144 results about "Life condition" patented technology

A ground fault circuit interrupting device detects an end-of-life condition. A ground fault detecting circuit detects a fault condition and controllably operates a switching device to energize a circuit interrupting device. An end-of-life detecting circuit detects a failure of the circuit interrupting device to open after detection of the fault condition, and activates a secondary circuit to energize the circuit interrupting device.

A printing device has a replaceable component. Printing by the printing device utilizes the replaceable component. Printing with the printing device is stopped when an end-of-life condition is detected for the replaceable component. A list of one or more identifiers (IDs) is output for pending print jobs. In response to an input of one of the IDs, the corresponding pending print job is printed.

A multi-function feedback sense input in an electronic ballast control indicates a number of lamp faults on the basis of lamp parameters exceeding specified thresholds. An end of life detection is achieved by conditioning a lamp feedback with a DC offset to provide a simple threshold comparison to determine if the lamp exceeds specified operational boundaries. An open filament, absent lamp or broken cathode is detected on the same feedback sense by detecting an open circuit in the lamp filament and driving the sense feedback to a shutdown state in the event of a filament open circuit. The ballast control includes a current sense feedback for detecting overcurrent conditions as well as lamp faults so that the control detects an end of life condition, lamp absence, broken lamp, open filament, broken cathode, overcurrent, hardswitching or failure to ignite fault with a minimum number of feedback sensors. The ballast control provides a number of protections with a simplified circuit to reduce cost and improve functionality of the electronic ballast control.

An electronic ballast having end of lamp life and overheating protection, and automatic reignition and multiple striking capabilities includes AC / DC rectifier, PFC / boost, inverter, and ballast protection and control circuits. The ballast protection and control circuit is operable to place the ballast in a protected state when the lamp load connected to the ballast reaches an end of lamp life condition or the ballast overheats. The ballast protection and control circuit also automatically ignites the lamp load when it is connected to the ballast and generates multiple striking attempts for hard to strike lamp loads. The ballast may be connected to AC or DC power sources and different types of lamp loads, and may include various different types of inverter circuits.

Circuits are disclosed, for example for driving fluorescent lamps, and such circuits may form part of a ballast. First and second sensing circuits can apply respective signals to a control circuit as a function of an end-of-lamp life condition and of the number of re-strike attempts.

A preferred sputter target assembly (10, 10′) comprises a target (12, 12′), a backing plate (14, 14′) bonded to the target (12, 12′) along an interface (22, 22′) and dielectric particles (20, 20′) between the target (12, 12′) and the backing plate (14, 14′). A preferred method for manufacturing the sputter target assembly (10, 10′) comprises the steps of providing the target (12, 12′) and the backing plate (14, 14′); distributing the dielectric particles (20, 20′) between mating surfaces (24, 26) of the target (12, 12′) and the backing plate (14, 14′), most preferably along a sputtering track pattern on one of the mating surfaces; and bonding the target (12, 12′) to the backing plate (14, 14′) along the mating surfaces (24, 26). A preferred method for sputtering in accordance with the invention comprises the steps of applying electrical power to the sputter target (50, 160); causing the sputter target assembly (50, 160) to produce an electromagnetic signal (not shown) when a target end-of-life condition exists; and monitoring the sputter target assembly (50, 160) to detect the electromagnetic signal.

A life detector adapted to be used to determine whether an organism or part thereof suits a life condition predefined by a set of ranges, each for a physiological parameter and each characterizing this life condition. The detector comprises a sensor unit adapted to sense at least two of the physiological parameters and to generate signals indicative of their values, a processor for receiving and processing the signals to arrive at these values, the processor further being adapted to disregard any value falling outside the range of the respective parameter and to produce a qualitative diagnosis based on values falling within its range. This diagnosis is indicative of whether the organism or part thereof suits the life condition. The detector further comprises indication means adapted to indicate the diagnosis. The detector may be assembled using a general-purpose programmable communication device, a standard medical sensor and a special cable adapter.

An electronic ballast having end of lamp life and overheating protection, and automatic reignition and multiple striking capabilities includes AC / DC rectifier, PFC / boost, inverter, and ballast protection and control circuits. The ballast protection and control circuit is operable to place the ballast in a protected state when the lamp load connected to the ballast reaches an end of lamp life condition or the ballast overheats. The ballast protection and control circuit also automatically ignites the lamp load when it is connected to the ballast and generates multiple striking attempts for hard to strike lamp loads. The ballast may be connected to AC or DC power sources and different types of lamp loads, and may include various different types of inverter circuits.

