mhurhangee/patent-ind-claim-en huggingface dataset:
An gas-powered cooking appliance , comprising: a first gas-burning heating element ; a first gas path extending from an inlet to the first heating element ; a first solenoid valve positioned within the first gas path ; a second gas path extending from upstream of the first solenoid valve to the first heating element and supplying a base gas flow to the first heating element ; a controller electronically coupled with the first solenoid valve for controlling a supplemental flow of gas through the first gas path to the first heating element , the supplemental gas flow combining with the base gas flow to achieve a total gas flow, characterized in that the controller controls the supplemental flow to adjust the total gas flow by pulsing the first solenoid valve at a first rate corresponding to a desired rate of the total gas flow to the first heating element .
A hair transplanter characterized by : a needle channel bundle comprising a center shaft and a plurality of needle channels coupled to an outer circumference of the center shaft to be slidable up and down; a channel rotation unit configured to rotate the needle channel bundle by a predetermined angle corresponding to one needle channel ; and a push bar disposed on an upper portion of the needle channel bundle, and configured to push down one needle channel of a predetermined position, wherein each of the needle channels comprises a body having a tubular inner space formed therein, a needle coupled to a lower end of the body , and a core shaft slidably disposed in the tubular inner space and the needle , wherein the plurality of needle channels are arranged on the outer circumference of the center shaft radially at equal intervals with reference to a center axis of the center shaft . a needle channel bundle comprising a center shaft and a plurality of needle channels coupled to an outer circumference of the center shaft to be slidable up and down; a channel rotation unit configured to rotate the needle channel bundle by a predetermined angle corresponding to one needle channel ; and a push bar disposed on an upper portion of the needle channel bundle, and configured to push down one needle channel of a predetermined position, wherein each of the needle channels comprises a body having a tubular inner space formed therein, a needle coupled to a lower end of the body , and a core shaft slidably disposed in the tubular inner space and the needle , wherein the plurality of needle channels are arranged on the outer circumference of the center shaft radially at equal intervals with reference to a center axis of the center shaft .
A flapper nozzle system for use in a servovalve, said system comprising a flapper positioned between a first nozzle and a second nozzle , said flapper comprising a first material and a second material , said first material having a first coefficient of thermal expansion and said second material having a second coefficient of thermal expansion and wherein the first and second coefficients of thermal expansion are different to each other, and characterized by said flapper being positioned between said nozzles so that said first material of the flapper faces said first nozzle and said second material of the flapper faces said second nozzle . a first material and a second material , said first material having a first coefficient of thermal expansion and said second material having a second coefficient of thermal expansion and wherein the first and second coefficients of thermal expansion are different to each other, and characterized by said flapper being positioned between said nozzles so that said first material of the flapper faces said first nozzle and said second material of the flapper faces said second nozzle .
An improved apparatus for injecting a therapeutic agent into cardiac tissue at a precise location wherein the apparatus comprises a handle , a catheter , an end effector , and a flexible needle ; the handle comprising a set of motion controllers , a means for advancing the flexible needle ; and the catheter having a proximal end disposed nearest to the handle and extending to a distal end and the end effector, the catheter comprising a means for carrying a vacuum tube, the flexible needle, and a set of guide wires ; wherein the motion controllers manipulate the set of guide wires to guide the end effector to the precise location; the end effector comprising: a body having at least a leading face , a trailing face and a working face , the leading face being the apparatus insertion end, the trailing face being proximal to the catheter and the working face being between the leading and trailing faces; a suction aperture in the working face for selectively affixing the body to the tissue when suction is created by a vacuum chamber that accesses a vacuum port in the trailing face; said vacuum port fittingly coupleable with the vacuum tube carried in the catheter; a deflecting needle tunnel extending from an injection needle port on the trailing face to a working surface port emerging from the vacuum chamber on the working face; whereby advancement of the flexible needle through the tunnel causes the needle to be deflected at an angle. a body having at least a leading face , a trailing face and a working face , the leading face being the apparatus insertion end, the trailing face being proximal to the catheter and the working face being between the leading and trailing faces; a suction aperture in the working face for selectively affixing the body to the tissue when suction is created by a vacuum chamber that accesses a vacuum port in the trailing face; said vacuum port fittingly coupleable with the vacuum tube carried in the catheter; a deflecting needle tunnel extending from an injection needle port on the trailing face to a working surface port emerging from the vacuum chamber on the working face; whereby advancement of the flexible needle through the tunnel causes the needle to be deflected at an angle.
