33results about How to "Reasonable energy consumption" patented technology

The invention relates to a manufacturing technique for energy regeneration and non-waste comprehensive utilization of municipal domestic waste, which is characterized by comprising the steps of waste classification, pretreatment and treatment of nonmetallic inorganic substances, schizolysis, filtration and reforming of organic substances, synthesis of fuel oil and treatment of organic substance byproducts. The manufacturing technique completely treats waste, has no secondary pollution during the whole treatment, and really realizes complete conversion and utilization of the waste. When the technology is used for treating organic substance waste and so on, including organic substance parts of the municipal domestic waste and various animal and plant waste, not only the environmental problem caused by the municipal domestic waste and the waste problem of the waste can be solved but also energy and slow release fertilizer which returns to earth can be efficiently generated, so that green circulation of renewable energy resources is realized. The applied proposal has reasonable energy consumption in the whole process, has no pollution, has controllable products, high output value and stable and reliable sources of raw materials, and realizes sustainable development.

A new and unique apparatus for extracting water out of humid air is disclosed. There is also disclosed utilization of the apparatus and method in a specific and unique design so as to establish building blocks in building construction in order to cool indoor air in spaces in which the designated building blocks are combined.

The invention discloses an all-closed zero-emission household refuse energy regeneration and comprehensive utilization production process. The production process specifically comprises the steps of refuse classification, pretreatment and inert substance treatment for brick making, organic matter pyrolysis, reforming and synthesis into fuel oil, acid gas absorption and fertilizer synthesis, wastewater treatment and reclaimed water recycle. The production process is used for treating organic matter waste and the like, classification is not needed, the environmental problem caused by urban refuse can be solved, energy is effectively reproduced, slow-release fertilizer returned to land is produced, household refuse is subjected to pyrolysis, reforming and synthesis to produce effective slow-release fertilizer, clean fuel and the like, inert residues are subjected to thermal modification to be used for making building bricks, and an effective carbon cycle is achieved. In the whole running process, energy consumption is reasonable, secondary pollution is avoided, the products are controllable and high in output value, high-purity fuel can be effectively produced, it is guaranteed that whole production is free of emission, and a closed operating environment enables the process to be safe without hidden danger.

An industrial recirculating-cooling-water-system annual average cooling energy efficiency ratio energy consumption integration evaluation index and a method thereof belong to the industrial energy saving and emission reduction technology field. In the invention, a recirculating-cooling-water-system cooling energy efficiency ratio and an annual average cooling energy efficiency ratio are provided and a calculating formula is given out. Different energy consumption indexes of a plurality of conditions of a recirculating cooling water system under a certain environment are calculated, compared and analyzed. The annual average cooling energy efficiency ratios of a whole year in a plurality of schemes of the recirculating cooling water system are calculated and compared. Through theorical analysis and an example, the annual average cooling energy efficiency ratio can comprehensively reflect energy consumption and energy utilization conditions of each link of the industrial recirculating cooling water system in all the periods of the year, is the energy consumption integration evaluation index and is used for reasonably evaluating an industrial recirculating cooling water system energy consumption condition. A principle and a method of determining an industrial recirculating cooling water system energy efficiency rate and an acceptance standard are provided. The invention provides the annual average cooling energy efficiency ratio energy consumption integration evaluation index and the method, a design and an operation level of the industrial recirculating cooling water system can be increased, and system energy consumption and operation cost are greatly saved.

An automatic houseplant watering device allowing the rate of water flow or nutrient solution flow, the duration of irrigation, the time of irrigation and the number of irrigations per day to be adjusted by the user. A programmable timer controls a solenoid valve which connects a reservoir to a water distributor. The gravity outflow of water or nutrient solution is transferred from the water distributor to the planters by small size hoses. The rate of water flow or nutrient solution flow to the planters can be adjusted using small valves attached to the end of hoses. A float control valve is used on the upper part of the reservoir to supply water to the reservoir.

