mhurhangee/patent-ind-claim-en huggingface dataset:
A method , comprising: receiving , by a first network node, an indication of a diagnostic transmission originating from a second network node; receiving , by the first network node, a forwarded transmission corresponding to the diagnostic transmission; and diagnosing , by the first network node, at least one of a presence or a malfunction of an intermediary node between the first network node and the second network node based on the indication of the diagnostic transmission and the forwarded transmission, wherein a header of the diagnostic transmission comprises a first address and a payload of the diagnostic transmission comprises the first address, wherein a header of the forwarded transmission comprises a second address and the payload of the forwarded transmission comprises the first address, and wherein diagnosing the at least one of the presence or the malfunction of the intermediary node comprises determining that the first address in the payload of the forwarded transmission is different than the second address in the header of the forwarded transmission. receiving , by a first network node, an indication of a diagnostic transmission originating from a second network node; receiving , by the first network node, a forwarded transmission corresponding to the diagnostic transmission; and diagnosing , by the first network node, at least one of a presence or a malfunction of an intermediary node between the first network node and the second network node based on the indication of the diagnostic transmission and the forwarded transmission, wherein a header of the diagnostic transmission comprises a first address and a payload of the diagnostic transmission comprises the first address, wherein a header of the forwarded transmission comprises a second address and the payload of the forwarded transmission comprises the first address, and wherein diagnosing the at least one of the presence or the malfunction of the intermediary node comprises determining that the first address in the payload of the forwarded transmission is different than the second address in the header of the forwarded transmission.
A data connection establishment method, wherein the method comprises a step of : receiving (S410, S210), by a server of a push system, a first connection request for a long connection to the server sent by a first client belonging to a local area network, wherein the first connection request comprises a first address of the first client; wherein the first address comprises an IP address of the local area network; said method being characterized in that further comprises the steps of : using, by the server, the IP address comprised in the first address of the first client for searching (S420, S220) a preset storage unit for a second client belonging to the local area network as the first client and having a long connection established with the server, wherein the preset storage unit is configured to store, for all clients having established a long connection to the server, the respective client and a first address of the respective client comprising an IP address of a local area network of the respective client and second address of the respective client in the respective local area network ; and if the second client is found, reading (S430, S230), by the server, the second address of the second client, and returning, by the server, a first reply message to the first client, wherein the first reply message comprises the second address of the second client, wherein the first reply message is used to instruct the first client to establish a connection to the second client according to the second address in the first reply message. using, by the server, the IP address comprised in the first address of the first client for searching (S420, S220) a preset storage unit for a second client belonging to the local area network as the first client and having a long connection established with the server, wherein the preset storage unit is configured to store, for all clients having established a long connection to the server, the respective client and a first address of the respective client comprising an IP address of a local area network of the respective client and second address of the respective client in the respective local area network ; and if the second client is found, reading (S430, S230), by the server, the second address of the second client, and returning, by the server, a first reply message to the first client, wherein the first reply message comprises the second address of the second client, wherein the first reply message is used to instruct the first client to establish a connection to the second client according to the second address in the first reply message.
A moulded vehicle floor having an integral seat attachment point , characterised in that the floor comprises a seat attachment insert that is over-moulded into the floor, wherein the seat attachment point is provided on the seat attachment insert.
A profile for a loading area for securing cargo, in particular a loading area of a vehicle, a trailer, a transport container or the like, - having a main body that extends in a longitudinal direction and the length of which is a multiple of its width, - said main body having an attachment portion which may be arranged with respect to the loading area and a fastening portion which extends adjacent to the attachment portion and has a plurality of through holes longitudinally spaced apart from one another, characterised in that - provision is made for at least one closure element to be present which is provided on an inner side of the fastening portion and which in an initial position abuts on said inner side of the fastening portion and closes the through bores , - the closure element may be transferred to a fastening position in which at least one through bore is opened, and - at least one hook of a cargo securing device may be positioned in said through bore . - having a main body that extends in a longitudinal direction and the length of which is a multiple of its width, - said main body having an attachment portion which may be arranged with respect to the loading area and a fastening portion which extends adjacent to the attachment portion and has a plurality of through holes longitudinally spaced apart from one another, characterised in that - provision is made for at least one closure element to be present which is provided on an inner side of the fastening portion and which in an initial position abuts on said inner side of the fastening portion and closes the through bores , - the closure element may be transferred to a fastening position in which at least one through bore is opened, and - at least one hook of a cargo securing device may be positioned in said through bore .
