mhurhangee/ep-ind-claims huggingface dataset:
A method for determining a hematocrit value of a whole blood sample, the method comprising: providing a sample of whole blood to an immunosensor for C-reactive protein, the immunosensor having a lower electrode, an upper electrode and a capillary space; measuring an initial current flow in the sample in at least a portion of the capillary space, wherein measuring an initial current flow comprises: applying an electric potential; performing current measurements approximately every 10 milliseconds for approximately first 50 milliseconds; and calculating an average current over the current measurements; and determining a hematocrit value of the sample from the calculated average current, wherein the sample includes C-reactive protein, the method further comprising calculating a concentration of the C-reactive protein by: after determining the hematocrit value, reversing the electric potential; measuring a change in current over a period of time following reversing the electric potential; and calculating the concentration of the C-reactive protein using the determined hematocrit and the measured change in current. providing a sample of whole blood to an immunosensor for C-reactive protein, the immunosensor having a lower electrode, an upper electrode and a capillary space; measuring an initial current flow in the sample in at least a portion of the capillary space, wherein measuring an initial current flow comprises: applying an electric potential; performing current measurements approximately every 10 milliseconds for approximately first 50 milliseconds; and calculating an average current over the current measurements; and applying an electric potential; performing current measurements approximately every 10 milliseconds for approximately first 50 milliseconds; and calculating an average current over the current measurements; and determining a hematocrit value of the sample from the calculated average current, wherein the sample includes C-reactive protein, the method further comprising calculating a concentration of the C-reactive protein by: after determining the hematocrit value, reversing the electric potential; measuring a change in current over a period of time following reversing the electric potential; and calculating the concentration of the C-reactive protein using the determined hematocrit and the measured change in current. after determining the hematocrit value, reversing the electric potential; measuring a change in current over a period of time following reversing the electric potential; and calculating the concentration of the C-reactive protein using the determined hematocrit and the measured change in current.
A reversible recording medium comprising: a support base material; a first layer configured to reversibly change between an achromatic state and a transparent state; and a second layer configured to reversibly change between a chromatic state and a transparent state, wherein the second layer includes a leuco pigment, wherein the second layer includes a plurality of layers having different color hues in the chromatic state, and the plurality of layers are disposed on same plane, wherein the first layer and the second layer are stacked to configure a recording layer, and wherein the first layer and the second layer are stacked in this order on the support base material. a support base material; a first layer configured to reversibly change between an achromatic state and a transparent state; and a second layer configured to reversibly change between a chromatic state and a transparent state, wherein the second layer includes a leuco pigment, wherein the second layer includes a plurality of layers having different color hues in the chromatic state, and the plurality of layers are disposed on same plane, wherein the first layer and the second layer are stacked to configure a recording layer, and wherein the first layer and the second layer are stacked in this order on the support base material.
An electronic component, comprising: a magnetic core member that is made of a magnetic material and that has a flat base and a core, the flat base having a top surface, a bottom surface, a first side surface and a second side surface opposite to the first side surface, the core is located on the top surface of the flat base; and a winding that has an edgewise coil in which a flat wire is wound and in which the core is inserted, the winding having two non-wound flat wires that extend from the edgewise coil; wherein: the two non-wound flat wires (22, 23) continuously extend along the top surface, the first side surface, the bottom surface and the second side surface of the flat base in this order, the two non-wound flat wires located on the bottom surface work as electrodes (22c, 23c); and two ends (22e, 23e) located near the second side surface of the two non-wound wires project from the top surface, and the two ends (22e,23e) are bent toward the first side surface of the flat base; wherein: a magnetic exterior body covers at least the core, the edgewise coil, and the ends of the non-wound flat wires at the second side surface. a magnetic core member that is made of a magnetic material and that has a flat base and a core, the flat base having a top surface, a bottom surface, a first side surface and a second side surface opposite to the first side surface, the core is located on the top surface of the flat base; and a winding that has an edgewise coil in which a flat wire is wound and in which the core is inserted, the winding having two non-wound flat wires that extend from the edgewise coil; wherein: the two non-wound flat wires (22, 23) continuously extend along the top surface, the first side surface, the bottom surface and the second side surface of the flat base in this order, the two non-wound flat wires located on the bottom surface work as electrodes (22c, 23c); and two ends (22e, 23e) located near the second side surface of the two non-wound wires project from the top surface, and the two ends (22e,23e) are bent toward the first side surface of the flat base; wherein: a magnetic exterior body covers at least the core, the edgewise coil, and the ends of the non-wound flat wires at the second side surface. the two non-wound flat wires (22, 23) continuously extend along the top surface, the first side surface, the bottom surface and the second side surface of the flat base in this order, the two non-wound flat wires located on the bottom surface work as electrodes (22c, 23c); and two ends (22e, 23e) located near the second side surface of the two non-wound wires project from the top surface, and the two ends (22e,23e) are bent toward the first side surface of the flat base; wherein: a magnetic exterior body covers at least the core, the edgewise coil, and the ends of the non-wound flat wires at the second side surface.