The invention discloses a production method for high-purity n-hexane. According to the method, a raw material (8) is rectified and separated in an isohexane removal tower (1), so a tower bottom component (7) of the isohexane removal tower (1) is obtained; the tower bottom component (7) of the isohexane removal tower (1) enters an extracting and rectifying tower (2) and has countercurrent contact with a circulation solvent so as to realize extraction and rectification; a tower top product (9) of the extracting and rectifying tower (2) enters an n-hexane re-evaporation tower (5); a tower top component of the n-hexane re-evaporation tower (5) is high-purity n-hexane (14), and a tower bottom component (11) of the n-hexane re-evaporation tower (5) enters a solvent recovery tower (3); a tower bottom rich solvent (10) of the extracting and rectifying tower (2) enters the solvent recovery tower (3) for solvent recovery; and a tower bottom circulation solvent (13) of the solvent recovery tower (3) returns to the extracting and rectifying tower (2) for cyclic usage. The method has the advantages of high n-hexane purity and low energy consumption.

The invention discloses a method for controlling the lithium battery formation. The method comprises the following steps: importing or inputting a control parameter, controlling a formation device according to the control parameter, collecting an environmental parameter, and judging whether the environmental parameter is out of a preset parameter range or not, if yes, adjusting the control parameter and controlling the formation device. By adopting the method provided by the invention, the battery formation automation degree can be improved, so that the forming process of a lithium battery is more reasonable and intelligent, and a better SEI (solid electrolyte interface) film is formed by virtue of controlling the formation environment; through calculating the energy consumption of the device, the energy consumption of each lithium battery formation is more reasonable, and the utilization efficiency of electric energy is improved. The invention further discloses a device for controlling the lithium battery formation.

The invention discloses an inter-section high low temperature gradient alcohol-division two-stage alcohol generation method which comprises the following steps: respectively reheating fresh synthesis gas and recycle gas, mixing the fresh synthesis gas with the recycle gas, introducing the mixed gas into a first reactor, and enabling part of carbon oxides to react to obtain methyl alcohol; cooling a mixture containing synthesis gas and methyl alcohol steam output from the first reactor, guiding the mixture to flow to a first methyl alcohol separator, separating out methyl alcohol, pressurizing the separated gas, preheating, then introducing into a second reactor, and enabling part of carbon oxides to react to obtain methyl alcohol; cooling a mixture containing synthesis gas and methyl alcohol steam output from the second reactor, guiding the mixture to flow to a second methyl alcohol separator, separating out methyl alcohol, preheating the separated gas which separately serves as the recycle gas and fresh synthesis gas, mixing the recycle gas and the fresh synthesis gas, and feeding the mixture into the first reactor so as to perform next round of circulating preparation of methyl alcohol. The invention further discloses an inter-section high low temperature gradient alcohol-division two-stage alcohol generation device. The method is relatively high in single-pass alcohol net value and relatively small in circulation ratio, achieves a ton-alcohol steam yield as high as 1.2-1.3 ton, and is high in energy heat recovery amount.

The invention discloses an air conditioner control method and an air conditioner. The air conditioner control method comprises the following steps: sampling the indoor environment temperature Tai; ifthe difference value of Tai and the comfortable indoor temperature is less than a preset first temperature threshold value, entering the humid comfortable control mode; after entering the humid comfortable control mode, according to Tai and the indoor environment humidity RHi, searching Tset and RHset in the set comfort temperature and humidity interval, and controlling the air conditioner to runby taking Tset and RHset as the set temperature and the set humidity; monitoring whether Tai and RHi is in the set comfort temperature and humidity interval; if yes, keeping Tset and RHset unchanged;if Tai and RHi deviate from the set comfort temperature and humidity interval, controlling the air conditioner to run by taking the preset target indoor temperature and the preset target indoor humidity ad the set temperature and the set humidity; and if judging that the current season is summer, carrying out the reserved operation. The air conditioner control method can effectively improve the performance of the air conditioner.

This patent relates to a multi-mode communication method for detecting states of power transmission line, which belongs to electric power communication technology field. In this method, there are sensing devices installed on power transmission line. These sensing devices are used to detect status signals of power transmission line. Status signals are sent to remote monitoring center through communication terminals. Both sensing devices and communication terminals are powered by battery. The main communication network between sensing devices and communication terminals is formed by ZigBee network. Meanwhile, Bluetooth network is a backup communication network between sensing devices and communication terminals. Communication terminals and remote monitoring center are linked through WinMAX. This method can take full advantage of these two short-range wireless communication technologies and break limitations of a single technology, ensure reasonable energy consumption, improve efficiency and quality of data transmission.

