mhurhangee/patent-ind-claim-en huggingface dataset:
A method for detecting the presence or absence of an analyte in a sample, the method comprising: introducing a sample and a sensor compound into a channel, the channel having a length and a width, the length substantially greater than the width, wherein the sensor compound is allowed to flow along the length of the channel; measuring an electrical property value of an electrical property along at least a portion of the length of the channel after the sample and sensor compound are introduced into the channel; accessing a reference electrical property value, wherein the reference electrical property value of an electrical property of the channel along at least a portion of the length of the channel is obtained prior to introduction of the sample into the channel; comparing the measured electrical property value and the reference electrical property value; determining whether an aggregate is present in the channel based on the comparison between the measured electrical property value and the reference electrical property value, wherein an interaction between the analyte and the sensor compound results in formation of the aggregate; and determining, based on the measured electrical property value, a concentration of the analyte in the sample. introducing a sample and a sensor compound into a channel, the channel having a length and a width, the length substantially greater than the width, wherein the sensor compound is allowed to flow along the length of the channel; measuring an electrical property value of an electrical property along at least a portion of the length of the channel after the sample and sensor compound are introduced into the channel; accessing a reference electrical property value, wherein the reference electrical property value of an electrical property of the channel along at least a portion of the length of the channel is obtained prior to introduction of the sample into the channel; comparing the measured electrical property value and the reference electrical property value; determining whether an aggregate is present in the channel based on the comparison between the measured electrical property value and the reference electrical property value, wherein an interaction between the analyte and the sensor compound results in formation of the aggregate; and determining, based on the measured electrical property value, a concentration of the analyte in the sample.
A filling apparatus comprising: a receiver comprising a longitudinal body and a plurality of parallel tunnels formed inside the longitudinal body and arranged in a longitudinal direction of said body ; and a filler reservoir having an exit end adapted to be in fluid communication with said plurality of parallel tunnels of the receiver, characterized in that a cross-sectional area of said exit end is less than about 5 times, preferably less than about 3 times, and more preferably about 1.5 to about 1.1 times of a total cross-sectional area of said plurality of parallel tunnels , wherein the apparatus is configured such that a filler contained in said filler reservoir is driven into said plurality of parallel tunnels via said exit end , when said exit end is in fluid communication with said plurality of parallel tunnels ; and said plurality of parallel tunnels are separable from said filler reservoir after said plurality of parallel tunnels are filled with said filler, the apparatus further comprising a plunger slidably received in said filler reservoir, so that said filler contained in said filler reservoir is able to be pushed by the plunger into said plurality of parallel tunnels via said exit end. a receiver comprising a longitudinal body and a plurality of parallel tunnels formed inside the longitudinal body and arranged in a longitudinal direction of said body ; and a filler reservoir having an exit end adapted to be in fluid communication with said plurality of parallel tunnels of the receiver, characterized in that a cross-sectional area of said exit end is less than about 5 times, preferably less than about 3 times, and more preferably about 1.5 to about 1.1 times of a total cross-sectional area of said plurality of parallel tunnels , wherein the apparatus is configured such that a filler contained in said filler reservoir is driven into said plurality of parallel tunnels via said exit end , when said exit end is in fluid communication with said plurality of parallel tunnels ; and said plurality of parallel tunnels are separable from said filler reservoir after said plurality of parallel tunnels are filled with said filler, the apparatus further comprising a plunger slidably received in said filler reservoir, so that said filler contained in said filler reservoir is able to be pushed by the plunger into said plurality of parallel tunnels via said exit end.
A method of making a pharmaceutical composition comprising: providing a matrix solution/suspension comprising a matrix former, a structure former, an anti-aerating agent comprising a liquid flavor comprising limonene, and a solvent; and mixing a plurality of hydrophobic particles into the matrix solution/suspension to form a pharmaceutical suspension; and dosing the pharmaceutical suspension into preformed blister packs, wherein a dosed weight of the dosed pharmaceutical suspension is within 10% of a target dosed weight. providing a matrix solution/suspension comprising a matrix former, a structure former, an anti-aerating agent comprising a liquid flavor comprising limonene, and a solvent; and mixing a plurality of hydrophobic particles into the matrix solution/suspension to form a pharmaceutical suspension; and dosing the pharmaceutical suspension into preformed blister packs, wherein a dosed weight of the dosed pharmaceutical suspension is within 10% of a target dosed weight.
