45results about How to "Meet energy saving and emission reduction requirements" patented technology

A sintering-free sand-washing mud brick, comprising the following components in parts by weight: 50-60 parts of sand-washing mud, 30-45 parts of cement, 5-10 parts of slaked lime, 0-1.1 parts of sodium chloride and 8 parts of water ~19 parts; the sodium chloride accounts for 0-2% of the total amount of cement and slaked lime, and the water accounts for 10-15% of the total amount of solid materials. The sand washing sludge is a powdery material obtained through digestion, grinding and sieving. Preferably, the slaked lime is a powdery material obtained by digesting, drying and grinding quicklime. The invention also discloses a preparation process of the sintering-free sand-washing mud brick. Beneficial effects of the present invention: sand washing silt is used as the main raw material, and the mixing amount can reach 50-60%, which not only solves the problem of stacking river silt, but also solves the problem of farmland damage caused by solid clay bricks; the preparation process is simple and the production cycle is short , to meet the requirements of energy saving and emission reduction; the product has high shape retention and excellent mechanical properties, and can be used instead of ordinary clay bricks.

The invention relates to a method for preparing a conductive admixture from pyrite smelting slag. The method is characterized by comprising the following steps: grinding a raw material ( the pyrite smelting slag) and a reducing agent (pulverized coal) into powder with the grain diameter less than or equal to 0.1mm; weighing and mixing the pyrite smelting slag and the pulverized coal according to the mass ratio of 50:10-25; placing the mixture into a high temperature furnace under the reducing atmosphere, roasting, heating to 600-800 DEG C at the heating rate of 6-8 DEG C / min, and roasting for60-120min at a constant temperature; cooling the roasted material to room temperature under the reducing atmosphere, taking out and levigating to prepare the conductive admixture finished product; ormolding the mixture into pieces or blocks, and then roasting. By adopting the method of the invention, the wastes can be turned into things of value; the cost is low; and the prepared conductive admixture has lower resistivity, can be used for preparing conductive concrete or conductive mortar and also can be used in other building materials.

The application provides an air conditioner control method, device and air conditioner, which belong to the field of electrical equipment. The air-conditioning control method includes obtaining the air intake volume and the air output volume; calculating the current difference between the air intake volume and the air output volume, and calculating the difference between the current difference value and a preset difference threshold; if the difference value If it is not within the preset range, the intake fan is controlled to be turned on. This method can improve the energy efficiency of the air conditioner and prolong the life of the motor.

The invention provides a method for preparing light ceramic particle from pyrite cinder. The method comprises the following steps: 1) pretreating; 2) preparing materials; 3) mixing; 4) forming; 5) firing; and 6) preparing a finished product. The light ceramic particle prepared by the preparation method has low cost and can be used for preparing light concrete, heat insulation mortar, heat insulation loose filling material and refractory concrete, and by the adoption of the method, wastes are turned into wealth.

The invention belongs to the technical field of new energy vehicle charging, and discloses a new energy vehicle battery pack charging switching system and method based on image acquisition, including an image acquisition device, a license plate recognition device, a parking boundary detection device, a vehicle flameout detection device, and a human body detection device. Device, main control device, automatic charging system; check in order whether a car enters the charging station, whether it is a new energy vehicle, whether it is parked in the standard parking area of ​​the charging station, whether the new energy vehicle is turned off, and whether there is anyone in the standard parking area of ​​the charging station , and finally start the automatic charging, the efficiency is high and there is no potential safety hazard; at the same time, only when the previous detection is completed, the next detection is restarted to meet the energy saving and emission reduction requirements in the new energy field and further reduce energy consumption.

The invention relates to a two-channel return air air-conditioning case. The two-channel return air air-conditioning case comprises a return fan section, an air exhaust section, a fresh return air mixing section, a filter section A, a surface cooling section, a heating section, a humidifying section, a forced draft fan section, a filter section B and a control air valve. A return air port is formed above the return fan section, the return fan section is connected with the air exhaust section, an air exhaust port is formed above the air exhaust section, the upper section the air exhaust section is connected with the fresh return air mixing section, a fresh air port is formed above the fresh return air mixing section, the fresh return air mixing section is connected with the filter section A, the filter section A is connected with the surface cooling section, a chilled water connector is arranged above the surface cooling section,, and the surface cooling section is connected with the heating section. The lower section of the air exhaust section is connected with the filter section B through a partition pipe, the filter section B is connected with the control air valve, and the control air valve is connected with the heating section. The heating section is connected with the humidifying section, and the humidifying section is connected with the forced draft fan section. The two-channel return air air-conditioning case improves the energy-saving potential of an air-conditioning system and meets the energy-saving and emission-reducing requirements.

An air-cooled dedusting system of a biomass granulator is used for forming air convection environment in a granulation room (4). The air-cooled dedusting system of the biomass granulator comprises the granulation room (4), of which the lower end is provided with a discharging opening (5); the air-cooled dedusting system of the biomass granulator is characterized in that the granulation room (4) is provided with at least one air opening, the air opening and / or the discharging opening (5) are connected to a blasting device or a drafting device. The inventive air-cooled dedusting system of the biomass granulator utilizes wind-force to produce air flow in the granulation room, can effectively temperature in the granulation room by the air-cooled form, realize cold pressing forming, and simultaneously dedust the fly ash and powder bits produced in the granulation process and recycle the discharged powder, thus saving cost, greatly enhancing service life of the granulator and yield of granulation, which is a significant renovation in the field of granulation.

The invention discloses a production process of a foaming headset sleeve, and the production process comprises the following steps of a, preparation of materials: placing a well mixed material A and a well mixed material B respectively into a mixing kettle to be stirred; b, mixing: simultaneously placing the material A and the material B into the mixing kettle to be adequately stirred and mixed to form a mixed material; c, injection: continuously injecting the mixed material into a plurality of molds which are matched with each headset sleeve in shape through a mixing reaction kettle, arranging the molds in a single row in the transverse direction, and realizing automatic circular work through a transmission device; d, baking: automatically feeding the molds with the mixed material into a baking box to be baked through the transmission device; and e, demolding: pouring out the headset sleeves from the molds through the transmission device so as to enable the headset sleeves to be separated from the molds after baking is completed. Compared with the prior art, the production process of the foaming headset sleeve has the advantages of simplicity in production equipment, few in manufacturing procedures, simplicity in mold structure, long in service life, capability of being formed in one step, good forming quality, low production cost and low energy consumption.

The invention relates to the technical field of water washing equipment for circuit boards and discloses a water suction windlass device used for extruding, sucking and etching liquid on the circuit board. The water suction windlass device comprises an isolation groove, a stand firmly arranged in the isolation groove, a water suction windlass group arranged on the stand and used for extruding and sucking the liquid on the circuit board, and a transmission device arranged on the stand and used for driving the water suction windlass group to rotate axially, and moreover, the stand is provided with a water press windlass for extruding the water suction windlass group, an angle is formed between the water press windlass and the water suction windlass group, and spiral water extrusion threads are formed in the outer wall of the water press windlass. According to the water suction windlass device, the water press windlass with water extrusion threads is arranged at the oblique upper side of the water suction windlass group, the water suction windlass group is extruded through the water press windlass, the liquid sucked by the water suction windlass group is extruded towards the two ends through the water extrusion threads, the post-liquid taking phenomenon is reduced, the energy saving and emission reduction demands are satisfied, the circuit board surface oxidization chance is reduced, and the circuit board quality is improved.