wherein exceptional resources provided by the second cell are used when the UE performs the D2D communication in the second cell.
A method for editing channels of a smart TV, the method comprises: upon receiving an interface calling up instruction, displaying a channel editing list on the display screen of the smart TV, and displaying different operation prompts on both sides of the channel editing list, wherein the operation prompts comprise a deletion prompt and a move prompt for the channel to be edited, and positions of the operation prompts relative to the channel editing list take positions of a left arrow key and a right arrow key of the remote control as reference, wherein the left arrow key and the right arrow key are arranged symmetrically in the vertical; upon receiving a channel selecting instruction, determining a channel to be edited in the channel editing list according to the channel selecting instruction; and upon receiving a channel editing instruction, editing the channel to be edited according to the channel editing instruction, wherein the channel editing instruction is an instruction indicating deletion or a move of the channel to be edited. upon receiving an interface calling up instruction, displaying a channel editing list on the display screen of the smart TV, and displaying different operation prompts on both sides of the channel editing list, wherein the operation prompts comprise a deletion prompt and a move prompt for the channel to be edited, and positions of the operation prompts relative to the channel editing list take positions of a left arrow key and a right arrow key of the remote control as reference, wherein the left arrow key and the right arrow key are arranged symmetrically in the vertical; upon receiving a channel selecting instruction, determining a channel to be edited in the channel editing list according to the channel selecting instruction; and upon receiving a channel editing instruction, editing the channel to be edited according to the channel editing instruction, wherein the channel editing instruction is an instruction indicating deletion or a move of the channel to be edited.
A portable injector device comprising: a finger-held unit comprising an injection unit with a needle assembly , and a chassis on which is mounted the injection unit, wherein - the chassis presents a shape configured to fit onto at least one of a user's fingers, said chassis being U-shaped to be carried between two consecutive fingers of a user's hand, and comprising two arms each delimiting, on each side of said chassis, a slot for embracing a corresponding finger of the two consecutive fingers; - the injection unit comprises an actuator configured to move said needle assembly relative to said chassis from a pre-actuated position to an actuated position, the needle of the needle assembly moving between said two arms, and - wherein an orientation and a position of said needle assembly relative to said chassis is adjustable in said pre-actuated position. a finger-held unit comprising an injection unit with a needle assembly , and a chassis on which is mounted the injection unit, wherein - the chassis presents a shape configured to fit onto at least one of a user's fingers, said chassis being U-shaped to be carried between two consecutive fingers of a user's hand, and comprising two arms each delimiting, on each side of said chassis, a slot for embracing a corresponding finger of the two consecutive fingers; - the injection unit comprises an actuator configured to move said needle assembly relative to said chassis from a pre-actuated position to an actuated position, the needle of the needle assembly moving between said two arms, and - wherein an orientation and a position of said needle assembly relative to said chassis is adjustable in said pre-actuated position. - the chassis presents a shape configured to fit onto at least one of a user's fingers, said chassis being U-shaped to be carried between two consecutive fingers of a user's hand, and comprising two arms each delimiting, on each side of said chassis, a slot for embracing a corresponding finger of the two consecutive fingers; - the injection unit comprises an actuator configured to move said needle assembly relative to said chassis from a pre-actuated position to an actuated position, the needle of the needle assembly moving between said two arms, and - wherein an orientation and a position of said needle assembly relative to said chassis is adjustable in said pre-actuated position.
Association consisting of Curcumin, Quercetin and N-acetylcysteine having anti-inflammatory and antiproliferative activity for use in the treatment of endometriosis.
A power cable (105; 205) comprising an insulated conductor ; a copper water barrier (140; 240), in form of a tube with a welding line , surrounding each insulated conductor ; and a polymeric sheath (150; 250) surrounding each copper water barrier (140; 240), characterized in that the copper water barrier (140; 240) has a thickness and the polymeric sheath (150; 250) has a thickness such that a ratio between the thickness of the copper water barrier (140; 240) and the thickness of the polymeric sheath (150; 250) is 0.12 at most, wherein the copper water barrier has electrical conductivity of at least 85% IACS, International Annealed Copper Standard.
A method of performing a handover of a personal basic service set PBSS control point, PCP, role between a first device and a second device, the method performed by the first device comprising: transmitting, by the first device, to the second device, a handover request frame for requesting a handover, the handover request frame including information about a reason for requesting the handover; receiving, by the first device, from the second device, a handover response frame including handover request result information indicating whether the handover request based on said reason is accepted; performing, by the first device, the handover with the second device based on the handover response frame; and wherein the first device and the second device both belong to a personal basic service set, PBSS, and the first device is a station, and the second device is a PCP in the PBSS, and wherein the information about a reason for requesting the handover included in the handover request comprises at least one of a first reason information indicating that the first device has a higher operating capability as a PCP than the second device and a second reason information indicating that the first device is to operate as a PCP to provide specific services. transmitting, by the first device, to the second device, a handover request frame for requesting a handover, the handover request frame including information about a reason for requesting the handover; receiving, by the first device, from the second device, a handover response frame including handover request result information indicating whether the handover request based on said reason is accepted; performing, by the first device, the handover with the second device based on the handover response frame; and wherein the first device and the second device both belong to a personal basic service set, PBSS, and the first device is a station, and the second device is a PCP in the PBSS, and wherein the information about a reason for requesting the handover included in the handover request comprises at least one of a first reason information indicating that the first device has a higher operating capability as a PCP than the second device and a second reason information indicating that the first device is to operate as a PCP to provide specific services.
