mhurhangee/ep-ind-claims huggingface dataset:
A portable handheld device for simultaneously detecting the presence of multiple cardiac biomarkers in a sample of bodily fluid, comprising: a test strip comprising: a conductive material interface having a surface comprising: an epoxy substrate; and a multi-array of vertically aligned platinum wires cast in the epoxy substrate; a biological sensor agent applied to the multi-array of platinum wires, the biological sensor agent comprising: an immobilization agent; and aptamers selected to interact with the immobilization agent and selected to bind with multiple cardiac biomarkers when the test strip is contacted with a sample of bodily fluid derived from a patient; and a signaling agent configured to generate an electrochemical impedance signal by binding of the aptamers with the multiple cardiac biomarkers; wherein the test strip is configured such that a visual change is indicative of a change in electrochemical impedance, which is indicative of binding of the aptamers in the test strip with the multiple cardiac biomarkers in the sample of bodily fluid derived from the patient; and a standard chart or key to interpret the results of the visual change displayed on the test strip. a conductive material interface having a surface comprising: an epoxy substrate; and a multi-array of vertically aligned platinum wires cast in the epoxy substrate; an epoxy substrate; and a multi-array of vertically aligned platinum wires cast in the epoxy substrate; a biological sensor agent applied to the multi-array of platinum wires, the biological sensor agent comprising: an immobilization agent; and aptamers selected to interact with the immobilization agent and selected to bind with multiple cardiac biomarkers when the test strip is contacted with a sample of bodily fluid derived from a patient; and an immobilization agent; and aptamers selected to interact with the immobilization agent and selected to bind with multiple cardiac biomarkers when the test strip is contacted with a sample of bodily fluid derived from a patient; and a signaling agent configured to generate an electrochemical impedance signal by binding of the aptamers with the multiple cardiac biomarkers; wherein the test strip is configured such that a visual change is indicative of a change in electrochemical impedance, which is indicative of binding of the aptamers in the test strip with the multiple cardiac biomarkers in the sample of bodily fluid derived from the patient; and a standard chart or key to interpret the results of the visual change displayed on the test strip.
A semiconductor device comprising: a base substrate; patterns on the base substrate; and an epitaxial layer on the base substrate, wherein the epitaxial layer is formed on a surface of the substrate exposed among the patterns, wherein the base substrate comprises a silicon carbide, wherein the patterns comprise an oxide, wherein the patterns protrude vertically to the base substrate and protrude in a shape of an elliptic cone, wherein the elliptic cone has a long axis with a length in a range of 10nm to 300nm and a height of 100nm or less. a base substrate; patterns on the base substrate; and an epitaxial layer on the base substrate, wherein the epitaxial layer is formed on a surface of the substrate exposed among the patterns, wherein the base substrate comprises a silicon carbide, wherein the patterns comprise an oxide, wherein the patterns protrude vertically to the base substrate and protrude in a shape of an elliptic cone, wherein the elliptic cone has a long axis with a length in a range of 10nm to 300nm and a height of 100nm or less.
Apparatus for heating plastics material preforms, having a transport device which transports the plastics material preforms along a predefined transport path and having a heating device which is arranged along said transport path for the plastics material preforms and which heats the plastics material preforms, wherein the apparatus provides the plastics material preforms with a temperature profile in the circumferential direction of the plastics material preforms and wherein a rotary drive is provided which rotates the plastics material preforms about their longitudinal direction, characterized in that the rotary drive is arranged downstream of the heating device in the transport direction of the plastics material preforms and is configured in such a way that it orients the threads of the plastics material preforms in terms of their rotary position about the longitudinal direction of the containers and the apparatus has, downstream of the heating device in the transport direction, a further tempering device for applying to a wall of the plastics material preform a temperature profile which varies in a circumferential direction and/or longitudinal direction of the plastics material preform.
