mhurhangee/patent-ind-claim-en huggingface dataset:
An ultraviolet (UV) reactor for irradiating a flow of fluid with UV radiation, the reactor comprising: a fluid conduit defined by a heat conducting conduit body comprising one or more heat conducting walls for permitting a flow of fluid therethrough; a printed circuit board (PCB) comprising a heat conducting substrate having a first surface comprising a circuit region ; a solder mask coating in the circuit region of the first surface of the heat conducting substrate ; and a UV light emitting diode (UV-LED) operatively connected to the PCB in the circuit region , the UV-LED oriented for directing radiation into the fluid conduit ; wherein the heat conducting conduit body is in thermal contact with the first surface of the heat conducting substrate of the PCB; wherein a thermal contact region of the first surface of the heat conducting substrate is a portion of the first surface that is in thermal contact with the heat conducting conduit body ; wherein the reactor is adapted to dissipate heat from the UV-LED via the heat conducting substrate, the thermal contact between the first surface of the heat conducting substrate and the heat conducting conduit body , and from the one or more heat conducting walls of the heat conducting conduit body to the fluid in the fluid conduit ; and wherein the thermal contact region is devoid of the solder mask coating . a fluid conduit defined by a heat conducting conduit body comprising one or more heat conducting walls for permitting a flow of fluid therethrough; a printed circuit board (PCB) comprising a heat conducting substrate having a first surface comprising a circuit region ; a solder mask coating in the circuit region of the first surface of the heat conducting substrate ; and a UV light emitting diode (UV-LED) operatively connected to the PCB in the circuit region , the UV-LED oriented for directing radiation into the fluid conduit ; wherein the heat conducting conduit body is in thermal contact with the first surface of the heat conducting substrate of the PCB; wherein a thermal contact region of the first surface of the heat conducting substrate is a portion of the first surface that is in thermal contact with the heat conducting conduit body ; wherein the reactor is adapted to dissipate heat from the UV-LED via the heat conducting substrate, the thermal contact between the first surface of the heat conducting substrate and the heat conducting conduit body , and from the one or more heat conducting walls of the heat conducting conduit body to the fluid in the fluid conduit ; and wherein the thermal contact region is devoid of the solder mask coating .
An intermodal pocket wagon with a carrying platform and a console connected with each other with a connecting mechanism and equipped with two-axle bogies , and the console is outfitted with a horizontal arched beam equipped with screw jack supports , and the beam is outfitted to be moved transversally against the console and to move an adjacent end of the carrying platform along the chassis, characterized in that the arched beam is mounted on a horizontal guide and consists of a central movable section and side foldable sections hinged to the central section and located along the console in a folded position.
A tire mounted on a transportation means, the tire comprising: a tire body including a tread region that faces a surface of a road during at least the driving of the transportation means; and an electromagnetic tag module disposed in the tire body and configured to transmit or receive one or more signals, wherein, the electromagnetic tag module includes an electromagnetic tag , a cover layer that is disposed on an inner side surface of the electromagnetic tag and separate from the tire body, and a radio wave guide layer disposed on an outer side surface of the electromagnetic tag , wherein the cover layer includes a base rubber, a reinforcing filler, and an insulating filler, and has a specific resistance of 10 7 Q m or more, and characterized in that the radio wave guide layer includes a rubber composition having a specific resistance less than 10 7 Ω·m. a tire body including a tread region that faces a surface of a road during at least the driving of the transportation means; and an electromagnetic tag module disposed in the tire body and configured to transmit or receive one or more signals, wherein, the electromagnetic tag module includes an electromagnetic tag , a cover layer that is disposed on an inner side surface of the electromagnetic tag and separate from the tire body, and a radio wave guide layer disposed on an outer side surface of the electromagnetic tag , wherein the cover layer includes a base rubber, a reinforcing filler, and an insulating filler, and has a specific resistance of 10 7 Q m or more, and characterized in that the radio wave guide layer includes a rubber composition having a specific resistance less than 10 7 Ω·m.
Method for producing a wind turbine blade having a blade body comprising a body part and a tip part, the blade being produced by using a mold, whereby a prefabricated tip part having a first connection interface is arranged adjacent to the mold for producing the body part, whereby building elements for building the body part are arranged in the mold providing a second connection interface which corresponds to and connects to the first connection interface , whereafter both connection interfaces are fixed by applying a fixing agent and curing it, characterized in that the separate building elements of the whole body part are arranged in the mold and are infused with a resin used as the fixing agent and are embedded in a resin matrix together with both connection interfaces after curing the resin.
