mhurhangee/ep-ind-claims huggingface dataset:
A method for identifying the presence of a biomarker in a biological sample, comprising: functionalizing a bead to increase its affinity for a biomarker associated with a disease, disorder or condition; mixing, the functionalized bead and a biological sample to form a test sample, and wherein the biological sample comprises saliva; providing a platform comprising at least one channel, a first electrode for sending a signal and a second electrode for receiving the signal; inserting the test sample into a channel of the platform; using multi-channel impedance responses from frequencies ranging from 600 kHz to 25 MHz to calculate an impedance of the test sample based on the signal sent by the first electrode and received by the second electrode when the test sample is located adjacent to the first and second electrodes, wherein the impedance value is used to distinguish between a bead bound to a biomarker and a bead without a biomarker bound thereto; and identifying the presence of the biomarker associated with a disease, disorder or condition based on the calculated impedance of the test sample; wherein the disease, disorder or condition is a disease, disorder or condition of the oral cavity; and wherein the channel narrows. functionalizing a bead to increase its affinity for a biomarker associated with a disease, disorder or condition; mixing, the functionalized bead and a biological sample to form a test sample, and wherein the biological sample comprises saliva; providing a platform comprising at least one channel, a first electrode for sending a signal and a second electrode for receiving the signal; inserting the test sample into a channel of the platform; using multi-channel impedance responses from frequencies ranging from 600 kHz to 25 MHz to calculate an impedance of the test sample based on the signal sent by the first electrode and received by the second electrode when the test sample is located adjacent to the first and second electrodes, wherein the impedance value is used to distinguish between a bead bound to a biomarker and a bead without a biomarker bound thereto; and identifying the presence of the biomarker associated with a disease, disorder or condition based on the calculated impedance of the test sample; wherein the disease, disorder or condition is a disease, disorder or condition of the oral cavity; and wherein the channel narrows.
An optical sight with a device for indicating a turn of a rectifier and with a zero stop function, which comprises a longitudinal body in which are mounted elements of the sight, which are coupled to at least one mechanism of the rectifier, which comprises a rotatable control element to be used by the sight user for manual control, whereby the rectifier is provided with an indicator of a turn of the rectifier, which protrudes from the upper surface of the rectifier and which is coupled to a mechanism identifying a turn of the rectifier, characterized in that the indicator comprises a longitudinal identification protrusion, which is located by its length in the direction along the upper surface of the rectifier and which is rotatable about an axis, which is perpendicular to the length of the longitudinal identification protrusion and at the same time is parallel to the axis of rotation of the control element of the rectifier, whereby the longitudinal identification protrusion is rotatable about the axis between its basic position and its slightly turned position, whereby the longitudinal identification protrusion is associated with a coding means, which is mounted on the upper surface of the rectifier and is located above the upper surface of the longitudinal identification protrusion.
Sliver guide for guiding a multiple number of fiber slivers in an entrance area of a draw frame, - with a first guide section for guiding a first group of fiber slivers, - with a second guide section for the separate guidance of a second group of fiber slivers, - whereas, in a side view of the sliver guide, the first guide section and the second guide section are spaced apart from each other, characterized in that the sliver guide features a third guide section which, in the specified side view, is spaced apart from the first guide section and the second guide section, whereas lateral guide elements are allocated to at least one of the guide sections (5; 6; 7) for the lateral guidance of fiber slivers, whereas the mutual distance of the guide elements is adjustable. - with a first guide section for guiding a first group of fiber slivers, - with a second guide section for the separate guidance of a second group of fiber slivers, - whereas, in a side view of the sliver guide, the first guide section and the second guide section are spaced apart from each other,
Partitioning device for a vehicle, having an articulation system connecting a mobile partition to a body structure of a vehicle, the articulation system allowing the mobile partition to adopt a deployed position in which it is able to separate a loading compartment from a passenger compartment, and a position partitioning the passenger compartment in which it is able to create an opening for accessing the passenger compartment, the articulation system comprising at least one pivot connection which permits the angular forward movement of the mobile partition about a vertical axis such that the opening for accessing the passenger compartment that is obtained by the mobile partition in the position partitioning the passenger compartment extends approximately over the entire height of the loading compartment, the articulation system comprising at least one slide connection which permits the longitudinal movement of the mobile partition, each slide connection being formed by a guide rail mounted securely on the floor of the loading compartment, characterized in that the pivot connection and the slide connection are connected to one another by an assembly module comprising at least one link rod connected so as to rotate relative to the vertical axis for the pivot connection, and a second link rod which is connected so as to slide relative to the guide rail, in each case via one of their ends, the assembly module comprising a connection interface which is mounted reversibly on the mobile partition, the other one of the ends of the link rods being mounted so as to rotate on the connection interface and the second link rod which is connected so as to slide relative to the guide rail via one of its ends comprising a sliding runner.
