41results about How to "Fast energy consumption" patented technology

The invention relates to a method for quickly extracting soluble potassium at low temperature, which comprises the following steps of: uniformly mixing potassium feldspar mineral powder, NaOH assistant and de-ionized water in a certain ratio, placing in a hydrothermal synthesis reactor, reacting in a constant temperature closed oven for defined time and taking out; cooling the extracted product at room temperature, and centrifuging to obtain supernatant; and fixing volume of the supernatant, boiling, cooling and standing to obtain the soluble potassium salt. The NaOH is used as the assistant, so lattice structure in the potassium feldspar can be effectively destroyed to separate out difficultly soluble potassium to obtain soluble potassium; extraction rate reaches up to 93.5%; and this technology has the advantages of simple process, low energy consumption, less pollution, high extraction rate and the like, has quick reaction speed, no deposition, no filtering process, low equipment requirement and better industrial application prospect, and can avoid the defects that the reaction substrate in the technology is difficultly utilized.

The invention provides an electrochromism / electricity storage bifunctional material and a preparation method and application thereof, and belongs to the technical field of polymer materials. The structural formula of the bifunctional material is shown in the description. The preparation method comprises the steps of mixing of diamine and dianhydride, a polymerization reaction, copolymerization with triamine, final dehydration and the like. The electrochromism / electricity storage bifunction material can be used for preparing an electrical storage device or an electrochromic device. The bifunctional material has the advantages that the preparation method is simple, the solubility is good, the chemical stability and thermal stability are high, the electrochromic device prepared by the material has excellent performance, the color change contrast is high, the coloring efficiency is good, the response speed is high, and three kinds of color changes are achieved; the prepared electrical storage device has low energy consumption, accurate information reading and good information stability.

The invention discloses a sensor data acquisition method based on an adaptive clustering network. The method comprises the following steps that step 1, network nodes are interactively triggered by utilizing clustering control information to finish adaptive clustering; step 2, clustering information control is performed, including cluster head weight of each node, a clustering state, a destination node ID, a connected cluster head set and a neighbor list; step 3, in the multi-hop self-organizing network, after any node receives the clustering control information of the neighbor node, a self-learning function module extracts different states of the node for analysis; 4, in the multi-hop self-organizing network, network nodes transfer conditions according to clustering roles and clustering states of the nodes; step 5, after the cluster is established, the Sink propagates the Rup in the current round of virtual backbone network in a transmission range outside the cluster until all cluster heads have levels; the member nodes in the cluster send monitoring information to the cluster head in the TDMA time slot, and the member nodes detect the channel after sending the information. According to the method, the average routing overhead of the whole network can be quickly converged.

The invention relates to the field of energy recovery and utilization of steel and nonferrous metallurgy industries, in particular to a quenching dry type broken fusion blast furnace slag sensible heat recovery method and a quenching dry type broken fusion blast furnace slag sensible heat recovery device which is characterized in that a heat exchange medium is mixed with smelted slag to perform quenching heat exchange so as to prompt the solidification of the smelted slag; waste heat of the high-temperature heat exchange medium and high-temperature slag blocks is respectively recovered via water and the air, as a result, one drop of new water is not used. Compared with the prior art, the quenching dry type broken fusion blast furnace slag sensible heat recovery method and the quenching dry type broken fusion blast furnace slag sensible heat recovery device have the benefits that the heat exchange solidification time of the smelted slag is shortened via mixing the heat exchange medium and the smelted slag, the purpose of the recovery and utilization of the blast furnace slag sensible heat is achieved by combining movable bed heat exchange and waste heat generation; the obtained blast furnace slag and steam can be respectively used for manufacturing cement and generating power. Moreover, compared with the present water quenching method, the quenching dry type broken fusion blast furnace slag sensible heat recovery method and the quenching dry type broken fusion blast furnace slag sensible heat recovery device effectively recover blast furnace slag sensible heat, save energy consumption of dry waster slag and achieve the zero use of the new water; compared with a wind quenching method, the quenching dry type broken fusion blast furnace slag sensible heat recovery method and the quenching dry type broken fusion blast furnace slag sensible heat recovery device achieved the quick cooling of the fusion blast furnace slag by using the heat exchange medium and a water cooling wall, and no high-pollution mineral wool is generated.

