mhurhangee/patent-ind-claim-en huggingface dataset:
A multi-use biosensor for detecting the presence and/or concentration of a target analyte in a fluidic biological sample, the multi-use biosensor comprising: an electrode; a plurality of nanobeads dispensed on the electrode, wherein each of the plurality of nanobeads has at least one enzyme coupled thereto, wherein the enzyme interacts with the target analyte for detection of the target analyte; and a semi-permeable membrane disposed on the plurality of the nanobeads, wherein the membrane immobilizes the plurality of nanobeads on the electrode, and wherein the membrane is permeable to the target analyte to be detected but substantially impermeable to the enzyme coupled to the nanobeads, and wherein the at least one enzyme is coupled to each of the nanobeads via crosslinking, and wherein the plurality of nanobeads are coated with streptavidin, and wherein the at least one enzyme is conjugated to biotin. an electrode; a plurality of nanobeads dispensed on the electrode, wherein each of the plurality of nanobeads has at least one enzyme coupled thereto, wherein the enzyme interacts with the target analyte for detection of the target analyte; and a semi-permeable membrane disposed on the plurality of the nanobeads, wherein the membrane immobilizes the plurality of nanobeads on the electrode, and wherein the membrane is permeable to the target analyte to be detected but substantially impermeable to the enzyme coupled to the nanobeads, and wherein the at least one enzyme is coupled to each of the nanobeads via crosslinking, and wherein the plurality of nanobeads are coated with streptavidin, and wherein the at least one enzyme is conjugated to biotin.
- Method for measuring temperatures or comparing thermal resistances in a power electronic system comprising at least a first power unit (S1, PU1, MO1) and a heat source thermally connected through a connection layer (Mj, BP, HS) to a cooling means , the method comprising, while said first power unit is in an open state such as it does not dissipate heat , providing a limited current in said first power unit, said limited current being unable to turn said first power unit in a power conducting state, measuring a temperature T1 of said first power unit using a thermal sensitive electrical parameter TSEP of said first power unit, calculating a temperature T CL of the connection layer as being equal to such first temperature T1 since said first power unit (S1, PU1, MO1) in an open state does not generate heat .
A method of producing an operating fluid tank of plastic for a motor vehicle including the following steps: - providing a mold core produced from a, preferably pourable or flowable, mold core material, wherein the mold core has at least one holding region , by way of which the mold core is held in a tool mold or in a plastic shaping machine, - surrounding the mold core with a plastic melt , wherein at least one opening remains in the operating fluid tank in the at least one holding region , by way of which the mold core is held in a tool mold or a plastic shaping machine, and - removing the mold core material from the operating fluid tank by way of the remaining opening , characterised in that a stable-shape functional element is arranged at a limited portion of the mold core , that is separate from the at least one holding region , and is held by the mold core while being surrounded with the plastic melt , wherein upon being surrounded with the plastic melt an inner surface of the operating fluid tank is formed, to which the functional element is connected upon being surrounded with the plastic melt and wherein the functional element is held in material-bonded and/or positively locking relationship after hardening of the plastic melt and removal of the mold core material by the operating fluid tank in such a way that the functional element has access to the interior of the operating fluid tank , wherein the functional element includes an electronic functional element. - providing a mold core produced from a, preferably pourable or flowable, mold core material, wherein the mold core has at least one holding region , by way of which the mold core is held in a tool mold or in a plastic shaping machine, - surrounding the mold core with a plastic melt , wherein at least one opening remains in the operating fluid tank in the at least one holding region , by way of which the mold core is held in a tool mold or a plastic shaping machine, and - removing the mold core material from the operating fluid tank by way of the remaining opening ,
A telecommunication network , comprising: a set of functions which comprises at least one access function and at least one network function; wherein the telecommunication network is configured to provide a plurality of compositions of functions based on at least one access function and at least one network function, and each composition of functions from the plurality of compositions of functions is uniquely identified by an identifier; wherein the telecommunication network is further configured to provide to a terminal equipment one or more compositions of functions from the plurality of compositions of functions based on at least one access function and at least one network function; wherein the telecommunication network is further configured to make available the information of the one or more compositions of functions to the terminal equipment ; wherein the information of the one or more compositions of functions comprises (i) a unique identifier and (ii) performance and/or functional information of each composition of functions of the one or more compositions of functions; wherein the telecommunication network is further configured to receive a selection request for using at least one of the one or more compositions of functions from the terminal equipment ; wherein the telecommunication network is further configured to respond to the selection request from the terminal equipment . a set of functions which comprises at least one access function and at least one network function; wherein the telecommunication network is configured to provide a plurality of compositions of functions based on at least one access function and at least one network function, and each composition of functions from the plurality of compositions of functions is uniquely identified by an identifier; wherein the telecommunication network is further configured to provide to a terminal equipment one or more compositions of functions from the plurality of compositions of functions based on at least one access function and at least one network function; wherein the telecommunication network is further configured to make available the information of the one or more compositions of functions to the terminal equipment ; wherein the information of the one or more compositions of functions comprises (i) a unique identifier and (ii) performance and/or functional information of each composition of functions of the one or more compositions of functions; wherein the telecommunication network is further configured to receive a selection request for using at least one of the one or more compositions of functions from the terminal equipment ; wherein the telecommunication network is further configured to respond to the selection request from the terminal equipment .