A chromatographic medium, comprising: a separating agent layer , configured to separate target substances; and a permeation layer , which is laminated so as to face the separating agent layer and which is configured to enable permeation of the target substances separated by the separating agent layer , wherein a region in which the permeation layer is not present is present on a part of the separating agent layer in a region of the chromatographic medium between a dip end part, which is dipped in a developing solution used to develop the target substances, and half the length of the chromatographic medium in a direction of development, and configured for spotting the target substances, wherein the separating agent layer exhibits separating property for the target substances and exhibits optical responsiveness to ultraviolet rays, and wherein the permeation layer exhibits optical responsiveness to ultraviolet rays that is different from those of the target substances and the separating agent layer . a separating agent layer , configured to separate target substances; and a permeation layer , which is laminated so as to face the separating agent layer and which is configured to enable permeation of the target substances separated by the separating agent layer , wherein a region in which the permeation layer is not present is present on a part of the separating agent layer in a region of the chromatographic medium between a dip end part, which is dipped in a developing solution used to develop the target substances, and half the length of the chromatographic medium in a direction of development, and configured for spotting the target substances, wherein the separating agent layer exhibits separating property for the target substances and exhibits optical responsiveness to ultraviolet rays, and wherein the permeation layer exhibits optical responsiveness to ultraviolet rays that is different from those of the target substances and the separating agent layer .
A method comprising: receiving , by a reference cable modem, a first time from a cable modem termination system, CMTS, the first time derived according to a DOCSIS timing protocol; receiving , by the reference cable modem, a second time from a second timing source and according to an external timing protocol different than the DOCSIS timing protocol; calculating , by the reference cable modem, a difference time value between the first time and the second time; and sending , by the reference cable modem, the difference time value to the CMTS. receiving , by a reference cable modem, a first time from a cable modem termination system, CMTS, the first time derived according to a DOCSIS timing protocol; receiving , by the reference cable modem, a second time from a second timing source and according to an external timing protocol different than the DOCSIS timing protocol; calculating , by the reference cable modem, a difference time value between the first time and the second time; and sending , by the reference cable modem, the difference time value to the CMTS.
Laundry care appliance with an outer tub for accommodating washing liquid , a turbidity sensor for detecting a turbidity of the washing liquid accommodated in the outer tub , wherein the turbidity sensor is arranged within a turbidity detection region that lies in the outer tub or in a line fluidically communicating with the outer tub , a fresh water supply element , which is fluidically connected to the turbidity detection region and is embodied to supply fresh water (113-1) to the turbidity detection region, a drain line , which fluidically connects the turbidity detection region to a drain of the laundry care appliance , a pump , which is arranged in the drain line and is embodied to discharge pump washing liquid out of the turbidity detection region and out of the laundry care appliance through the drain line , and a controller , which is connected to the fresh water supply element , the turbidity sensor and the pump from a control perspective, wherein the controller is embodied to activate the pump in order to pump washing liquid out of the turbidity detection region and into the drain line , wherein the controller is embodied to activate the fresh water supply element , in order to supply fresh water (113-1) to the turbidity detection region, wherein the controller is embodied, after the supply of the fresh water (113-1) to the turbidity detection region, to store a turbidity of the washing liquid in the turbidity detection region detected by the turbidity sensor as a zero value for the turbidity sensor , in order to calibrate the turbidity sensor , characterised in that the laundry care appliance has a power detection element, which is embodied to detect an electrical power value of a pump drive of the pump , wherein the controller is embodied to deactivate the pump when an electrical power value detected by the power detection element exceeds a power threshold value, and the controller is embodied to terminate the supply of the fresh water (113-1) when an electrical power value detected by the power detection element exceeds a power threshold value. wherein the controller is embodied to activate the fresh water supply element , in order to supply fresh water (113-1) to the turbidity detection region, wherein the controller is embodied, after the supply of the fresh water (113-1) to the turbidity detection region, to store a turbidity of the washing liquid in the turbidity detection region detected by the turbidity sensor as a zero value for the turbidity sensor , in order to calibrate the turbidity sensor , characterised in that the laundry care appliance has a power detection element, which is embodied to detect an electrical power value of a pump drive of the pump , wherein the controller is embodied to deactivate the pump when an electrical power value detected by the power detection element exceeds a power threshold value, and the controller is embodied to terminate the supply of the fresh water (113-1) when an electrical power value detected by the power detection element exceeds a power threshold value.
