mhurhangee/ep-ind-claims huggingface dataset:
A composition comprising: a polypeptide comprising a TAT protein transduction domain and a deletion mutant of chondroitinase ABC I, wherein the TAT protein transduction domain is attached to the N-terminus of the chondroitinase ABC 1 deletion mutant and the chondroitinase ABC I deletion mutant is selected from SEQ ID NO: 2 and SEQ ID NO: 3. a polypeptide comprising a TAT protein transduction domain and a deletion mutant of chondroitinase ABC I, wherein the TAT protein transduction domain is attached to the N-terminus of the chondroitinase ABC 1 deletion mutant and the chondroitinase ABC I deletion mutant is selected from SEQ ID NO: 2 and SEQ ID NO: 3.
A reader for determining the presence and/or amount of one or more analytes in a sample carried by a test stick, said reader comprising a carriage for at least a portion of the test stick; wherein the reader is adapted to receive at least a portion of the test stick into a cavity of the reader; the reader comprising magnetic means for latching the carriage onto the reader within said cavity at a predetermined reading position and means for latching the carriage onto the reader within said cavity at a predetermined pre-reading and/or post-reading position that is spaced apart from the reading position.
A gas generator, comprising: a water tank accommodating electrolyzed water, wherein the electrolyzed water comprises an electrolyte; an electrolysis device having an electrolyze tank _disposed within the water tank, the electrolysis device configured to electrolyze the electrolyzed water to generate a hydrogen-oxygen mixed gas; a condensate filter connected to the electrolysis device for condensing the hydrogen-oxygen mixed gas and filtering the electrolyte in the hydrogen-oxygen mixed gas to generate a filtered hydrogen-oxygen mixed gas and a filtered electrolyte; a humidification device accommodating a supplementary water and coupled to the condensate filter for humidifying the filtered hydrogen-oxygen mixed gas; and a pump device coupled to the water tank for generating a negative pressure in the water tank such that the supplementary water is pumped from the humidification device through the condensate filter to the water tank, and the filtered electrolyte in the condensate filter is flushed back to the water tank; characterized in that the gas generator further comprises a humidification filter coupled to the condensate filter and the humidification device to filter the filtered hydrogen-oxygen mixed gas; wherein the gas generator is configured such that the generated flow rate of the hydrogen-oxygen mixed gas is between 360 to 600 liter per hour, and the loss of the electrolyte is less than 3g to 5g after the gas generator is operated between 40 to 60 hours. a water tank accommodating electrolyzed water, wherein the electrolyzed water comprises an electrolyte; an electrolysis device having an electrolyze tank _disposed within the water tank, the electrolysis device configured to electrolyze the electrolyzed water to generate a hydrogen-oxygen mixed gas; a condensate filter connected to the electrolysis device for condensing the hydrogen-oxygen mixed gas and filtering the electrolyte in the hydrogen-oxygen mixed gas to generate a filtered hydrogen-oxygen mixed gas and a filtered electrolyte; a humidification device accommodating a supplementary water and coupled to the condensate filter for humidifying the filtered hydrogen-oxygen mixed gas; and a pump device coupled to the water tank for generating a negative pressure in the water tank such that the supplementary water is pumped from the humidification device through the condensate filter to the water tank, and the filtered electrolyte in the condensate filter is flushed back to the water tank; characterized in that the gas generator further comprises a humidification filter coupled to the condensate filter and the humidification device to filter the filtered hydrogen-oxygen mixed gas; wherein the gas generator is configured such that the generated flow rate of the hydrogen-oxygen mixed gas is between 360 to 600 liter per hour, and the loss of the electrolyte is less than 3g to 5g after the gas generator is operated between 40 to 60 hours.
An apparatus, comprising: a sensor insertable into a dermal layer of skin of a subject and adapted to sense an analyte level in the dermal layer; a base from which the sensor extends, the base being adapted to contact the skin of the subject with the sensor inserted into the dermal layer; an insertion needle; and a perfusion modulator adapted to increase perfusion in the dermal layer, wherein the perfusion modulator is at least one protrusion (601,701,801,802,901) located on the base, wherein the at least one protrusion is adapted to apply pressure to increase perfusion in an area local to the sensor when inserted into the dermal layer, and wherein the insertion needle extends from the at least one protrusion adjacent to the sensor. a sensor insertable into a dermal layer of skin of a subject and adapted to sense an analyte level in the dermal layer; a base from which the sensor extends, the base being adapted to contact the skin of the subject with the sensor inserted into the dermal layer; an insertion needle; and a perfusion modulator adapted to increase perfusion in the dermal layer, wherein the perfusion modulator is at least one protrusion (601,701,801,802,901) located on the base, wherein the at least one protrusion is adapted to apply pressure to increase perfusion in an area local to the sensor when inserted into the dermal layer, and wherein the insertion needle extends from the at least one protrusion adjacent to the sensor.