Display device, - wherein the display device has a plurality of cells arranged in a two-dimensional matrix, - wherein luminous elements and feedback elements are arranged in the cells, - wherein the display device has a control device, - wherein the luminous elements are triggered individually by the control device in accordance with a setpoint trigger pattern (M*), by means of control signals, - wherein the feedback elements transmit feedback signals that are dependent on actual trigger states of the luminous elements to an evaluation device of the display device, - wherein the evaluation device determines a feedback pattern on the basis of the feedback signals, - wherein the evaluation device compares the feedback pattern with the setpoint trigger pattern (M*), and - wherein, in the event that the feedback pattern and the setpoint trigger pattern (M*) match, the evaluation device executes a normal response, and in the event that the feedback pattern and the setpoint trigger pattern (M*) do not match, the evaluation device executes a fault response, which is different from the normal response. - wherein the display device has a plurality of cells arranged in a two-dimensional matrix, - wherein luminous elements and feedback elements are arranged in the cells, - wherein the display device has a control device, - wherein the luminous elements are triggered individually by the control device in accordance with a setpoint trigger pattern (M*), by means of control signals, - wherein the feedback elements transmit feedback signals that are dependent on actual trigger states of the luminous elements to an evaluation device of the display device, - wherein the evaluation device determines a feedback pattern on the basis of the feedback signals, - wherein the evaluation device compares the feedback pattern with the setpoint trigger pattern (M*), and - wherein, in the event that the feedback pattern and the setpoint trigger pattern (M*) match, the evaluation device executes a normal response, and in the event that the feedback pattern and the setpoint trigger pattern (M*) do not match, the evaluation device executes a fault response, which is different from the normal response.
A process for manufacturing an object, the process comprising: (i) selecting a powder comprising a polymeric material having a repeat unit of formula -O-Ph-O-Ph-CO-Ph- I and a repeat unit of formula -O-Ph-Ph-O-Ph-CO-Ph- II wherein Ph represents a phenylene moiety; and (ii) selectively sintering the powder to produce the object. (i) selecting a powder comprising a polymeric material having a repeat unit of formula -O-Ph-O-Ph-CO-Ph- I and a repeat unit of formula -O-Ph-Ph-O-Ph-CO-Ph- II wherein Ph represents a phenylene moiety; and (ii) selectively sintering the powder to produce the object.
An adaptive hybrid system coupled to a loop for adjusting trans- hybrid loss, the system comprising: a fixed component comprising a first receiver transfer function block (H rx1) and a first hybrid transfer function (H hyb1) wherein the fixed portion is configured to receive a far-end signal and mitigate frequency dependent attenuation experienced by the far-end signal; and a variable component comprising a second receiver transfer function block (H rx2) and a second hybrid transfer function block (H hyb2) configured to remove transmit echo from the received far-end signal. a fixed component comprising a first receiver transfer function block (H rx1) and a first hybrid transfer function (H hyb1) wherein the fixed portion is configured to receive a far-end signal and mitigate frequency dependent attenuation experienced by the far-end signal; and a variable component comprising a second receiver transfer function block (H rx2) and a second hybrid transfer function block (H hyb2) configured to remove transmit echo from the received far-end signal.
A user terminal comprising: a controller configured to establish a connection to a Wireless Local Area Network (WLAN) while maintaining a RRC (Radio Resource Control) connection between the user terminal and a cellular base station, wherein the controller is further configured to: receive, from the cellular base station, a request message that requests the user terminal to transmit information including a WLAN MAC (Media Access Control) address of the user terminal to the cellular base station; transmit the WLAN MAC address of the user terminal to the cellular base station in response to reception of the request message; receive, from the cellular base station, an identifier of a WLAN access point included in the WLAN, receive, from the cellular base station, a WLAN connection request to request connection to the WLAN access point, and establish a WLAN connection to the WLAN access point corresponding to the identifier, involving transmission of a WLAN connection request to request connection with the WLAN access point to the WLAN access point. a controller configured to establish a connection to a Wireless Local Area Network (WLAN) while maintaining a RRC (Radio Resource Control) connection between the user terminal and a cellular base station, wherein the controller is further configured to: receive, from the cellular base station, a request message that requests the user terminal to transmit information including a WLAN MAC (Media Access Control) address of the user terminal to the cellular base station; transmit the WLAN MAC address of the user terminal to the cellular base station in response to reception of the request message; receive, from the cellular base station, an identifier of a WLAN access point included in the WLAN, receive, from the cellular base station, a WLAN connection request to request connection to the WLAN access point, and establish a WLAN connection to the WLAN access point corresponding to the identifier, involving transmission of a WLAN connection request to request connection with the WLAN access point to the WLAN access point. receive, from the cellular base station, a request message that requests the user terminal to transmit information including a WLAN MAC (Media Access Control) address of the user terminal to the cellular base station; transmit the WLAN MAC address of the user terminal to the cellular base station in response to reception of the request message; receive, from the cellular base station, an identifier of a WLAN access point included in the WLAN, receive, from the cellular base station, a WLAN connection request to request connection to the WLAN access point, and establish a WLAN connection to the WLAN access point corresponding to the identifier, involving transmission of a WLAN connection request to request connection with the WLAN access point to the WLAN access point.
