mhurhangee/patent-ind-claim-en huggingface dataset:
An electrode module for use in a diagnostic card for sensing at least one component concentration in a fluid sample, comprising: a substantially planar insulation layer; and a substantially planar metal conductor layer laminated to the insulator layer; the electrode module having a centrally located sensing region, a peripherally located contacting region and an intermediate heating region, the insulator layer in the sensing region having a number of throughgoing apertures , a sensor membrane in each aperture for contact with the sample and for electrical contact with the conductor layer, characterized in that the conductor layer being divided into a corresponding number of conductor elements and a heater contact element , each conductor element including a conductor path having a sensor end and an opposite contact pad end , the sensor ends being located in the sensing region of the module and below one of the apertures respectively and the contact pad ends being located in the contact region , the heater contact element being electrically insulated from the conductor elements and surrounding the sensing region in the heating region, the heater contact element positioned in a connecting gap extending between the sensing and contact regions and the conductor paths extending through the connecting gap, wherein the conductor paths are tortuously long to reduce thermal conduction along the conductor paths, and wherein the conductor paths of the electrode array are long and thin to minimize lateral heat transport along such paths when the module is heated. a substantially planar insulation layer; and a substantially planar metal conductor layer laminated to the insulator layer; the electrode module having a centrally located sensing region, a peripherally located contacting region and an intermediate heating region, the insulator layer in the sensing region having a number of throughgoing apertures , a sensor membrane in each aperture for contact with the sample and for electrical contact with the conductor layer, characterized in that the conductor layer being divided into a corresponding number of conductor elements and a heater contact element , each conductor element including a conductor path having a sensor end and an opposite contact pad end , the sensor ends being located in the sensing region of the module and below one of the apertures respectively and the contact pad ends being located in the contact region , the heater contact element being electrically insulated from the conductor elements and surrounding the sensing region in the heating region, the heater contact element positioned in a connecting gap extending between the sensing and contact regions and the conductor paths extending through the connecting gap, wherein the conductor paths are tortuously long to reduce thermal conduction along the conductor paths, and wherein the conductor paths of the electrode array are long and thin to minimize lateral heat transport along such paths when the module is heated.
Holding frame , into which plug-in connector modules can be inserted, wherein the holding frame is composed of two halves that can be connected to each other, a first half and a second half , wherein the longitudinal sides of the halves realize a parting plane, wherein the halves assume an angle (α) in relation to each other along this parting plane, wherein the holding frame assumes an open position if the angle (α) is less than 180°, and the holding frame assumes a closed position if the angle (α) is approximately or equal to 180°, wherein the holding frame has at least one first spring element , wherein the first spring element exerts a restoring force, in the direction of the closed position, upon the halves , characterized in that, the first spring element has a substantially Omega-shaped basic form , there are laterally projecting holding arms formed on the basic form .
A feedback control system , comprising: a measurement system (110; 210; 320) having a plurality of contact points ; a control mechanism communicatively coupled to the measurement system (110; 210; 320); wherein the measurement system (110; 210; 320) is configured to measure at least one physical property of an RFID chip assembly via the plurality of contact points while the RFID chip assembly is undergoing production, the RFID chip assembly having at least one RFID chip (10;20); the system being characterised by : a computing device ; wherein the computing device is configured to calculate an average value of the at least one physical property over a plurality of RFID assemblies; wherein the control mechanism is configured to cause a force to be applied to the RFID chip (10; 20) in the RFID chip assembly in response to the calculated average value of the at least one physical property, the applied force causing a change in the measured physical property, and wherein the feedback control system is configured to allow for multiple iterations of a measurement of a physical property and application of force. a measurement system (110; 210; 320) having a plurality of contact points ; a control mechanism communicatively coupled to the measurement system (110; 210; 320); wherein the measurement system (110; 210; 320) is configured to measure at least one physical property of an RFID chip assembly via the plurality of contact points while the RFID chip assembly is undergoing production, the RFID chip assembly having at least one RFID chip (10;20); the system being characterised by : a computing device ; wherein the computing device is configured to calculate an average value of the at least one physical property over a plurality of RFID assemblies; wherein the control mechanism is configured to cause a force to be applied to the RFID chip (10; 20) in the RFID chip assembly in response to the calculated average value of the at least one physical property, the applied force causing a change in the measured physical property, and wherein the feedback control system is configured to allow for multiple iterations of a measurement of a physical property and application of force. a computing device ; wherein the computing device is configured to calculate an average value of the at least one physical property over a plurality of RFID assemblies; wherein the control mechanism is configured to cause a force to be applied to the RFID chip (10; 20) in the RFID chip assembly in response to the calculated average value of the at least one physical property, the applied force causing a change in the measured physical property, and wherein the feedback control system is configured to allow for multiple iterations of a measurement of a physical property and application of force.
