34 results about "Self collection" patented technology

A layered coordinate network virus and vicious code recognizing method. The characteristics are: use strong self-protection mechanism of biological immunity for reference, correspond the network virus and vicious code recognizing method to the multi-level protective mechanism of biological immunity system, judge the dangerous degree of the stand-by detected script through statistically analyzing the word frequency of the key words, based on the point view of 'self-collection' of register form operation analyze and judge the exceptional behavior of the register form written in the form route, and recognize non-self the executing sequence of the programming interface of the applied program, at last send all the exceptional behavior information to the network control station through the network. It well solves the problem of the identification of the unknown network virus and vicious code, and has good capacity of identification, realizes the monitoring and management of the network virus and vicious code of single system and the whole sub-network.

The invention provides a control method for a household gateway, an intelligent household system and a household electrical appliance. The family gateway comprises a wireless communication module which is used for performing wireless communication with a collection device and a plurality of household electric appliances, wherein the collection device is arranged at the entrance of the community and is used for collecting user identity information of the wireless communication device which enters the self collection area; the control module is connected to the wireless communication module and is used for receiving the user identity information transmitted by the collection device, generates a control order to operate at least one household electric appliance and transmits the control order to at least one household appliance. The household gateway of the invention can reduce the manual operation, increase the comfort for the user when the user comes back home and improve the user experience.

The invention relates to a business logistics payment management method for realizing commodity self-collection. A goods collecting person of a logistics company scans identity card information of a sender and sends the information to a public security system for storage; when it is judged that a personnel image corresponding to the identity card information and fed back by the public security system is consistent with a current sender image, the goods collecting person collects goods, or otherwise, the goods collecting person does not collect the goods; a courier of the logistics company sends the goods to a goods self-collection cabinet near a recipient; after receiving a correctly input transaction order, the goods self-collection cabinet scans an identity card of the current recipient, opens a self-collection right of the goods corresponding to the transaction order when judging that the current recipient is consistent with the personnel image corresponding to the identity card and fed back by the public security system, or otherwise, does not open the self-collection right of the goods; and a mobile intelligent terminal of the recipient takes finger vein information as an opening key and constructs a palm surface relationship data model and a tilt angle database of the held terminal when a lawful owner of the terminal makes a payment normally to take measures of ensuring transaction security when the situation of mismatch with the constructed model or database occurs in a payment process.

The invention provides a method for independently acquiring traveling path information. By using the method, at least a hardware platform for supporting the method to execute and a software platform for supporting the method to execute are included. The independent acquisition of a traveling trace is achieved by using the method; and the traveling trace is stored in a corresponding storage device. The method comprises the following steps: adding the method in relevant products; activating the method; recording the current GPS geographical position information of a hardware device on a real-time basis; and simultaneously saving, amending and storing dynamic trace information and static trace information. By utilizing the method, the use of the relevant products is more convenient and more humanized, and the operation is more independent and flexible.

The invention relates to an artificially-manufactured floating wetland, and especially relates to a multifunctional floating wetland capable of processing the water quality and having an ornamental landscape effect. The purpose of the invention is providing a multifunctional purified ecological floating wetland. The wetland has a self-collection fertilizer and has a firm structure, and the filter material in the wetland simultaneously has a filtering effect and a fertilizer effect. The purpose of the invention is reached through a case that the multifunctional purified ecological floating wetland comprises a substance support case and a floating material used for the floating of the substance support case and the growth of plants, wherein the floating material is arranged in the substance support case; the floating material is formed by a plurality of fine particles, the internals of the fine particles are hollow, and the surfaces of the fine particles have a plurality of micro-pores; the top surface of the substance support case is formed by a solid cement plate; and the solid plate is provided with planting pores, and the side surfaces and the bottom surface of the substance support case are the solid cement plates and are provided with flow pores for water flow-through.

The invention discloses an intelligent field data acquiring and processing system and method. The system comprises a data acquiring module, a data storing module, a data processing module and a data output module which are sequentially electrically connected, wherein the data acquiring module comprises an acquiring port, an acquiring pre-determining module and a sensor self-calibrating module; the acquiring port is connected with the acquiring pre-determining module and the sensor self-calibrating module. With the adoption of the system, sensors with different type parameters can be acquired and processed in a field condition, so that the system is high in generality and compatibility; in addition, the acquired data can be pre-determined in real time, and measures can be timely carried out to effectively reduce error and missing of field test data; the repeated testing and additional testing results show that the system meets scientific test repeatability principle, and the obtained data are real and accurate.