Hopper for thermally conditioning by a process fluid plastics in granular and/or microgranular and/or powder and/or flake or similar form, said hopper comprising: - a containing body for containing said plastics to be thermally conditioned; and - process fluid diffusing means, positioned inside said containing body, and comprising drilled wall means in flowing communication with said containing body to diffuse said process fluid inside said containing body; - wherein said process fluid diffusing means comprises process fluid supplying chamber means bounded by said drilled wall means; said hopper being characterized in that said process fluid diffusing means comprises loose material for filling, at least partially, said supplying chamber means so as to form in said supplying chamber means a plurality of passages for said process fluid so as to homogenize and stabilize a flow of said process fluid exiting said supplying chamber means. - a containing body for containing said plastics to be thermally conditioned; and - process fluid diffusing means, positioned inside said containing body, and comprising drilled wall means in flowing communication with said containing body to diffuse said process fluid inside said containing body; - wherein said process fluid diffusing means comprises process fluid supplying chamber means bounded by said drilled wall means;
Handheld cyclone vacuum cleaner, comprising - a suctioned material container for receiving suctioned material, which suctioned material container has a suctioned material container retaining element, - a housing body in which a drive unit is arranged, which drive unit is designed to generate a suction flow and can be detachably connected to the suctioned material container, - a handle having a handle retaining element which is designed in such a way that it can be hooked and/or latched to the suctioned material container retaining element so that the handle can be detachably connected to the suctioned material container, and - a suction tube having a suction tube retaining element which is designed in such a way that it can be hooked and/or latched to the suctioned material container retaining element so that the suction tube can be detachably connected to the suctioned material container. - a suctioned material container for receiving suctioned material, which suctioned material container has a suctioned material container retaining element, - a housing body in which a drive unit is arranged, which drive unit is designed to generate a suction flow and can be detachably connected to the suctioned material container, - a handle having a handle retaining element which is designed in such a way that it can be hooked and/or latched to the suctioned material container retaining element so that the handle can be detachably connected to the suctioned material container, and - a suction tube having a suction tube retaining element which is designed in such a way that it can be hooked and/or latched to the suctioned material container retaining element so that the suction tube can be detachably connected to the suctioned material container.
A process for fabricating an amorphous diamond-like film layer (100, 116, 120) for protection of a moisture or oxygen sensitive electronic device, (102, 112) comprising: forming a plasma from a polyorganosiloxane including chains of alternating silicon and oxygen atoms (-O-Si-O-Si-O-); depositing an amorphous diamond-like film layer from the plasma; and combining the Amorphous diamond-like film layer (100, 116, 120) with a moisture or oxygen sensitive electronic device (102, 112) to form a protected electronic device, wherein the amorphous diamond-like film layer (100, 116, 120) has a thickness in a range from 100nm to 2500 nm. forming a plasma from a polyorganosiloxane including chains of alternating silicon and oxygen atoms (-O-Si-O-Si-O-); depositing an amorphous diamond-like film layer from the plasma; and combining the Amorphous diamond-like film layer (100, 116, 120) with a moisture or oxygen sensitive electronic device (102, 112) to form a protected electronic device, wherein the amorphous diamond-like film layer (100, 116, 120) has a thickness in a range from 100nm to 2500 nm.
