161results about How to "Comply with energy saving requirements" patented technology

The invention discloses a five-axle linkage digital-control processing centre which comprises a lathe bed (10) and a portal frame (30), wherein the portal frame (30) comprises a left portal upright post (32), a right portal upright post (32) and a fixing portal crossbeam (35), and the front part of each portal upright post (32) is provided with a direct driving type double-shaft precise rotating table (20) which enables a working table (26) to simultaneously rotate round an A shaft and a C shaft. Furthermore, the portal frame (30) is provided with a crossbeam (40) which can move along the Y direction, the front part of the crossbeam (40) is provided with a slide carriage (50) which can move along the X direction, the front part of the slide carriage (50) is provided with a main shaft box (60) which can move along the Z direction, the main shaft box (60) is provided with a main shaft installing hole (66) used for installing a main shaft (70), and a tool magazine (80) is arranged in a cavity positioned between the lathe bed (10) and the portal frame (30). The invention has novel structure, small occupied area, space saving, low cost and stable operation and property. Besides, a motion shaft of a machine tool has high dynamic property, regulating property, positioning precision and repeated positioning precision.

The invention relates to a preparation method of an aqueous polyurethane emulsion with a high solid content. The method comprises the following steps: first, adding polymer polyol, polyisocyanates, catalyst and chain extender into a reactor according to certain steps, and controlling hydrophilic groups to distribute on molecular chain ends; then adding polyisocyanates to form a performed polymer terminated with an NCO group; then reducing system temperature, adding a neutralizer for neutralization, adding deionized water, and stirring with high speed to carry out water dispersion; at last, adding a post chain extender to carry out chain extension in water; removing the solvents under a reduced pressure after reaction to obtain the aqueous polyurethane emulsion. According to the invention, hydrophilic efficiency of the hydrophilic groups is raised to lower intake amount of hydrophilic groups, and a small amount of solvents are added in the reaction to lower a system viscosity. The aqueous polyurethane emulsion prepared by the invention has characteristics of high solid content, low viscosity, good water resistance and stabile storage, and can be used in industries of paint, adhesive, leather finishing and fabric arrangement, etc.

The invention provides a method for comprehensively recycling such valuable metals as iron, aluminum, scandium, titanium, vanadium and the like in red mud. The method can not only be used for recycling such elements with higher contents in the red mud as iron, aluminum, silicon and the like, but also can be used for comprehensively recycling and extracting valuable metals with relatively lower contents such as titanium, vanadium, scandium and the like, effective elements in the red mud can almost completely utilized in high efficiency, the entire process flow achieves zero emission of the red mud, thereby meeting the requirements of energy saving and environmental protection, and no new pollution is generated in the entire process flow.

The invention discloses a process for removing acid gas from flue gas by using residual heat of the flue gas. The process comprises the following steps of: introducing flue gas into a heat exchanger I; lowering the temperature of the flue gas; making the flue gas enter a desulfurizing-absorbing tower; heating and gasifying water in the tube pass of the heat exchanger and making the heated and gasified water enter a phase splitter; combining the heat exchanger and the phase splitter into a waste heat boiler, wherein the generated steam pressure is 3-6 Pa; partitioning the water steam into three streams for entering a low-pressure steam turbine I, a low-pressure steam turbine II and a heater respectively; driving the low-pressure steam turbine I with the water steam for supplying a power source to a refrigerator to obtain chilled water, wherein the chilled water is taken as cooling media of the desulfurizing-absorbing tower, a denitrifing-absorbing tower and CO2 absorbing tower respectively to keep the temperatures of the towers at respective needed temperatures; driving the low-pressure steam turbine II with the second stream of water steam; compressing desulfurized flue gas; making the desulfurized flue gas enter the denitrifing-absorbing tower to remove NOx and generate dilute nitric acid simultaneously; and supplying a heat source to a CO2 regeneration tower through a heater H1 by using the third stream of water steam to regenerate a CO2 absorption liquid, using the water steam circularly, and generating and collecting CO2 simultaneously.