A method for manufacturing a metal rack comprising: a preforming process for obtaining a round rod-like shaped metal intermediate material having a concave groove on an outer circumferential surface of the intermediate material , the concave groove extending in an axial direction of the intermediate material and being recessed inward in a radial direction of the intermediate material , a teeth-forming process for forming a plurality of raw rack teeth by pressing a teeth forming concave and convex section having a concave and convex shape with respect to the axial direction on a surface on an opposite side of the concave groove with respect to the radial direction of the outer circumferential surface of the intermediate material , in a state where portions on both sides of the concave groove with respect to a circumferential direction of the intermediate material on the outer circumferential surface of the intermediate material is constrained and an inner surface of the concave groove is not constrained, and a finishing forming process for performing a finishing forming to the raw rack teeth to form rack teeth . a preforming process for obtaining a round rod-like shaped metal intermediate material having a concave groove on an outer circumferential surface of the intermediate material , the concave groove extending in an axial direction of the intermediate material and being recessed inward in a radial direction of the intermediate material , a teeth-forming process for forming a plurality of raw rack teeth by pressing a teeth forming concave and convex section having a concave and convex shape with respect to the axial direction on a surface on an opposite side of the concave groove with respect to the radial direction of the outer circumferential surface of the intermediate material , in a state where portions on both sides of the concave groove with respect to a circumferential direction of the intermediate material on the outer circumferential surface of the intermediate material is constrained and an inner surface of the concave groove is not constrained, and a finishing forming process for performing a finishing forming to the raw rack teeth to form rack teeth .
Capacitive electrode for a membrane-based device, the electrode comprising: - an electrode housing comprising: ∼ a number of housing walls that enclose a housing space; and ∼ an opening that is operatively connected to the housing space, and wherein the opening is configured to be positioned adjacent an end membrane of a membrane stack; - a capacitive layer that is positioned in the housing space; - a current feeder that is positioned in the housing space and that is in electrical contact with the capacitive layer; - a gel layer that is positioned in contact with the capacitive layer; wherein the gel layer is provided in or adjacent to the opening such that the gel layer seals the opening of the electrode housing, or wherein the gel layer is positioned near a bottom housing wall of the housing and the current feeder is positioned in or near the opening. - an electrode housing comprising: ∼ a number of housing walls that enclose a housing space; and ∼ an opening that is operatively connected to the housing space, and wherein the opening is configured to be positioned adjacent an end membrane of a membrane stack; ∼ a number of housing walls that enclose a housing space; and ∼ an opening that is operatively connected to the housing space, and wherein the opening is configured to be positioned adjacent an end membrane of a membrane stack; - a capacitive layer that is positioned in the housing space; - a current feeder that is positioned in the housing space and that is in electrical contact with the capacitive layer; - a gel layer that is positioned in contact with the capacitive layer;
A method for a terminal, the method comprising: transmitting, to a session management function, SMF, via an access and mobility management function, AMF, a protocol data unit, PDU, setup request message including information indicating that the terminal supports a switch mode; receiving, from the SMF via the AMF, switch mode configuration information associated with the switch mode; and performing a switch mode operation based on the switch mode configuration information, wherein the switch mode configuration information includes information indicating whether to execute a spanning tree algorithm. transmitting, to a session management function, SMF, via an access and mobility management function, AMF, a protocol data unit, PDU, setup request message including information indicating that the terminal supports a switch mode; receiving, from the SMF via the AMF, switch mode configuration information associated with the switch mode; and performing a switch mode operation based on the switch mode configuration information, wherein the switch mode configuration information includes information indicating whether to execute a spanning tree algorithm.