An in-vehicle ventilation system comprising: a host ECU configured to acquire vehicle outside information using wireless communication; an air conditioner ECU configured to control an air conditioner installed in a vehicle compartment; a zone ECU configured to control a device in the vehicle compartment and to communicate with the host ECU and the air conditioner ECU; and a power window unit configured to open and close a window of a vehicle, characterized in that the zone ECU or the host ECU is configured to perform, based on information acquired inside the vehicle compartment (110, i20) and the vehicle outside information (i40) to be acquired by the host ECU, interlocked ventilation control that interlockingly controls the power window unit and the air conditioner ECU such that the strength of ventilation is adjusted by interlocking the presence/absence of an air conditioner operation with the opening/closing of a window. a host ECU configured to acquire vehicle outside information using wireless communication; an air conditioner ECU configured to control an air conditioner installed in a vehicle compartment; a zone ECU configured to control a device in the vehicle compartment and to communicate with the host ECU and the air conditioner ECU; and a power window unit configured to open and close a window of a vehicle, characterized in that the zone ECU or the host ECU is configured to perform, based on information acquired inside the vehicle compartment (110, i20) and the vehicle outside information (i40) to be acquired by the host ECU, interlocked ventilation control that interlockingly controls the power window unit and the air conditioner ECU such that the strength of ventilation is adjusted by interlocking the presence/absence of an air conditioner operation with the opening/closing of a window.
Device for the analysis of a product to be analyzed that is situated in a product space , comprising - a probe housing , - a probe body with a circumferential wall that is arranged in the probe housing , - at least one radiation source and at least one optical receiver , - at least one measurement window in the probe body with an entrance region and an exit region for measurement radiation, - an evaluation unit , - a measurement position of the probe body , at which at least one part of the probe body in which the measurement window is situated plunges through an opening of the probe housing into the product space for analysis, and - a retracted position of the probe body , at which the probe body is at least still partly situated in the region of the opening of the probe housing and covers the opening at the same time, characterized in that - the at least one measurement window is an ATR element , - the ATR element is arranged in at least one subregion of the circumferential wall of the probe body in the beam path, and in that - there are means by means of which the measurement radiation can, after exit from the ATR element , be coupled again into said ATR element. - a probe housing , - a probe body with a circumferential wall that is arranged in the probe housing , - at least one radiation source and at least one optical receiver , - at least one measurement window in the probe body with an entrance region and an exit region for measurement radiation, - an evaluation unit , - a measurement position of the probe body , at which at least one part of the probe body in which the measurement window is situated plunges through an opening of the probe housing into the product space for analysis, and - a retracted position of the probe body , at which the probe body is at least still partly situated in the region of the opening of the probe housing and covers the opening at the same time, characterized in that - the at least one measurement window is an ATR element , - the ATR element is arranged in at least one subregion of the circumferential wall of the probe body in the beam path, and in that - there are means by means of which the measurement radiation can, after exit from the ATR element , be coupled again into said ATR element.