A method for detecting unauthorized use of a wireless local area network having at least one mobile unit that communicates with at least one access point, comprising: accumulating first network traffic data at a mobile unit, wherein said first network traffic data includes a number of transmitted messages by said mobile unit; accumulating second network traffic data at the access point, wherein said second network traffic data includes a number of received messages by said access point; communicating said accumulated first network traffic data and said accumulated second network traffic data to a computer; and correlating the messages transmitted by said mobile unit and the messages received by said access point in said computer to identify a number of non-correlated messages and signaling an alarm condition when said number of non-correlated messages exceeds a threshold. accumulating first network traffic data at a mobile unit, wherein said first network traffic data includes a number of transmitted messages by said mobile unit; accumulating second network traffic data at the access point, wherein said second network traffic data includes a number of received messages by said access point; communicating said accumulated first network traffic data and said accumulated second network traffic data to a computer; and correlating the messages transmitted by said mobile unit and the messages received by said access point in said computer to identify a number of non-correlated messages and signaling an alarm condition when said number of non-correlated messages exceeds a threshold.
A dimming control power supply for LED lamps, comprising: a first secondary power supply module adapted to convert a high-voltage direct current into a low-voltage direct current suitable for LED lighting through a transforming circuit included in the first secondary power supply module, an output control module powered by the first secondary power supply module, a PWM signal receiving module for controlling output current of the output control module, and characterized by a control signal converting module electrically connected between the PWM signal receiving module and the output control module, wherein the control signal converting module is configured to convert a PWM signal received from the PWM signal receiving module into a corresponding constant DC voltage signal; and wherein the output control module is configured to adjust the output current according to the constant DC voltage signal to adjust brightness of the LED lamps. a first secondary power supply module adapted to convert a high-voltage direct current into a low-voltage direct current suitable for LED lighting through a transforming circuit included in the first secondary power supply module, an output control module powered by the first secondary power supply module, a PWM signal receiving module for controlling output current of the output control module, and characterized by a control signal converting module electrically connected between the PWM signal receiving module and the output control module, wherein the control signal converting module is configured to convert a PWM signal received from the PWM signal receiving module into a corresponding constant DC voltage signal; and wherein the output control module is configured to adjust the output current according to the constant DC voltage signal to adjust brightness of the LED lamps.
A hydrocyclone for cleaning cellulose suspensions from light impurities, i.e. a so called reverse hydrocyclone, having a base end and an apex end and a separation chamber having an elongated shape between the base end and the apex end, at least one inlet (5, 6) arranged at the base end and at least one underflow outlet at the apex end and at least one overflow outlet at the base end, wherein the overflow outlet is provided with an additional, light reject outlet arranged concentrically to a length axis of the hydrocyclone, characterized in that the hydrocyclone has a strongly decreasing cross sectional diameter for a first portion of its length from at least near the base end towards the apex end and a slowly decreasing cross sectional diameter for a second portion of its length from a transition between the first portion and the second portion towards the apex end, the transition between the first and the second portions having a diameter Dt, and the relation between the transition diameter Dt and a base end diameter D is between 0,35 and 0,7.
A water reservoir for an apparatus (4000, 5000, 6000) for humidifying a flow of breathable gas to be delivered to a patient, the apparatus (4000, 5000, 6000) comprising a water reservoir dock structured and arranged to removably receive the water reservoir in an operative position, the water reservoir comprising: a reservoir base including a cavity structured to hold a volume of water; a conductive portion provided to the reservoir base, wherein the conductive portion is adapted to thermally engage with a heater plate of the water reservoir dock when the water reservoir is in the operative position to allow thermal transfer of heat from the heater plate to the volume of water; and a reservoir lid movably connected to the reservoir base to allow the water reservoir to be convertible between an open configuration and a closed configuration, wherein the reservoir lid comprises an inlet tube arranged to provide an inlet for a flow of breathable gas entering the cavity and an outlet tube arranged to provide an outlet for a flow of humidified breathable gas exiting the cavity, wherein the inlet tube includes an inlet portion including an inlet end arranged outside the cavity and an outlet portion including an outlet end arranged inside the cavity, and the outlet tube includes an outlet end arranged outside the cavity and an inlet end arranged inside the cavity, characterized in that the inlet tube curves along its length to bend below the outlet tube, or the outlet tube curves along its length to bend below the inlet tube. a reservoir base including a cavity structured to hold a volume of water; a conductive portion provided to the reservoir base, wherein the conductive portion is adapted to thermally engage with a heater plate of the water reservoir dock when the water reservoir is in the operative position to allow thermal transfer of heat from the heater plate to the volume of water; and a reservoir lid movably connected to the reservoir base to allow the water reservoir to be convertible between an open configuration and a closed configuration, wherein the reservoir lid comprises an inlet tube arranged to provide an inlet for a flow of breathable gas entering the cavity and an outlet tube arranged to provide an outlet for a flow of humidified breathable gas exiting the cavity, wherein the inlet tube includes an inlet portion including an inlet end arranged outside the cavity and an outlet portion including an outlet end arranged inside the cavity, and the outlet tube includes an outlet end arranged outside the cavity and an inlet end arranged inside the cavity, characterized in that the inlet tube curves along its length to bend below the outlet tube, or the outlet tube curves along its length to bend below the inlet tube.
