113results about How to "Protection needs" patented technology

The invention discloses an artificial cultivation method of hemsley rockvine root. The artificial cultivation method comprises the following steps of: 1) selecting an annual or biennial branch which vigorously grows and is well developed and not damaged by diseases or pests, cutting the branch with the length of 4 nodes, keeping 2 leaves on the upper part of the cutting, shearing a lower cut of the cutting into a smooth diagonal plane, and soaking in 500mg/L rooting powder solution; 2) selecting field sandy soil, obliquely cutting the cutting at an angle of 35 to 45 DEG with the ground with the depth of 2 nodes of a lower part, slightly compacting the surrounding substrate and immediately watering after the cutting is completed, keeping the cutting soil humid and keeping shading and ventilation within 15 days after the cutting; and 3) transplanting the cut seedlings to fields in March and April each year, controlling cultivation density, shading by using a sunshade screen in the cultivation period, and applying a calcium fertilizer after 15 days of transplantation. By the technical scheme, the hemsley rockvine root is successfully bred and cultivated, so that a wild hemsley rockvine root resource is protected, artificial excessive collection and digging are avoided, and the requirement of clinical and scientific research medication can be met.

The invention provides a method for realizing multi-service hybrid transmission in orthogonal frequency division multiplexing OFDM synergy/relay system. The method comprises the following steps: firstly, the quality of an equivalent link is collectively estimated according to a mathematical model, then a corresponding feedback mechanism is adopted to obtain correlative parameters which are necessary for collectively estimating the quality of the link, and then on the basis of the link estimating method, aiming at the two different application scenes in the OFDM synergy/relay system: the point-to-point single user and the point-to-multipoint multiuser , and the respective methods for realizing the multi-service hybrid transmissions are put forwards. The method of the invention can effectively ensure the Qos demand of all services, improve the total throughput and the transmission speed of the system, and improve the total spectrum effectiveness and other systematical functions of the whole system. In addition, the operational procedure of the invention is simple and convenient, and is easy to implement, the whole operational process dispenses with highly complex search and cyclic iteration process, the complexities of the whole operational process are all linear complexities, and the demand of real-time data service transmission in future wireless communication can be completely met.

The invention discloses a coupling filler autotrophic denitrification biofilter and application and belongs to the technical field of sewage treatment. Pyrrhotite, sulfur and a carbon source are utilized to be mixed and coupled according to certain proportion; then the materials are put into a reactor, and the autotrophic denitrification biofilter can be formed after inoculating biofilm formation;sewage flows through the biofilter, and nitrogen and phosphorus in the water are removed. The biofilter disclosed by the invention has the advantages of simpleness, easiness, practicability and shortbiofilm formation time; when the biofilter is utilized to treat nitrogen and phosphorus containing sewage, hydraulic retention time is only 0.5 to 3 h, and yielding water can meet a requirement; furthermore, the biofilter has the advantages of excellent nitrogen and phosphorus removal effect, low cost and suitability for engineering application.

The invention provides an optical module signal processing method and device, and an optical module, and relates to the technical field of optical communication, and the method comprises the steps: obtaining the signal-to-noise ratio information of a first low-speed top adjustment signal when the condition that an optical detector of the optical module receives the first low-speed top adjustment signal with first low-speed management data is monitored; determining a target demodulation mode of the first low-speed top adjustment signal according to the signal-to-noise ratio information, whereinthe target demodulation mode comprises a first demodulation mode based on a received data conversion unit and a comparator and a second demodulation mode based on an analog-to-digital converter; anddemodulating the first low-speed top adjustment signal according to the target demodulation mode to obtain first low-speed management data. In this way, for different receiving scenes, the demodulation mode of the first low-speed management data is flexibly selected based on the signal-to-noise ratio information of the first low-speed top adjustment signal, the communication efficiency and the communication quality between the optical modules are improved, and therefore the user requirements are met.

The disclosed chemical element labeling method comprises: setting chemical element label included one or more elements with atomic number more than 22 on target, detecting the nominal spectrum data of label by X fluorescence detector to compare with detected data in security database. This invention does not dissolve general organic or inorganic solvent, has well stability, and introduces well detection accuracy without damage to target surface.