A method for manufacturing a vacuum insulated structure , comprising: adhering a trim breaker to a wrapper and a liner via an adhesive to define an insulated structure ; positioning the insulated structure within an evacuation chamber proximate to a first heater and a second heater; heating the insulated structure and the evacuation chamber via the first heater and the second heater; evacuating the evacuation chamber via a first vacuum pump ; and evacuating the insulated structure via a second vacuum pump . adhering a trim breaker to a wrapper and a liner via an adhesive to define an insulated structure ; positioning the insulated structure within an evacuation chamber proximate to a first heater and a second heater; heating the insulated structure and the evacuation chamber via the first heater and the second heater; evacuating the evacuation chamber via a first vacuum pump ; and evacuating the insulated structure via a second vacuum pump .
An electric vehicle forward and backward speed adjusting handle, the forward and backward speed adjusting handle comprising: a handle bar , a fixing element consisting of a handle base mounted on the handle bar , and a rotating handle rotatably provided on the handle bar , a left-rotating spring and a right-rotating spring are provided between the fixing element and the rotating handle ; the left-rotating spring enables the rotating handle to rotate counter-clockwise with respect to the handle bar , and the right-rotating spring enables the rotating handle to rotate clockwise with respect to the handle bar ; under the effect of both the left-rotating spring and the right-rotating spring , the rotating handle is in a reset position; when an external force is applied on the rotating handle, the rotating handle can rotate clockwise or counter-clockwise from the reset position; characterized by a Hall effect sensor and an arc-shaped permanent magnet are oppositely arranged separately on the rotating handle and the fixing element without touching one another; such that when the rotating handle rotates, the Hall effect sensor moves relatively to the arc-shaped permanent magnet , detects the different positions of the arc-shaped permanent magnet , and outputs corresponding different signals, and configured so that when the rotating handle is rotated clockwise or counter-clockwise, the Hall effect sensor is stationary and when the rotating handle is no longer able to rotate clockwise or counter-clockwise, the Hall effect sensor is close to the arc-shaped permanent magnet at one of two ends thereof and when the rotating handle is loosened, the arc-shaped permanent magnet returns to the reset position under the effect of the left-rotating spring and the right-rotating spring at a position between the two ends, the output signal is outputted into a controller which controls changes in a value and a direction of the torque of a motor according to the output signal.
A vacuum cleaner comprising: a body portion including an electric blower ; a handle arranged on the body portion ; a dust-collecting unit communicating with a suction side of the electric blower so as to catch and collect dust and dirt by operation of the electric blower ; a main body connecting port arranged on the body portion so as to communicate to the dust-collecting unit ; an exhaust port arranged on the body portion ; an exhaust air path arranged in the body portion so as to communicate between an exhaust side of the electric blower and the exhaust port ; a connecting port arranged on the body portion ; a blower air path arranged in the body portion so as to communicate between the exhaust side of the electric blower and the connecting port ; switching means arranged capable of opening and closing the connecting port , so as to switch between the exhaust air path and the blower air path according to the opening and closing; and an attachment including a discharge port , when being attached to the connecting port , communicating with the blower air path upon switching by the switching means , characterized in that , the main body connecting port and the discharge port are located in front of the handle respectively, and a direction sucking from the main body connecting port and a direction exhausting from the discharge port are opposite each other. a body portion including an electric blower ; a handle arranged on the body portion ; a dust-collecting unit communicating with a suction side of the electric blower so as to catch and collect dust and dirt by operation of the electric blower ; a main body connecting port arranged on the body portion so as to communicate to the dust-collecting unit ; an exhaust port arranged on the body portion ; an exhaust air path arranged in the body portion so as to communicate between an exhaust side of the electric blower and the exhaust port ; a connecting port arranged on the body portion ; a blower air path arranged in the body portion so as to communicate between the exhaust side of the electric blower and the connecting port ; switching means arranged capable of opening and closing the connecting port , so as to switch between the exhaust air path and the blower air path according to the opening and closing; and an attachment including a discharge port , when being attached to the connecting port , communicating with the blower air path upon switching by the switching means , characterized in that , the main body connecting port and the discharge port are located in front of the handle respectively, and a direction sucking from the main body connecting port and a direction exhausting from the discharge port are opposite each other.