A system , comprising: a leak detection system , comprising a first window configured to mount at a first opening in a first wall portion in a gas turbine enclosure ; a leak sensor configured to transmit a light beam or an infra-red beam through the first window and an interior of the gas turbine enclosure to obtain sensor feedback; and a configured to evaluate the sensor feedback to monitor for a leak of a hazardous fluid in the gas turbine enclosure . a leak detection system , comprising a first window configured to mount at a first opening in a first wall portion in a gas turbine enclosure ; a leak sensor configured to transmit a light beam or an infra-red beam through the first window and an interior of the gas turbine enclosure to obtain sensor feedback; and a configured to evaluate the sensor feedback to monitor for a leak of a hazardous fluid in the gas turbine enclosure .
A method for binding a user with a device, comprising the steps performed by the device of: receiving a binding request sent by a local terminal, the binding request carrying a registered user ID for the user to log into a client program of the local terminal; judging whether the binding request is sent from a present local area network in which the device is connected; when the binding request is sent from the present local area network, sending the binding request to a server for the server to establish a binding relationship between the registered user ID and the device; and after the binding relationship is established, receiving a notification message sent by the server for informing the binding relationship has been established, and forwarding the notification message to the local terminal, wherein the method further comprises: when the binding request is sent from a network other than the present local area network, discarding or rejecting the binding request. receiving a binding request sent by a local terminal, the binding request carrying a registered user ID for the user to log into a client program of the local terminal; judging whether the binding request is sent from a present local area network in which the device is connected; when the binding request is sent from the present local area network, sending the binding request to a server for the server to establish a binding relationship between the registered user ID and the device; and after the binding relationship is established, receiving a notification message sent by the server for informing the binding relationship has been established, and forwarding the notification message to the local terminal, wherein the method further comprises: when the binding request is sent from a network other than the present local area network, discarding or rejecting the binding request.
A thermal air flow meter comprising: a housing including a sub-passage through which part of a fluid to be measured is drawn; a sensor chip disposed in the sub-passage , the sensor chip measuring a flow rate of the fluid to be measured; an electronic component that includes a resistor and that converts a fluid flow rate detected by the sensor chip to a corresponding electric signal; and a substrate on which the sensor chip and the electronic component are disposed, wherein the substrate has a surface, on which the electronic component is disposed, covered with a filling material , wherein the substrate and the filling material have Young's modulus and coefficients of linear expansion falling within a predetermined range that is determined by a ratio of Young's modulus of the substrate to Young's modulus of the filling material , and a ratio of a coefficient of linear expansion of the substrate to a coefficient of linear expansion of the filling material , wherein the predetermined range is such that variations in a resistance value of the resistor fall within a predetermined range of flow rate characteristic variations; characterized in that said predetermined range of flow rate characteristic variations is ±1%, and let Y be the ratio of the Young's modulus of the substrate to the Young's modulus of the filling material and let X be the ratio of the coefficient of linear expansion of the substrate to the coefficient of linear expansion of the filling material , then a relation of Y < 0.4X -0.9 holds. a housing including a sub-passage through which part of a fluid to be measured is drawn; a sensor chip disposed in the sub-passage , the sensor chip measuring a flow rate of the fluid to be measured; an electronic component that includes a resistor and that converts a fluid flow rate detected by the sensor chip to a corresponding electric signal; and a substrate on which the sensor chip and the electronic component are disposed, wherein the substrate has a surface, on which the electronic component is disposed, covered with a filling material , wherein the substrate and the filling material have Young's modulus and coefficients of linear expansion falling within a predetermined range that is determined by a ratio of Young's modulus of the substrate to Young's modulus of the filling material , and a ratio of a coefficient of linear expansion of the substrate to a coefficient of linear expansion of the filling material , wherein the predetermined range is such that variations in a resistance value of the resistor fall within a predetermined range of flow rate characteristic variations; characterized in that said predetermined range of flow rate characteristic variations is ±1%, and let Y be the ratio of the Young's modulus of the substrate to the Young's modulus of the filling material and let X be the ratio of the coefficient of linear expansion of the substrate to the coefficient of linear expansion of the filling material , then a relation of Y < 0.4X -0.9 holds.