A waste disposal system for malodorous waste packages, namely soiled diapers, the system comprising: a base ; an outer casing ; an inner barrel having an inner volume, the inner barrel being rotatably disposed inside of the outer casing ; a top chamber having at least one door disposed at a top of the top chamber; an actuator configured to control a rotational movement of the inner barrel via rotating gears ; a disposable bag having a flat planar collar , the disposable bag being disposed within the inner barrel ; a first bag attachment mechanism coupled to the outer casing and configured to detachably couple to the collar of the disposable bag , and to keep the collar stationary when a body portion of the disposable bag rotates along with the inner barrel ; and a second bag attachment mechanism configured to detachably couple the body portion of the disposable bag to the inner barrel so the body portion rotates when the inner barrel rotates, wherein the first bag attachment mechanism is a frame assembly disposed above the inner barrel , the frame assembly comprising a roller base and a bag roller rotatable relative to the roller base and configured to be locked into a first position and a second position, the bag roller having at least one stub and a protruding peg disposed on a top side of the bag roller , the at least one stub being inserted through a through-hole of the collar of the disposable bag , the protruding peg being configured to be held by a user to rotate the bag roller and to be pulled upwards to unlock the bag roller from the roller base . a base ; an outer casing ; an inner barrel having an inner volume, the inner barrel being rotatably disposed inside of the outer casing ; a top chamber having at least one door disposed at a top of the top chamber; an actuator configured to control a rotational movement of the inner barrel via rotating gears ; a disposable bag having a flat planar collar , the disposable bag being disposed within the inner barrel ; a first bag attachment mechanism coupled to the outer casing and configured to detachably couple to the collar of the disposable bag , and to keep the collar stationary when a body portion of the disposable bag rotates along with the inner barrel ; and a second bag attachment mechanism configured to detachably couple the body portion of the disposable bag to the inner barrel so the body portion rotates when the inner barrel rotates, wherein the first bag attachment mechanism is a frame assembly disposed above the inner barrel , the frame assembly comprising a roller base and a bag roller rotatable relative to the roller base and configured to be locked into a first position and a second position, the bag roller having at least one stub and a protruding peg disposed on a top side of the bag roller , the at least one stub being inserted through a through-hole of the collar of the disposable bag , the protruding peg being configured to be held by a user to rotate the bag roller and to be pulled upwards to unlock the bag roller from the roller base .
A steel sheet coated with a graphene-polymer composite, comprising: a base steel sheet; and a coating layer of the graphene-polymer composite, formed on the base steel sheet, wherein the graphene-polymer composite comprising, a graphene having a lateral size of 1 to 40μm, a thickness of more than 0nm and 30nm or less, and a surface area of 40 to 1500m2/g; a functional group substituted at an edge of the graphene; and a polymer grafted to the functional group, wherein the functional group substituted at an edge of the graphene is more than the functional group substituted at a basal plane of the graphene, wherein the functional group substituted at an edge of the graphene is characterized in that more than 0% and 5% or less with respect to a weight of graphene and wherein the coating layer of the graphene-polymer composite comprises more than 0wt% and 5wt% or less of graphene with respect to an overall weight of the coating layer, and 90 wt% or more of the graphene contained in the coating layer of the graphene-polymer composite is located in an upper portion, equal to an upper 50% of the coating layer in a thickness direction. a base steel sheet; and a coating layer of the graphene-polymer composite, formed on the base steel sheet, wherein the graphene-polymer composite comprising, a graphene having a lateral size of 1 to 40μm, a thickness of more than 0nm and 30nm or less, and a surface area of 40 to 1500m2/g; a functional group substituted at an edge of the graphene; and a polymer grafted to the functional group, wherein the functional group substituted at an edge of the graphene is more than the functional group substituted at a basal plane of the graphene, wherein the functional group substituted at an edge of the graphene is characterized in that more than 0% and 5% or less with respect to a weight of graphene and wherein the coating layer of the graphene-polymer composite comprises more than 0wt% and 5wt% or less of graphene with respect to an overall weight of the coating layer, and 90 wt% or more of the graphene contained in the coating layer of the graphene-polymer composite is located in an upper portion, equal to an upper 50% of the coating layer in a thickness direction.
A heat exchanger assembly attachable around a fan , wherein the heat exchanger assembly is formed from a substantially cylindrical fan cooling tower which has a heat sink with a plurality of fluid channels for a liquid medium, which fluid channels are fluidically connected to each other, wherein the fan cooling tower has a plurality of air passages for the air of the fan to flow through, through which air passages air-guiding fins extend and which air passages extend in the radial direction, characterized in that in each case adjacent fluid channels are fluidically connected at their one end to the one immediately adjacent fluid channel via an annular channel segment in an upper annular element and at the other end to the further adjacent fluid channel in a lower annular element via a further annular channel segment .
An amount of cyclophosphamide, an amount of a population of Treg cells and an amount of a IL-2 polypeptide for use in a method of inducing or restoring immune tolerance in a patient suffering from IPEX syndrome comprising the steps of i) administering the patient with the said amount of cyclophosphamide, ii) then engrafting the patient with the said amount of the population of Treg cells, and iii) finally administering the patient with the said amount of a IL-2 polypeptide.
