mhurhangee/patent-ind-claim-en huggingface dataset:
A liquid discharge head comprising: a nozzle plate having: a nozzle surface ; and a nozzle in the nozzle plate , a liquid being discharged from the nozzle of a nozzle surface side in a liquid discharge direction; a nozzle protector covering at least a part of the nozzle surface of the nozzle plate other than the nozzle ; a nozzle protector holder including a peripheral wall bonded to a peripheral end portion of the nozzle protector ; characterised in that the liquid discharge head further comprising: a resin member different from the nozzle protector holder and contacting a side edge face of the peripheral end portion of the nozzle protector and an end surface of the peripheral wall facing the nozzle protector , wherein the resin member has a first inclined surface inclined toward the edge face of the peripheral end portion of the nozzle protector . a nozzle plate having: a nozzle surface ; and a nozzle in the nozzle plate , a liquid being discharged from the nozzle of a nozzle surface side in a liquid discharge direction; a nozzle surface ; and a nozzle in the nozzle plate , a liquid being discharged from the nozzle of a nozzle surface side in a liquid discharge direction; a nozzle protector covering at least a part of the nozzle surface of the nozzle plate other than the nozzle ; a nozzle protector holder including a peripheral wall bonded to a peripheral end portion of the nozzle protector ; characterised in that the liquid discharge head further comprising: a resin member different from the nozzle protector holder and contacting a side edge face of the peripheral end portion of the nozzle protector and an end surface of the peripheral wall facing the nozzle protector , wherein the resin member has a first inclined surface inclined toward the edge face of the peripheral end portion of the nozzle protector .
An earphone , comprising: a housing , defining an interior space therein, the housing comprising a front cover and a sound emitting nozzle connected to the front cover ; the front cover comprising an end surface disposed on an end thereof; the sound emitting nozzle protruding from the end surface ; the housing defining a vent hole in the front cover ; the vent hole penetrating the end surface ; a first eartip , configured to be mounted on the sound emitting nozzle ; and a second eartip , configured to be mounted on the sound emitting nozzle ; wherein one of the first eartip and the second eartip is selectively mounted on the housing ; wherein, when the second eartip is mounted on the sound emitting nozzle , the earphone works as an in-ear earphone, and there is a gap between the second eartip and the end surface , such that the vent hole in the end surface is exposed and communicates with the interior space and the exterior of the housing ; and when the first eartip is mounted on the housing , the earphone works as a semi in-ear earphone, and the first eartip is in contact with the end surface , thereby sealing the vent hole . a housing , defining an interior space therein, the housing comprising a front cover and a sound emitting nozzle connected to the front cover ; the front cover comprising an end surface disposed on an end thereof; the sound emitting nozzle protruding from the end surface ; the housing defining a vent hole in the front cover ; the vent hole penetrating the end surface ; a first eartip , configured to be mounted on the sound emitting nozzle ; and a second eartip , configured to be mounted on the sound emitting nozzle ; wherein one of the first eartip and the second eartip is selectively mounted on the housing ; wherein, when the second eartip is mounted on the sound emitting nozzle , the earphone works as an in-ear earphone, and there is a gap between the second eartip and the end surface , such that the vent hole in the end surface is exposed and communicates with the interior space and the exterior of the housing ; and when the first eartip is mounted on the housing , the earphone works as a semi in-ear earphone, and the first eartip is in contact with the end surface , thereby sealing the vent hole .
Field device for determining or monitoring a process variable in automation technology, wherein the field device meets a security standard which is required in a predefined security-critical application, said field device having a sensor that works according to a defined measuring principle, and a control/evaluation unit which prepares and evaluates the measured data supplied by the sensor along at least three measuring channels (MK) with a redundant and/or dissimilar design, and wherein an analog current interface is provided via which a current that represents the process variable can be adjusted via a two-wire line, wherein the analog current interface is designed with triple redundancy and wherein the following components are assigned to the analog current interface : - three current adjustment channels (IK) switched in parallel via which the current representing the process variable is adjusted on the two-wire line, - a voter (V) with double redundancy which detects a malfunction (Fch) in one of the measuring channels (MK) and/or one of the current adjustment channels (IK), - a switch-off stage with double redundancy via which a measuring channel (MK) and/or a current adjustment channel (IK) is switched off if the voter (V) detects a malfunction in the measuring channel (MK) or in the current adjustment channel (IK). - three current adjustment channels (IK) switched in parallel via which the current representing the process variable is adjusted on the two-wire line, - a voter (V) with double redundancy which detects a malfunction (Fch) in one of the measuring channels (MK) and/or one of the current adjustment channels (IK), - a switch-off stage with double redundancy via which a measuring channel (MK) and/or a current adjustment channel (IK) is switched off if the voter (V) detects a malfunction in the measuring channel (MK) or in the current adjustment channel (IK).
