mhurhangee/ep-ind-claims huggingface dataset:
A lateral flow bodily fluid testing system, the system comprising: an application-analysable bodily fluid testing equipment having a body portion, a QR code on the body portion, and one or more lateral flow testing strips combined with a first surface of the body portion, the one or more lateral flow strips being sensitive to indicators of bodily conditions in bodily fluid, and wherein the one or more lateral flow strips each comprise a fluid uptake region connected to an analysis region; and an electronic device comprising a camera and one or more processors, wherein the one or more processors are configured to: acquire image data of the bodily fluid testing equipment with the camera of the electronic device; determine a position of the QR code in the image data; determine positions of the analysis regions of the one or more lateral flow strips based upon determined position of the QR code; perform testing of bodily fluid applied to the bodily fluid testing equipment, using the image data at the determined positions of the analysis regions, to determine whether indicators of one or more bodily conditions are present in the applied bodily fluid; and output a result indicating whether the indicators of one or more bodily conditions are present in the applied bodily fluid. an application-analysable bodily fluid testing equipment having a body portion, a QR code on the body portion, and one or more lateral flow testing strips combined with a first surface of the body portion, the one or more lateral flow strips being sensitive to indicators of bodily conditions in bodily fluid, and wherein the one or more lateral flow strips each comprise a fluid uptake region connected to an analysis region; and an electronic device comprising a camera and one or more processors, wherein the one or more processors are configured to: acquire image data of the bodily fluid testing equipment with the camera of the electronic device; determine a position of the QR code in the image data; determine positions of the analysis regions of the one or more lateral flow strips based upon determined position of the QR code; perform testing of bodily fluid applied to the bodily fluid testing equipment, using the image data at the determined positions of the analysis regions, to determine whether indicators of one or more bodily conditions are present in the applied bodily fluid; and output a result indicating whether the indicators of one or more bodily conditions are present in the applied bodily fluid. acquire image data of the bodily fluid testing equipment with the camera of the electronic device; determine a position of the QR code in the image data; determine positions of the analysis regions of the one or more lateral flow strips based upon determined position of the QR code; perform testing of bodily fluid applied to the bodily fluid testing equipment, using the image data at the determined positions of the analysis regions, to determine whether indicators of one or more bodily conditions are present in the applied bodily fluid; and output a result indicating whether the indicators of one or more bodily conditions are present in the applied bodily fluid.
A method of wireless communication by a base station (102, 310, 1050), comprising: transmitting a first reference signal, RS, to a User Equipment, UE, (104, 350, 1002) in a first subband comprised in a plurality of subbands of an orthogonal frequency division multiplexed, OFDM, symbol using a first RS placement that is dependent on a cell identifier, cell ID, corresponding to the base station, wherein the first RS comprises a first common RS, CRS; and transmitting a second RS to the UE in a second subband comprised in the plurality of subbands of the OFDM symbol using a second RS placement that is independent of the cell ID corresponding to the base station, wherein the second RS comprises a UE specific RS, wherein the first subband is different from the second subband, and the first subband is transmitted with cell ID dependent frequency shift and the second subband is transmitted without the cell ID dependent frequency shift. transmitting a first reference signal, RS, to a User Equipment, UE, (104, 350, 1002) in a first subband comprised in a plurality of subbands of an orthogonal frequency division multiplexed, OFDM, symbol using a first RS placement that is dependent on a cell identifier, cell ID, corresponding to the base station, wherein the first RS comprises a first common RS, CRS; and transmitting a second RS to the UE in a second subband comprised in the plurality of subbands of the OFDM symbol using a second RS placement that is independent of the cell ID corresponding to the base station, wherein the second RS comprises a UE specific RS, wherein the first subband is different from the second subband, and the first subband is transmitted with cell ID dependent frequency shift and the second subband is transmitted without the cell ID dependent frequency shift.