An electrochemical cell comprising: a cylindrical housing; a non-aqueous electrolyte including one or more organic solvents, wherein at least one of the organic solvents is an acyclic ether, a cyclic ether or sulfolane; a spirally-wound electrode assembly disposed within the housing; wherein the spirally-wound electrode assembly includes an anode consisting essentially of lithium or a lithium alloy and a cathode mix coated onto a foil current collector; wherein the cathode mix comprises greater than 95.0 wt.% of pyrite, less than 2.0 wt.% of a binder and less than or equal to 3.0 wt.% of conductors, wherein the conductor comprises at least 50 wt.% of graphitized carbon with the remainder of the conductor weight being graphite, and wherein the cathode mix is coated to a solids packing percentage between 58% and 70%. a cylindrical housing; a non-aqueous electrolyte including one or more organic solvents, wherein at least one of the organic solvents is an acyclic ether, a cyclic ether or sulfolane; a spirally-wound electrode assembly disposed within the housing; wherein the spirally-wound electrode assembly includes an anode consisting essentially of lithium or a lithium alloy and a cathode mix coated onto a foil current collector; wherein the cathode mix comprises greater than 95.0 wt.% of pyrite, less than 2.0 wt.% of a binder and less than or equal to 3.0 wt.% of conductors, wherein the conductor comprises at least 50 wt.% of graphitized carbon with the remainder of the conductor weight being graphite, and wherein the cathode mix is coated to a solids packing percentage between 58% and 70%.
A resilient U-base fastener comprising: a U-shaped body defining a central cavity between a first side and a second side , the first side connected to the second side at an insertion end , the first side having a first lateral side edge and a second lateral side edge and the second side having a third lateral side edge and a fourth lateral side edge, a first spring arm being connected to the body adjacent to the insertion end and extending from the insertion end outwardly and away from the central cavity ; characterized in that a first barb extension extends outwardly from the first lateral side edge and is bent to support a first barb in the central cavity, wherein the first barb extends inwardly and toward the insertion end and at least a portion of the first barb is positioned between the first lateral side edge and the second lateral side edge of the first side; and a second barb extension extends outwardly from the second lateral side edge and being bent to support a second barb in the central cavity, wherein the second barb extends inwardly and toward the insertion end and at least a portion of the second barb is positioned between the first lateral side edge and the second lateral side edge of the first side a U-shaped body defining a central cavity between a first side and a second side , the first side connected to the second side at an insertion end , the first side having a first lateral side edge and a second lateral side edge and the second side having a third lateral side edge and a fourth lateral side edge, a first spring arm being connected to the body adjacent to the insertion end and extending from the insertion end outwardly and away from the central cavity ; characterized in that a first barb extension extends outwardly from the first lateral side edge and is bent to support a first barb in the central cavity, wherein the first barb extends inwardly and toward the insertion end and at least a portion of the first barb is positioned between the first lateral side edge and the second lateral side edge of the first side; and a second barb extension extends outwardly from the second lateral side edge and being bent to support a second barb in the central cavity, wherein the second barb extends inwardly and toward the insertion end and at least a portion of the second barb is positioned between the first lateral side edge and the second lateral side edge of the first side
A power cable arrangement , comprising a power core comprising one or more conductors , an intermediate layer disposed about the power core, a water barrier layer tightly arranged about the intermediate layer, and a moisture ingress detection device arranged between the water barrier layer and the intermediate layer in direct contact with the water barrier layer , the moisture ingress detection device comprising an elongated optical fiber surrounded by a water-swellable material , the water-swellable material arranged to expand upon contact with moisture and exert a pressure on the underlying optical fiber sufficient to cause an observable change in the attenuation and/or propagation characteristics of the optical fiber.