A composite separator comprising: a porous substrate; and a coating layer formed on the porous substrate, the coating layer containing inorganic particles and a core-shell organic particle binder including a core layer and a shell layer surrounding the core layer, wherein in the coating layer, the amount of the core-shell organic particle binder is increased in the direction of the surface layer which is the opposite side of the bottom surface of the coating layer which is in contact with the porous substrate, wherein the core layer has a glass transition temperature of 50 to 80°C and the shell layer has a glass transition temperature of 0 to 30°C, and wherein the core layer and the shell layer consist of an acrylic polymer polymerized from monomers comprising butyl acrylate. a porous substrate; and a coating layer formed on the porous substrate, the coating layer containing inorganic particles and a core-shell organic particle binder including a core layer and a shell layer surrounding the core layer, wherein in the coating layer, the amount of the core-shell organic particle binder is increased in the direction of the surface layer which is the opposite side of the bottom surface of the coating layer which is in contact with the porous substrate, wherein the core layer has a glass transition temperature of 50 to 80°C and the shell layer has a glass transition temperature of 0 to 30°C, and wherein the core layer and the shell layer consist of an acrylic polymer polymerized from monomers comprising butyl acrylate.
A co-crystal comprising a compound of formula and a co-crystal former, wherein the co-crystal former is adipic acid, wherein each of R 1 and R 2 is independently hydrogen or deuterium, for use in potentiating a therapeutic regimen for the treatment of cancer, wherein the use comprises administering to an individual in the need thereof an effective amount of said co-crystal, and wherein the therapeutic regimen is radiation therapy.
A bias tyre for two-wheel vehicle comprising: a tread portion defining a pair of tread edges (Te); a pair of sidewall portions ; a carcass having a bias structure; a pair of sidewall rubber portions forming an outer surface of the pair of sidewall portion ; and a tread rubber forming an outer surface of the tread portion and connected to the pair of sidewall rubber portions to form a pair of boundary surfaces therebetween; wherein outermost ends in a tyre axial direction of the pair of boundary surfaces are located on an outer surface of the tyre and inwardly in a tyre radial direction of the respective tread edges (Te), characterized by a connecting rubber portion disposed inward of the tread portion , connecting the pair of sidewall rubber portions with each other and having a thickness (t) equal to or less than 2.0 mm. a tread portion defining a pair of tread edges (Te); a pair of sidewall portions ; a carcass having a bias structure; a pair of sidewall rubber portions forming an outer surface of the pair of sidewall portion ; and a tread rubber forming an outer surface of the tread portion and connected to the pair of sidewall rubber portions to form a pair of boundary surfaces therebetween; wherein outermost ends in a tyre axial direction of the pair of boundary surfaces are located on an outer surface of the tyre and inwardly in a tyre radial direction of the respective tread edges (Te), characterized by a connecting rubber portion disposed inward of the tread portion , connecting the pair of sidewall rubber portions with each other and having a thickness (t) equal to or less than 2.0 mm.