The present invention discloses therapeutic equipment that adopts the concentrated multi-point fine magnetic field to perform the physical therapy, and comprises a hardware part and a software part, wherein, the hardware part is mainly composed of a magnetic therapeutic head, a host machine and a circuit that is arranged inside the host machine; an electromagnetic skeleton is arranged inside the magnetic therapeutic head; coil is wounded on the electromagnetic skeleton; the magnetic field that is generated inside the coil is outputted after being led and collected by a plurality of high magnetic-conducting material iron pins, and is characterized in that the software part is solidified in an main-controlled CPU circuit that is arranged inside the host machine; the software part contains a dual-precision floating-point calculation device that can directly calculate the conversion between the Julian calendar and the lunar calendar; an IGBT protective controlling circuit and a transformer circuit are arranged inside the host machine; the transformer circuit outputs direct-current electricity, so that the therapeutic head outputs a constant N-polar magnetic field. The therapeutic equipment is applied to magnetic therapeutic equipment, and has wide application range and good therapeutic effect, and can reasonably use the energy and reduce the loss and consumption, and has favorable popularization value.

The invention relates to an energy-saving recycling treatment disposal system and an energy-saving recycling treatment disposal process for an organic solid waste. The energy-saving recycling treatment disposal process mainly comprises a continuous sludge pyrohydrolysis anaerobic digestion section, a sludge dehydration heat drying section and a dry sludge, domestic garbage and biogas mixing incineration section. Due to the energy-saving recycling treatment disposal system and process disclosed by the invention, the innocent treatment of kitchen garbage, municipal sludge and the domestic garbage can be thoroughly realized by combining a high-temperature sludge anaerobic digestion technology with the high-organic matter characteristic of the kitchen garbage by utilizing respective characteristics of three solid wastes, applying a solid waste high-temperature incineration technology of mixed biogas, adopting a reasonable energy resource integrated means and applying an advanced high-temperature continuous pyrohydrolysis pretreatment technology. In addition, the energy-saving recycling treatment disposal process disclosed by the invention can also be used for realizing the recycling of the three solid wastes, improving the energy resource utilization efficiency of an integrated system, effectively reducing the input of external energy resources and reducing the operation cost. The energy-saving recycling treatment disposal process disclosed by the invention is capable of realizing the continuous operation of solid waste treatment, simple and reliable, simple in equipment, small in initial investment and has good environmental and economic benefits.

The invention discloses a modified porous steel slag for rubber filler and a preparation method thereof, and belongs to the field of recycling utilization of resource. The modified porous steel slag comprises phosphoric acid solution, silane coupling agent, stearic acid and steel slag; the mass percent of the phosphoric acid solution is 70-90%, the grain diameter of the steel slag is 2.2 miu m-115.0 miu m. The modified porous steel slag is prepared by firstly mixing the phosphoric acid solution with the steel slag, and stirring it for 4h-6h under the constant temperature, and acquiring the porous steel slag; then mixing the porous steel slag with the silane coupling agent and stearic acid; and mixing the components by a constant temperature magnetic mixer and acquiring the modified porous steel slag. The modified porous steel slag solves the problems that price of the main fillers carbon black and white carbon black of the existing rubber industry is very high, the steel slag is directly added in the rubber and extremely easy to cause reuniting, and the compatibility between the inorganic interface of the steel slag and the rubber organic interface is bad, and the circular use of the industrial waste is realized.

A gravitationally casting metal mould set for casting the tin-bronze workpiece is composed of a metal mould consisting of upper and lower moulds, external sand core consisting of upper and lower cores and inlaid in the recess of metal mould, and internal sand core. Its casting method includes such steps as assembling the mould set, pouring molten tin-bronze, and cooling.