A deflector device for a vehicle sunroof , the deflector device comprising: a cloth deflector net which is extended to be blown by drive airflow during operation period and folded to be housed during non-operation period; a lower end holding portion which holds a lower end side of the deflector net ; an upper end holding portion which holds an upper end side of the deflector net and is movable in a vertical direction; an urging member which urges the upper end holding portion upward; and a defining portion ; characterized in that : the defining portion defines an upper limit position of the upper end holding portion against an urging force caused by the urging member so as to loosen at least a part of the deflector net . a cloth deflector net which is extended to be blown by drive airflow during operation period and folded to be housed during non-operation period; a lower end holding portion which holds a lower end side of the deflector net ; an upper end holding portion which holds an upper end side of the deflector net and is movable in a vertical direction; an urging member which urges the upper end holding portion upward; and a defining portion ; characterized in that : the defining portion defines an upper limit position of the upper end holding portion against an urging force caused by the urging member so as to loosen at least a part of the deflector net . the defining portion defines an upper limit position of the upper end holding portion against an urging force caused by the urging member so as to loosen at least a part of the deflector net .
Catalyst system comprising: i. a first layer of a hydrocarbon conversion catalyst, the hydrocarbon conversion catalyst comprising: a first composition comprising a dehydrogenation active metal on a solid support; and a second composition comprising a transition metal on an inorganic support; and ii. a second layer comprising a cracking catalyst; wherein the cracking catalyst comprises a molecular sieve; wherein the molecular sieve is zeolite and/or silicalite; the zeolite is ZSM-5 having a silica to alumina ratio in the range of 20 to 1500; the dehydrogenation active metal is selected from platinum, palladium, iridium, chromium, and mixtures thereof; and the transition metal is selected from molybdenum, tungsten, rhenium, and mixtures thereof. i. a first layer of a hydrocarbon conversion catalyst, the hydrocarbon conversion catalyst comprising: a first composition comprising a dehydrogenation active metal on a solid support; and a second composition comprising a transition metal on an inorganic support; and a first composition comprising a dehydrogenation active metal on a solid support; and a second composition comprising a transition metal on an inorganic support; and ii. a second layer comprising a cracking catalyst;
A table saw assembly comprising: a workpiece support surface ; a drop arm assembly carrying an arbor shaft which drives a circular saw blade as a shaping device, said drop arm assembly being movable along a drop path between a first drop arm assembly position whereat a portion of the saw blade supported by the drop arm assembly extends above the workpiece support surface and a second drop arm assembly position whereat the portion of the saw blade does not extend above the workpiece support surface ; a latch movable between a first latch position whereat the latch supports the drop arm assembly in the first drop arm assembly position, and a second latch position whereat the latch does not support the drop arm assembly position at the first drop arm assembly position; and an arbor lock for locking the arbor shaft , said arbor lock being movable between a first lock position whereat the arbor lock prevents movement of the drop arm assembly toward the second drop arm assembly position when the drop arm assembly is in the first drop arm assembly position, and a second lock position whereat the arbor lock does not prevent movement of the drop arm assembly toward the second drop arm assembly position when the drop arm assembly is in the first drop arm assembly position. a workpiece support surface ; a drop arm assembly carrying an arbor shaft which drives a circular saw blade as a shaping device, said drop arm assembly being movable along a drop path between a first drop arm assembly position whereat a portion of the saw blade supported by the drop arm assembly extends above the workpiece support surface and a second drop arm assembly position whereat the portion of the saw blade does not extend above the workpiece support surface ; a latch movable between a first latch position whereat the latch supports the drop arm assembly in the first drop arm assembly position, and a second latch position whereat the latch does not support the drop arm assembly position at the first drop arm assembly position; and an arbor lock for locking the arbor shaft , said arbor lock being movable between a first lock position whereat the arbor lock prevents movement of the drop arm assembly toward the second drop arm assembly position when the drop arm assembly is in the first drop arm assembly position, and a second lock position whereat the arbor lock does not prevent movement of the drop arm assembly toward the second drop arm assembly position when the drop arm assembly is in the first drop arm assembly position.