An arrangement comprising - an energy storage module and - a module carrier, especially a vehicle body, characterised by - a ball lock bolt which is configured to fasten the energy storage module to the module carrier, wherein a first end of the ball lock bolt is rigidly connected to the module carrier and the energy storage module can be attached to the other end of the ball lock bolt and can be locked and unlocked by balls on the circumference of the ball lock bolt, or the first end of the ball lock bolt is rigidly connected to the energy storage module and the module carrier can be attached to the other end of the ball lock bolt and can be locked and unlocked by balls on the circumference of the ball lock bolt, wherein arranged on the ball lock bolt between the first end and the balls is a clamping sleeve for transmitting force between the balls and the attached component, namely the energy storage module or the module carrier. - an energy storage module and - a module carrier, especially a vehicle body, - a ball lock bolt which is configured to fasten the energy storage module to the module carrier, wherein a first end of the ball lock bolt is rigidly connected to the module carrier and the energy storage module can be attached to the other end of the ball lock bolt and can be locked and unlocked by balls on the circumference of the ball lock bolt, or the first end of the ball lock bolt is rigidly connected to the energy storage module and the module carrier can be attached to the other end of the ball lock bolt and can be locked and unlocked by balls on the circumference of the ball lock bolt,
A method (200, 300, 400) for variable dose dispensing, the method comprising: receiving a request for a variable dose order of a medication, the variable dose order comprising a range of amounts of the medication that may be administered; requesting an amount of the medication to be administered; receiving, from a medication dispensing device, a user identifier associated with a user, a dispensed amount of a medication, and an amount of the medication to be administered by the user, wherein the dispensed amount exceeds the amount to be administered by a waste amount; initiating, in response to the receiving, a timer associated with the user identifier and the medication; and if, before the timer reaches a timeout threshold, an indication is received from a waste device that the user associated with the user identifier wasted the waste amount of the medication, storing the indication, otherwise storing a notification that the user associated with the user identifier failed to waste the waste amount before the timer reached the timeout threshold, and transmitting the notification that the user associated with the user identifier failed to waste the waste amount before the timer reached the timeout threshold. receiving a request for a variable dose order of a medication, the variable dose order comprising a range of amounts of the medication that may be administered; requesting an amount of the medication to be administered; receiving, from a medication dispensing device, a user identifier associated with a user, a dispensed amount of a medication, and an amount of the medication to be administered by the user, wherein the dispensed amount exceeds the amount to be administered by a waste amount; initiating, in response to the receiving, a timer associated with the user identifier and the medication; and if, before the timer reaches a timeout threshold, an indication is received from a waste device that the user associated with the user identifier wasted the waste amount of the medication, storing the indication, otherwise storing a notification that the user associated with the user identifier failed to waste the waste amount before the timer reached the timeout threshold, and transmitting the notification that the user associated with the user identifier failed to waste the waste amount before the timer reached the timeout threshold.
A heating flooring, suitable for outdoor use, said heating flooring comprising: - a floor mat that is made of an elastomeric material and that has two opposite faces: -- a lower face, intended to be directed towards the ground, and -- an upper face, into which emerge rectilinear grooves that are arranged parallel to each other, - heating elements, added into said rectilinear grooves, that each comprise: -- a rectilinear metal profile, in which is arranged a longitudinal duct that opens at two opposite ends of said metal profile, and -- a plastic tube inserted into said longitudinal duct and within which a heat-transfer fluid is intended to travel, - fluid heating means that are connected to said plastic tubes and that are suitable to heat said heat-transfer fluid and to generate a circulation of said heat-transfer fluid along said plastic tubes. - a floor mat that is made of an elastomeric material and that has two opposite faces: -- a lower face, intended to be directed towards the ground, and -- an upper face, into which emerge rectilinear grooves that are arranged parallel to each other, -- a lower face, intended to be directed towards the ground, and -- an upper face, into which emerge rectilinear grooves that are arranged parallel to each other, - heating elements, added into said rectilinear grooves, that each comprise: -- a rectilinear metal profile, in which is arranged a longitudinal duct that opens at two opposite ends of said metal profile, and -- a plastic tube inserted into said longitudinal duct and within which a heat-transfer fluid is intended to travel, -- a rectilinear metal profile, in which is arranged a longitudinal duct that opens at two opposite ends of said metal profile, and -- a plastic tube inserted into said longitudinal duct and within which a heat-transfer fluid is intended to travel, - fluid heating means that are connected to said plastic tubes and that are suitable to heat said heat-transfer fluid and to generate a circulation of said heat-transfer fluid along said plastic tubes.
A method for monitoring a water supply network with a water distribution system, water channels and building water connections by means of a fault detection system with multiple sensors, comprising at least the following steps: a) capturing local water condition variables, namely pressure and flow, in areas of a plurality of building water connections; b) capturing central water condition variables, namely pressure and flow, in at least one area of a water channel or the water distribution device; c) comparing the water condition variables with one another; d) detecting, namely localizing, at least one fault, namely a leakage, with respect to at least one of the water channels based on the comparison according to step c), the method being characterized in that at least prior to step a) or b) at least one of the building water connections is actively closed electronically or by radio, so that no water flows through the at least one of the building water connections, and in that the leakage is localized based on a limit value for the pressure drop. a) capturing local water condition variables, namely pressure and flow, in areas of a plurality of building water connections; b) capturing central water condition variables, namely pressure and flow, in at least one area of a water channel or the water distribution device; c) comparing the water condition variables with one another; d) detecting, namely localizing, at least one fault, namely a leakage, with respect to at least one of the water channels based on the comparison according to step c), the method being characterized in that at least prior to step a) or b) at least one of the building water connections is actively closed electronically or by radio, so that no water flows through the at least one of the building water connections, and in that the leakage is localized based on a limit value for the pressure drop.
