78results about How to "Disposable" patented technology

The invention relates to a monitoring system for an electric automobile battery charging and replacing station. The system comprises a superior system, an electricity distribution monitoring system, a charging monitoring system, a battery replacement monitoring system and a video monitoring system; a monitoring work station, a server, a printer, an electricity distribution system communication management machine and an electricity utilization information collecting terminal are connected with a network exchanger of the charging monitoring system through a local industrial Ethernet; a network exchanger of the electricity distribution monitoring system is connected with a communication gateway of the superior system through the local industrial Ethernet; an intelligent communication terminal of the battery replacement monitoring system is connected with the network exchanger of the charging monitoring system through the local industrial Ethernet; and a video server of the video monitoring system is connected with the communication gateway of the superior system through the local industrial Ethernet. The system can meet the requirement of electric energy complement of large commercial vehicles and small passenger vehicles and can realize omnibearing, effective and real-time monitoring on the battery charging and replacing of electric automobiles.

A combination of filters for filtering selected wavelengths of electromagnetic radiation is provided on a transparent substrate such as a plastic film or glazing of a window. The combination of filters prevents or attenuates the passage of wavelengths through the substrate which would pose a security risk. The combination of filters is useful to prevent unauthorized data collection and information exchange from or within buildings or otherwise prevent such unauthorized data collection and information exchange from, for example, computer monitors or screens, personal digital assistance, and local area networks. The substrate with the combination of filters may be in the form of a bag or a tent.

Cumulative thermal exposures monitors and remote indicating cumulative thermal exposure monitors and system for reading the same are disclosed. The monitors have a thermally insulative housing with a cavity and a thermally-responsive member therein formed of shape memory material, which may be provided with a coating or sheath of insulative or shape memory polymer material, that gradually changes from a first shape to a second shape over a prescribed temperature range wherein the thermal capacity and insulative properties of the housing, cavity, and shape memory material transition temperature range are correlated relative to one another and calibrated to closely match a thermal decay profile (time-temperature profile) of the product being monitored. In remote indicating embodiments, the data can be retrieved remotely via RF transponder technology without directly viewing the monitor device.

A beverage container holder for holding a beverage can or bottle comprising: a mug and a beverage container securing system. The mug includes: an inner cylindrical cavity sized to receive a beverage container; and a cylindrical shell. The cylindrical shell is composed of: an inner layer; a middle layer composed of a substantially liquid impermeable material and substantially enclosing the inner layer; and an outer layer substantially enclosing the middle layer. The mug also includes: a base member and a handle member. The beverage container securing system includes: a hole disposed through the cylindrical shell; and a tab coupled to the cylindrical shell, substantially covering the hole, including an adhesive material on the tab's inner side. The beverage holder also includes a first and second split along the cylindrical shell and a folding system. The folding system includes a first, second, and third crease which allow users store multiple holders.

The invention provides an intelligent spoon comprising a spoon handle and a spoon head which is arranged on one end of the spoon handle; and a central processing unit (CPU), a radio frequency identification (RFID) card reader which communicates with the CPU, a communication module, a weighing sensor, a temperature sensor, a camera, a global positioning system (GPS) or an A-GPS module, a module capable of sending short messages or making calls automatically, a memory for storing data, a battery for supplies power, a power switch which is serially connected between the battery and the CPU, and a calling switch which is connected with the CPU for starting the module which sends short messages or makes calls automatically are arranged on the spoon handle. The intelligent spoon has a simple structure, is easy to manufacture and realize mass production, has the functions of communicating with external communication equipment, weighing, measuring temperature, GPS positioning, active calling, processing images and identifying electronic labels, and can provide a lot of convenience for people.

The invention discloses a remote monitoring and managing method achieving whole process management over distributed rural sewage treatment facilities.The method comprises the steps that data collected by the sewage treatment facilities are transmitted to a monitoring and managing server through a wireless communication network in real time, the monitoring and managing server stores and processes the collected data and transmits an analysis result to remote operating equipment, a user adjusts running parameters of the sewage treatment facilities through a platform of the remote operating equipment in real time, adjusted data is transmitted back to the sewage treatment facilities through the wireless communication network, a site equipment running state monitor and a data collector are adjusted, and then distributed managing on the sewage treatment facilities is achieved.According to the method, not only can the different functions be designed according to the managing demands of the sewage treatment facilities, but also whole process management can be achieved, and whole-covering monitoring and managing on all life cycle links of an engineering project is achieved.

The invention provides a microfluidic chip and a single cell protein quantitative detection device and method. The chip is composed of a PDMS (Polydimethylsiloxane) layer and a quartz layer; a microfluidic chip technology is combined with a liquid drop formation technology, a fluorescence antibody preparation technology and a fluorescence detection technology and then high-throughput quantitative detection of proteins in single cells is realized; reliable device and method are provided for characterization of cell biological characteristics. By designing and manufacturing a fluorescence antibody pair and setting an optical filter, the detection precision can be effectively improved and detection errors are reduced. Equipment including an inverted fluorescent microscope, a photomultiplier and the like can be used in a traditional biological laboratory, so that the device and the method have strong adaptability and high portability and are convenient to realize.