The invention discloses an air conditioner failure pre-diagnosis method and belongs to the technical field of air-conditioning system maintenance. The air conditioner failure pre-diagnosis method comprises the following steps: acquiring the operating parameter of an air conditioner; and judging whether the air conditioner has failure or not according to the operating parameter, and uploading the failure judgement result to a server, wherein the operating parameter comprises a first operating parameter. With adoption of the air conditioner failure pre-diagnosis method, during the operating process of the air conditioner, based on big data and according to the acquired operating parameter, failure pre-diagnosis is carried out on the functional status of the refrigerating/heating system of the air conditioner, and the judgement result is timely pushed to an after-sales service personnel, so that timely and active treatment is realized, pressure detection or refrigerant supplementation iscarried out in advance through door-to-door service, and the user demand is ensured. The invention further discloses an air conditioner failure pre-diagnosis device and the air conditioner.

The invention discloses a charging remaining time determination method, equipment and device and a storage medium, and relates to the technical field of vehicles. The charging remaining time determination method comprises the steps of: acquiring expected state-of-charge parameters of a whole vehicle battery; acquiring a state-of-charge node deviation amount of a charging pile corresponding to thewhole vehicle, and correcting the expected state-of-charge parameters according to the state-of-charge node deviation amount to obtain target state-of-charge parameters; acquiring current output powerof the charging pile, and determining charging current parameters of each current stage according to the current output power and the target state-of-charge parameters; acquiring an initial battery state of the whole vehicle battery, and determining a target charging capacity according to the initial battery state; and determining the charging remaining time according to the charging current parameters, the target state-of-charge parameters, the target charging capacity and the initial battery state. According to the charging remaining time determination method, the charging current in different charging current stages is determined according to the actual output power of the charging pile, so that the charging remaining time is accurately determined.

An integral impedence is formed on or within a lead frame pin of a semiconductor package and receives a connection from an electrode of a semiconductor die within the package to eliminate the need for adjustment and protective impedences external of the package. The impedence comprises passives such as resistors, capacitors, diodes or inductors which modify the performance of the package for new semiconductor device characteristics. The impedences may have positive or negative temperature coefficients and are in close thermal communication with the semiconductor die.

The invention relates to a dual-channel passive device power tolerance testing system. The dual-channel passive device power tolerance testing system comprises two signal generators. Both the signal generators are correspondingly connected to signal switches. The signal switches are connected to electric bridges through power amplifiers. Each signal switch is connected with two power amplifiers, and connection is switched through switches. The 3dB electric bridges are connected with diplexers through dual-directional couplers. Loads are hung outside the electric bridges. The forward coupling end and the reverse coupling end of each dual-directional coupler are connected with two terminals of a corresponding dual-channel power meter respectively. The diplexers are connected with spectrometers through detection ports, the diplexers are connected to detection parts, and the detection parts are connected with attenuators through filters. Loads are hung outside the detection parts. The attenuators are connected with the spectrometers. The dual-channel passive device power tolerance testing system judges whether the performance of devices is qualified or not by checking the working states and the technical indexes of the devices in peak power and average power, so that the requirements for communication capacity and communication quality of the whole communication system are guaranteed, and system interference is reduced from the source.

The invention relates to a thermoelectric coupling energy-saving and energy-storing system and method based on a hydrogen fuel cell. The system comprises a fuel cell air inlet module, a fuel cell heat management module, a heat collection and storage device module and a power generation module, the fuel cell air inlet module is connected with a fuel cell electric pile, the fuel cell heat management module comprises a user load, and the heat collection and storage device module comprises a heat storage tank and a heat collector. The power generation module comprises a photovoltaic power generation system and a fuel cell power generation system, and the fuel cell power generation system comprises a fuel cell stack; the power generation module is respectively connected with a user load, the fuel cell air inlet module and the heat collection and storage device module; the heat storage tank is connected with the heat collector; the heat storage tank is respectively connected with a user load and a fuel cell gas inlet module; and the user load is connected with the electric pile. According to the invention, the waste heat of the hydrogen fuel cell system is efficiently recycled, the problem of low-temperature cold start of the hydrogen fuel cell is simplified and optimized, uninterrupted supply of regional heat and electricity is realized, and the greenhouse effect is relieved to a certain extent.