A method of compensating for temperature while electrochemically measuring an analyte in a fluid sample, the method comprising the steps of: applying an electrical test sequence to an electrochemical biosensor, wherein the biosensor is a test element, the biosensor comprising: an electrode system, a reagent in electrical communication with the electrode system, and a receptacle configured to contact a fluid sample provided to the test element with the reagent, with the fluid sample in fluidic contact with the reagent, wherein the test sequence comprising at least one direct current block having a sequence of at least one excitation potential pulse and at least one recovery potential pulse, wherein a closed circuit condition of the electrode system is maintained during the DC block; and determining the analyte concentration based upon current response information from the DC block, wherein information from the at least one recovery potential pulse is used to compensate for temperature effects on the analyte concentration based upon a partial least squares regression model, wherein the PLS regression model is based upon a full covariate dataset comprising temperature, hematocrit and analyte concentration, wherein PLS regression considers the covariance between a group of explanatory, independent, variables, herein termed X-variables, and one or more response, dependent, variables, herein referred to as Y-variables, wherein the PLS model uses the DC current values as the X-variable and the recorded temperature as the response or Y-variable, wherein the PLS regression model uses response information from an alternating current block to further correct and/or compensate for temperature effects on the analyte concentration, wherein the test sequence also includes at least one AC block, wherein positive and negative DC and AC current response values are used as predictors. an electrode system, a reagent in electrical communication with the electrode system, and a receptacle configured to contact a fluid sample provided to the test element with the reagent,
An assembly for use in a drug delivery device, comprising a cartridge, a housing and a cartridge holder, wherein the cartridge holder is releasably attached to the housing, and comprising a piston rod which is configured to be moved from a start position to an end position in order to dispense a dose of medication when the cartridge holder is attached to the housing, and wherein the piston rod is configured to be reset to the start position when the cartridge holder is detached from the housing, and comprising a flexible element, wherein the flexible element is configured to axially fix the cartridge in the cartridge holder when the cartridge holder is attached to the housing, and further comprising a guiding element which is in threaded engagement with the piston rod, wherein the flexible element is configured to fix the guiding element with respect to the housing of the drug delivery device characterized in that the flexible element is clamped between the cartridge and the guiding element when the cartridge holder is attached to the housing, and in that the flexible element is configured to inhibit an axial and rotational movement of the guiding element when the cartridge holder is attached to the housing by exerting a force on the guiding element such that the guiding element is biased towards a proximal end of the drug delivery device thereby holding the guiding element in engagement with engagement means of the housing.
Reaction resin mortar that may be hardened by frontal polymerisation, comprising at least one radically polymerisable compound (a), at least one thiol-functionalised compound (b) and at least one polymerisation initiator (c), in which the weight ratio of the at least one radically polymerisable compound (a) and the at least one thiol-functionalised compound (b) is in the range from 10:1 to 2:1 and in which the polymerisation initiator (c) is selected from compounds that may be thermally released above 30° C and/or ammonium persulfates that are formed in situ from at least one organically substituted ammonium salt and at least one inorganic persulfate, characterised in that the polymerisation initiator (c) is a peroxide and/or an azo compound, which if necessary in the presence of a polymerisation accelerator (d) has a half-life t 1/2 in the range between 1 and 200 minutes at a temperature of 100° C in chlorobenzene, and that the at least one thiol-functionalised compound (b) has at least two thiol groups.
A process of making crystalline fingolimod hydrochloride of formula, comprising a step of contacting a solution of fingolimod hydrochloride in a solvent with an antisolvent, wherein the antisolvent is a C5-C10 aliphatic, cyclic or aromatic hydrocarbon, or C4-C10 aliphatic ether, whereby crystalline fingolimod hydrochloride precipitates, and isolating crystalline fingolimod hydrochloride from the formed liquid medium.
Method of detecting a destination call for use of a lift installation with a control unit and at least one destination call device, characterised in that: a data communication between the destination call device and a communications unit, which is carried by the user, is activated within a specific range of a radio link section of the destination call device; it is determined by the destination call device and/or control unit on the basis of an identification signal transmitted by the communications unit to the destination call device whether the user of the communications unit is known, a plurality of destination calls is provided on the basis of the determination by the destination call device and the desired destination call is selected in that the communications unit is moved or is kept substantially still. a data communication between the destination call device and a communications unit, which is carried by the user, is activated within a specific range of a radio link section of the destination call device; it is determined by the destination call device and/or control unit on the basis of an identification signal transmitted by the communications unit to the destination call device whether the user of the communications unit is known, a plurality of destination calls is provided on the basis of the determination by the destination call device and the desired destination call is selected in that the communications unit is moved or is kept substantially still.