A system for ascertaining an attribute of a sample material comprising: a portable scanning device including: a chamber configured as a controlled environment for capturing an image of a sample material contained in the chamber; an openable member configured to enable access to the chamber, wherein ambient light of an external environment is blocked from the chamber when the openable member is closed; an exterior surface configured to receive a handheld mobile device that includes a camera device; a shelf inside the chamber and configured to receive the sample material; and an opening through the exterior surface to the chamber to enable the camera device of the handheld mobile device to capture the image of the sample material when the handheld mobile device is positioned on the exterior surface such that the camera device is positioned over the opening and faces the shelf, characterised in that the exterior surface comprises a plurality of positioners configured to orient the handheld mobile device for capturing the image of the sample material with the camera device, wherein a positioner is adjustable to fit a plurality of handheld mobile devices of different sizes; and a marker that enables the handheld mobile device to automatically focus the camera device. a chamber configured as a controlled environment for capturing an image of a sample material contained in the chamber; an openable member configured to enable access to the chamber, wherein ambient light of an external environment is blocked from the chamber when the openable member is closed; an exterior surface configured to receive a handheld mobile device that includes a camera device; a shelf inside the chamber and configured to receive the sample material; and an opening through the exterior surface to the chamber to enable the camera device of the handheld mobile device to capture the image of the sample material when the handheld mobile device is positioned on the exterior surface such that the camera device is positioned over the opening and faces the shelf, characterised in that the exterior surface comprises a plurality of positioners configured to orient the handheld mobile device for capturing the image of the sample material with the camera device, wherein a positioner is adjustable to fit a plurality of handheld mobile devices of different sizes; and a marker that enables the handheld mobile device to automatically focus the camera device.
Foam material sealing strip impregnated for delayed recovery for sealing an object inserted into a wall opening or an horizontal joint or a vertical joint, wherein the foam material sealing strip comprises, on the basis of a cross-section, two opposing narrow sides in each case facing the inner side or the outer side of the building in the installed state, and wide sides suitable for abutting the object or reveal or an horizontal joint, including a wall element arranged in the vertical joint, wherein furthermore the foam material sealing strip has a partial longitudinal region and a partial longitudinal strip only partially connected to the partial longitudinal region in the direction of the thickness of the foam material sealing strip, wherein furthermore the partial longitudinal region and the partial longitudinal strip are made from the same foam material and the foam material sealing strip is air-permeable overall, characterised in that the partial longitudinal strip augments the partial longitudinal region in an abutting state to produce a foam material sealing strip which facilitates equally strong compression on both longitudinal side regions in the installed state, and in that , by placement of the partial longitudinal strip on the partial longitudinal region , in the installed state due to higher compression the lateral region thus formed can be or is formed to be more dense than the opposing lateral region, and in that the partial connection between the partial longitudinal region and the partial longitudinal strip is formed (i) by a longitudinal incision extending in the longitudinal direction of the foam material sealing strip extending only over a part of the thickness (d) of the foam material sealing strip , wherein two or more than two longitudinal incisions are spaced apart in the width direction and the second longitudinal incision is formed in the opposite direction to the first longitudinal incision or the more than two longitudinal incisions are in each case formed alternately in the opposite direction to the respective adjacent longitudinal incision.
