166results about How to "Achieve environmental goals" patented technology

The invention discloses an automatic bag opening machine. The automatic bag opening machine comprises a conveyer belt, a bag breaking tool, a bag grabbing device, a fixing device, a material processing channel and a packaging bag recycling bin, wherein the conveyer belt runs in a section manner and is at least divided into three sections, the first section of the conveyer belt is used for conveying material bags, the second section of the conveyer belt is matched with the bag breaking tool to cut the material bags, and the third section of the conveyer belt is matched with the bag grabbing device to achieve separation of the materials and the packaging bags; the bag breaking tool, the bag grabbing device and other movement parts can move on respective movement guide rails, and limit switches are arranged at two ends of each movement guide rail for preventing the parts from moving over the limiting position; photoelectric sensors are arranged at the end of the second section of the conveyer belt, the end of third section of the conveyer belt and the movement guide rail on the material processing channel. The automatic bag opening machine can separate bagged frozen raw materials from bags, and can alleviate labor intensity of workers, improve the working efficiency, reduce the manual bag opening expense, improve the automation production degree of fish meal and achieve the purpose of reasonably recycling the waste bags.

The invention relates to a carbonization treatment process and in particular relates to a carbonizing treatment process and device thereof of animals died of illness. The carbonizing treatment process comprises the following steps of: carrying out anaerobic pyrolysis and carbonization treatment for bodies of animals died of illness at the temperature of 300-600 DEG C, automatically outputting combustible pyrolysis gas generated in the pyrolysis and carbonization process and combusting the gas under the condition at the temperature of 800-1300 DEG C, wherein high-temperature flue gas generated by combusting is capable of supporting pyrolysis and carbonization and realizing recycling of heat energy of pyrolysis gas; and subsequently, purifying the flue gas. The device disclosed by the invention comprises a pyrolysis-carbonization device, wherein a pyrolysis-carbonization chamber and a combustion chamber are arranged in the pyrolysis-carbonization device; a pyrolysis-carbonization tank and a cyclic space are arranged in the pyrolysis-carbonization chamber; the pyrolysis-carbonization chamber is connected with a connection opening which is connected with the cyclic space and formed in the pyrolysis-carbonization chamber and the combustion chamber; and a pyrolysis gas exporting tube is connected between the pyrolysis-carbonization tank and the combustion chamber. The carbonization treatment process of animals died of illness can directly treat without need to break the bodies of the animals died of illness, is high in weight and capacity reducing rate, energy-saving and environment-friendly.

The invention discloses an extra-high voltage common circuit iron tower assembling method, which belongs to the technical field of electric transmission and transformation electric power circuit construction processes. The method comprises the following steps of: 1, performing construction preparation, namely cleaning a construction field, arranging the construction field, preparing a construction ground foundation, and transporting tower materials required by iron tower assembly; 2, assembling a pole, erecting the pole and assembling tower leg lower sections; 3, assembling and erecting towerlegs, lifting the pole, and hoisting iron tower crank arms; and 4, lifting the pole, hoisting a tower head, mounting a ground wire bracket, hoisting iron tower cross arms one by one in a segmentationmode, mounting iron tower accessories and disassembling the pole. The method has the advantages of reducing the working amount of aloft operation, along with a short construction period, a small number of hoisting times and high safety; by the method, safety risks are reduced, required aloft operation personnel is greatly reduced, and labor cost is reduced; and the method has extremely good economic and social benefits.

The invention discloses an extra-high voltage large-span iron tower assembling method, which belongs to the technical field of electric transmission and transformation electric power circuit construction processes. The method comprises the following steps of: 1, arranging a construction site, namely arranging a ground anchor, performing pole foundation construction, and arranging main material single pieces and tower sheets of an assembled iron tower body on the ground; 2, assembling a pole, mounting a hoisting system, and hoisting iron tower legs, wherein the assembled pole is a spinning self-elevating ground pole which is provided with horizontal double arms and a hydraulic downward jacking stock; 3, lifting the pole, hoisting the iron tower body section by section, and finally hoistingiron tower cross arms one by one in a segmentation mode; and 4, mounting iron tower accessories, disassembling the pole, and finally overhauling and self-checking to finish the construction. The method has the advantages of reducing the working amount of aloft operation, along with a short construction period, a small number of hoisting times and high safety; by the method, safety risks are reduced, required aloft operation personnel is greatly reduced, and labor cost is reduced; and the method has extremely good economic and social benefits.