An indwelling catheter comprising a catheter shaft and a hub assembly having two ports, wherein said hub assembly comprises an integrated light source that permanently occupies a port in said hub assembly and wherein a port in said hub assembly allows fluids to be delivered to and to be withdrawn from a patient, wherein said indwelling catheter is configured such that light is transmitted from said integrated light source into said catheter shaft, and wherein said catheter shaft is formed of a polymeric material that transmits a quantity of said light from said integrated light source that is effective to inactivate microorganisms on a surface of said catheter shaft when said integrated light source is activated.
A cohesive granular material comprising, - granules made of a stiff substance and having a grain size in the range from 55 μm to 2.0 mm, - an elastomeric substance connecting the granules and - voids between the granules, the voids being interconnected and providing a fluid permeability to the cohesive granular material, characterised in that - a Young's modulus of the elastomeric substance is at maximum 0.1 times a Young's modulus of the stiff substance and not more than 10 MPa. - granules made of a stiff substance and having a grain size in the range from 55 μm to 2.0 mm, - an elastomeric substance connecting the granules and - voids between the granules, the voids being interconnected and providing a fluid permeability to the cohesive granular material, - a Young's modulus of the elastomeric substance is at maximum 0.1 times a Young's modulus of the stiff substance and not more than 10 MPa.
A hydraulic system comprising at least one fluoropolymer seal and a hydraulic fluid which comes into contact with the seal, wherein the hydraulic fluid comprises: (a) 40 to 2000 ppm by weight in terms of nitrogen content of a corrosion inhibiting agent which is one or more compounds of formula: and/or tribologically acceptable salts thereof, wherein in formula: - each R 1 is independently a straight or branched alkyl group comprising 1 to 4 carbon atoms, - x is 0 or 1, - each of R 2 and R 3 is independently hydrogen or a straight or branched alkyl group comprising 1 to 4 carbon atoms, - R 4 is -NR 5 R 6, - each of R 5 and R 6 is independently a phenyl group substituted with a hydrocarbyl group comprising 6 to 10 carbon atoms, and - in each of said hydrocarbyl groups containing 2 or more carbon atoms, the carbon chain may, independently, optionally be interrupted by one or more ether groups; (b) 0.1 to 1 % by weight of an ashless nitrogen-containing dispersant; and (c) a major amount of a base oil. (a) 40 to 2000 ppm by weight in terms of nitrogen content of a corrosion inhibiting agent which is one or more compounds of formula: and/or tribologically acceptable salts thereof, wherein in formula: - each R 1 is independently a straight or branched alkyl group comprising 1 to 4 carbon atoms, - x is 0 or 1, - each of R 2 and R 3 is independently hydrogen or a straight or branched alkyl group comprising 1 to 4 carbon atoms, - R 4 is -NR 5 R 6, - each of R 5 and R 6 is independently a phenyl group substituted with a hydrocarbyl group comprising 6 to 10 carbon atoms, and - in each of said hydrocarbyl groups containing 2 or more carbon atoms, the carbon chain may, independently, optionally be interrupted by one or more ether groups; - each R 1 is independently a straight or branched alkyl group comprising 1 to 4 carbon atoms, - x is 0 or 1, - each of R 2 and R 3 is independently hydrogen or a straight or branched alkyl group comprising 1 to 4 carbon atoms, - R 4 is -NR 5 R 6, - each of R 5 and R 6 is independently a phenyl group substituted with a hydrocarbyl group comprising 6 to 10 carbon atoms, and - in each of said hydrocarbyl groups containing 2 or more carbon atoms, the carbon chain may, independently, optionally be interrupted by one or more ether groups; (b) 0.1 to 1 % by weight of an ashless nitrogen-containing dispersant; and (c) a major amount of a base oil.