The present invention is directed to an electrical wiring device that includes an illumination assembly coupled to at least one detection circuit and disposed in the housing portion. The illumination assembly includes at least one light emitting element, an illumination circuit, and at least one lens disposed in at least one lens cover opening in optical communication with at least one light emitting element. The illumination circuit is configured to selectively drive the at least one light emitting element between a deenergized state and a light emitting state in response to an ambient light condition, a miswire condition, an end-of-life condition, a reset state or a trip state. The at least one lens has a surface area such that light emitted by the at least one light emitting element is directed into a spatial volume proximate the electrical wiring device.

The invention provides a family affection care system based on an old-age care robot. The system comprises the old-age care robot, a remote terminal and a cloud server. Under the control of a child, the remote terminal sends a go-home-to-see access request to the cloud server through a go-home-to-see request module; a go-home-to-see receiving processing module of the old-age care robot controls the old-age care robot to start an old person seeking function, confirms an old person position through utilization of a voice positioning technology or a face identification technology, then prompts anold person to put through and checks a life condition of the old person through a camera of the old-age care robot; and the go-home-to-see receiving processing module receives character, voice, picture and / or video information sent by the remote terminal and displays the information to the old person and moreover controls the old-age care robot to interact with the old person through utilizationof a voice interaction technology and an image identification technology. According to the system, the interaction is automatically initiated through utilization of the old-age care robot, the child is helped to communicate with the old person effectively through utilization of fragmented time, the life condition of the old person is checked whenever and wherever possible, and the affection company for the old person is realized.

The embodiment of the invention discloses a battery life evaluation method, and the method comprises the following steps: respectively establishing a calendar life model and a cycle life model, and determining operation simulation working condition parameters according to a user demand curve, respectively calculating a total capacity loss rate when each prediction time unit in a plurality of set prediction time units ends through a calendar life model and a cycle life model in combination with operation simulation working condition parameters, and when the total capacity loss rate of each prediction time unit is calculated, correcting the current total capacity loss rate through the total capacity retention rate of the previous prediction time unit. The service life condition of the battery is comprehensively predicted and evaluated by adopting a calendar service life and cycle life mutual coupling calculation method, so that the prediction result deviation caused by the fact that a traditional empirical model can only predict a single working condition and interaction influence is not considered when calendar attenuation and cycle attenuation are mutually superposed is avoided; and the prediction accuracy and the battery life evaluation efficiency are improved, and the method is suitable for actual application scenes.

A fish feeding composition for improving the growth and / or health of fish comprises cysteamine or salts thereof and from 1 to 80 wt % of a carrier. The fish feeding composition is preferably added to a basal feed and then fed to the fish. Use of such a feed increases body weight and reduces death due to disease and adverse living conditions.

The invention relates to a CAE-based simulation detection method and simulation test system for fatigue life of an automobile frame, and the method comprises the steps: extracting a virtual frame loadspectrum in a virtual whole automobile driving process, carrying out the inertia release analysis of a virtual frame under a unit load, and obtaining a virtual frame material fatigue characteristic curve; inputting the virtual vehicle frame load spectrum, the inertia release analysis result under the unit load of the virtual vehicle frame and the virtual vehicle frame material fatigue characteristic curve into a virtual vehicle frame fatigue calculation model, and calculating the fatigue life of the virtual vehicle frame; judging whether the fatigue life of the virtual frame is within the fatigue life threshold range of the virtual frame or not, and if yes, storing actual parameters of the frame. The CAE is adopted for simulation analysis, the fatigue life condition of the frame is obtained, defects existing in the design can be quickly found, and technical support is provided for structural design and improvement.

Circuits are disclosed, for example for driving fluorescent lamps, and such circuits may form part of a ballast. First and second sensing circuits can apply respective signals to a control circuit as a function of an end-of-lamp life condition and of the number of re-strike attempts.

Disclosed herein are apparatus, methods, and systems for assessing the life span of a product and / or system—particularly with respect to end-of-life conditions which are defined by a customer, owner, operator, or other person(s) associated with the product and / or system—and communicating the assessment to said customer, owner, operator, or other person(s). According to one aspect, end-of-life conditions are defined in terms of product life (e.g., anything that relates to how well and how long the product / system operates) and / or economic life (e.g., anything that relates to the cost of deriving a benefit from the product / system). In one particular example, the products or systems relate to lighting systems, particularly those utilizing LED (or other solid-state) light sources.

A method and system are disclosed for determining the end of life condition for a replaceable unit, which may be associated with a multifunction device, and have a useful life expectancy based upon a number of operations. A counter associated with the multifunction device maintains a running count of operations for the unit. Once the number of performed operations of the replaceable unit reaches a given percentage of the expected life of that unit, an analysis is performed on a running history of the fault codes. Once the number of fault codes attributable to any given replaceable unit meets or exceeds a predetermined level, such as a percentage of the running history, a notification is generated indicating a need to replace the replaceable unit.