A modified polypeptide having fructofuranosidase activity, wherein the modified polypeptide comprises an amino acid sequence which is at least 90% identical to SEQ ID NO: 3 and has at least one of the following amino acid substitutions: the phenylalanine at amino acid position 121 is substituted by tyrosine; the alanine at amino acid position 159 is substituted by proline or serine; the glycine at amino acid position 302 is substituted by asparagine, aspartic acid, tyrosine or glutamic acid; and/or the glutamine at amino acid position 471 is substituted by serine, lysine or asparagine. the phenylalanine at amino acid position 121 is substituted by tyrosine; the alanine at amino acid position 159 is substituted by proline or serine; the glycine at amino acid position 302 is substituted by asparagine, aspartic acid, tyrosine or glutamic acid; and/or the glutamine at amino acid position 471 is substituted by serine, lysine or asparagine.
A method for additive manufacturing of a part, the method comprising: feeding an un-melted void free fiber reinforced composite filament including at one or more axial fiber strands extending within a matrix material of the filament at a feed rate along a clearance fit channel (3010, 3020) that prevents buckling of the filament, a feed rate of the un-melted void free fiber reinforced composite filament being controlled by one or more linear feed mechanisms; cutting the filament at or adjacent a clearance fit channel (3010, 3020); threading forward the fiber reinforced composite filament to bring an end of the filament to an ironing tip; translating a transverse pressure zone at a printing rate relative to and adjacent to the part to bring the filament to a melting position; and melting the matrix material within the fiber reinforced composite filament at the melting position. feeding an un-melted void free fiber reinforced composite filament including at one or more axial fiber strands extending within a matrix material of the filament at a feed rate along a clearance fit channel (3010, 3020) that prevents buckling of the filament, a feed rate of the un-melted void free fiber reinforced composite filament being controlled by one or more linear feed mechanisms; cutting the filament at or adjacent a clearance fit channel (3010, 3020); threading forward the fiber reinforced composite filament to bring an end of the filament to an ironing tip; translating a transverse pressure zone at a printing rate relative to and adjacent to the part to bring the filament to a melting position; and melting the matrix material within the fiber reinforced composite filament at the melting position.
Headlight device projecting a light beam on a main lighting axis, by means of at least one light source, the headlight device also comprising at least one reflector, a frame (8; 10) and a shield, the shield being able to rotate about a rotation axis, the shield having an "active" edge composed of a set of distinct portions (36; 37), at least part of one of the portions in the set of portions being involved in the production of at least two different cutoffs of the light beam emitted by said light source, the rotation axis is substantially vertical or slightly oblique with respect to the vertical, characterised in that the "active" edge of the shield has at least one substantially planar zone situated at a first level disposed between at least two substantially planar zones disposed at a second level, lower or higher than the first level.
A compound for use in the treatment of a myelodysplastic syndrome in a human subject, comprising administering to a human subject in need of such treatment an effective amount of the compound or a pharmacologically acceptable salt or solvate thereof, said compound having formula I: wherein R 1 is C1-C4 alkyl; and R 2 is halogen. R 1 is C1-C4 alkyl; and R 2 is halogen.
Shield adapted to be arranged between the nozzle of a fuel injector and an engine block, the shield having a metallic body comprising a tubular portion inside of which the cylindrical nozzle of the fuel injector can be press-fitted with interference and, that is able to be inserted with clearance in a cylindrical hole of the engine block and, the shield further comprising a collar forming a thick disc radially outwardly extending from an extremity of the tubular portion; the collar having a first face, or upper face, an opposed second face, or under face, and, a peripheral face joining the first face to the second face; the collar being, in use, compressed between a shoulder face of the fuel injector abutting against the first face and, a shoulder face provided in the engine block abutting against the second face of the collar, characterized in that the metallic body of the shield is made of copper alloy, the shield further comprising a thermal protecting member arranged over an external face of the tubular portion and also a fuel protecting member arranged over the peripheral face of the collar and, wherein the fuel protecting member further extends over the first face of the collar and, wherein the fuel protecting member is integral to the collar. wherein the fuel protecting member further extends over the first face of the collar and, wherein the fuel protecting member is integral to the collar.