Roofing apparatus (6, 20, 21, 31-34, 51), in particular folding-roof apparatus, wherein the roofing apparatus (6, 20, 21, 31-34, 51) comprises a longitudinal guide device, at least two transverse members (13-15, 24-28, 43) and a flexible web element, wherein the longitudinal guide device has a longitudinal guide element (1, 2), movement means, a drive element and a mounting frame, wherein the longitudinal guide element (1, 2) extends between fastening elements of the mounting frame, wherein a first transverse member (13, 15, 24, 26, 28, 43) is coupled to the movement means, with the result that the first transverse member (13, 15, 24, 26, 28, 43) can be moved by the drive element, wherein the first transverse member (13, 15, 24, 26, 28, 43) can be moved relative to a second transverse member (14, 25, 27, 43), wherein the second transverse member (14, 25, 27, 43) is fixed to the mounting frame and/or to the longitudinal guide element (1, 2), wherein a longitudinal extent of the transverse members (13-15, 24-28, 43) is transverse to an extent direction of the longitudinal guide element (1, 2), wherein the first transverse member (13-15, 24, 26, 28, 43) is held in a central region of a longitudinal extent of the transverse member (13-15, 24, 26, 28, 43) in a guided manner by the longitudinal guide element (1, 2), wherein a third transverse member (13, 15, 24, 26, 28, 43) is present, wherein the first and the third transverse member (13, 15, 24, 26, 28, 43) can be moved relative to the second transverse member (14, 25, 27, 43), wherein the first transverse member can be moved in an opposite direction to the third transverse member, characterized in that the first transverse member (13, 15, 24, 26, 28, 43) and the second transverse member (14, 25, 27, 43) are connected to one another by way of the web element, wherein the second transverse member (14, 25, 27, 43) is present between the first and the third transverse member (13, 15, 24, 26, 28, 43) as seen transversely with respect to a longitudinal extent of the transverse members (13-15, 24-28, 43), wherein the second transverse member (14, 25, 27, 43) and the third transverse member (13, 15, 24, 26, 28, 43) are connected to one another by way of a further web element.
A method for aligning a telescopic vertical load-bearing tube having a frontal head plate and/or a base plate at least at one of its free ends (21, 31) by means of a lifting tool, wherein the head plate and/or base plate is supported against a counter surface with its contact area, and wherein the head plate and/or the base plate has edge-side recesses, such that a lifting tool is insertable between the head plate and/or base plate and the counter-surface, having the following steps: a. inserting one end of the lifting tool into the recess between the head plate and/or base plate and the counter surface; and b. moving the lifting tool and thereby displacing the vertical tube along the counter-surface. a. inserting one end of the lifting tool into the recess between the head plate and/or base plate and the counter surface; and b. moving the lifting tool and thereby displacing the vertical tube along the counter-surface.
A method performed by a user equipment for triggering cell reselection, the method comprising: based on a Radio Resource Control, RRC, connection setup request or an RRC resume request being initiated, determining whether a number of consecutive Listen-Before-Talk, LBT, failures exceeds a preset threshold; and based on the number of consecutive LBT failures exceeding the preset threshold, performing cell reselection, wherein said performing cell reselection comprises determining a set of target cells, sorting the target cells in the set, and selecting the target cells that are ranked first successively to perform cell reselection; wherein said determining the set of target cells comprises: determining a frequency priority of each available cell; determining the set of target cells based on the frequency priorities of the available cells, wherein prior to said determining the frequency priority of each available cell, the method further comprises: determining a first available cell based on a frequency where a current serving cell is located; and decreasing the frequency priority of the first available cell located on the frequency by a preset level. based on a Radio Resource Control, RRC, connection setup request or an RRC resume request being initiated, determining whether a number of consecutive Listen-Before-Talk, LBT, failures exceeds a preset threshold; and based on the number of consecutive LBT failures exceeding the preset threshold, performing cell reselection, wherein said performing cell reselection comprises determining a set of target cells, sorting the target cells in the set, and selecting the target cells that are ranked first successively to perform cell reselection; wherein said determining the set of target cells comprises: determining a frequency priority of each available cell; determining the set of target cells based on the frequency priorities of the available cells, determining a frequency priority of each available cell; determining the set of target cells based on the frequency priorities of the available cells, wherein prior to said determining the frequency priority of each available cell, the method further comprises: determining a first available cell based on a frequency where a current serving cell is located; and decreasing the frequency priority of the first available cell located on the frequency by a preset level. determining a first available cell based on a frequency where a current serving cell is located; and decreasing the frequency priority of the first available cell located on the frequency by a preset level.