The invention provides an energy-saving method of a multipath server, which dynamically adjusts the quantity of closed and opened nodes in the multipath server according to the system load capacity toensure that certain nodes are closed when the system load is lighter, thereby the aim of saving energy is achieved. The system structure comprises a monitoring and managing system and the multipath server consisting of a plurality of nodes, wherein the multipath server is internally provided with the monitoring and managing system; a management module is arranged in the monitoring and managing system; monitoring modules are arranged in the nodes, and the property of saving energy consumption is that various nodes can dynamically and flexibly adjust the number of running nodes in the system according to the system load. The method for dynamically adjusting makes up that a conventional computer has unnecessary energy source consumption brought by continuous running during low load to ensurethat the system can accord with the requirement of currently saving energy sources, and thereby has wide application prospect.

The invention provides a new thermochromic ink comprising the following main components: 50-55 parts of a binder material, 1.5-2.5 parts of a crosslinking agent, 38-42 parts of a thermo-achromatizing reversible discoloring pigment and 5-8 parts of a defoaming agent, the binder material is a polyvinyl alcohol resin powder material, the crosslinking agent is a boric acid solution, and the defoaming agent is tributyl phosphate. The invention discloses the new thermochromic ink, the thermochromic ink is reasonable in component configuration, in line with energy saving and environmental protection requirements, simple in preparation process, and moderate in production cost, and the prepared ink is good in covering power, bright in color, good in wear resistance, high in color sensitivity, and very suitable for the fields of food security labels and thermal packaging materials and the like.

The invention relates to a three-dimensional ink for wall paper. The three-dimensional ink is prepared from the following raw materials in parts by weight by adding the raw materials into an agitating vessel and uniformly mixing and stirring the raw materials: 100 parts of acrylic resin emulsion, 0.1 to 25 parts of a filler, 0 to 15 parts of a pigment, 1 to 20 parts of thermal expansion micro-balloons, 0.5 to 10 parts of a film-forming agent, 0.5 to 3 parts of a defoaming agent and 0.5 to 2 parts of a thickening agent, wherein the filler is titanium pigment, and the pigment is an organic tinting pigment. The preparation method of the three-dimensional ink for wall paper comprises the following steps of: taking the raw materials in parts by weight, firstly adding the acrylic resin emulsion into the agitating vessel, adding the titanium pigment into the acrylic resin emulsion, and agitating the mixture uniformly; grinding the mixture of the titanium pigment and the acrylic resin emulsion in the agitating vessel by using grinding equipment; adding the film-forming agent, the defoaming agent and the thickening agent into the agitating vessel, and agitating the mixture uniformly; adding the thermal expansion micro-balloons into the agitating vessel, and agitating the mixture uniformly; and finally, adding the organic tinting pigment into the agitating vessel, and agitating the mixture uniformly to obtain the three-dimensional ink for wall paper.

The invention discloses energy-saving coated glass. Glass is used as a base plate, a vanadium dioxide thermochromic layer and a silicon dioxide aerogel layer sequentially deposit on the glass. Different heat propagation modes of heat conduction and radiant heat blocking are integrated, and the energy-saving coated glass has heat -insulating and thermochromic functions. Oxidization of the vanadium dioxide layer is retarded by introducing the silicon dioxide aerogel layer, and meanwhile a permeability improvement effect can be played. The invention further discloses a preparation method of the energy-saving coated glass. Firstly, the glass base plate is subjected to hydrophilic treatment; the surface of the glass base plate subjected to hydrophilic treatment is coated with a vanadium dioxide precursor layer by adopting a sol-gel method; the surface of the vanadium dioxide precursor layer is coated with a silicon dioxide aerogel precursor layer by adopting a sol-gel method; finally, the energy-saving coated glass is obtained through heat treatment, the heat treatment temperature is 550-580 DEG C, and the time is 1-10 hours.