A system including one or more light emitting devices, comprising: a current controlled voltage regulator including a current feedback input, the current controlled voltage regulator in electrical communication with the one or more light emitting devices ; and a current sensing device positioned in a current path through which a current passes through the one or more light emitting devices , the current sensing device in direct electrical communication with the current feedback input, wherein the current sensing device is a resistor, characterized in that the system further comprises a controller and that the current controlled voltage regulator includes a lighting device array current error amplifier , a pulse width modulated generator , and a buck stage that receives a supply voltage from a DC voltage source , wherein the lighting device array current error amplifier receives a voltage that is indicative of current passing through the one or more light emitting devices and a signal indicative of a desired current flow through the one or more light emitting devices from the controller , the lighting device array current error amplifier outputs a voltage that represents a desired change in current, wherein the lighting device array current error amplifier is electrically coupled to the pulse width modulation generator , and wherein an output of the pulse width modulation generator is input to the buck stage , and that the controller includes instructions for adjusting a light intensity of the one or more light emitting devices . a current controlled voltage regulator including a current feedback input, the current controlled voltage regulator in electrical communication with the one or more light emitting devices ; and a current sensing device positioned in a current path through which a current passes through the one or more light emitting devices , the current sensing device in direct electrical communication with the current feedback input, wherein the current sensing device is a resistor, characterized in that the system further comprises a controller and that the current controlled voltage regulator includes a lighting device array current error amplifier , a pulse width modulated generator , and a buck stage that receives a supply voltage from a DC voltage source , wherein the lighting device array current error amplifier receives a voltage that is indicative of current passing through the one or more light emitting devices and a signal indicative of a desired current flow through the one or more light emitting devices from the controller , the lighting device array current error amplifier outputs a voltage that represents a desired change in current, wherein the lighting device array current error amplifier is electrically coupled to the pulse width modulation generator , and wherein an output of the pulse width modulation generator is input to the buck stage , and that the controller includes instructions for adjusting a light intensity of the one or more light emitting devices .
An insufflating system adapted to be in fluid communication with a source of a distending media and an endoscopic device so as to deliver the distending media to the endoscopic device, the insufflating system comprising: a controller for detecting a pressure level within a lumen of the endoscopic device; and a valve assembly in communication with said controller and in fluid communication between the source of distending media and the endoscopic device for delivering the distending media to the endoscopic device and adjusting a flow rate of the distending media delivered to the endoscopic device in response to the detected pressure level and at least one predetermined pressure threshold so as to prevent excess supply and waste of the distending media, characterized in that said controller is adapted to automatically control said valve assembly to increase the flow rate from a sensing flow rate to an insufflating flow rate if the detected pressure rises above a low pressure transition point and wherein said controller is further adapted to control said valve assembly to decrease the flow rate from the insufflating flow rate to the sensing flow rate if the detected pressure falls below a high pressure transition point . a controller for detecting a pressure level within a lumen of the endoscopic device; and a valve assembly in communication with said controller and in fluid communication between the source of distending media and the endoscopic device for delivering the distending media to the endoscopic device and adjusting a flow rate of the distending media delivered to the endoscopic device in response to the detected pressure level and at least one predetermined pressure threshold so as to prevent excess supply and waste of the distending media, characterized in that said controller is adapted to automatically control said valve assembly to increase the flow rate from a sensing flow rate to an insufflating flow rate if the detected pressure rises above a low pressure transition point and wherein said controller is further adapted to control said valve assembly to decrease the flow rate from the insufflating flow rate to the sensing flow rate if the detected pressure falls below a high pressure transition point .
A method for erecting a wind turbine comprising a tower and a nacelle rotatably arranged on the tower , wherein the tower comprises a lower lattice structure , a transition and an upper cylinder , wherein the transition connects the upper cylinder to the lattice structure , the lattice structure comprising at least three corner posts (1.1) which are inclined at an angle to the vertical (V) of the lattice structure relative to one another and define corner points at their lower ends relative to the vertical (V), which corner points span a base area, and the lattice structure having cross struts (1.2) and/or diagonal struts (1.3), wherein the lattice structure , the transition on the lattice structure , the cylinder on the transition and the nacelle on the cylinder are successively mounted, wherein at least one foundation for receiving the lower ends of the corner posts (1.1) is constructed at least in some areas before the wind turbine is erected, characterized in that that a tower slewing crane is provided for erecting the wind turbine, which is positioned and erected within the base area spanned by the corner points of the corner posts (1.1).