A method for identifying an audio segment characterised by identifying common content between a first data stream embedded within a second data stream, the identifying of common content comprising: determining a first set of content features from the first data stream, each feature in the first set of content features occurring at a corresponding time offset in the first data stream; determining a second set of content features from the second data stream, each feature in the second set of content features occurring at a corresponding time offset in the second data stream; identifying matching pairs of features between the first set of content features and the second set of content features; generating a support list that includes a listing of matching time offset pairs that each corresponds to time-offsets within the first data stream and the second data stream where a matching pair of features is found; determining an earliest time offset and a latest time offset from the support list, whereby the earliest time offset and the latest time offset in the support list characterize the length of an overlapping region between the first data stream and the second data stream; and determining the length of content from the first data stream that is present within the second data stream by determining a difference between the earliest time offset and the latest time offset. determining a first set of content features from the first data stream, each feature in the first set of content features occurring at a corresponding time offset in the first data stream; determining a second set of content features from the second data stream, each feature in the second set of content features occurring at a corresponding time offset in the second data stream; identifying matching pairs of features between the first set of content features and the second set of content features; generating a support list that includes a listing of matching time offset pairs that each corresponds to time-offsets within the first data stream and the second data stream where a matching pair of features is found; determining an earliest time offset and a latest time offset from the support list, whereby the earliest time offset and the latest time offset in the support list characterize the length of an overlapping region between the first data stream and the second data stream; and determining the length of content from the first data stream that is present within the second data stream by determining a difference between the earliest time offset and the latest time offset.
A method for detecting an analyte in a sample using electromagnetic radiation comprising: (i) providing a labelled reagent, the labelled reagent having a binding site which is capable of binding the analyte or an analogue of the analyte and a label, wherein the label is capable of absorbing the electromagnetic radiation to generate energy by non-radiative decay; (ii) providing a device having a radiation source adapted to generate a series of pulses of electromagnetic radiation, a transducer having a pyroelectric or piezoelectric element and electrodes, which is capable of transducing energy generated by non-radiative decay into an electrical signal, a detector which is capable of detecting the electrical signal, a controller for controlling the source of electromagnetic radiation and the detector, wherein the device has a first and second chamber, the first chamber containing a first reagent proximal to the transducer, wherein the first reagent is capable of binding to the analyte such that the binding of the labelled reagent to the first reagent via the analyte is directly proportional to the concentration of the analyte, and the second chamber containing a second reagent proximal to the transducer, wherein the second reagent mimics the analyte such that the binding of the labelled reagent to the second reagent is inversely proportional to the concentration of the analyte; (iii) exposing the sample to the transducer; (iv) irradiating the sample with electromagnetic radiation and detecting the electrical signal, wherein the first and second reagents act as dynamic controls for each other. (i) providing a labelled reagent, the labelled reagent having a binding site which is capable of binding the analyte or an analogue of the analyte and a label, wherein the label is capable of absorbing the electromagnetic radiation to generate energy by non-radiative decay; (ii) providing a device having a radiation source adapted to generate a series of pulses of electromagnetic radiation, a transducer having a pyroelectric or piezoelectric element and electrodes, which is capable of transducing energy generated by non-radiative decay into an electrical signal, a detector which is capable of detecting the electrical signal, a controller for controlling the source of electromagnetic radiation and the detector, wherein the device has a first and second chamber, the first chamber containing a first reagent proximal to the transducer, wherein the first reagent is capable of binding to the analyte such that the binding of the labelled reagent to the first reagent via the analyte is directly proportional to the concentration of the analyte, and the second chamber containing a second reagent proximal to the transducer, wherein the second reagent mimics the analyte such that the binding of the labelled reagent to the second reagent is inversely proportional to the concentration of the analyte; (iii) exposing the sample to the transducer; (iv) irradiating the sample with electromagnetic radiation and detecting the electrical signal, wherein the first and second reagents act as dynamic controls for each other.