The invention relates to a magnetic filtration and separation device, which consists of a magnetic field regulator, a magnetic resistance chip, a magnetic quantum generator, a gyromagnetic net, a piezomagnetic ring, a liquid outlet, positioning pin holes, and a liquid inlet. The magnetic quantum generator is wedged into a concave box nest of the magnetic field regulator, the magnetic resistance chip is fixedly embedded to four corner point positioning holes of the magnetic field regulator's semicircular concave section through the positioning pin holes, the gyromagnetic net is fixed on a magnetic rotating drum through the piezomagnetic ring, and the upper part and the lower part of the magnetic rotating drum are respectively provided with the liquid outlet and the liquid inlet that are fixed by the piezomagnetic ring with screw. By means of the electromagnetic filter technology, the magnetic field regulator realizes energy-saving innovation of electromagnetic filter, the magnetic field with internal gradient can realize automatic adjustment of lifting according to needs, the magnetic force distribution is even, the filter element adsorbability is strong, and the filtration efficiency is high. The magnetic filtration and separation device provided by the invention has increasingly important significance and market opportunity for recovery of high catalytic activity raney nickel catalyst in poly-aromatic hydrocarbon hydrogenation reaction.

The invention discloses a node energy-saving method suitable for a linear wireless sensor network. The node energy-saving method comprises the following steps: 1, constructing the linear wireless sensor network; 2, clustering a plurality of wireless sensor nodes in the wireless sensor network; 3, electing cluster head nodes in the cluster; 4, enabling the cluster head node to transmit the data tothe base station in a multi-hop transmission mode. The wireless sensor nodes in the linear wireless sensor network formed in the long and straight roadway are clustered, the cluster head nodes are elected according to the positions and energy of the wireless sensor nodes in the cluster, and the cluster head nodes transmit data to the base station in a multi-hop transmission mode, so the energy consumption of the wireless sensor nodes is balanced, the energy consumption is reasonable, the selected cluster head nodes are prevented from being too concentrated or too dispersed, the transmission energy consumption between the nodes in the cluster or between the cluster head nodes and the base station nodes is prevented from being too large, the life cycle of the wireless sensor network is prolonged, and node energy waste caused by premature paralysis of the wireless sensor network is avoided.

The invention discloses a three-dimensional steam dining table, which comprises a support frame (1) and a table top (2), wherein an embedded induction cooker (3) and a dinner plate structure (4) are arranged on the table top (2); the dinner plate structure (4) is rotationally connected with the table top (2); the dinner plate structure (4) is in a round shape; an inner retainer ring (5) and an outer retainer ring (6) are arranged above the dinner plate structure (4); an annular region is formed on the dinner plate structure (4) between the inner retainer ring (5) and the outer retainer ring (6); fan-shaped dinning lattices (7) are arranged along the annular region; the inner side region of the inner retainer ring (5) is a center region of the table top (2) and the dinner plate structure (4); a coal gas furnace center (8) is arranged in the position of the center region; and the lower side of the coal gas furnace center is communicated with a coal gas pipeline (9). The three-dimensional steam dining table has the advantages that multifunction of food containing, heating, heat insulation and the like can be realized; the three-dimensional design is adopted, so that the space of each function module is saved; and the layout is reasonable.

The invention discloses an active fault crossing tunnel seismic reduction joint structure, a tunnel structure and a construction method. The technical solution of the active fault crossing tunnel seismic reduction joint structure comprises a rubber layer arranged in a seismic reduction joint, the rubber layer is longitudinally located between pre-construction section concrete and post-construction section concrete, the rubber layer is annularly located between a seismic reduction joint inner layer steel plate and a seismic reduction joint outer layer steel plate, one end of the seismic reduction joint inner layer steel plate is fixed with a pre-construction section inner layer steel plate, the other end is fixed with a post-construction section inner layer steel plate, one end of the seismic reduction joint outer layer steel plate is fixed with a pre-construction section outer layer steel plate, the other end is fixed with a post-construction section outer-layer steel plate, and reinforcing meshes are installed between the pre-construction section inner layer steel plate and the pre-construction section outer layer steel plate and between the post-construction section inner layer steel plate and the post-construction section outer layer steel plate correspondingly. According to the active fault crossing tunnel seismic reduction joint structure, the tunnel structure and the construction method, the influence of overlarge stress or overlarge deformation caused by faulting on the tunnel structure can be reduced, the toughness of the fault crossing part of the tunnel is effectively improved, and the safety and normal use of the tunnel are guaranteed.