Method for carbon capture and utilization and/or storage using a cartridge comprising a carbon dioxide sorbent, the method comprising: a) a capturing step, wherein the carbon dioxide sorbent captures carbon dioxide from a gas mixture, wherein the gas mixture is a combustion or exhaust gas resulting from combustion of a hydrocarbon based fuel, and wherein the combustion takes place in a vehicle; b) a desorbing step for desorption of the carbon dioxide from the sorbent, thereby recovering the carbon dioxide; and c) utilization and/or storage of the recovered carbon dioxide, wherein the carbon dioxide sorbent is a molecular sieve, wherein the cartridge is placed in the vehicle, in which the combustion takes place, wherein in step b) the cartridge is removed from the vehicle to desorb the carbon dioxide from the sorbent. a) a capturing step, wherein the carbon dioxide sorbent captures carbon dioxide from a gas mixture, wherein the gas mixture is a combustion or exhaust gas resulting from combustion of a hydrocarbon based fuel, and wherein the combustion takes place in a vehicle; b) a desorbing step for desorption of the carbon dioxide from the sorbent, thereby recovering the carbon dioxide; and c) utilization and/or storage of the recovered carbon dioxide, wherein the carbon dioxide sorbent is a molecular sieve, wherein the cartridge is placed in the vehicle, in which the combustion takes place, wherein in step b) the cartridge is removed from the vehicle to desorb the carbon dioxide from the sorbent.
An apparatus, comprising: a catheter (2135, 2230, 2330) configured and structured to be inserted into a blood vessel; an energy source arrangement (2115, 2210, 2310) configured to provide at least one first light radiation through the catheter to the blood vessel at at least one first wavelength that is between 550 nm and 900 nm; a detector arrangement (2150, 2270, 2372-2376) configured to detect at least one second light radiation through the catheter at a plurality of second wavelengths that are different from the at least one first wavelength, wherein the second light radiation is based on an autofluorescence of at least one portion of the blood vessel being impacted by the at least one first light radiation; and a computer arrangement (2160, 2280, 2380) configured to determine at least one characteristic of the blood vessel indicative of inflammation comprising at least one of oxidative stress, calcium, protein modification, lipo-protein modification, lipid modification, or enzymatic activity; wherein the apparatus is configured so that the determining of the at least one characteristic of the blood vessel comprises: detecting at least two second wavelength ranges within a range of between 640 and 900 nm; characterizing, by the computer arrangement, a spectral shape data or relative intensity data with the at least two second wavelength ranges. a catheter (2135, 2230, 2330) configured and structured to be inserted into a blood vessel; an energy source arrangement (2115, 2210, 2310) configured to provide at least one first light radiation through the catheter to the blood vessel at at least one first wavelength that is between 550 nm and 900 nm; a detector arrangement (2150, 2270, 2372-2376) configured to detect at least one second light radiation through the catheter at a plurality of second wavelengths that are different from the at least one first wavelength, wherein the second light radiation is based on an autofluorescence of at least one portion of the blood vessel being impacted by the at least one first light radiation; and a computer arrangement (2160, 2280, 2380) configured to determine at least one characteristic of the blood vessel indicative of inflammation comprising at least one of oxidative stress, calcium, protein modification, lipo-protein modification, lipid modification, or enzymatic activity; wherein the apparatus is configured so that the determining of the at least one characteristic of the blood vessel comprises: detecting at least two second wavelength ranges within a range of between 640 and 900 nm; characterizing, by the computer arrangement, a spectral shape data or relative intensity data with the at least two second wavelength ranges. detecting at least two second wavelength ranges within a range of between 640 and 900 nm; characterizing, by the computer arrangement, a spectral shape data or relative intensity data with the at least two second wavelength ranges.
A data transmission method, wherein the method is performed by a communications device and comprises: determining an initial channel set, wherein the initial channel set comprises all channels that the communications device is currently capable of accessing; performing initial clear channel assessment, CCA, detection on all the channels in the initial channel set; determining, as a target channel, a channel that is in the initial channel set and for which a result of the initial CCA detection is idle; performing auxiliary CCA detection on a preset channel, wherein each channel in the initial channel set is a subchannel of the preset channel, a frequency of the preset channel is the same as a frequency of the each channel in the initial channel set, and a bandwidth of the preset channel is larger than a bandwidth of the each channel in the initial channel set; and if a result of the auxiliary CCA detection is idle, transmitting target data on the target channel. determining an initial channel set, wherein the initial channel set comprises all channels that the communications device is currently capable of accessing; performing initial clear channel assessment, CCA, detection on all the channels in the initial channel set; determining, as a target channel, a channel that is in the initial channel set and for which a result of the initial CCA detection is idle; performing auxiliary CCA detection on a preset channel, wherein each channel in the initial channel set is a subchannel of the preset channel, a frequency of the preset channel is the same as a frequency of the each channel in the initial channel set, and a bandwidth of the preset channel is larger than a bandwidth of the each channel in the initial channel set; and if a result of the auxiliary CCA detection is idle, transmitting target data on the target channel.