An infrastructure equipment forming part of a wireless telecommunications system, the infrastructure equipment comprising transmitter circuitry for transmitting signals representing data via a wireless access interface of the wireless telecommunications system to a communications device , receiver circuitry for receiving signals representing data via the wireless access interface from the communications device, and controller circuitry configured to control the transmitter circuitry and the receiver circuitry to transmit and receive signals via the wireless access interface in accordance with a time divided structure in which the wireless access interface is divided into a plurality of repeating time units, to provide, in each of a first plurality of the time units, one of a plurality of control channels each configured to schedule one of a plurality of data channels, and to provide, in each of a second plurality of time units of the signal transmitted to the communications device, one of the plurality of data channels, the plurality of data channels being formed of multiple consecutive bundles of data channels, wherein the controller circuitry is configured to control the transmitter circuitry to transmit a bundle status indicator in one or more of the plurality of control channels, wherein the bundle status indicator comprises an end of bundle indicator, transmitted in a first control channel, indicating that a data channel scheduled by the first control channel is the last data channel of one of the multiple consecutive bundles of data channels, and wherein the bundle status indicator comprises a switch indicator, transmitted in a second control channel, indicating to the communications device that a time unit after a data channel scheduled by the second control channel is configured for uplink communication to the infrastructure equipment.
Method for acquiring an image of one or more codes that are optically readable by a CMOS electronic image sensor, which is activated on reception, by the sensor, of an external triggering signal (Trig) and which comprises carrying out a measurement image capture in order to determine a desirable exposure-time value, said desirable exposure-time value then being applied as current exposure-time value to all the pixels of the matrix array, in order to carry out a nominal image capture, characterized in that the measurement image capture (Mode-Mes) comprises: - an integrating phase , which is common to the pixels, and in which k different exposure-time values (Ti) of the pixels that are regularly distributed over the rows or columns of the matrix array are applied, each pixel being associated with one exposure-time value among the k different values, k being an integer at least equal to 2; - a rapid-acquiring phase , in which digital image data (DATA(Ti)) are rapidly acquired for the different pixel-exposure-time values, which comprises a rapid read-out phase applying under-sampling of the rows of the matrix array; and - a determining phase , in which the desirable exposure-time value (Topt) is determined by comparing histograms calculated on the basis of the digital image data obtained in the rapid-acquiring phase for each different exposure-time value. - an integrating phase , which is common to the pixels, and in which k different exposure-time values (Ti) of the pixels that are regularly distributed over the rows or columns of the matrix array are applied, each pixel being associated with one exposure-time value among the k different values, k being an integer at least equal to 2; - a rapid-acquiring phase , in which digital image data (DATA(Ti)) are rapidly acquired for the different pixel-exposure-time values, which comprises a rapid read-out phase applying under-sampling of the rows of the matrix array; and - a determining phase , in which the desirable exposure-time value (Topt) is determined by comparing histograms calculated on the basis of the digital image data obtained in the rapid-acquiring phase for each different exposure-time value.
A method of retrieving media data, the method comprising: parsing, by a streaming client of a client device, system level information of a media bitstream encapsulating a video elementary stream, the system level information indicating that the video elementary stream includes one or more supplemental enhancement information (SEI) messages and the system level information including the payload types of each of the SEI messages; extracting, by the streaming client, the payload types from the system level information and using a request to specifically retrieve the one or more SEI messages from the video elementary stream; sending, by the streaming client, the one or more SEI messages and the payload types to one or more processing units of the client device; and determining, by the streaming client, whether to retrieve the media bitstream based on the system level information. parsing, by a streaming client of a client device, system level information of a media bitstream encapsulating a video elementary stream, the system level information indicating that the video elementary stream includes one or more supplemental enhancement information (SEI) messages and the system level information including the payload types of each of the SEI messages; extracting, by the streaming client, the payload types from the system level information and using a request to specifically retrieve the one or more SEI messages from the video elementary stream; sending, by the streaming client, the one or more SEI messages and the payload types to one or more processing units of the client device; and determining, by the streaming client, whether to retrieve the media bitstream based on the system level information.