A window frame assembly for an aircraft , comprising: a window frame of composite material adapted for attachment in a window opening of an aircraft , the window frame including an outer flange having an exterior surface and an interior surface ; and a metal erosion shield , of substantially constant cross-sectional shape, attached to the exterior surface of the outer flange ; characterized by the window frame having a substantially constant thickness; and a polymer adapter ring , attached to the interior surface of the outer flange , having a sloped engagement surface configured for supporting a window pane assembly , the window pane assembly including a window pane and a perimeter frame , wherein the perimeter frame is to be mounted upon the sloped engagement surface . a window frame of composite material adapted for attachment in a window opening of an aircraft , the window frame including an outer flange having an exterior surface and an interior surface ; and a metal erosion shield , of substantially constant cross-sectional shape, attached to the exterior surface of the outer flange ; characterized by the window frame having a substantially constant thickness; and a polymer adapter ring , attached to the interior surface of the outer flange , having a sloped engagement surface configured for supporting a window pane assembly , the window pane assembly including a window pane and a perimeter frame , wherein the perimeter frame is to be mounted upon the sloped engagement surface .
A method for controlling a remote pneumatically operated valve implemented within a process control system, the method comprising: temporarily driving, via one or more processors , a battery-powered pilot valve assembly to place an operatively coupled output valve in a switch position; receiving, by the one or more processors , a temperature measurement associated with an operating environment of the battery-powered pilot valve assembly; determining, by the one or more processors , if the temperature measurement is below a temperature threshold level; and continuously driving, by the one or more processors , the battery-powered pilot valve assembly to maintain the output valve in the switch position if the temperature measurement is below the temperature threshold level. temporarily driving, via one or more processors , a battery-powered pilot valve assembly to place an operatively coupled output valve in a switch position; receiving, by the one or more processors , a temperature measurement associated with an operating environment of the battery-powered pilot valve assembly; determining, by the one or more processors , if the temperature measurement is below a temperature threshold level; and continuously driving, by the one or more processors , the battery-powered pilot valve assembly to maintain the output valve in the switch position if the temperature measurement is below the temperature threshold level.
A modular device for increasing the effectiveness of the convective heat exchange of radiators comprising a control and power supply module which supplies electric power to at least one fan module , on at least one of their longitudinal ends said modules including male or female connector means , said fan modules being equal to each other and each of them comprises at least one vertical-axis fan , placed internally to a box-like body whose horizontal faces are properly perforated for allowing air to pass through and at the longitudinal ends of which said male connection means and said female connection means , suitable for being functionally associated with corresponding connection means of at least one adjacent module, are defined, said device comprising hanging means for hanging it below a radiator (A); said control and power supply module being functionally connected to at least one sensor which detects the surface temperature of the radiator (A), characterized in that said male/female connector means comprise also male/female input and output electrical connection means providing a direct mechanical connection and electric connection between said fan module and an adjacent module.
An apparatus comprising: a phase detector to detect a phase difference between sampled data and sampled edges in a data signal, wherein the sampled data and the sampled edges are associated with the data signal received by a receiver, and wherein the phase difference is used to determine a position of a clock for sampling the data signal; a decision feedback equalizer, DFE, to provide equalization on the received data captured by a post-cursor tap and to output a DFE post-cursor value; a phase adjustment circuit to adjust a phase of the clock according to a post-cursor value from the DFE, wherein the phase adjustment circuit is characterized by comprising: a modulator to receive the DFE post-cursor value and a predetermined scalar and to generate a clock whose frequency is proportional to the DFE post-cursor value, and a register/MUX to output a phase lead or a phase lag skew based on the clock generated by the modulator and a pre-configured skew value, wherein a post-cursor sign selects the output, and wherein the clock for sampling the data is adjusted by applying the output phase lead or phase lag skew. a phase detector to detect a phase difference between sampled data and sampled edges in a data signal, wherein the sampled data and the sampled edges are associated with the data signal received by a receiver, and wherein the phase difference is used to determine a position of a clock for sampling the data signal; a decision feedback equalizer, DFE, to provide equalization on the received data captured by a post-cursor tap and to output a DFE post-cursor value; a phase adjustment circuit to adjust a phase of the clock according to a post-cursor value from the DFE, wherein the phase adjustment circuit is characterized by comprising: a modulator to receive the DFE post-cursor value and a predetermined scalar and to generate a clock whose frequency is proportional to the DFE post-cursor value, and a register/MUX to output a phase lead or a phase lag skew based on the clock generated by the modulator and a pre-configured skew value, wherein a post-cursor sign selects the output, and wherein the clock for sampling the data is adjusted by applying the output phase lead or phase lag skew. a modulator to receive the DFE post-cursor value and a predetermined scalar and to generate a clock whose frequency is proportional to the DFE post-cursor value, and a register/MUX to output a phase lead or a phase lag skew based on the clock generated by the modulator and a pre-configured skew value, wherein a post-cursor sign selects the output, and wherein the clock for sampling the data is adjusted by applying the output phase lead or phase lag skew.
A robotic device , comprising: an end effector configured to manipulate a tool that drives a consumable abrasive product to abrade a substrate along several different surface dimensions, characterized in that the end effector comprises: three linear actuators each configured to move orthogonal relative to one another; and a tool mount coupled to one of the three linear actuators and coupled to the tool. three linear actuators each configured to move orthogonal relative to one another; and a tool mount coupled to one of the three linear actuators and coupled to the tool.