A garment (10;110) comprising: a body of fabric having a waistband (70;170) and at least two seams (80,61,62,81;180,181) that extend from said waistband (70;170); a support structure that is connected to said at least two seams (80,61,62,81;180,181) and said waistband (70;170), said support structure (49;149) including a pocket (50;150) and a tape (20;120) connected to said pocket (50;150); characterised in that said tape (20;120) prevents elongation of said pocket (50;150) between said at least two seams (80,61,62,81;180,181) during the wearable life of the body of fabric, wherein said at least two seams (80,61,62,81;180,181) comprise a first side seam (80;180) and a second side seam (81;181) that are disposed on opposite sides of said body of fabric. a body of fabric having a waistband (70;170) and at least two seams (80,61,62,81;180,181) that extend from said waistband (70;170); a support structure that is connected to said at least two seams (80,61,62,81;180,181) and said waistband (70;170), said support structure (49;149) including a pocket (50;150) and a tape (20;120) connected to said pocket (50;150); characterised in that said tape (20;120) prevents elongation of said pocket (50;150) between said at least two seams (80,61,62,81;180,181) during the wearable life of the body of fabric, wherein said at least two seams (80,61,62,81;180,181) comprise a first side seam (80;180) and a second side seam (81;181) that are disposed on opposite sides of said body of fabric.
A method for operating a security tag, particularly comprising an integrated Electronic Article Surveillance ("EAS") component in addition to an integrated RFID component; coupled to an item, comprising: storing first item related information in a first datastore of the security tag that is associated with an output device, particularly comprising at least one of a display and a speaker; storing second item related information in a second datastore of an integrated Radio Frequency Identification ("RFID") element of the security tag; receiving third item related information at a microcontroller of the security tag; performing comparison operations by the microcontroller to compare the third item related information with both the first item related information and the second item related information; using the third item related information to write over at least one of the first item related information and the second item related information based on results of the comparison operations; and synchronizing advertised information and register information for the item by outputting the third item related information from the output device and the integrated RFID element. storing first item related information in a first datastore of the security tag that is associated with an output device, particularly comprising at least one of a display and a speaker; storing second item related information in a second datastore of an integrated Radio Frequency Identification ("RFID") element of the security tag; receiving third item related information at a microcontroller of the security tag; performing comparison operations by the microcontroller to compare the third item related information with both the first item related information and the second item related information; using the third item related information to write over at least one of the first item related information and the second item related information based on results of the comparison operations; and synchronizing advertised information and register information for the item by outputting the third item related information from the output device and the integrated RFID element.
Push handle for a shopping trolley, wherein the push handle has a holder for a mobile telecommunications terminal device, in particular a smartphone, wherein the holder comprises a receptacle for the telecommunications terminal device and a swivel joint, by means of which the receptacle can be swivelled between a rest position lying flush against the push handle and a holding position projecting away from the push handle, characterized in that the receptacle has a detector which detects whether a telecommunications terminal device is located in the receptacle.
A bi-directional microphone (300, 400, 500, 600, 700, 800) comprising: a substrate comprising a cavity that penetrates therethrough, the cavity comprising a first portion and a second portion, wherein the first portion and the second portion, together, comprise the entirety of the cavity; a resonator array comprising resonators that covers the first portion of the cavity; and a filling member (370; 470; 570; 670; 750, 770; 850, 870) covering substantially the entirety of the second portion of the cavity not covered by the resonator array, the filling member comprising a fixing member (370; 470; 570; 670; 770; 870) covering at least a part of the second portion of the cavity and connected to the substrate; wherein one end portion of each resonator is fixed to the fixing member and the remaining portion of each resonator is movable in response to an acoustic signal; and wherein the fixing member comprises a thin film, having a thickness similar to that of the resonators, arranged to move in association with the resonators. a substrate comprising a cavity that penetrates therethrough, the cavity comprising a first portion and a second portion, wherein the first portion and the second portion, together, comprise the entirety of the cavity; a resonator array comprising resonators that covers the first portion of the cavity; and a filling member (370; 470; 570; 670; 750, 770; 850, 870) covering substantially the entirety of the second portion of the cavity not covered by the resonator array, the filling member comprising a fixing member (370; 470; 570; 670; 770; 870) covering at least a part of the second portion of the cavity and connected to the substrate; wherein one end portion of each resonator is fixed to the fixing member and the remaining portion of each resonator is movable in response to an acoustic signal; and wherein the fixing member comprises a thin film, having a thickness similar to that of the resonators, arranged to move in association with the resonators.