The invention discloses a slash pine artificial forest transformation technology. The slash pine artificial forest transformation technology comprises the steps of slash pine forest stand selection standard, a forest stand survey, a single tree survey, forest stand transformation, protection measures and the like. Based on the status quo of slash pine timber forests, forest stands with a good forest stand soil productivity basis are selected, a scientific and reasonable transformation technology is adopted, a single timber wood target is replaced with a multi-purpose forest stand cultivation mode which integrates seedling growing superior tree protection, big-diameter wood cultivation and high-rosin-yield single-plant management, through broad-leaved trees under a forest, the soil productivity is renewed and maintained, the nutrient requirement for timber wood and rosin production is guaranteed, and therefore requirements for different production targets and different interests parties are guaranteed.

The invention discloses an environment-friendly metallurgy extracting method for lead-zinc oxide ores, and belongs to the field of lead zinc ore metallurgy. The method comprises the following steps: reducing and volatilizing the lead-zinc oxide ores to obtain high-quality lead-zinc oxide enrichment, and separating lead and zinc from other impurities in raw ores; carrying out sulfuric acid leaching-purifying-electrodeposition on the lead-zinc oxide enrichment to obtain cathode zinc, and casting to obtain zinc ingot products; and after slurrying zinc leaching residues, continuously adding in a suspension electrolytic bath for producing lead powder by electrodeposition, and after washing, filtering and briquetting the lead powder, smelting into lead bullion. The lead and the zinc are highly enriched effectively by pyrogenic-process reduction and volatilization, and influence of impurities such as Fe, Si, Ca, Mg and Al to a smelting process is greatly reduced; and the zinc and the lead are effectively extracted in a sulfuric acid system to directly obtain the cathode zinc and the lead bullion, organic circulation of lead and zinc smelting systems is realized, consumption of energy and materials is greatly reduced, meanwhile, 'zero' consumption of sulfuric acid, 'zero emission' of waste water and 'zero' emission of smelting wastes are realized simultaneously, and the environment-friendly metallurgy extracting method for the lead-zinc oxide ores is environment-friendly.

The invention discloses a novel heat energy circulation Chinese frying furnace device. The device comprises a burner, a hearth, a hearth shell and a frying pan bracket; the burner comprises a combustion plate, a burner bracket and a gas mixing cavity; the bottom of the hearth shell is connected with a waste gas pipe; a heat return water tank is connected through a waste gas pipe; and a waste gas flue is arranged on the heat return water tank. The hearth, the burner and the whole frying furnace system are improved, so that the heat conversion rate of the frying furnace is increased, the oxygen supply in a combustion chamber is guaranteed, and the waste gas discharge pollution problem is solved; and meanwhile, high-temperature waste gas is reused to the greatest extent to effectively prevent such problems as diffusion of the temperature in the hearth.

The invention provides a double-circulation type overhead heat pipe micro-module. According to the micro-module, an outdoor cooling unit adopts a design of double natural cooling module and a double outdoor cooling system, a plurality of different condensation supply modes such as air cooling, water spraying evaporation, compression refrigeration, chilled water cooling are provided, in the plurality of condensation modes, the air cooling which is a natural cooling mode is preferentially used, the water spraying evaporation, the compression refrigeration or the chilled water cooling are as a supplementary, and the overall heat discharge capacity of the micro-module and the redundant heat discharge requirements are guaranteed while a natural cooling source is fully utilized. An outdoor cooling loop adopts a mutual backup mode, wherein a first heat exchange loop and a second heat exchange loop mutually back up, any one of the two loops can be selected to operate or the two loops can operate simultaneously; a third heat exchange loop and a fourth heat exchange loop mutually back up, any one of the two loops can be selected to operate or the two loops can operate simultaneously; and when one set of heat exchange loop breaks down, the other set of heat exchange loop normally operates, so that the normal operation of one of two opposite overhead heat pipes can be guaranteed, and the heat dissipation supplement requirements of machine cabinets and the uniform heat dissipation requirements of the micro-module are guaranteed.