Apparatus for decoding a Bayer-mask or like coded image comprising a value for one of a set of colours at each pixel of the image to provide a decoded value for each of the set of colours at each pixel of the image , the apparatus comprising: a selected colour interpolation filter for deriving from the coded image an array having for a selected colour a value at each pixel of the image, said array forming a first decoded colour value output ; a colour difference unit for calculating from the array a colour difference signal at each of the pixels associated with other colours; a first interpolation filter for deriving a first full-resolution grid of each colour difference signal; a second interpolation filter , taking a larger number of colour difference signal inputs than said first interpolation filter, for deriving a second full-resolution grid of each colour difference signal; a cross colour measure generating a cross-colour weighting signal having a value at each pixel formed as a function of a sum and a difference of the colour difference signals, and from the cross-colour weighting signal generating a cross-colour suppression signal based on a variance of the cross-colour weighting signal; a mixer for forming a mixed colour difference signal from said first and second full-resolution grids in accordance with said cross-colour suppression signal; and a combiner for combining said mixed colour difference signal and said first decoded colour value output to derive at least second and third decoded colour value outputs . a selected colour interpolation filter for deriving from the coded image an array having for a selected colour a value at each pixel of the image, said array forming a first decoded colour value output ; a colour difference unit for calculating from the array a colour difference signal at each of the pixels associated with other colours; a first interpolation filter for deriving a first full-resolution grid of each colour difference signal; a second interpolation filter , taking a larger number of colour difference signal inputs than said first interpolation filter, for deriving a second full-resolution grid of each colour difference signal; a cross colour measure generating a cross-colour weighting signal having a value at each pixel formed as a function of a sum and a difference of the colour difference signals, and from the cross-colour weighting signal generating a cross-colour suppression signal based on a variance of the cross-colour weighting signal; a mixer for forming a mixed colour difference signal from said first and second full-resolution grids in accordance with said cross-colour suppression signal; and a combiner for combining said mixed colour difference signal and said first decoded colour value output to derive at least second and third decoded colour value outputs .
Supporting framework for bearing an admissible pressure force between 100 kN and 1000 kN per framework post (16a-d) of the supporting framework and said framework post may be arranged on the ground, wherein the supporting framework comprises a connector ; at least two bars (24a-d) and at least two bolts (26a-h), wherein the at least two bars (24a-d) are each arranged on the connector in a reversible and releasable manner by means of at least one bolt (26a-h), characterized in that a) the at least two bars (24a-d) are embodied from steel having an upper yield strength of more than 490 MPa, and b) the bar height (RH), as measured perpendicular to the longitudinal axis of the at least two bolts (26a-h) and perpendicular to the longitudinal axis of the at least two bars (24a-d), is less than 200 mm, wherein c) the at least two bolts (26a-h) are each embodied in the form of a plug-in bolt and each embodied in the form of a fit bolt. a) the at least two bars (24a-d) are embodied from steel having an upper yield strength of more than 490 MPa, and b) the bar height (RH), as measured perpendicular to the longitudinal axis of the at least two bolts (26a-h) and perpendicular to the longitudinal axis of the at least two bars (24a-d), is less than 200 mm, c) the at least two bolts (26a-h) are each embodied in the form of a plug-in bolt and each embodied in the form of a fit bolt.
A method for propeller balancing of an aircraft , the method comprising: operating a propeller in-flight; receiving propeller vibration data during operation of the propeller in-flight; computing, after at least one flight of the aircraft , an average vibration magnitude and an average vibration phase angle based on the propeller vibration data; retrieving propeller configuration data from memory; retrieving, from memory, propeller calibration data comprising at least one influence coefficient indicative of an impact of at least one balancing weight on correcting an imbalance of the propeller ; tuning the at least one influence coefficient according to one of the propeller configuration data and a flight condition of the aircraft ; determining a propeller balancing solution by identifying, using at least one balance equation and based on the average vibration magnitude, the average vibration phase angle, and the at least one influence coefficient, a value for the at least one balancing weight and a placement location for the at least one balancing weight for correcting the imbalance of the propeller ; and generating a balancing need indication by outputting the propeller balancing solution. operating a propeller in-flight; receiving propeller vibration data during operation of the propeller in-flight; computing, after at least one flight of the aircraft , an average vibration magnitude and an average vibration phase angle based on the propeller vibration data; retrieving propeller configuration data from memory; retrieving, from memory, propeller calibration data comprising at least one influence coefficient indicative of an impact of at least one balancing weight on correcting an imbalance of the propeller ; tuning the at least one influence coefficient according to one of the propeller configuration data and a flight condition of the aircraft ; determining a propeller balancing solution by identifying, using at least one balance equation and based on the average vibration magnitude, the average vibration phase angle, and the at least one influence coefficient, a value for the at least one balancing weight and a placement location for the at least one balancing weight for correcting the imbalance of the propeller ; and generating a balancing need indication by outputting the propeller balancing solution.