The invention discloses a flat LED daylight lamp. The lamp comprises a plurality of LEDs, an LED light source plate on which the LEDs are arranged, a radiating bottom case which supports the LED light source plate, a transparent housing, a pair of power supply fixing seats and a pair of fixing frames, the transparent housing is arranged on one side face of the radiating bottom case to form a daylight lamp tube which accommodates the LEDs and the LED light source plate, the pair of power supply fixing seats are arranged on two ends of the daylight lamp tube, the pair of the fixing frames cover the power supply fixing seats; at least two out of three groups which are the radiating bottom case and the transparent housing, the radiating bottom case and the power supply fixing seats as well as the transparent housing and the power supply fixing seats are provided with a slipway and a slip mass which are matched in a sliding manner, and the slipway and the slip mass which are matched in the sliding manner are further arranged between the power supply fixing seats and the fixing frames. The flat LED daylight lamp has simple structure, low energy consumption, long service life, easy assembly and maintenance, and meets the requirements of the energy saving and the environmental protection.

The invention discloses a dimming and color-regulating LED isolation constant current driving power supply. The power supply comprises a protection circuit, an EMI filtering circuit, a rectifying circuit, a voltage stabilizing circuit, an optical coupler isolation circuit, a control module, an LED light source, an LED color temperature regulating circuit, and an LED brightness regulating circuit,wherein AC mains supply provides a bus DC high voltage after sequentially passing through the protection circuit, the EMI filtering circuit and the rectifying circuit; the control module sends two independent PWM control signals; one signal directly controls a dimming pin of a dimming LED constant current control chip in a dimming LED isolation driving circuit to carry out load dimming on the LEDlight source; and the other signal is converted into two PWM control signals with completely opposite phases through optical couplers and other simple peripheral elements, and the two PWM control signals control quick starting and closing of output switching MOS tubes to regulate output current proportions of light beads with a pure white color temperature and light beads with a warm white color temperature. The dimming and color-regulating LED isolation constant current driving power supply provided by the invention has the advantages of high load compatibility, slow light attenuation of thelight beads, and low energy consumption.

The invention relates to the technical field of a composite calcium-sulfonate-base grease and preparation thereof, particularly a composite calcium-sulfonate-base lubricating grease and a preparation method thereof. The preparation method of the composite calcium-sulfonate-base lubricating grease comprises the following step: 1. respectively weighing 20-30 parts by weight of high-base-number petroleum calcium sulfonate with the total base number of 200-400 mg KOH / g, and 44-55 parts by weight of high-viscosity-index base oil with the viscosity index of 90-120. The invention has the advantages of simple technique, accessible raw materials and safe working environment, is convenient for operation, and effectively lowers the energy consumption; the product obtained by the method provided by the invention has excellent properties, and can satisfy the product index requirements without adding any additive, and thus, the production input cost of the product is lower than that of any other high temperature grease; no harmful substance is generated in the product production and use process, so the composite calcium-sulfonate-base grease is harmless to the human body; and the composite calcium-sulfonate-base grease can be recycled and reutilized to maximize the use of energy sources, thereby completely satisfying the requirements of energy saving and environmental protection.

The invention aims at reducing the energy consumption problem resulting from network reconstruction and providing an expandable wireless sensor network clustering method. In a selection process of candidate cluster heads, the residual energy of nodes in the network is taken into consideration; and in the selection process of cluster heads, factors such as the residual energy of candidate nodes, the number of neighbor nodes of the candidate cluster heads and the value degree from each node to the candidate cluster heads are taken into consideration, so a life cycle of the network can be prolonged. When the average energy in clusters is greater than certain threshold, re-clustering does not need to be carried out in a whole network range, and the new cluster heads are only selected in the clusters. When new nodes add the network, network access permission values are introduced, the clusters to which the nodes need to add are selected by taking position distribution of the nodes, the energy of the cluster head nodes and load values of corresponding clusters into consideration.