The invention discloses a heating oil-collecting mesh hood of a range hood, comprising an oil-collecting mesh (7) and a heater mounted on the oil-collecting mesh (7). The heater comprises a heat-conducting plate, a heating block (4) and a heater binding post (6), wherein the heating block (4) is connected with the heater binding post (6), and the heat-conducting plate which is mounted on the oil-collecting mesh (7), is provided with a heat-insulating pad (2) and comprises an upper heat-conducting plate (3) and a lower heat-conducting plate (5); both heat-conducting plates are connected with the heating block (4) and mounted above the oil-collecting mesh (7); and the heating block (4) is wrapped by an insulation layer. Oil dirt stuck to the oil-collecting mesh hood is heated and liquefied before flowing to an oil-collecting cup so that oil is thoroughly cleaned and the non-cleaning effect is achieved.

The invention discloses a multifunctional environment-friendly dredging device. The dredging device mainly comprises a ship body and a sunshade; a collecting bin is arranged on the upper part of thefront end of the ship body, a water hyacinth inlet is formed in the front end of the collecting bin, the lower end of a water hyacinth lifting and conveying device extends into the collecting bin, anda water pumping pump is further arranged in the collecting bin; a net bag for containing water hyacinth is arranged at the tail end of the ship body, a dredging net is arranged on the position, on the outer wall of the ship body, of the lower sides of the net bags, the dredging net is in a horn shape, and the bottom edge of the dredging net is an arc-shaped line; a water discharging bin and a guiding device are further arranged on the ship body; and the environment-friendly dredging device is provided with round buoys at the bottom part of the ship body, the buoys are arranged in parallel atequal intervals along the width direction of the ship body, and the lengths of the buoys are slightly larger than the length of the ship body. The dredging device has the beneficial effects that the water hyacinth can be treated while conventional water area garbage is dredged; the solar energy can be utilized so that diesel pollution can be reduced to a certain extent, and the dredging device hasthe beneficial effects of environment friendliness; and operation is stable, so that the wind wave impact can be effectively defended.

The invention relates to the technical field of coal seam gas extraction, in particular to an ultrasonic activation staged fracturing device for a super coal seam. The coal seam ultrasonic activation staged fracturing device comprises a pipe fitting, one part of the pipe fitting extends into a coal seam drill hole, and the end, extending into the coal seam drill hole, of the pipe fitting is connected with at least two ball injection sliding sleeves in series; the ball throwing sliding sleeve is provided with a first liquid passing channel, a second liquid passing channel, an ultrasonic vibrator and a power supply, and the ball throwing sliding sleeve has an original state and a matched state; each ball injection sliding sleeve is provided with a fracturing ball, and the fracturing balls enter the matched ball injection sliding sleeves to block the first liquid passing channels; the ball injection sliding sleeve is provided with a limiting piece in a matched mode, the limiting piece limits the ball injection sliding sleeve in an original state, after the first liquid passing channel is blocked, the limiting piece loses efficacy, and the ball injection sliding sleeve is switched into a matched state from the original state. When the ball injection sliding sleeve is in an original state, the first liquid passing channel is used for circulating fracturing liquid and allowing a fracturing ball matched with the downstream ball injection sliding sleeve to penetrate through; and when the ball throwing sliding sleeve is in the matched state, the fracturing fluid flows through the second fluid passing channel.