A method performed by an apparatus, wherein the apparatus comprises a packet-based interface, the method comprising: receiving a notification from a controller of the packet based-interface or from a switch of the packet-based interface , wherein the notification indicates that a packet for transmission by a radio unit to a first user equipment, UE, in at least a portion of a time interval allocated to transmissions to the first UE has been dropped or will be dropped; and sending at least one further packet to the radio unit, wherein the at least one further packet indicates the radio unit to send transmissions to a second UE in at least part of the time interval. receiving a notification from a controller of the packet based-interface or from a switch of the packet-based interface , wherein the notification indicates that a packet for transmission by a radio unit to a first user equipment, UE, in at least a portion of a time interval allocated to transmissions to the first UE has been dropped or will be dropped; and sending at least one further packet to the radio unit, wherein the at least one further packet indicates the radio unit to send transmissions to a second UE in at least part of the time interval.
A composition comprising a hypotonic, acid oxidizing, aqueous solution comprising a pH of from 2.5 to 6, a chloride content of less than 400 mg/l, and a free chlorine content of 20-140 mg/l, wherein said free chlorine content comprises ≥ 90% hypochlorous acid (HClO), ≤ 10% chlorine (Cl 2 ), and ≤ 3% hypochlorite (ClO - ) for use in topically treating a wound caused by Epidermolysis Bullosa ("EB").
A method for identifying and predicting events for a vehicle that drives a known path comprising: determining particular locations of the vehicle along the known path based on global positioning signals ; sensing events along the known path with sensors on the vehicle ; receiving event information including a type of event and event location from another vehicle; storing the sensed events and received event information ; learning a particular event location based on whether said event has occurred at the same location previously; determining and storing a predictive action for the vehicle based on the events for the particular event location; and providing a control signal to begin performance of the predictive action when the vehicle is approaching the event location and the vehicle is at least one of a certain time and predetermined distance from the event location; wherein the event comprises at least one of an anti-lock brake system event, a traction control event, an electronic brake force distribution event, a hill hold control event, a hill descent control event, a trailer sway control event, a wheel lift control event, an axle deflection event and an off road terrain event, and the predictive action comprises at least one of: a) pre-filling of brakes, b) pre-tensioning of seat belts, c) enabling a stability control to an ON state when the stability control is initially in an OFF state, d) providing a warning to a vehicle operator, and e) selecting thresholds and control parameters for a specific terrain. determining particular locations of the vehicle along the known path based on global positioning signals ; sensing events along the known path with sensors on the vehicle ; receiving event information including a type of event and event location from another vehicle; storing the sensed events and received event information ; learning a particular event location based on whether said event has occurred at the same location previously; determining and storing a predictive action for the vehicle based on the events for the particular event location; and providing a control signal to begin performance of the predictive action when the vehicle is approaching the event location and the vehicle is at least one of a certain time and predetermined distance from the event location; wherein the event comprises at least one of an anti-lock brake system event, a traction control event, an electronic brake force distribution event, a hill hold control event, a hill descent control event, a trailer sway control event, a wheel lift control event, an axle deflection event and an off road terrain event, and the predictive action comprises at least one of: a) pre-filling of brakes, b) pre-tensioning of seat belts, c) enabling a stability control to an ON state when the stability control is initially in an OFF state, d) providing a warning to a vehicle operator, and e) selecting thresholds and control parameters for a specific terrain.