A method for performing scheduled recording of two or more programs on a recording medium, wherein for each scheduled recording a recording bit rate is specified by a user for recording the program on the recording medium, the method comprising: - determining a storage space required on the recording medium for performing the two or more scheduled recordings with the specified recording bit rates; - before starting a first scheduled recording, during scheduling of a recording, when the recording medium is exchanged, or when a non-scheduled recording is finished, comparing (2, 6) an available storage space on the recording medium with the required storage space; - in case the required storage space exceeds the available storage space, reducing (7, 10) for one or more of the scheduled recordings the specified recording bit rate that has been specified by the user such that the required storage space no longer exceeds the available storage space; and - starting recording of the first scheduled recording; characterized in that the specified recording bit rate is reduced (7, 10) in accordance with customizable priority indicators for the scheduled recordings, wherein the priority indicators for the scheduled recordings include at least one of genre of a recording, duration of a recording, time of day of recording, type of recording, source of recording, recorded channel, or owner of recording. - determining a storage space required on the recording medium for performing the two or more scheduled recordings with the specified recording bit rates; - before starting a first scheduled recording, during scheduling of a recording, when the recording medium is exchanged, or when a non-scheduled recording is finished, comparing (2, 6) an available storage space on the recording medium with the required storage space; - in case the required storage space exceeds the available storage space, reducing (7, 10) for one or more of the scheduled recordings the specified recording bit rate that has been specified by the user such that the required storage space no longer exceeds the available storage space; and - starting recording of the first scheduled recording;
A wound dressing comprising a backing and a hydrophobic elastomeric matrix which coats said backing, said matrix comprising at least two elastomers of the type SEPS, SEBS or SEEPS, formed from polystyrene blocks combined with polyolefin blocks, one of these elastomers having a molecular weight comprised between 200000 and 350000 Daltons and the other of these elastomers having a molecular weight comprised between 320000 and 600000 Daltons, these molecular weights being measured by gel permeation chromatography, the total amount of elastomers being comprised between 3.2 and 10% of the total weight of the elastomeric matrix.
Method for the recovery of succinic acid, comprising the steps of - providing a magnesium succinate solution; - acidifying the magnesium succinate solution with hydrogen chloride (HCl), thereby obtaining a solution comprising succinic acid and magnesium chloride (MgCl 2); - optionally a concentration step, wherein the solution comprising succinic acid and MgCl 2 is concentrated; - precipitating succinic acid from the solution comprising succinic acid and MgCl 2, thereby obtaining a succinic acid precipitate and a MgCl 2 solution; and, - subjecting the MgCl 2 solution to a thermal decomposition step at temperatures of at least 300 °C, thereby decomposing the MgCl 2 to magnesium oxide (MgO) and HCl. - providing a magnesium succinate solution; - acidifying the magnesium succinate solution with hydrogen chloride (HCl), thereby obtaining a solution comprising succinic acid and magnesium chloride (MgCl 2); - optionally a concentration step, wherein the solution comprising succinic acid and MgCl 2 is concentrated; - precipitating succinic acid from the solution comprising succinic acid and MgCl 2, thereby obtaining a succinic acid precipitate and a MgCl 2 solution; and, - subjecting the MgCl 2 solution to a thermal decomposition step at temperatures of at least 300 °C, thereby decomposing the MgCl 2 to magnesium oxide (MgO) and HCl.
A mobile X-ray imaging apparatus comprising: a main body performing X-ray imaging by operating an X-ray source; a movable wheel provided in a lower portion of the main body and configured to move the main body; characterized by a support portion comprising: a wheel support plate supporting the movable wheel, the wheel support plate being configured to rotate; a frame connected to the main body and configured to support the wheel support plate; a stopper configured to restrict a movement of the wheel support plate; and an elastic member disposed between the frame and a fixing member, the fixing member being provided at the end of a shaft coupled with the wheel support plate, the elastic member being configured to apply an elastic force to the wheel support plate upward in a direction away from the ground so that the wheel support plate presses the movable wheel in a direction downwards towards the ground, the elastic force of the elastic member being smaller than a minimum load, which is applied to the movable wheel when the mobile X-ray imaging apparatus is moved or stands still on a flat ground. a main body performing X-ray imaging by operating an X-ray source; a movable wheel provided in a lower portion of the main body and configured to move the main body; characterized by a support portion comprising: a wheel support plate supporting the movable wheel, the wheel support plate being configured to rotate; a frame connected to the main body and configured to support the wheel support plate; a stopper configured to restrict a movement of the wheel support plate; and an elastic member disposed between the frame and a fixing member, the fixing member being provided at the end of a shaft coupled with the wheel support plate, the elastic member being configured to apply an elastic force to the wheel support plate upward in a direction away from the ground so that the wheel support plate presses the movable wheel in a direction downwards towards the ground, the elastic force of the elastic member being smaller than a minimum load, which is applied to the movable wheel when the mobile X-ray imaging apparatus is moved or stands still on a flat ground. a wheel support plate supporting the movable wheel, the wheel support plate being configured to rotate; a frame connected to the main body and configured to support the wheel support plate; a stopper configured to restrict a movement of the wheel support plate; and an elastic member disposed between the frame and a fixing member, the fixing member being provided at the end of a shaft coupled with the wheel support plate, the elastic member being configured to apply an elastic force to the wheel support plate upward in a direction away from the ground so that the wheel support plate presses the movable wheel in a direction downwards towards the ground, the elastic force of the elastic member being smaller than a minimum load, which is applied to the movable wheel when the mobile X-ray imaging apparatus is moved or stands still on a flat ground.