The invention discloses special environment-friendly combined polyether for a sprayed pipeline and a preparation method of the special environment-friendly combined polyether. The special environment-friendly combined polyether is composed of a component A and a component B, wherein the component A is composed of polyethylene-polypropylene glycol, polyester polyol, a crosslinking agent, a foam stabilizer, a catalyst and a foaming agent; the component B is polymethylene polyphenyl polyisocyanate. By using the special environment-friendly combined polyether, the problems of inside cracking, heart rot and surface roughness of sprayed foam are solved, the aim of completely protecting the environment is achieved, meanwhile, the bonding property of the foam and a base material is improved, and the production requirement of the process is met.

The invention provides a dodging lens, a backlight module using the dodging lens and a display device. The dodging lens comprises a containing part for containing a light source and a diffusion part, wherein a cavity chamber is internally arranged in the containing part; and a V-shaped slot is formed at the external surface of the diffusion part. The backlight module using the dodging lens comprises an optical film material and a light source device which is arranged at one side of the back surface of the optical film material; and the light source device comprises the dodging lens and a light source. The display device comprises the backlight module using the dodging lens. The dodging lens is different from a round second lens; the length of the dodging lens is determined according to different sizes; the shaping technology is simple; and the dodging effect is excellent. Because the backlight module using the dodging lens adopts the dodging lens provided by the invention, the light emitting effect is better, and the cost is greatly reduced. Because the display device adopts the backlight module provided by the invention, the quality of a product can be greatly improved.

The invention relates to a helicopter using solar energy and storage batteries, which comprises a body, a frame, a solar panel and a storage battery set. The frame is fixed on the body. The solar panel is disposed on the upper surface of the storage battery set which is mounted on the body and/or the frame. A propeller is fixed on the frame. A cab is hinged to the body through rotary shafts. A controller for controlling rotation of the propeller and the cab is disposed in the cab. A landing support for stabilizing the helicopter in landing is connected with the frame. The helicopter is powered by electric energy only, using the solar panel to generate power supplied to electric equipment in the helicopter in real time can meet the double requirements of environmental friendliness and energy conservation and greatly improved flying capacity, and the helicopter is low in manufacturing process requirements, simple and accurate in operation, convenient in management, low in maintenance, environment-friendly, energy-saving, high in flying capacity, long in airborne period, high in reliability, high in energy conservation rate, widely applicable to civil fields of practical flying training, aerial surveillance.

The invention discloses a processless thermal sensitive plate used for direct printing on a printer. The processless thermal sensitive plate comprises a support body, a thermal sensitive layer and a protective layer, wherein the thermal sensitive layer mainly comprises 30-70% of water soluble thermo-crosslinking polymer, 1-15% of cross-linking agent, 10-30% of polyfunctional group monomer, 1-20% of thermal sensitive initator and 1-20% of infrared light radiation absorbing dye according to percentage by weight based on the composition solid total weight. The shortcomings of low plate developing capacity and bad printing durability in the existing processless thermal sensitive CTP (computer to plate) technology are solved.

The invention provides a method for treating electroplate rinsing wastewater, mainly comprising the following steps: (1) classification and collection of electroplate rinsing water; (2) efficient fiber filtration; (3) light-catalyzed reaction; (4) ultrafiltration (UF) by a filtering system; (5) membrane filtration by a reverse osmosis (RO) system; (6) separation of dialysis fluid by an RO membrane and recovery of the dialysis fluid in a finished-product water tank; and (7) separation of strong liquor recovery by an RO membrane and recovery. The method for treating the electroplate rinsing wastewater is used to realize wastewater recycling, reduce the rinsing water usage amount, achieve the zero emission requirement of the wastewater, and decrease the scale of biochemical and physical treatment; the method for treating the electroplate rinsing wastewater is beneficial to the expansion requirement of enterprises, and is used to recycle useful metal ions, thus leading the enterprises to generate benefits at the same time of achieving the purpose of being environment-friendly; and the system is convenient for operation, and occupies less area.