A life detector adapted to be used to determine whether an organism or part thereof suits a life condition predefined by a set of ranges, each for a physiological parameter and each characterizing this life condition. The detector comprises a sensor unit adapted to sense at least two of the physiological parameters and to generate signals indicative of their values, a processor for receiving and processing the signals to arrive at these values, the processor further being adapted to disregard any value falling outside the range of the respective parameter and to produce a qualitative diagnosis based on values falling within its range. This diagnosis is indicative of whether the organism or part thereof suits the life condition. The detector further comprises indication means adapted to indicate the diagnosis. The detector may be assembled using a general-purpose programmable communication device, a standard medical sensor and a special cable adapter.

The invention discloses an intelligent walking aid control system, which comprises a main controller, a driving device, a safety sensor module, a power management module, a wireless control module andan auxiliary module. The main controller is respectively connected with the driving device, the safety sensor module, the power management module, the auxiliary module and the wireless control module. The power management module decides whether to power up the control system according to the human body state. The invention can effectively improve the walking posture and the daily life condition of the walker users, bring them a new and safe life style. The system is beneficial to improving their rehabilitation level and the comfort degree of traveling by using the walker.

A ground fault circuit interrupting device detects an end-of-life condition. A ground fault detecting circuit detects a fault condition and controllably operates a switching device to energize a circuit interrupting device. An end-of-life detecting circuit detects a failure of the circuit interrupting device to open after detection of the fault condition, and activates a secondary circuit to energize the circuit interrupting device.

An electronic ballast (10) for powering a lamp load comprising an even number of gas discharge lamps (30,32, . . . ,34,36) includes an inverter (300), an output circuit (400), and a protection circuit (500). During operation, protection circuit (500) disables the inverter (300) in response to an end-of-lamp-life condition that is characterized by a predetermined imbalance in the operating current provided to each of the even number of lamps. Preferably, the output circuit (400) includes a current-sensing transformer (480) for detecting the predetermined imbalance, and the protection circuit (500) includes a silicon-controlled rectifier (530) for disabling the inverter (300).

A method and system are disclosed for determining the end of life condition for a replaceable unit, which may be associated with a multifunction device, and have a useful life expectancy based upon a number of operations. A counter associated with the multifunction device maintains a running count of operations for the unit. Once the number of performed operations of the replaceable unit reaches a given percentage of the expected life of that unit, an analysis is performed on a running history of the fault codes. Once the number of fault codes attributable to any given replaceable unit meets or exceeds a predetermined level, such as a percentage of the running history, a notification is generated indicating a need to replace the replaceable unit.

The embodiment of the invention relates to a method and electronic device for prolonging the service life of a power battery. The method comprises the steps of detecting a current working state of thepower battery to obtain a current charging parameter of the power battery; calculating a life attenuation parameter characterizing a life attenuation degree of the power battery based on the currentcharging parameter and a nominal charging parameter; determining the adjustment factor of the power battery charging current based on the life attenuation parameter. The method and the electronic device intelligently adjust the charging current according to the life condition of the power battery, avoid an increase in the aging factor of the power battery caused by excessive charging current, effectively slow down the attenuation speed of the battery service life in the direct current charging process and prolong the service life of the power battery.

A CO detector includes a sensor configured to detect a presence of CO and generate a signal indicative of the presence of CO, and a controller in signal communication with the sensor. The controller is configured to measure a level of detected CO in response to receiving the signal generated by the sensor. The controller is further configured to detect a first trouble condition representative of an end-of-life condition of the sensor, and a second trouble condition different from the first trouble condition.

The invention provides a rapid cultivation device and method of a daphnia magna laboratory and belongs to the field of cultivation of zooplankter. The rapid cultivation device comprises supports, base plates, water bath tanks, a water storage tank, cultivation cups, heating rods, thermometers, turbulence pumps, a fluorescent lamp and a time controller. Each base plate is arranged at the bottom of the corresponding support. The storage water tank is arranged on the base plate of the bottommost support. The water bath tanks are arranged on the base plates of the two upper supports. One thermometer, one turbulence pump and two heating rods are arranged in the water storage tank. Each water bath tank is provided with one thermometer, two heating rods and six cultivation cups. The fluorescent lamp is located above the portion deviating from the center of the support and is parallel to the support. The time controller is in contact with the fluorescent lamp. The rapid cultivation device is easy and convenient to operate, high in operability, easy to set up and free of a complicated device structure. Daphnia magna cultivated through the rapid cultivation device is rapid in reproduction and large in quantity, the life condition of the daphnia magna is stable, and the individual difference of the daphnia magna is small, so that results of toxic tests of fleas are stable and reliable, the test quality is guaranteed, and enough test materials can be provided for tests such as removal of zooplankter pollution to water in the industry of water treatment at the same time.