The invention discloses a novel four-hole site coil integral force transducer based on the principle of piezomagnetic effect. The force transducer comprises a transducer piezomagnetic body, a horizontal hole site, a horizontal coil W1.2, a vertical hole site, a vertical coil W3.4, a differential rectification output circuit, an excitation transformer and a low-frequency excitation power supply. In the invention, a horizontal hole site measurement coil and a vertical hole site compensation coil in a measurement area are completely separated; based on the inherent characteristic of the magneticbody material that the longitudinal magnetic conductivity parallel to an external force F is very sensitive to stress while the transverse magnetic conductivity vertical to the external force F is not sensitive to the stress, the measurement circuit is designed as an inductive four-wall balanced bridge according to the electric principle; and the bridge output is in a current rectification and resistance voltage reduction mode so as to realize an integral optimization measurement circuit with three-wire excitation, differential compensation and DC (direct current) output.

The invention aims at reducing the energy consumption resulting from network reconstruction and providing an expandable wireless sensor network networking method. The residual energy of nodes in a network is taken as a selection standard of candidate cluster heads; factors such as the residual energy of candidate nodes, the number of neighbor nodes of the candidate cluster heads and the value degree from each node to the candidate cluster heads are taken into consideration. When the average energy in clusters is greater than certain threshold, re-clustering does not need to be carried out in awhole network range, and the new cluster heads are only selected in the clusters. When new nodes add the network, network access permission values are introduced for judging which clusters the nodesadd. The new network access nodes send data through utilization of reserved time slots without waiting for termination of each cluster period, and the cluster heads do not need to redivide time slots.

The invention discloses a method for supporting a building foundation pit by using transverse partition-type pre-stressed concrete pipe pile. The method comprises the following steps: (A) calculating and determining the axial position of inner transverse partitions (1, 1.1, 1.2, 1.3, 1.4) of a transverse partition-type pre-stressed concrete pipe pile (12) and the diameter and length of the pipe pile (12); (B) fabricating the pipe pile (12); (C) measuring and lining to determine the position of the pipe pile (12); (D) statically settling the pipe pile (12); (E) welding anchoring tendons at the top of piles and fabricating and installing reinforced concrete top ring beams (7) and supporters (8). The method further comprises driving concrete-stirring piles (9, 10) respectively inside and outside the pipe pile (12) and grouting concrete (5) inside the pipe pile (12). The method has the advantages of wide application range, high construction quality, short construction cycle, relatively-low construction cost for foundation pit support, and no noise and vibration pollution.

The invention discloses an environment-friendly garbage can. The environment-friendly garbage can comprises a garbage can body; an inner cavity, a garbage feeding opening and a garbage discharging opening are formed in the garbage can body, and a garbage conveying device, a crushing mechanism, a screening mechanism, a compressing mechanism, a driving motor and at least two garbage collecting siloscommunicating with the garbage discharging opening are arranged in the inner cavity of the garbage can body; the garbage conveying device is arranged below the garbage feeding opening, the crushing mechanism is arranged below the output end of the garbage conveying device; the screening mechanism is arranged below the crushing mechanism, and a plurality of leaking holes are formed in the screening mechanism to sort the garbage into two types; and the compressing mechanism is used for compressing the lightweight garbage falling from the lower end of the screening mechanism. The environment-friendly garbage can is compact and simple in structure, the burden of the follow-up garbage disposal can be reduced, the garbage can be compressed, the garbage occupying space is saved, the amount of the garbage storage is improved, and the garbage sorting collection and cleaning are facilitated.

The invention discloses a preparation method for instant corn flour. The method comprises the following steps of: selecting, cleaning, peeling, slagging, degerminating, refining and bulking and grinding; adding 2 to 15 percent of water into the corn flour; mixing uniformly, bulking and grinding the mixed product to prepare the bulked corn flour; selecting the fresh, clean and non-mildewed high-quality rice; grinding the rice into rice flour of 40 to 100 meshes; adding 2 to 15 percent of water into the rice flour, mixing uniformly, bulking and then grinding the mixed product to prepare the bulked rice flour; mixing 50 to 100 parts of bulked corn flour, 10 to 50 parts of bulked rice flour and 5 to 30 parts of maltodextrin uniformly to prepare the instant corn flour. The corn flour prepared by the preparation method has the advantages of convenience in carrying and eating by filling water. In addition, the process technology is in accordance with the requirement of environment friendliness and energy conservation, low in equipment costs and simple and feasible in production and has steady quality.