A knot carrier for indirectly coupling a knot to a medical device , the knot carrier comprising: a knot carrier body , configured to slidably engage with a portion of a medical device ; and an obstructing member projecting from a proximal portion of the knot carrier body , the obstructing member having a first configuration for preventing a knot from being deployed from the knot carrier and a second configuration for allowing the knot to be deployed from the knot carrier . a knot carrier body , configured to slidably engage with a portion of a medical device ; and an obstructing member projecting from a proximal portion of the knot carrier body , the obstructing member having a first configuration for preventing a knot from being deployed from the knot carrier and a second configuration for allowing the knot to be deployed from the knot carrier .
A valve apparatus for an internal combustion engine, comprising at least two independent ring-like rotary valves, which rotate in contact-free manner against one another, about their axis, which is the same as a cylinder axis, and sit lined up one on top of the other on an outside around said cylinder wall, above the top dead point of the piston, wherein the rotary valves and valve seats have openings disposed symmetrically relative to the axis of rotation, and a slanted section on the entire lateral sliding surfaces, and the speed of rotation of each rotary valve for a work cycle can be slowed down by means of increasing the number of openings, and wherein the rotary valves are controlled separately from one another, in order to implement the phase shift.
A controlling method for a washing machine to perform foam washing as selected by a user using an input unit of the washing machine, comprising: supplying washing water with detergent to a water tub of the washing machine; determining whether detergent water contained in the water tub reaches a preset first water level which is the maximum level not causing overflow of water into a rotary drum mounted in the water tub and furnished with plurality of dehydrating holes , the detergent water being a mixture of the washing water and the detergent; based on determining that the detergent water contained in the water tub reaches the preset first water level, heating the detergent water contained in the water tub by operating a heating device ; determining whether a temperature of the detergent water contained in the water tub reaches a preset first temperature appropriate for generating foam; based on determining that the temperature of the detergent water contained in the water tub reaches the preset first temperature, operating a foaming device of the washing machine to generate foam in the water tub using the detergent water; and washing laundry with the foam, whereby the washing of laundry with the foam comprises alternately operating the foaming device and the heating device until the temperature of the detergent water reaches a preset second temperature. supplying washing water with detergent to a water tub of the washing machine; determining whether detergent water contained in the water tub reaches a preset first water level which is the maximum level not causing overflow of water into a rotary drum mounted in the water tub and furnished with plurality of dehydrating holes , the detergent water being a mixture of the washing water and the detergent; based on determining that the detergent water contained in the water tub reaches the preset first water level, heating the detergent water contained in the water tub by operating a heating device ; determining whether a temperature of the detergent water contained in the water tub reaches a preset first temperature appropriate for generating foam; based on determining that the temperature of the detergent water contained in the water tub reaches the preset first temperature, operating a foaming device of the washing machine to generate foam in the water tub using the detergent water; and washing laundry with the foam, whereby the washing of laundry with the foam comprises alternately operating the foaming device and the heating device until the temperature of the detergent water reaches a preset second temperature.
A manufacturing method of a microneedle array comprising: an adjustment step of positioning and adjusting a mold having a first surface and a second surface, which oppose each other, and a plurality of needle-like recessed portions in the first surface, and an ejection nozzle which ejects a drug solution in a first direction; a relative movement step of moving the mold and the ejection nozzle relative to each other to cause a position of the needle-like recessed portion and a position of the ejection nozzle to coincide with each other in a plan view in the first direction; an ejection step of ejecting the drug solution from the ejection nozzle toward the needle-like recessed portion; a vibration step of vibrating the mold to move the drug solution toward the needle-like recessed portion and close the needle-like recessed portion with the drug solution after the ejection step; and a suction step of suctioning the second surface of the mold. an adjustment step of positioning and adjusting a mold having a first surface and a second surface, which oppose each other, and a plurality of needle-like recessed portions in the first surface, and an ejection nozzle which ejects a drug solution in a first direction; a relative movement step of moving the mold and the ejection nozzle relative to each other to cause a position of the needle-like recessed portion and a position of the ejection nozzle to coincide with each other in a plan view in the first direction; an ejection step of ejecting the drug solution from the ejection nozzle toward the needle-like recessed portion; a vibration step of vibrating the mold to move the drug solution toward the needle-like recessed portion and close the needle-like recessed portion with the drug solution after the ejection step; and a suction step of suctioning the second surface of the mold.