A floor fixing device of a support rod of a shower door, a shower partition, a sanitary partition, or similar, having a floor plate which has a planar contact surface at the bottom side, and having a support plate which is connected to the floor plate on the side opposite the contact surface , and which is suitable for fixing to an end of the support rod , wherein the floor plate is connected to the support plate to be pivotable around an axis, and the axis, on the one hand, is disposed in parallel to the contact surface of the floor plate , and on the other hand, is disposed above the floor plate such that pivoting of the support plate relative to the floor plate is possible, the floor plate has a bearing protrusion at the side pointing towards the support plate , the bearing protrusion is inserted into a central receptacle in the support plate , characterized in that the bearing protrusion has a rectangular cross-section and is in shape and size equivalent to the receptacle with a play such that pivoting of the support plate relative to the floor plate is possible. the floor plate has a bearing protrusion at the side pointing towards the support plate , the bearing protrusion is inserted into a central receptacle in the support plate , characterized in that the bearing protrusion has a rectangular cross-section and is in shape and size equivalent to the receptacle with a play such that pivoting of the support plate relative to the floor plate is possible.
A method of making a sensor, the method comprising: forming an aqueous reaction mixture comprising a gold precursor and glycine, keeping the reaction mixture at about 18°C to about 50°C for at least 6 days to provide formation of the cyanide-functionalized gold nanoparticles, isolating cyanide-functionalized gold nanoparticles from the reaction mixture; and forming a sensor comprising electrodes and the cyanide-functionalized gold nanoparticles bridging a gap between the electrodes . forming an aqueous reaction mixture comprising a gold precursor and glycine, keeping the reaction mixture at about 18°C to about 50°C for at least 6 days to provide formation of the cyanide-functionalized gold nanoparticles, isolating cyanide-functionalized gold nanoparticles from the reaction mixture; and forming a sensor comprising electrodes and the cyanide-functionalized gold nanoparticles bridging a gap between the electrodes .
An apparatus comprising: a wireless communication chipset including an in-phase and quadrature modulator , the wireless communication chipset configured to modulate, via the in-phase and quadrature modulator , a first signal based on a first modulation type, being a predetermined radar modulation, the first signal comprising a radar signal ; and a controller configured to: select the first modulation type to enable detection of a target that reflects the modulated first signal; and characterised in that the controller is configured to cause the in-phase and quadrature modulator to modulate communication data onto the radar signal to enable the radar signal to be used for wireless communication or radar sensing by another apparatus. a wireless communication chipset including an in-phase and quadrature modulator , the wireless communication chipset configured to modulate, via the in-phase and quadrature modulator , a first signal based on a first modulation type, being a predetermined radar modulation, the first signal comprising a radar signal ; and a controller configured to: select the first modulation type to enable detection of a target that reflects the modulated first signal; and characterised in that the controller is configured to cause the in-phase and quadrature modulator to modulate communication data onto the radar signal to enable the radar signal to be used for wireless communication or radar sensing by another apparatus.
A laser processing device for carrying out laser processing on a workpiece (W) attached with a protective film , comprising: a control device consisting of a computer having a CPU to which a ROM and a RAM are connected; a laser oscillator , such that the laser oscillator oscillates a laser beam in response to instruction from the control device ; being characterised by an external data server connected to the CPU , such that the control device is supplied with processing information including a processing program from the external data server , and further characterised in that the control device is configured to determine, based on the processing information including the processing program, whether or not there is a common part that requires laser processing to cut the protective film , the common part being a part of the workpiece (W) where, in a processing process of the workpiece (W) after laser processing, a different component comes into contact with the workpiece (W) or a part of the workpiece (W) where, in the processing process of the workpiece (W) after laser processing, another part of the workpiece (W) comes into contact with the workpiece (W), and to add a laser processing process for the common part that requires the laser processing to cut the protective film to the processing program, when there is the common part that requires the laser processing to cut the protective film . a control device consisting of a computer having a CPU to which a ROM and a RAM are connected; a laser oscillator , such that the laser oscillator oscillates a laser beam in response to instruction from the control device ; being characterised by an external data server connected to the CPU , such that the control device is supplied with processing information including a processing program from the external data server , and further characterised in that the control device is configured to determine, based on the processing information including the processing program, whether or not there is a common part that requires laser processing to cut the protective film , the common part being a part of the workpiece (W) where, in a processing process of the workpiece (W) after laser processing, a different component comes into contact with the workpiece (W) or a part of the workpiece (W) where, in the processing process of the workpiece (W) after laser processing, another part of the workpiece (W) comes into contact with the workpiece (W), and to add a laser processing process for the common part that requires the laser processing to cut the protective film to the processing program, when there is the common part that requires the laser processing to cut the protective film .