A disposable cleaning device for the barrel or bore of a gun or firearm is provided which comprises a jag member which is adapted to contain a cleaning fluid for the barrel or bore, which jag member has means at one end for securing to a ram-rod or cable and also has means for allowing the cleaning fluid to contact an absorbent cleaning material. In certain embodiments the absorbent cleaning material surrounds the jag member and is pre-wetted with cleaning fluid or becomes wetted with cleaning fluid after a rupturable means within the jag member containing the cleaning fluid is ruptured or broken. In other embodiments, the jag member includes an internal chamber containing the cleaning fluid sealed with a rupturable or removable membrane or member, which when ruptured or removed, allows cleaning fluid to escape and contact cleaning material which is, or which is brought, in proximity to the chamber. In all the embodiments of the invention the devices have self-contained storage of cleaning fluid and are disposable after a single use.

The invention provides intelligent chopsticks which comprise a central processing unit (CPU), a radio frequency identification (RFID) card reader which communicates with the CPU, a communication module, a weighing sensor, a temperature sensor, a camera, a global positioning system (GPS) or an A-GPS module, a module capable of sending short messages or making calls automatically, a memory for storing data, a battery for supplies power, a power switch which is serially connected between the battery and the CPU, and a calling switch which is connected with the CPU for starting the module which sends short messages or makes calls automatically. The intelligent chopsticks have a simple structure, are easy to manufacture and realize mass production, have the functions of communicating with external communication equipment, weighing, measuring temperature, GPS positioning, active calling, processing images and identifying electronic labels, and can provide a lot of convenience for people.

This invention relates to a pouch injector made from a flexible and/or collapsible material. The pouch could contain a gusset that allows the pouch to free stand and allows for a greater pouch interior volume. The pouch and dispensing adapter(s) are used to dispense and/or inject a liquid, for example, into a tire through the valve stem. The invention can be used for either repairing a tire puncture and also preventing future tire punctures and leaks

Disclosed in the invention is a brushless direct-current motor simulator. A winding subsystem simulator simulates a winding resistor, an inducer and a back electromotive force; an electromagnetic subsystem simulator simulates an electromagnetic moment of a brushless direct-current motor; a load characteristic simulator simulates a load moment; a mechanical subsystem simulator simulates a mechanical characteristic of the brushless direct-current motor; a magnetic flux density simulator simulates a distribution characteristic of the magnetic flux density of the rotor of the brushless direct-current motor; a back electromotive force subsystem simulator simulates back electromotive forces of three-phase windings of the brushless direct-current motor; and a position sensor simulator simulates an output signal of a switch hall sensor. According to the invention, the electronic load of the brushless direct-current motor body can be replaced; and the brushless direct-current motor simulator has the real electrical and mechanical characteristics of the brushless direct-current motor; important parameters like a driving voltage, a driving current, a back electromotive force and an electromagnetic moment and the like can be monitored; information including commutation errors and current abnormality and the like can be recorded; and the simulator has the fault self-diagnosis capability and the processing capability.

A weapon protection device for enclosing a weapon. The weapon protection device protects the weapon from adverse conditions, including water, dust, dirt and sand. The weapon protection device features a transparent or translucent material that is impervious to water and is lightweight. The material is highly flexible and stretchable. The weapon protection device is compact when not in use and requires very little storage space. The weapon protection device allows a user to fire the weapon with either hand while the weapon is inside the protection device. The weapon protection device is designed to be a shoot-through device, which can be used where a weapon must be transported through a wet and/or dirty environment. The weapon protection device allows the weapon to be used on short notice and does not require removal of the weapon from the weapon protection device in order to use the weapon. A clear window is provided in the device in line with the standard projection sight (such as a laser sight) on the weapon so that the sight can be used even if the weapon is in the weapon protection device. A waterproof opening seal, such as a dry sack seal, is provided.

The invention discloses a mulberry bast degumming automatic production process, which is characterized by mainly comprising the steps of degumming of mulberry bast raw materials, and automatic feeding, striking and fiber opening, rinsing, rolling dehydration, and loosening and debonding of degummed raw materials to form fibrous bundles, and the like. The process not only effectively connects the mulberry bast degumming production process together to form a complete process flow, overcomes the defect that the existing degumming production process is realized step by step, can reduce the labor intensity, decrease the employment, improve the production environment, enhance the production efficiency and the reliability of the process quality control, and improve the fiber quality, but also has the functions of water recycling and primary treatment and reusing by classification of wastewater, so as to reduce the production water consumption and sewage treatment capacity by more than 35 percent, thus reducing the energy consumption and greatly reducing the production cost.