The invention relates to a scanning circuit for generating cutting angle signal, a liquid crystal panel and a cutting angle signal generation method. The scanning circuit comprises a scanning module and a plurality of cutting angle modules, wherein the scanning module is provided with a plurality of scanning output ends and is used for sequentially outputting a scanning driving signal, and the scanning driving signal comprises a first level and a second level; and each cutting angle module is sequentially and electrically connected with each scanning output end, a second output end of each cutting angle module is electrically connected with a first output end of the next cutting angle module to transmit partial electric energy received by the second output end of the control unit of the first cutting angle module to the first output end of the control unit of the next cutting angle module.

The invention relates to light-emitting concrete, particularly a preparation method of energy-storage light-emitting concrete. The energy-storage light-emitting concrete is prepared from the following raw materials in percentage by weight: 2-8% of fluorescent powder, 18% of white cement, 27% of standard sand, 39-47% of gravel and 8% of water. The CaO:Dy3+,Na+ fluorescent powder is prepared from initial raw materials CaCO3 (analytically pure), Na2CO3 (analytically pure) and Dy2O3 (99.99%, analytically pure) in a Ca:Dy:Na mol ratio of l:x:y, and a small amount of ethanol is added as a grinding aid. The prepared CaO:Dy3+,Na+ fluorescent powder has the advantages of no pollution, no radiation, favorable light-emitting performance and simple production technique, and has the meanings in environmental protection and energy saving. The prepared light-emitting concrete has the advantages of long light-emitting time and no radioactivity; and after being irradiated under sunlight in the day time or under a common daylight lamp for 50 minutes, the light-emitting concrete can continuously emit light in a dark place for more than 6 hours.

The invention relates to an automatic transfusion alarm system, which comprises a transfusion bottle, an alarm buzzer, a capacitive proximity switch, an alarm circuit, an alarm resetting circuit and a single-chip microcomputer. The probe of the capacitive proximity switch is arranged above a bottle opening on the lower part of the transfusion bottle, the capacitive proximity switch is connected with the alarm circuit, and the alarm circuit, the alarm resetting circuit and the alarm buzzer are respectively connected with the single-chip microcomputer. When the liquid level in the transfusion bottle is lower than the probe of the capacitive proximity switch, liquid level change signals can be detected by the capacitive proximity switch through the probe and can be converted by the capacitive proximity switch into alarm conduction signals to trigger conduction of the alarm circuit, and when the alarm buzzer can be controlled to alarm when the conduction of the alarm circuit is detected by the single-chip microcomputer. The invention has the advantages that: automatic transfusion alarming can be achieved, blood return and other situations caused by the reason that the transfusion of liquid medicine in the transfusion bottle is completed due to human errors can be avoided, and the automatic transfusion alarm system can be used safely and has low cost.

The invention discloses a steel slag-diatomite composite rubber filling material with reinforcing and flame-retarding synergistic performance, belonging to the field of cyclic utilization of solid waste resources. The filling material comprises water, a silane coupling agent, steel slag, and diatomite. The preparation method for the filling material comprises the following concrete steps: mixing the water and the silane coupling agent, and carrying out dispersing so as to obtain a silane coupling agent solution; then mixing the steel slag and the diatomite, and carrying out stirring so as to obtain a steel slag-diatomite mixture; mixing the steel slag-diatomite mixture and the silane coupling agent solution, and carrying out stirring so as to obtain the steel slag-diatomite composite rubber filling material. The steel slag-diatomite composite rubber filling material provided by the invention solves the problems of high price and single function of main filling materials of carbon blackand white carbon black in the rubber industry, improves mechanical properties and flame retardancy of rubber, realizes cyclic utilization of industrial wastes, promotes efficiency of metallurgical enterprises, reduces the cost of the rubber product industry, and meets the requirements of current industrial development for energy conservation, environmental protection and cyclic economy.