Apparatus for the analysis of biological liquid samples, the apparatus comprising: - a measurement chamber defining a sample volume with an inlet and an outlet , - a fluid handling system adapted for feeding a liquid sample to the sample volume through the inlet and for removing the liquid sample through the outlet; - at least one analyte sensor (3a-i, 4) in contact with the sample volume, wherein the analyte sensor is adapted to produce an analyte sensor output representing a quantitative measurement of an analyte in the liquid sample; - a thermostatic sample heater device adapted for controlling a sample temperature of the liquid sample in the measurement chamber; and - a processor unit ; wherein the processor unit is configured for determining an initial temperature of the liquid sample injected into the measurement chamber based on flow data from the fluid handling system and sample heating data from the sample heater device. for the analysis of biological liquid samples, the apparatus comprising: - a measurement chamber defining a sample volume with an inlet and an outlet , - a fluid handling system - a measurement chamber defining a sample volume with an inlet and an outlet , - a fluid handling system adapted for feeding a liquid sample to the sample volume through the inlet and for removing the liquid sample through the outlet; - at least one analyte sensor (3a-i, 4) in contact with the sample volume, - at least one analyte sensor (3a-i, 4) in contact with the sample volume, - a thermostatic sample heater device adapted for controlling a sample temperature of the liquid sample in the measurement chamber; and - a processor unit ; wherein the processor unit is configured for determining an initial temperature of the liquid sample injected into the measurement chamber based on flow data from the fluid handling system and sample heating data from the sample heater device.
A display including two or more first relief structures (RS1), wherein each of the two or more first relief structures (RS1) includes a smooth first reflection surface and a plurality of protrusions or recesses, each top surface of the protrusions or each bottom of the recesses is a smooth second reflection surface parallel to the first reflection surface , and each of the two or more first relief structures (RS1) is configured to display a mixed color as a structural color by mixing a plurality of wavelength components of visible light wavelengths, characterized in that the second reflection surface has a circular shape or regular polygonal shape with five vertices or more, one of the first relief structures (RS1) and another of the first relief structures (RS1) are configured to display different mixed colors, and one of the first relief structures (RS1) displaying the different mixed colors and another of the first relief structures (RS1) displaying the different mixed colors are different from each other in the heights or depths of the second reflection surfaces relative to the first reflection surface , and the display includes a plurality of pixels (PX) arranged two-dimensionally, wherein each of the first relief structures (RS1) constitutes a portion or a whole of one of the pixels (PX), and the second reflection surfaces have the same shape, the same dimension, and an equal height or depth relative to the first reflection surface , and are arranged regularly in each first relief structure (RS1) of each of the pixels. the second reflection surface has a circular shape or regular polygonal shape with five vertices or more, one of the first relief structures (RS1) and another of the first relief structures (RS1) are configured to display different mixed colors, and one of the first relief structures (RS1) displaying the different mixed colors and another of the first relief structures (RS1) displaying the different mixed colors are different from each other in the heights or depths of the second reflection surfaces relative to the first reflection surface , and the display includes a plurality of pixels (PX) arranged two-dimensionally, wherein each of the first relief structures (RS1) constitutes a portion or a whole of one of the pixels (PX), and the second reflection surfaces have the same shape, the same dimension, and an equal height or depth relative to the first reflection surface , and are arranged regularly in each first relief structure (RS1) of each of the pixels.