The invention discloses equipment for the clothing industry, and particularly relates to an automatic flocking machine, which is used for flocking on cloth. The automatic flocking machine is characterized by comprising a support, a platform, a textile printing device, a lift flocking device, a drying device, a fluff suction device and driving motors. The support is provided with a circular conveying belt, the platform is fixedly arranged on the conveying belt and moves along with the conveying belt simultaneously, the textile printing device is arranged on the conveying belt of the support, the lift flocking device is arranged on one side of the textile printing device in front of the conveying belt, the drying device is arranged on one side of the lift flocking device in front of the conveying belt, the fluff suction device is arranged on one side of the drying device in front of the conveying belt, the driving motors driving the conveying belt to rotate are arranged at two ends of the conveying belt respectively. Besides, the textile printing device is arranged above the platform, the lift flocking device is arranged above the platform, the drying device is arranged above the platform, and the fluff suction device is arranged above the platform. The automatic flocking machine is high in production efficiency, easy to manage and is cost-saving and environment-friendly.

The invention provides a PCCP pipe core vertical molding method automatic production line; and the PCCP pipe core vertical molding method automatic production line has such characteristics as stable performance, good reliability, easy maintenance, high safety, automation, high information degree and high production efficiency. The PCCP pipe core vertical molding method automatic production line comprises more than one operation lines, more than one maintenance lines, mold pushing devices, concrete loading and casting systems, mold transfer cars, transverse moving ferry vehicles, a maintenance line control system and a PLC production line control system; multiple sets of PCCP molds are arranged on the operation lines and the maintenance lines; the mold pushing devices are arranged on the operation lines and the maintenance lines; the mold transfer cars can move on the operation lines and the maintenance lines; the transverse moving ferry vehicles are matched with the operation lines and the maintenance lines; the concrete loading and casting systems are arranged on the operation lines for casting PCCP molds on the operation lines; the maintenance line control system is used for performing steam control for molds on the maintenance lines; and the PLC production line control system is used for interworking of all systems to finish prefabricating of PCCP pipe cores.

The invention relates to a mechanical flocking plant and belongs to the technical field of flocking machines. The mechanical flocking plant comprises a supporting frame, a faller, a flocking device, a baking device and a cleaning device. The supporting frame is provided with a circulation conveyor belt, the faller is fixedly arranged on the conveyor belt and simultaneously moves along with the conveyor belt, and the flocking device, the baking device and the cleaning device are arranged on the conveyor belt of the supporting frame in sequence. Drive motors are arranged at the two ends of the conveyor belt respectively and drive the conveyor belt to rotate. The whole processes from electrostatic flocking and drying to fluff removing are operated in a full automation mode, production efficiency and product quality of prints are greatly improved, besides, management of a production line is facilitated, and the purpose of protecting the environment is achieved.

The invention discloses a treating agent for digital printing and dying as well as a preparation method and an application method of the treating agent. A coupling cationic graft modification agent is prepared by using a cationic auxiliary agent, a cationic etherifying agent, a humectants, an organic solvent and water, and is sprayed on the back of pretreated fabric; the fabric is dried and subjected to digital printing, and is soaked in a coupled reaction agent prepared from a reactant, organic acid and water, a color developing agent reaction solution prepared from a color developing agent and water, and a dye-fixing reaction solution prepared from a dye-fixing agent and water respectively for 30 seconds to react for being dyed; finally, watering is carried out. The treating agent as well as the preparation method and the application method of the treating agent have the advantages that the digital dyeing treatment can be completed quickly at normal temperature, high temperature is not required, and various fibers can be dyed by using direct dyes, acid dyes and reactive dyes.

The invention discloses a one-pulling-two expansion and construction process of a large-section lead. The expansion and construction process is characterized by comprising the following steps of: (1) construction preparation: performing crimping test on a lead and an earth wire, arranging a tension field space and a traction field space, and cleaning a construction channel; (2) hanging a tackle; (3) carrying out span construction; (4) carrying out tension stringing, expanding the earth wire and the lead, and carrying out temporary anchoring in time; and (5) crimping the lead, performing stringing, observing looseness, and lashing wires to complete the whole construction. According to the invention, the same-phase leads are guaranteed to have identical stringing tension, and the stringing construction quality is guaranteed; furthermore, the construction processes of stringing, tackle hanging, lead leading and traction rope expansion, lead expansion, stringing, accessory installation and the like are optimized, and the tension stringing construction efficiency is effectively improved; the manpower and time wastes are reduced, the required equipment quantity is small, the occupied area is small; and the one-pulling-two expansion and construction process has higher social economy.