The invention discloses a preparation method of natural ferulic acid, which comprises the steps as follows: after rice oil is expressed from rice bran, rice skin and rice germ or extracted from a solvent, the ferulic acid is extracted from a subsidiary product which is known as Blackfoot after the preparation of oryzanol in the rice oil. By the utilization of fatty acid salt as a dispersant, the crude product of the natural ferulic acid is prepared under the conditions of heating, pressurizing and stirring, and the pure product of the ferulic acid is prepared by centrifugal impurity removing, acid out and refining. The improved technology has low production costs, no lower alcohol used in the technology, the yield up to over 75 percent calculated in accordance with the content of the ferulic acid in the Blackfoot, and stable quality of products.

The invention discloses a portable wall space deformation monitoring device for a reinforced soil retaining wall and a monitoring method. The portable wall space deformation monitoring device for the reinforced soil retaining wall comprises a flexible rail arranged on the fracture surface of a to-be-monitored reinforced soil retaining wall and a testing device arranged on the flexible rail and capable of moving along the flexible rail. The laser ranging technology is applied to the wall space deformation detecting field for a retaining wall, and the application of the laser ranging technology in the wall face deformation detecting practice is achieved, so that the prototype detecting work for the reinforced soil retaining wall is more convenient. Compared with the current monitoring and detecting, the wall space deformation detecting result for the reinforced soil retaining wall is more practical, more objective and more scientific. In addition, multi-purpose (beside from the reinforce soil retaining wall, measuring can be carried out on various flexible walls) in one device is achieved. The device is simple and capable of meeting the requirement of environmental protection, energy conservation and economical efficiency in the present society, so that the application prospect is extremely wide.

The invention belongs to the technical field of demoulding equipment in building construction, and relates to a manual demoulding device aiming at a sample with diameter of 39.1mm and height of 80mm. The main body of the manual demoulding device structurally comprises a support fixed frame, a fixed plate, an upper roof plate, an actmix threaded rod, a pressuring plate, a fixed bolt, a mould placing room, a detachable mould receiving box and a rubber cushion. A test mould is placed into the mould placing room, a glass sheet with diameter of 39.1mm is paved on the surface of the sample, the upper roof plate downwards moves to enable the circle hole center of the upper roof plate to be aligned and in tight contact with the center of the mould, then the fixed bolt is screwed down, the upper end of the support fixed frame is pressed by one hand, and the actmix threaded rod is rotated by the other hand to enable the pressuring plate to downwards move, and the sample is gradually separated from the mould and can fall into the detachable mould receiving box along the downward movement of the pressuring plate. The manual demoulding device provided by the invention is simple in preparation technology, low in cost, small in shape, convenient to place, convenient to use and high in reliability, substantive features are outstanding, and improvement is prominent.

The invention provides a camera control method, a camera control device, a terminal and a readable storage medium, which relate to the technical field of electronics. The camera control method provided by the invention is applied to the terminal, and comprises the steps of if an image recognition system of the terminal is at a background running state, acquiring a current physical parameter of theterminal through a preset induction device of the terminal, wherein the image recognition system comprises at least one camera; if the acquired physical parameter meets a first preset condition, controlling to open a preset camera in at least one camera, and capturing an image; displaying the image captured by the preset camera on a current display interface of the terminal. By utilizing the camera control method, the camera control device, the terminal and the readable storage medium provided by the invention, the problem of high power consumption brought by the image recognition system operated by the terminal can be alleviated.

This invention relates to a method for producing cement. This invent uses the main waste of fossil-fired power plant---desulfurized calcium sulphate and coal ash as the raw material. The charge ratio(according to weight%) is: coal ash 35-50, calcium lime 45- 53, and desulfurized calcium sulphate 5-20. Weight and charge the above coal ash, calcium lime and desulfurized calcium sulphate, and then send them to the ball grinder to grind to be 320-500 order powder, pack and store for 28-45 days, then it can obtain the product. It does not use cement clinker as raw material and does not need burning, with benefits of simple process and low cost, which makes it much qualified for mass industrial production.