A CO detector includes a sensor configured to detect a presence of CO and generate a signal indicative of the presence of CO, and a controller in signal communication with the sensor. The controller is configured to measure a level of detected CO in response to receiving the signal generated by the sensor. The controller is further configured to detect a first trouble condition representative of an end-of-life condition of the sensor, and a second trouble condition different from the first trouble condition.

The invention discloses an intelligent terminal service system for an aquarium. The system comprises a monitoring terminal, a remote terminal and a cloud server, wherein the monitoring terminal comprises an environment index acquisition unit used for detecting water temperature and water quality, a video unit which is used for acquiring fish video images and is connected with an image processing system, a wireless communication unit used for establishing connection with the external portion of the monitoring terminal, a performing unit used for realizing specific adjustment according to the aquarium environment, and a control unit which is connected with the various units and is used for realizing data acquisition, processing and sending and command reading and performing, and the remote terminal is equipped with a system matching APP. The method is advantaged in that the Internet of things technology is utilized, the water quality information and the video images are sent to the Internet through a household router, the system matching APP is utilized, fish life conditions can be checked, remote monitoring and breeding of fishes can be realized, low cost and small volume are realized, and the system can be conveniently applied to common fish jars without extra equipment reconstruction cost.

The invention relates to an electric energy meter life evaluation method based on accelerated degradation test. The method comprises the following steps: 1, acquiring electric energy meter accelerateddegradation test data, and estimating the distributed parameter values of a degradation path model of the electric energy meter degradation characteristic quantity under different stress levels; 2, selecting an accelerated degradation model according to the type of acceleration stress, and calculating the false life values of the electric energy meter under different stress levels according to the failure thresholds of the degradation characteristic quantity in the test; 3, calculating acceleration factors corresponding to different stress levels according to the accelerated degradation model, and converting false life values of acceleration factors under different stress levels to the normal work stress level; 4, selecting the life distribution type of an electric energy meter, and estimating the unknown parameter values in a life distribution function; and 5, estimating by utilizing the life distribution function to obtain the life of the electric energy meter under a normal work stress level. Compared with the prior art, the method has the advantages that the life condition of the electric energy meter can be accurately estimated, and more conforms to engineering practice.

A rocker contact switch for a GFCI device includes a base and first and second legs extending from the base. When the base is moved, the second leg rotates to contact a conductive member to put the GFCI device in an end of life condition. The first leg is substantially prevented from moving in response to movement of the base. A test button of the GFCI device is pushed a first distance to complete a first circuit that trips the GFCI device. The test button is pushed a second distance, which moves the base of the rocker contact switch, to complete a second circuit that puts the GFCI device in an end of life condition by moving the rocker switch base.

The invention relates to a water purifier, which includes a host hanging plate, and a coarse filtration system and a fine filtration system mounted on the host hanging plate. The water purifier is characterized in that: it also includes a full automatic control system, the bottom of the host hanging plate is provided with a one-piece cover correspondingly connected to the bottle mouths of filtration bottles, the one-piece cover is equipped with interfaces in butt joint with filtration bottle mouths and water flow channels in connection with each filtration bottle, the fine filtration system is provided with a booster pump and a low pressure switch, when the water pressure is higher than a set value of the low pressure switch, the system automatically starts to work, and a pure water outlet pipeline of the fine filtration system is provided with a high pressure switch, and according to whether the water pressure is higher than a set value of the high pressure switch, the control system stops working or starts to work. In the invention, filtration bottle covers are designed as the one-piece cover, the material cost and production cost are greatly saved, the assembling is very simple and fast, and sealing performance is good. The set full automatic control system is not only convenient and safety to use, but also helps timely mastery of the operation state of the whole machine and life condition of its filter core, as well as timely maintenance.

The invention belongs to the field of refuge and survival equipment in underground mining industry, in particular relates to a mine isolated escape system. The escape system comprises a support bellow pot (1), a wall body (2) arranged outside the support bellow pot (1), a breath supplying body (4) and an air charging system (3), wherein an air charging outlet (5) of the air charging system (3) is connected with an air charging inlet (7) of the support bellow pot (1); an expiration port (8) and an intake port (9) of the breath supplying body (4) is respectively and sequentially connected with an mask expiration port (10) and an mask intake port (11) of a respiratory mask positioned in the wall body (2); the breath supplying body (4) comprises a shell (12) and an oxygen generating agent (13) arranged in the shell (12); and an escape door (14) is arranged in the wall body (2). The system has safe and convenient operation, and can be effectively separated from the external environment of the mine disaster occurrence region when mine disaster occurs; and the refuge chamber can provide corresponding life conditions for human bodies.