A towable agricultural implement comprising a frame and at least one tillage tool operatively attached to the frame , the frame being supported above a ground surface by implement support wheels operatively connected to the frame by a depth control arrangement , to thereby control a depth of penetration below the ground surface of the at least one tillage tool , wherein the towable agricultural implement further comprises a remotely positionable stabilizer wheel arrangement attached to the frame in a manner providing selective stabilizing support of the implement , the remotely positionable stabilizer wheel arrangement including an electronic control unit that is configured for receiving an input signal indicative of a desired position of a stabilizer wheel , characterized in that the control unit is configured for automatically controlling an electrically powered linear actuator that is operatively connected for positioning and holding the stabilizer wheel at the desired position of the stabilizer wheel with respect to the frame .
A method for dispensing a fluid sample on a substrate , the method comprising: obtaining an image of a sample applicator in proximity to the substrate , wherein the image comprises a first image of the sample applicator and a second image of the sample applicator ; determining a height (h) of the sample applicator relative to a surface plane of the substrate based on a distance between common portions of the first and second images ; and dispensing the fluid sample onto the substrate using the sample applicator , wherein the dispensing comprises: translating the sample applicator , translating the substrate , or translating both the sample applicator and the substrate to effect a relative translation between the sample applicator and the substrate ; and maintaining the sample applicator within 2 microns of a target height relative to the surface plane of the substrate during the translating. obtaining an image of a sample applicator in proximity to the substrate , wherein the image comprises a first image of the sample applicator and a second image of the sample applicator ; determining a height (h) of the sample applicator relative to a surface plane of the substrate based on a distance between common portions of the first and second images ; and dispensing the fluid sample onto the substrate using the sample applicator , wherein the dispensing comprises: translating the sample applicator , translating the substrate , or translating both the sample applicator and the substrate to effect a relative translation between the sample applicator and the substrate ; and maintaining the sample applicator within 2 microns of a target height relative to the surface plane of the substrate during the translating. translating the sample applicator , translating the substrate , or translating both the sample applicator and the substrate to effect a relative translation between the sample applicator and the substrate ; and maintaining the sample applicator within 2 microns of a target height relative to the surface plane of the substrate during the translating.
Use of a rod-shaped sample transfer tool for the direct transfer of small samples containing nucleic acids into an enzymatic reaction, wherein said sample transfer tool is sized to be suitable for the direct transfer sample volumes of smaller than 1 μg, or sample amounts of from 10 to 500 μg, and includes a region designed for contact with the sample containing the nucleic acid which is coated with one or more active substances that, in an enzymatic reaction taking place after a transfer, inhibit, inactivate, or reduce the inhibitors effect of, those substances contained in said sample containing nucleic acids that inhibit the enzymatic reaction taking place after the transfer, by at least partially binding or inactivating such substances contained in the sample.
Solar concentrator comprising: - a concentrator's main body; - a pedestal ; - a plurality of transverse arms supported by the concentrator's main body, wherein the transverse arms are connected to a plurality of longitudinal bars ; - one or more facets used as reflective element of the solar concentrator , the facet comprising a facet's main body defining a front surface and a back surface, wherein the back surface of the facet's main body is attached to at least three substantially linear ribs , which are arranged substantially parallel along said back surface; wherein at least one of the three ribs is configured with adjustable anchoring means adapted for their connection to the longitudinal bars , such that the distance between at least one of the three ribs and the longitudinal bars can be varied by adjusting the anchoring means ; and wherein the longitudinal bars are configured with a plurality of anchoring points adapted to attach the facets to the longitudinal bars through the anchoring means ; the solar concentrator being characterised in that each rib comprises a plurality of anchoring orifices adapted for receiving the adjustable anchoring means . - a concentrator's main body; - a pedestal ; - a plurality of transverse arms supported by the concentrator's main body, wherein the transverse arms are connected to a plurality of longitudinal bars ; - one or more facets used as reflective element of the solar concentrator , the facet comprising a facet's main body defining a front surface and a back surface, wherein the back surface of the facet's main body is attached to at least three substantially linear ribs , which are arranged substantially parallel along said back surface; wherein at least one of the three ribs is configured with adjustable anchoring means adapted for their connection to the longitudinal bars , such that the distance between at least one of the three ribs and the longitudinal bars can be varied by adjusting the anchoring means ; and wherein the longitudinal bars are configured with a plurality of anchoring points adapted to attach the facets to the longitudinal bars through the anchoring means ; the solar concentrator being characterised in that each rib comprises a plurality of anchoring orifices adapted for receiving the adjustable anchoring means .