The invention discloses a self-induction self-collection umbrella cloth crimping machine. The crimping machine comprises a rack, cloth storage mechanisms, edge cloth winding mechanisms, crimping mechanisms, conveying mechanisms, a cloth winding mechanism, a power mechanism, umbrella cloth induction mechanisms and a control mechanism. The power mechanism is provided with a power motor, a first bevel gear, a second bevel gear, a transmission shaft, a cross coupling, a power gear, a first transition gear, a second transition gear and a conveying gear. The crimping mechanisms conduct heating and crimping treatment on umbrella cloth, with the edge of a two-layer structure, conveyed by the edge cloth winding mechanisms. The second transition gear is further coaxially connected with a belt conveying mechanism for driving the cloth winding mechanism to rotate. The umbrella cloth induction mechanisms are arranged on the rack, located between the cloth storage mechanisms and the edge cloth winding mechanisms and used for inducting whether the umbrella cloth passes or not. The umbrella cloth induction mechanisms and the power mechanism are connected with the control mechanism. The self-induction self-collection umbrella cloth crimping machine has the characteristics of being high in production efficiency and facilitating operation by workers.

The invention discloses a multi-mode set multi-purpose hydrometric cableway flow measurement device and method. The device consists of a self power generating system, a water quality self measuring system, a self early warning system and a signal self transmission system. The Fourier transformation infrared spectrum is used for detecting a self collection water sample; the real-time observation on the water quality of the measured cross section water body is realized; an armature winding is installed and embedded in an improved hydrometic propeller in a matched way to form a bearing of a motor rotor; an iron core and a stator winding are installed and embedded to form a shaft sleeve of the motor stator; the self power generation function between the stator and the rotor under the excitation effects is realized; a wireless electromagnetic sensor is matched for realizing the goal of meeting the data normal transmission and storage under the condition of wireless data transmission failure. The device and the method can be widely applied to various kinds of cable flow measurement processes of hydrological stations; the multi-mode multi-angle and multi-function purpose of the self power generation flow measurement, self monitoring on water quality condition, self transmission of flow speed and water quality signal data and self early warning can be achieved under the emergency conditions (such as the conditions of power supply equipment water damage and sudden power failure).

The invention provides a wearable electromyography sensor system; the characteristics of such technologies as wireless charging, energy self-collection and the like are combined; intelligent management over charging is achieved by virtue of the sensor system; meanwhile, a charging demand as required by a user and a sustainability requirement on long-term working of the system can be satisfied; andthe shortcoming of conventional electromyography sensors in the aspect of power charging management can be overcome. According to the sensor system, a complex charging source structure, which combines the wireless charging technology and the energy self-collection technology, is proposed; therefore, a novel charging source technical strategy is provided for the wearable electromyography sensor. With the application of the wireless charging technology, a rapid and wireless charging performance of the sensor system can be achieved. With the application of the energy self-collection technology,a performance of the sensor system to charge up batteries for a long term on the basis of environmental energy can be achieved, so that the sustainable work of the system is guaranteed.

The invention belongs to the technical field of electronic circuits, and particularly relates to a self-powered circuit applied to a switching circuit. The self-powered circuit comprises an operational amplifier, a power tube M0, a first divider resistor R1, a second divider resistor R2, a load current source ILoad, a first capacitor C1, a second capacitor C2, a first diode D1 and a second diode D2, wherein a negative-phase input end of the operational amplifier is connected with a reference voltage; an output end of the operational amplifier is connected with a grid electrode of the power tube M0; a drain electrode of the power tube M0 is connected with a power supply; a source electrode of the powder tube M0 is grounded; a positive-phase input end of the operational amplifier is connected with the first divider resistor R1; the first divider resistor R1 is connected with the drain electrode of the power tube M0; the second divider resistor R2 is grounded; the drain electrode of the power tube M0 is connected with a negative electrode of the first diode D1; a positive electrode of the second diode D2 is grounded; and a positive electrode of the first diode D1 is connected with a drain electrode voltage of the power tube M0. The self-powered circuit has the advantages of simple framework, self-collection of energy, high overall system efficiency, avoidance of use of high-voltage devices, and low cost.