A frame for sewing upper pillows on covering shells for mattresses, characterized in that it comprises four perimetric walls, each wall being perpendicular to the two contiguous walls and comprising at least one laminar portion that constitutes a resting surface for covering shells, said laminar portion being co-planar with a lower edge of said wall, at least one of said walls comprising at least one locking element for at least one component, selected from between an upper pillow and a covering shell, arranged on a respective laminar portion.
A method for operating a fuel cell device having a fuel cell stack with at least one fuel cell, comprising the steps: a) drying the fuel cell stack at a shutdown of the fuel cell device, b) determining the residual membrane water and the residual cathode water by means of electrochemical impedance spectroscopy at a restart of the fuel cell device, c) use of a cell voltage monitoring unit to identify the wettest cathode in one of the fuel cells, d) model-based determination of the water transport from the wettest cathode to the anode and thus the anode moisture in this fuel cell, e) adjustment of the electric current and the fuel volume flow as a function of the anode moisture. a) drying the fuel cell stack at a shutdown of the fuel cell device, b) determining the residual membrane water and the residual cathode water by means of electrochemical impedance spectroscopy at a restart of the fuel cell device, c) use of a cell voltage monitoring unit to identify the wettest cathode in one of the fuel cells, d) model-based determination of the water transport from the wettest cathode to the anode and thus the anode moisture in this fuel cell, e) adjustment of the electric current and the fuel volume flow as a function of the anode moisture.
A carrier (2, 2; 26, 26) for at least one solar panel in slanted position, comprising: - a base; - a support on the base for a low side of the solar panel; - a curved wing profile extending upward relative to the support; - a bearing element on the rear side of the wing profile opposite the support for arranging thereon a high side of an adjacent solar panel; and - an edge protruding above the adjacent solar panel, characterized in that the edge is a vertically upright plate-like edge on an upper side of the wing profile to form a diffuser designed to disrupt laminar airflows to enhance reduction of lift and/or generation of downward pressure on the solar panel, while generating a cooling forced air circulation under the solar panel. - a base; - a support on the base for a low side of the solar panel; - a curved wing profile extending upward relative to the support; - a bearing element on the rear side of the wing profile opposite the support for arranging thereon a high side of an adjacent solar panel; and - an edge protruding above the adjacent solar panel, characterized in that the edge is a vertically upright plate-like edge on an upper side of the wing profile to form a diffuser designed to disrupt laminar airflows to enhance reduction of lift and/or generation of downward pressure on the solar panel, while generating a cooling forced air circulation under the solar panel.
Machine tool braking apparatus, in particular hand-held machine tool braking apparatus, of a portable machine tool, having at least one magnetic field braking unit (14a; 14b), wherein the magnetic field braking unit (14a; 14b) comprises at least one movably mounted claw segment element (16a; 16b) for changing at least one characteristic variable of a magnetic field of the magnetic field braking unit (14a; 14b), characterized in that the claw segment element (16a; 16b) has a large number of magnetically permeable projections (58, 60, 62, 64), which run at least substantially parallel to the movement axis (24a; 24b) of the claw segment element (16a; 16b), for changing a magnetic field, which projections, as viewed along the direction which runs about the movement axis (24a; 24b), are arranged on the claw segment element (16a; 16b) in a manner spaced apart relative to the following projection (58, 60, 62, 64).
A method of producing a precursor glass of a lithium phosphorus complex oxide, comprising melting a material containing constituent elements of a lithium phosphorus complex oxide that is to be produced, together with an additional material containing lithium and phosphorus, wherein a molar ratio of lithium to phosphorus in the additional material is more than 1 and less than 3.