A temp controller for the solar heater used in culturing the larvae of bivalve shellfish has vacuum tube type solar heat collector, heat exchanging system consisting of heat accumulator and coiled Ti-steel tube, central controller, fresh water tube, seawater tube, and circulating pump. There connection scheme is also disclosed.

A refrigerator includes a refrigerator body defining at least one storage space and a door connected to the refrigerator body for closing at least a part of the storage space. The door includes a heat insulating layer. A dispenser is provided in the door and has a dispenser casing which is adjacent to the heat insulating layer. A heater is arranged at least adjacent to the inner side of the dispenser casing and a heat conducting element covers at least a part of the inner surface of the dispenser casing in facing relationship to the heat insulating layer. The heat conducting element is arranged at least adjacent to the heater for transmitting the heat generated by the heater to the dispenser casing.

The invention discloses a control method and device of a mobile Internet of Things sensing system and a storage medium, and can be widely applied to the technical field of Internet of Things. According to the method, an operation instruction set is firstly constructed, meanwhile, a java configuration class, an interface and implementation class and a receiving processing class are obtained through a preset message analysis module, and an interface list of the mobile Internet of Things sensing component is obtained through a preset instruction issuing system; the operation instruction set, the information obtained by the message analysis module and the information obtained by the instruction issuing system are packaged and deployed to a server host cluster, and a monitoring and forwarding gateway is configured at a public network outlet of a server, so that in the application process, the monitoring and forwarding efficiency is improved. The configuration information of the mobile Internet of Things sensing assembly in the mobile Internet of Things sensing system can be adjusted in time according to the requirements of the client, so that the operation state of the mobile Internet of Things sensing assembly is adjusted, and the energy consumption of the mobile Internet of Things sensing system is kept in a relatively reasonable state.

The invention discloses a node energy-saving method applicable to a linear wireless sensor network, comprising steps: 1. Constructing a linear wireless sensor network; 2. Clustering a plurality of wireless sensor nodes in the wireless sensor network; 3. Clustering within a cluster Head node election; 4. The cluster head node transmits data to the base station in a multi-hop transmission mode. The invention clusters a plurality of wireless sensor nodes in a linear wireless sensor network formed in a long straight roadway, selects a cluster head node according to the position and energy of the wireless sensor nodes in the cluster, and the cluster head node transfers the data in a multi-hop transmission mode Transmission to the base station, so that the energy consumption of the wireless sensor nodes is balanced, the energy consumption is reasonable, and the selected cluster head nodes are avoided from being too concentrated or too scattered, and the communication between the nodes in the cluster and the cluster head nodes or between the cluster head nodes and the base station nodes The transmission energy consumption is too large, which enhances the life cycle of the wireless sensor network and avoids premature paralysis of the wireless sensor network, resulting in waste of node energy.

The invention discloses a production method of high-purity n-hexane. The raw material (8) is rectified and separated by a de-isohexane tower (1) to obtain the bottom component (7) of the de-isohexane tower (1), and the de-isohexane tower ( 1) The tower bottom component (7) enters the extractive distillation tower (2) and carries out extractive rectification in reverse contact with the circulating solvent, and the extractive distillation tower (2) overhead product (9) enters the n-hexane re-distillation tower ( 5), the top of the n-hexane re-distillation tower (5) is high-purity n-hexane (14), and the bottom component (11) of the n-hexane re-distillation tower (5) enters the solvent recovery tower (3) for extraction and rectification The rich solvent (10) at the bottom of the tower (2) enters the solvent recovery tower (3) for solvent recovery, and the circulating solvent (13) at the bottom of the solvent recovery tower (3) returns to the extractive distillation tower (2) for recycling. n-Hexane has high purity and low energy consumption.