A liquid discharging vessel comprising: a pump for discharging content; an application tip descended to operate the pump; and a nozzle exposed upwardly from the application tip when the application tip is descended and having an outlet, wherein the outlet is formed on the nozzle and configured to be sealed by being covered by the application tip when the application tip is ascended, characterized in that the outlet is adapted to discharge the content to a top of the application tip, the application tip is configured to apply the content onto skin, and the liquid discharging vessel is configured to apply the content onto skin by rubbing the top of the application tip against the skin in a state where the content is discharged to the top of the application tip. a pump for discharging content; an application tip descended to operate the pump; and a nozzle exposed upwardly from the application tip when the application tip is descended and having an outlet, wherein the outlet is formed on the nozzle and configured to be sealed by being covered by the application tip when the application tip is ascended, characterized in that the outlet is adapted to discharge the content to a top of the application tip, the application tip is configured to apply the content onto skin, and the liquid discharging vessel is configured to apply the content onto skin by rubbing the top of the application tip against the skin in a state where the content is discharged to the top of the application tip.
In an optical communication system, a method for controlling an optical modulator or demodulator having at least two optical paths (DATA 1, DATA 2) therein, each optical path being configured to carry an optical data signal, comprising: combining in the modulator or demodulator the optical data signals from the at least two optical paths to produce at least one resultant signal; characterized by monitoring peak intensities of the at least one resultant signal; and adjusting a phase difference between the optical data signals to influence the peak intensity of the at least one resultant signal to achieve a predetermined characteristic. combining in the modulator or demodulator the optical data signals from the at least two optical paths to produce at least one resultant signal; monitoring peak intensities of the at least one resultant signal; and adjusting a phase difference between the optical data signals to influence the peak intensity of the at least one resultant signal to achieve a predetermined characteristic.
A multi-bank frying system (100; 700) comprising: a first and a second fryer assembly (101, 102; 701, 702, 703), a cabinet housing the first and second fryer assemblies (101, 102; 701, 702, 703), the cabinet comprising at least one securable door (113, 114) with a protective lip; a common drain in fluid communication with each of the first and second fryer assemblies (101, 102; 701, 702, 703), the common drain including a drain spout in fluid communication with the common drain, the drain spout rotatably mounted to the common drain, the drain spout rotatable between a raised and a lowered position; a filter pan disposed below the drain spout, the filter pan having a height extending above a portion of the drain spout in the lowered position and above the protective lip of the securable door (113, 114), the height of the filter pan extending below the drain spout in the raised position, a pan-in-place sensor; a fluid presence sensor disposed in the filter pan; a door sensor configured to transmit an affirmative signal upon sensing a closed state of the securable door (113, 114); and a controller in electrical communication with the pan-in-place sensor, the fluid presence sensor, the door sensor, and the first and second fryer assemblies (101, 102; 701, 702, 703), the controller configured to allow operation of the first and second fryer assemblies (101, 102; 701, 702, 703) upon receiving an first affirmative signal from the pan-in-place sensor, a second affirmative signal from the fluid presence sensor, and a third affirmative signal from the door sensor. a first and a second fryer assembly (101, 102; 701, 702, 703), a cabinet housing the first and second fryer assemblies (101, 102; 701, 702, 703), the cabinet comprising at least one securable door (113, 114) with a protective lip; a common drain in fluid communication with each of the first and second fryer assemblies (101, 102; 701, 702, 703), the common drain including a drain spout in fluid communication with the common drain, the drain spout rotatably mounted to the common drain, the drain spout rotatable between a raised and a lowered position; a filter pan disposed below the drain spout, the filter pan having a height extending above a portion of the drain spout in the lowered position and above the protective lip of the securable door (113, 114), the height of the filter pan extending below the drain spout in the raised position, a pan-in-place sensor; a fluid presence sensor disposed in the filter pan; a door sensor configured to transmit an affirmative signal upon sensing a closed state of the securable door (113, 114); and a controller in electrical communication with the pan-in-place sensor, the fluid presence sensor, the door sensor, and the first and second fryer assemblies (101, 102; 701, 702, 703), the controller configured to allow operation of the first and second fryer assemblies (101, 102; 701, 702, 703) upon receiving an first affirmative signal from the pan-in-place sensor, a second affirmative signal from the fluid presence sensor, and a third affirmative signal from the door sensor.