The invention provides a sectional-type flue gas purifying treatment and waste heat recovery system device and a using method of the system device. A recovering tower, a spraying gas tank, a photolysis gas tank and a discharging tower in the system device are flexibly combined according to the components of the flue gas to be treated, different medicals are allocated or photolysis and oxidization techniques are adopted to treat so as to completely clean the flue gas with complex components, purify dust particles and toxic and harmful gas such as sulfur dioxide and hydrogen sulfide, and synchronously recover waste heat of flue gas and steam, in this way, the environment protection object of flue gas clean emission is reached. The sectional-type flue gas purifying treatment and waste heat recovery system device has the following beneficial effects that the flue gas is subjected to dust particle cleaning and waste heat recovering and then is subjected to multiple chemicals sectional reaction and absorption, and multi-stage photolysis and oxidizations so as to treat the toxic and harmful gas in the flue gas, finally the qualified gas is exhausted in air. The system device is suitable for the flue gas generated in industrial incinerations and industrial drying treatments, and is further suitable for the flue gas generated in incinerations of garbage and other substances.

The Present invention relates to a root-controlling container for garden plant cultivation. It is a special-purpose container, its exterior is a container made of non-woven fabric, its interior is equipped with several breather-tubes, on the tube wall of every breather-tube the air pores are cut, and the breather-tube is connected with inner wall of non-woven fabric container by means of fixing band. Said container has the characteristics of insulating heat, retaining moisture, holding fertilizer and sterilization, etc. The plant can be easily transplanted and its survival rate is high.

The invention discloses an electric precipitation energy-saving control method based on the coal quantity and the air quantity of a boiler. The method comprises the steps: obtaining current total coalquantity and current total air quantity of the boiler and electric precipitator outlet dust content; and calculating an electric field secondary current target value according to a formula II2=[(T-Ttarget)/(Tmax-Tmin)]*(II2max-II2min)+IIcoal+IIw, and adjusting the current electric field secondary current value of the electric precipitator to an electric field secondary current target value. Therefore, the total coal quantity of the boiler is used to replace the unit load to control the electric precipitation parameters, the control deviation caused by coal quality change can be overcome, andthe real-time performance is better than that of the unit load; meanwhile, the total air quantity of the boiler serves as a feedforward signal, and a dynamic control effect of dust in the unit load dynamic change process can be improved; and therefore, the automatic control effect of the electric precipitator can be improved, excessive dust emission of a power plant is prevented, the environment-friendly purpose is achieved, the power utilization rate of the power plant is reduced, and the energy-saving purpose is achieved. The invention further discloses an electric precipitation energy-saving control system based on the coal quantity and the air quantity of the boiler, and the beneficial effects are as mentioned above.

The invention belongs to the technical field of medicines and relates to a preparation method of a brewing tea tablet for treating common cold due to wind cold. The brewing tea tablet adopts fresh ginger, fresh onion, fresh purple perilla, fresh moringa leaves, mosla hangchouensis, mountain mint, Chinese ligusticum rhizome, black tea, Arabic gum solution, curdlan, sodium bicarbonate and agar as raw materials and is prepared by preparation methods such as freezing, pulping, crushing, sterilizing, forming, freeze drying, spraying, baking and the like. The brewing tea tablet has obvious effect on treating the common cold due to wine cold, especially on preventing the development of the common cold disease when the cold is caught and achieving quick recovery.

The invention discloses high salinity organic wastewater treatment equipment. The equipment consists of a raw water tank, a feeding pump, an MVR evaporator, a discharge pump, a magma tank, a centrifuge A, a refrigeration tank, a filter, a nanofiltration membrane separation instrument, a fluidized bed boiler, a vacuum evaporator and a centrifuge B. The raw water tank is connected to the MVR evaporator, the water outlet of the MVR evaporator is connected to the magma tank, the discharge port of the magma tank is connected to the centrifuge A, the liquid discharge port of the centrifuge A is connected to the refrigeration tank, the refrigeration tank is connected to the nanofiltration membrane separation instrument through the filter, the organic wastewater outlet of the nanofiltration membrane separation instrument is connected to the fluidized bed boiler, the vacuum evaporator is internally equipped with a heating pipeline, the vacuum evaporator is provided with a water inlet, a discharge port and a secondary steam outlet, and the steam outlet of the fluidized bed boiler is connected to the heating pipeline. The high salinity organic wastewater treatment equipment provided by the invention employs the novel MVR evaporator to replace the traditional multi-effect evaporator, combines the evaporation process with refrigeration process, combines vacuum evaporation for salt making with high temperature incineration of organic matters, simplifies the process, and reduces the energy consumption.