The invention discloses an electrically driven power plant and an electric motorcycle. The electric motorcycle comprises a battery, a rear rim and the electrically driven power plant, wherein the battery is electrically connected to the electrically driven power plant, and the electrically driven power plant is in transmission connection with the rear rim. The electrically driven power plant comprises a motor, a clutch, a speed change mechanism and a controller, wherein the speed change mechanism comprises a main shaft, an auxiliary shaft which is used for outputting power to outside and a speed change gear set which is connected between the main shaft and the auxiliary shaft; a gear shifting mechanism is connected to the speed change gear set and is used for regulating the transmission ratio of the speed change gear set; the clutch is connected between a driving wheel and the main shaft; the controller is electrically connected to the motor and is used for controlling the output power of the motor. The motor is used as a power source, and the clutch and the speed change mechanism are combined, so that different output torques of different gears can be obtained so as to satisfy the requirements of different road conditions, the speed can be satisfied, and additionally, strong power and reasonable energy consumption can be guaranteed.

The invention provides a tower fan air speed control method, a computer readable storage medium and a tower fan; when the tower fan is in a specific mode, a distance L from a human body to the tower fan is detected; and the detected distance is compared with a preset reference distance to determine the air speed selection of the tower fan. The distance from the human body to the tower fan is measured and calculated; the air speed of the tower fan is automatically controlled according to the measured distance; and the present air speed is corrected to realize a proper air supply distance, so that the tower fan can achieve more humanized automatic air speed control, the condition of the air supply distance incapable of reaching the person body due to the far distance from the human body to the tower fan or the condition of discomfort of the human body caused by higher air speed due to the near distance from the human body to the tower fan is prevented, and meanwhile, the energy consumption can be reasonably used to prevent the waste.

The invention discloses a method for controlling the formation of a lithium battery. The method includes: importing or inputting control parameters; controlling the formation equipment according to the control parameters; collecting environmental parameters, and judging that the environmental parameters exceed a predetermined parameter range; if so, Adjust control parameters and control the formation equipment. The invention can improve the automation of battery formation, make the formation process of lithium batteries more reasonable and intelligent, and form a better SEI film by controlling the formation environment; through the calculation of equipment energy consumption, the energy consumption of each battery formation is more efficient. Reasonable, improve the utilization efficiency of electric energy. The invention also discloses a device for controlling the formation of the lithium battery.

A Chinese medicine in the form of coated tablet for treating cold is prepared from paracetamol, chlorphenamine maleate, and 5 Chinese-medicinal materials including isatis leaf, honeysuckle flower, bupleurum root, etc. Its preparing process is also disclosed.

The invention relates to a safety type microwave water heater. At present, in the market and the technical production field of water heaters, a heating pipe is generally adopted to carry out direct heating in water, and although the efficiency is high, a power source is soaked in water for a long time, so that once the power source is damaged and fails, electricity in water easily happens, and consequences would be unthinkable. The microwave water heater comprises a bucket, a microwave pipe, a heating chamber, a storage box, a shell, a control panel and a faucet; and the microwave pipe and the heating chamber are separated. The water and the power source of the water heater are separated from the heating pipe, and under any conditions, no electricity exists in water, and potential safety hazards caused by electricity in the water are completely eradicated. The microwave pipe is sealed through metal, and leakage of microwave energy is reduced; meanwhile, the radiation to a human body is reduced; the power of the microwave pipe ranges from 700 watts to 900 watts; energy consumption is reasonable, and resources are not wasted; an LED touch panel is adopted, and the old and children can conveniently use the water heater; and safety and rapidness are achieved.

A method of making bamboo-surfaced layered Venetian blind slats having a curved cross-section comprising (1) selecting bamboo slices each having a length slightly longer than the slats to be made, each having a width which equals the total width of the slats to be made; (2) selecting filling slices, each having a length and width identical to the bamboo slices; (3) selecting an adhesive to adhere a bamboo slice, a filling slice and a bamboo slice to form a layered slat piece; (4) placing the layered slat piece into a mold and compressing the layered slat piece to form a curved plate; (5) cutting along the length of the curved plate to obtain blank slats; (6) trimming the remains of the cutting surfaces and the two end surfaces of the blank slats to obtain the final product.