The invention relates to a heating terminal machine. The heating terminal machine comprises a machine frame shell, a left machine frame shield, a right machine frame shieldand an upper air outlet cover, a heating plate fixing frame is arranged in the middle of the machine frame shell, a plurality of heating plate bodies are fixedly arranged in the heating plate fixing frame, an isolation plate isarranged between every two adjacent heating plate bodies, a protective grid network is arranged on the front side surface of the machine frame shell, a heat conduction heating plate is arranged on therear side surface of the machine frame shell, a cross-flow fan is arranged at the upper end of the machine frame shell, the left machine frame shield is arranged on the left side of the machine frameshell, the right machine frame shield is arranged on the right side of the machine frame shell, and the upper air outlet cover is buckled at the upper end of the machine frame shell. The heating terminal machine has the advantages that three modes of radiation, convection and conduction are adopted to release heat load to a heating space, the process is controlled by a preset intelligent temperature control unit, an intermittent heating linkage energy-saving operation mode is adopted, when the safety is ensured, the energy consumption is fast, the service life is long, and the designed service life can reach 25000 hours.

A dynamic light coupler consists of input optical fibre set, collimation lens set, Daman grating phase plate, convergent lens and output optical fibre set in sequence on one light path. It is featured as setting input optical fibre set on front focal plane of collimation lens, phase plate at back focal plane, output optical fibre set on back focal plane of convergent lens; overlapping convergent lens front focal plane to back focal plane of collimation lens set.

The invention belongs to the technical field of ship energy consumption prediction, and in particular relates to a data-driven ship energy consumption prediction method. The present invention includes obtaining the expected route, departure time and sea state information of the ship; constructing an offline basic model, including the ship's steady-state speed model on the water, the engine power model and the engine fuel consumption model; High-dimensional linear interpolation of the discrete grid matrix; one-dimensional linear interpolation of the discrete grid matrix of the engine fuel consumption model; real-time deduction of the ship energy consumption model. Supported by a set of data matrix, the present invention realizes fast calculation of energy consumption of a ship's long voyage. The data matrix in the method can be obtained in various ways, and it is convenient and quick to replace. The present invention does not affect the idea of ​​the original ship dynamics simulation model, and coexists with the dynamics simulation mode in the actual simulation verification evaluation system, and each is responsible for different types of simulation calculations.

The invention discloses complete equipment for producing medical natural flavoring agents, belonging to the technical field of healthcare food processing devices. At present, a device for drying mushroom raw materials and preparing flavoring agents from the totally natural food materials and complete equipment for producing flavoring agents from the dried mushroom raw materials as the totally natural food materials are unavailable. The technical scheme is as follows: an upper motor (20), a middle motor (21) and a lower motor (22) are mounted on the exterior of a heating container (16) respectively; a sealing cover (2) is screwed on a processing container (1); and the lower ends of a dry pleurotus eryngii slice inlet pipe (7), a dry coprinus comatus slice inlet pipe (8) and a dry lentinula edodes slice inlet pipe (6) are fixedly connected with the sealing cover (2) respectively. The complete equipment for producing medical natural flavoring agents has the following advantages: the production cost is low, and the popularization and promotion are facilitated; and as the world pioneer, the equipment can bring great benefits to patients.

The invention discloses a method for adjusting the long life of a multicast tree based on a DFM strategy. In the method, firstly, the shared nodes are sorted according to the number of occupied multicast trees, and then the sorted shared nodes are sorted from participating multicast trees one by one. Separation; in the process of separating the shared nodes, select the participating multicast tree according to the number of child nodes, find a backup parent node for the child nodes of the shared node in the selected multicast tree, and then execute DFM by sending and receiving messages Strategy. The method of the present invention solves the problem of using the DFM strategy to separate the shared nodes when there may still be some shared nodes after the establishment of multiple multicast trees, so that as many shared nodes as possible can be transformed into ordinary multicast nodes only in one multicast tree. The nodes in the tree prolong the working time of the wireless sensor network, maintain long-lived multicast data transmission, and balance the energy consumption among nodes.