A rotorcraft with an obstacle and terrain warning radar system that comprises a plurality of radar units , said rotorcraft having at least one main rotor with an axis of rotation that is parallel to an elevation direction of the at least one main rotor , at least two blades , and a rotor head , each radar unit transmitting a radar beam with beam width in azimuth (α) of at least 5° and beam width in elevation (ε) of at least 5°, the elevation direction being along said axis of rotation of said main rotor , and the zone scanned in azimuth by said radar beam being in a plane perpendicular to said axis of rotation , wherein the radar system comprises at least two assemblies positioned and fixed mounted in regular manner around said axis of rotation on said rotor head between said blades , each assembly having at least one radar unit and being positioned in the elevation direction between the blades level with dampers on the main rotor , each radar unit transmitting a centrifugal radar beam that does not intersect with the blades of the main rotor , said radar system scanning the surroundings around said rotorcraft electronically in elevation with an angular coverage of at least +/-15° and automatically in azimuth with an angular coverage of 360° during the rotation of the said main rotor , and wherein each radar unit of the radar system operates as an active unit that is supplied from a control and synchronization unit with control and synchronization information related to starting of rotation of the at least one main rotor , direction and speed of the rotation of the at least one main rotor , and starting of each 360° turn of the at least one main rotor , wherein each radar unit synchronizes each electronic scan in elevation in order to ensure that the surroundings around the rotorcraft are scanned completely over one revolution of the main rotor using this control and synchronization information.
An endograft comprising a proximal end and a distal end, the endograft comprising a tube of biocompatible material, the tube comprising: a main lumen extending longitudinally from a proximal end to a distal end, the main lumen including a proximal portion, an intermediate portion and a distal portion; a branch lumen within the intermediate portion of the main lumen ; and a seam, the seam extending longitudinally beside both the branch lumen and the distal portion of the main lumen , wherein the tube comprises a lateral cross-section defining a tubular wall, wherein a portion of the tubular wall is pinched together by the seam to form an internal branch portion . a main lumen extending longitudinally from a proximal end to a distal end, the main lumen including a proximal portion, an intermediate portion and a distal portion; a branch lumen within the intermediate portion of the main lumen ; and a seam, the seam extending longitudinally beside both the branch lumen and the distal portion of the main lumen , wherein the tube comprises a lateral cross-section defining a tubular wall, wherein a portion of the tubular wall is pinched together by the seam to form an internal branch portion .
A power supply unit for an aerosol inhaler , the power supply unit comprising: a power supply that is able to discharge power to a load for generating an aerosol from an aerosol generation source; and a control unit that is configured to determine whether the power supply which is being charged has reached a predetermined charge state lower than a fully charged state, and complete charging of the power supply in a case of determining that the power supply has reached the predetermined charge state, wherein the control unit includes a first control unit and a second control unit which individually determine whether the power supply has reached the predetermined charge state based on a plurality of conditions for determining that the power supply has reached the predetermined charge state, and complete the charging of the power supply , the first control unit is a circuit for performing control on the charging of the power supply , and the second control unit is a circuit for performing control on discharge of power of the power supply to the load. a power supply that is able to discharge power to a load for generating an aerosol from an aerosol generation source; and a control unit that is configured to determine whether the power supply which is being charged has reached a predetermined charge state lower than a fully charged state, and complete charging of the power supply in a case of determining that the power supply has reached the predetermined charge state, wherein the control unit includes a first control unit and a second control unit which individually determine whether the power supply has reached the predetermined charge state based on a plurality of conditions for determining that the power supply has reached the predetermined charge state, and complete the charging of the power supply , the first control unit is a circuit for performing control on the charging of the power supply , and the second control unit is a circuit for performing control on discharge of power of the power supply to the load.
Seat/lying surface comprising at least four movably interconnected seat/lying surface elements and at least one bearing element (8.1, 8.2, 8.3, 8.4), wherein the bearing element (8.1, 8.2, 8.3, 8.4) is connected to the seat/lying surface elements in such a way that a movement of the seat/lying surface elements relative to one another can be produced, wherein the connection of the bearing elements to the seat/lying surface elements being provided and suitable for this purpose, to move the seat/lying surface elements relative to one another, so that a person sitting or lying down is stimulated to compensate for the movements of the seat/lying surface by activating the body's own musculature, characterized in that each of the movably interconnected seat/lying surface elements is connected to a spherical lower part via in each case at least one elastic connecting element, in particular rubber element, wherein the spherical lower part being mounted movably in a hollow spherical shell and the hollow spherical shell being connected to at least one standing element for standing on a surface.