The invention discloses a random access optimization method and device of power IOT (Internet of Things) service. The random access optimization method of power IOT service provided by the invention is based on a service driving granularity random access new mechanism, and comprises the steps that by aiming at periodic and power predicating service, noncompetitive random access sequences are reserved in advance and are distributed; channel resources are correspondingly accessed; the service access period and time delay requirements are guaranteed; by aiming at sudden service with sudden performance and different time delay sensitive levels, a proper scale of competitive random access resources are provided for terminal competitive random access; the carrying capability of the power IOT oneach kind of service is optimized; the conflict probability of random access of massive power IOT equipment is reduced; the time delay of various types of service of the power IOT is effectively reduced; the differential QoS requirement of various types of service of the power IOT is better met.

The present invention relates to an optical fiber access network and a communication protection method thereof. The optical fiber access network comprises an optical fiber communication system, a wireless communication system, a communication service switch device (8), a second optical network unit (6) and protection optical fiber (91, 92). The protection optical fiber (91, 92) is used to protect the optical fiber line between the optical line terminal (1) and the optical branching divider (2) in the optical fiber communication system. At the same time, the wireless communication system is introduced to protect the optical fiber between the optical branching divider (2) and the optical network unit (3) in the optical fiber communication system. The protection optical fiber or the wireless communication system is used to protect the communication service respectively when there is a broken failure between the optical line terminal (1) and the optical network unit (3) in the optical fiber communication system. This invention overcomes the limit of the resource, such as pipe, cable, and so on. It can protect communication service of the optical fiber communication system efficiently, and improve the bandwidth utility of the communication system.

A novel brake shuttle vehicle system of a mining endless rope winch comprises a vehicle bridge, an operating room, a control box and a brake holding rail assembly, wherein the control room is fixedly connected with the vehicle bridge; the control box is arranged on the operating room and is used for controlling a hydraulic transmission pipeline system; the brake holding rail assembly is arranged at the bottom of the vehicle bridge. The novel brake shuttle vehicle system of the mining endless rope winch is characterized in that the brake holding rail assembly comprises an overspeed protection device, a hydraulic holding rail device and the hydraulic transmission pipeline system; the overspeed protection device is fixedly connected with the bottom of the vehicle bridge; a brake system has automatic protection and manual protection functions; a brake adopts pliers-type hydraulic holding rail brake, can be controlled manually and automatically, and is a fail safety type. During operation, brake pliers can be lifted off the rail surface, so the novel brake shuttle vehicle system is suitable for up-and-down common rail operation. During braking, pliers-type brake holds the two sides of the rail head, so the novel brake shuttle vehicle system is high in safety, high in reliability and worthy of large-scale application and popularization.

The invention provides a method and apparatus for photovoltaic dissipation in a micro-energy network. Firstly, the air source heat pump in the micro-energy network is clustered, and then a pre-constructed photovoltaic dissipation model is solved based on the clustering result to obtain a Pareto optimal solution set. Finally, the optimal dispatching strategy of air source heat pump is determined, and the photovoltaic energy dissipation is carried out, which improves the utilization rate of air source heat pump in the micro-energy network. The photovoltaic energy dissipation is large, and the number of air source heat pumps that can be dispatched is increased. At the same time, the heat demand and the heating cost of the us are ensured, By clustering the air source heat pumps with differentparameters, the scheduling of air-source heat pumps is transformed into the scheduling of air-source heat pump clusters, As a result, the difficulty of the dispatch algorithm is simplify, the light abandonment phenomenon in the micro-energy network during the peak period of the photovoltaic power generation is reduced, the energy waste is reduced, the peak-shaving capacity of the micro-energy network is increased, the safety and stability of the large power network can be ensured, the energy and heating cost are saved, the heating quality is improved, and the pollution gas generated by coal combustion is reduced.