A modular solar-energy and rainwater collection apparatus comprising: a collector mount adapted both for securement to a building and to an angularly-adjustable support ; at least one solar cell ; a plurality of rainwater collectors supportable by the collector mount , each rainwater collector having: a base ; and at least one solar-cell retainer , for securing said at least one solar cell relative to the base of at least one said rainwater collector ; and connection means for rigidly interconnecting a plurality of like rainwater collectors so that the bases are in abutted liquid communication with each other thus forming a modular rainwater collection area ; characterised in that an upper surface of the solar-cell retainer includes an inwardly-directed slope for runoff precipitation onto said at least one solar cell . a collector mount adapted both for securement to a building and to an angularly-adjustable support ; at least one solar cell ; a plurality of rainwater collectors supportable by the collector mount , each rainwater collector having: a base ; and at least one solar-cell retainer , for securing said at least one solar cell relative to the base of at least one said rainwater collector ; and connection means for rigidly interconnecting a plurality of like rainwater collectors so that the bases are in abutted liquid communication with each other thus forming a modular rainwater collection area ; characterised in that an upper surface of the solar-cell retainer includes an inwardly-directed slope for runoff precipitation onto said at least one solar cell . a base ; and at least one solar-cell retainer , for securing said at least one solar cell relative to the base of at least one said rainwater collector ; and connection means for rigidly interconnecting a plurality of like rainwater collectors so that the bases are in abutted liquid communication with each other thus forming a modular rainwater collection area ; characterised in that an upper surface of the solar-cell retainer includes an inwardly-directed slope for runoff precipitation onto said at least one solar cell .
Device for measuring at least one characteristic of a fluid , comprising at least: - a sensor comprising a first main face provided with at least one sensing part that is sensitive to said characteristic and intended to be in contact with the fluid, and a second main face opposite the first main face and provided with at least one first electrical contact element on which at least one measurement signal from the sensor can be obtained; - a support comprising a first main face provided with at least one second electrical contact element electrically connected to the first electrical contact element , a second main face opposite the first main face of the support , and at least one opening passing through the first and second main faces of the support ; - a cap attached to the second main face of the sensor and delimiting, with the second main face of the sensor , at least one cavity that is hermetically closed and facing which is arranged at least the sensing part of the sensor ; wherein the second main face of the sensor is attached in a watertight and/or hermetically-sealed manner to the second main face of the support at least at the periphery of the opening , and such that at least one part of the first electrical contact element is arranged facing and/or inside the opening , characterized in that the sensing part of the sensor is laterally offset relative to the opening of the support and is not surrounded by a region of the sensor attached to the support . - a sensor comprising a first main face provided with at least one sensing part that is sensitive to said characteristic and intended to be in contact with the fluid, and a second main face opposite the first main face and provided with at least one first electrical contact element on which at least one measurement signal from the sensor can be obtained; - a support comprising a first main face provided with at least one second electrical contact element electrically connected to the first electrical contact element , a second main face opposite the first main face of the support , and at least one opening passing through the first and second main faces of the support ; - a cap attached to the second main face of the sensor and delimiting, with the second main face of the sensor , at least one cavity that is hermetically closed and facing which is arranged at least the sensing part of the sensor ;