System comprising a supply module, cabling and loads, by means of which system loads can be supplied with data, wherein the loads are powered by means of a three-phase current cabling system, wherein a first, second and fourth line of the three-phase power cable are provided for supplying the loads with a three-phase voltage, wherein the third line is provided for digital data transmission, wherein the three-phase power cable comprises neutral conductors, protective earth conductors and three additional lines, or the three-phase power cable comprises only protective earth conductors and three additional lines, wherein the third line is a line provided for one phase, wherein the loads are connected to the supply module by means of the three-phase power cable comprising at least four lines, wherein the cabling between the supply module and drives comprises three-phase power cables and means for distributing the three-phase current in a T-like manner, i.e. three-phase current distribution boards, wherein the loads comprise means for distributing the three-phase current in a T-like manner, wherein a monopolar voltage such as DC voltage is provided as the supply voltage via the two lines, wherein the supply module comprises means for producing the unipolar voltage, in particular a DC link voltage, wherein the supply module comprises a rectifier and a filter capacitor, in particular a DC link capacitor, for generating the unipolar voltage, wherein the supply module or a respective drive can bring the third line to two or more different electric potentials for the purpose of digital data transmission, wherein the loads are electrical drives, wherein the supply module comprises a braking resistor, wherein each drive comprises a breaking resistor.
An apparatus for collecting fluid from a tissue site, the apparatus comprising: a pouch adapted to be positioned between a manifold and a sealing member of a reduced pressure treatment system, the pouch comprising: an upstream layer having a hydrophilic side and a hydrophobic side, a downstream layer having a hydrophilic side and a hydrophobic side, and an absorbent member enclosed between the upstream layer and the downstream layer, the hydrophilic side of the upstream layer positioned adjacent the absorbent member and the hydrophobic side of the downstream layer positioned adjacent the absorbent member. a pouch adapted to be positioned between a manifold and a sealing member of a reduced pressure treatment system, the pouch comprising: an upstream layer having a hydrophilic side and a hydrophobic side, a downstream layer having a hydrophilic side and a hydrophobic side, and an absorbent member enclosed between the upstream layer and the downstream layer, the hydrophilic side of the upstream layer positioned adjacent the absorbent member and the hydrophobic side of the downstream layer positioned adjacent the absorbent member. an upstream layer having a hydrophilic side and a hydrophobic side, a downstream layer having a hydrophilic side and a hydrophobic side, and an absorbent member enclosed between the upstream layer and the downstream layer, the hydrophilic side of the upstream layer positioned adjacent the absorbent member and the hydrophobic side of the downstream layer positioned adjacent the absorbent member.
Liquid tank for an atomizer for liquids, in particular an electrostatic atomizer, the liquid tank comprising a receiving space for a liquid and a delimiting wall for delimiting the receiving space with respect to the surrounding area, the liquid tank comprising a self-closing valve for connection to the atomizer, at least one sensor element for detecting the ambient parameters of the liquid tank and/or the ambient parameters of the liquid being comprised, characterized in that the sensor element has a memory element for storing the ambient parameters.
A bridge sensor comprising at least one dummy resistor structure, at least one sensor structure, a first regulator, wherein the at least one sensor structure is a bridge magnetic sensor structure comprising two bias contacts and two sense contacts, and wherein the first regulator is adapted to apply a predefined bias voltage between two bias contacts (Vtop, Vbottom) of the at least one dummy resistor structure and to apply, to one of the bias contacts of the at least one sensor structure, a current having a value equal to the one of a current flowing at the corresponding bias contact of the at least one dummy resistor structure multiplied by a predefined factor, characterized in that the bridge sensor comprises a second regulator and that the at least one dummy resistor structure is a bridge resistive structure comprising two intermediate contacts between the two bias contacts of the at least one dummy resistor structure or comprising one intermediate contact between the two bias contacts of the at least one dummy resistor structure wherein the second regulator is adapted to regulate a dummy common mode voltage (Vcmdum) being an average of voltages on the two intermediate contacts (Vndum, Vpdum) between the bias contacts (Vtop, Vbottom) of the at least one dummy resistor structure or being a voltage on the intermediate contact (Vmid) between the bias contacts (Vtop, Vbottom) of the at least one dummy resistor structure such that the dummy common mode voltage is the same as a common mode voltage being an average voltage of voltages on the sense contacts (Vn, Vp) of the at least one sensor structure.