A multi-lumen tube set for performing an endoscopic surgical procedure in a surgical cavity of a patient, comprising: a) a dual lumen portion defining a pressurized gas line and a return gas line for facilitating gas recirculation relative to the surgical cavity of the patient, wherein the dual lumen portion is at least a partially conjoined extrusion, which includes a dual lumen connector at a distal end thereof having two coaxial flow passages formed therein for mating with a dual lumen manifold on a single lumen gas sealed access port , wherein the coaxial flow passages of the dual lumen connector include an outer flow passage that communicates with the pressurized gas line and with an inlet path of the dual lumen manifold and an inner flow passage that communicates with the return gas line and with an outlet path of the dual lumen manifold ; b) a single lumen portion defining a gas supply and sensing line for delivering insufflation gas to the surgical cavity of the patient and for periodically sensing pressure within the surgical cavity of the patient, wherein the single lumen portion is separated from the dual lumen portion , and includes a luer type connector at a distal end thereof for mating with a single lumen manifold on a valve sealed access port ; and c) a filter cartridge assembly which includes a first filtered flow passage communicating with the pressurized gas line of the dual lumen portion , a second filtered flow passage communicating with the return gas line of the dual lumen portion , and a third filtered flow passage communicating with the gas supply and sensing line of the single lumen portion . a) a dual lumen portion defining a pressurized gas line and a return gas line for facilitating gas recirculation relative to the surgical cavity of the patient, wherein the dual lumen portion is at least a partially conjoined extrusion, which includes a dual lumen connector at a distal end thereof having two coaxial flow passages formed therein for mating with a dual lumen manifold on a single lumen gas sealed access port , wherein the coaxial flow passages of the dual lumen connector include an outer flow passage that communicates with the pressurized gas line and with an inlet path of the dual lumen manifold and an inner flow passage that communicates with the return gas line and with an outlet path of the dual lumen manifold ; b) a single lumen portion defining a gas supply and sensing line for delivering insufflation gas to the surgical cavity of the patient and for periodically sensing pressure within the surgical cavity of the patient, wherein the single lumen portion is separated from the dual lumen portion , and includes a luer type connector at a distal end thereof for mating with a single lumen manifold on a valve sealed access port ; and c) a filter cartridge assembly which includes a first filtered flow passage communicating with the pressurized gas line of the dual lumen portion , a second filtered flow passage communicating with the return gas line of the dual lumen portion , and a third filtered flow passage communicating with the gas supply and sensing line of the single lumen portion .
Receiver , comprising: a receiving unit configured to receive a data packet comprising a pilot sequence ; and a synchronization unit configured to correlate the pilot sequence and a reference sequence, in order to obtain a correlation result; wherein the synchronization unit is configured to use a correlation window for detecting the data packet , wherein the data packet is detected by detecting the highest peak of all correlation peaks exceeding a predefined threshold within the correlation window; wherein the correlation window is divided into a plurality of time slots, each time slot having an index associated therewith; wherein if a correlation value above the predefined threshold is detected, the highest peak inside the correlation window is searched, wherein the data packet detection is blocked until the index of the highest correlation peak inside the detection window reaches a defined detection index. a receiving unit configured to receive a data packet comprising a pilot sequence ; and a synchronization unit configured to correlate the pilot sequence and a reference sequence, in order to obtain a correlation result; wherein the synchronization unit is configured to use a correlation window for detecting the data packet , wherein the data packet is detected by detecting the highest peak of all correlation peaks exceeding a predefined threshold within the correlation window; wherein the correlation window is divided into a plurality of time slots, each time slot having an index associated therewith; wherein if a correlation value above the predefined threshold is detected, the highest peak inside the correlation window is searched, wherein the data packet detection is blocked until the index of the highest correlation peak inside the detection window reaches a defined detection index.
A laminate comprising a substrate layer, an intermediate layer, and a fluorine-based resin layer in that order, wherein said substrate layer contains any one or more kinds of a polyolefin-based resin, a polyester-based resin or a vinyl-based resin, said intermediate layer contains a linear low density polyethylene and a maleic anhydride-modified polyethylene, and said intermediate layer has a thickness of 5 μm or more and 50 μm or less. said substrate layer contains any one or more kinds of a polyolefin-based resin, a polyester-based resin or a vinyl-based resin, said intermediate layer contains a linear low density polyethylene and a maleic anhydride-modified polyethylene, and said intermediate layer has a thickness of 5 μm or more and 50 μm or less.