98results about How to "Meet industry standards" patented technology

The invention provides a method for synergetically treating fluorine-containing sludge in a cement kiln. According to the method, the fluorine-containing sludge with water content of 40-80% can be synergetically treated in a cement kiln, and the sludge mixing amount accounts for about 1-5% of the total amount of the cement raw material. The method provided by the invention is characterized in that the fluorine-containing sludge with the water content of 40-80% is dried by afterheat tail gas of the cement kiln, so that the fluorine containing sludge can be safely treated in the cement kiln andthe performance indexes of the produced cement reach the national standard. According to the invention, since the fluorine-containing sludge is used as an available resource, the fluorine-containing sludge containing fluorides is safely treated and a great deal of land is saved.

The invention discloses a three-network integrated dual-mode intelligent set top box. The three-network integrated dual-mode intelligent set top box is characterized by comprising a central processing unit, an AndroidDVB processing module, an intelligent card, a memory, a signal processing module, a camera, an audio and video input and output module, a tuner, a communication module and a network module, wherein the AndroidDVB processing module, the intelligent card, the memory, the signal processing module, the camera and the audio and video input and output module are connected with the central processing unit, the tuner is connected with the AndroidDVB processing module, and the communication module and the network module are connected with the signal processing module. The three-network integrated dual-mode intelligent set top box is compatible with traditional digital television direct transmission, on-demand unicast and other services and meanwhile has the network video playing, video call, game entertainment, family networking and other functions, and is suitable for efficiently developing data and internet services, capable of meeting three-network integrated service requirements, wide in application range and high in practicality.

The invention relates to a method for preparing high-concentration silica sol by using superfine silica powder, which is characterized by comprising the following steps of: weighing 20-25 parts by mass of silica powder with the purity of 97-99 percent and the granularity of 500-2000 meshes, and adding 100-200 parts by mass of deionized water to heat at 50-60 DEG C for 10-30 minutes; then adding an aqueous sodium hydroxide solution with the mass percent concentration of 0.16-0.96 percent to the mixed liquid of the silica powder and water under stirring at 70-90 DEG C, and controlling a pH value of the reaction liquid at 8.5-10.0 and the time of whole stirring reaction for 6-8 hours; and then carrying out decompression and suction filtration after standing for 8-12 hours so as to prepare the high-concentration silica sol. The high-concentration silica sol with good property is prepared by using the superfine silica powder scrapped in organic silicon monomer production as raw materials, and the invention has simple process and high practicability.

The invention relates to the machining of gear teeth. The machining process comprises: Based on the drawing, it uses the hobber machining the gear to the inspection point A or D, computing the differential change wheel angle t based on the hobber differential mechanism with CB line actual spiral angle and gear and hobber parameter, loosening the differential change wheel, holding the change angle t, imitating the difference of machining small spiral gears, forming fixing point from the end surface fixing theoretical point C. It can get rid of the deficiencies of step, insufficient effective hardening and teeth surface hardness.

The invention relates to a process for preparing ginsenosides Rh2 and Rh3 by using stems and leaves of pseudoginseng root as raw materials, which comprises the following technical flows: (1), extracting saponin from the leaves of the pseudoginseng root, namely cooking the stems and leaves of the pseudoginseng root with water for extraction, absorbing, eluting and concentrating to obtain a thin extract of the ginsenosides of the pseudoginseng root; (2), preparing diol saponins, namely absorbing, eluting, concentrating, drying and crushing the thin extract of the ginsenosides of the pseudoginseng root to obtain the diol saponins; and (3), acid hydrolysis, namely, performing acid hydrolysis on the diol saponins, absorbing, washing with water, eluting, concentrating and drying to obtain a mixture which contains the ginsenosides Rh2 and Rh3. The process of the invention is simple and feasible, high in purification rate and good in quality, and reaches industry standards.

The invention discloses a method for efficiently regenerating a spandex filament by a dry spinning waste spandex filament, and belongs to the technical field of spinning. The method comprises the following steps: 1) carrying out curing processing on the waste spandex filament, heating at the environment of N2 gas and keeping the temperature; 2) smashing the waste spandex filament into waste spandex filament ultrashort fibers of which the fiber length is less than or equal to 30mm; 3) drying the waste spandex filament ultrashort fibers to enable the waste spandex filament ultrashort fibers to own a certain moisture content; 4) adding DMAC (Dimethylacetamide) and the waste spandex filament ultrashort fibers into a reaction still to obtain spinning stock solution with stable characteristics; 5) carrying out filtering, defoaming, ripening, spinning, twisting, oiling and winding on the spinning stock solution to obtain the finished product spandex filament. The regenerated spandex filament produced by the method has stable performance index and high spinning speed. According to the method, through ripening and control for the moisture content of the waste spandex filament, the stability of the waste spandex filament is improved so as to reduce a situation of fracture of wire and the like and effectively improve the spinning speed and the first-class rate of the spandex filament.

The invention provides a manufacturing method of a fine circuit of a flexible circuit board, which is characterized in that the method comprises the following steps: S1, adopting a thin copper material and cutting: the thickness of the selected copper material is 1-9um; S2. UV laser drilling; 3, remove glue residue; 4, black hole: before that black hole, plasma treatment is carry out first, and then the black hole is carried out; S5. Copper plating: The thickness difference of VCP plating line is 1- 5 u m, COV value is 3- 15%; S6. Film-coated exposure development: The thickness of the photosensitive film used is 10- 20. Mu. M, the photosensitive film is a wet film, and the minimum line space of the wet film is 10-20um; S7. Vacuum etching: during the etching process, the spray pressure is 2.4 Kg/cm2 and the down pressure is 2.2 Kg/cm2, and the etching speed is 3.0- 5.5 m/min; S8, Film removal. On the premise of ensuring good etching effect of the fine circuit, the invention starts to reduce the thickness of the plating layer in the pre-process of the circuit fabrication so as to improve the uniformity of the surface copper.

The invention relates to intaglio compound printing ink, in particular relates to lipophilic polyurethane printing ink and a preparation method thereof, and belongs to the field of printing ink. In order to overcome the technical defects of big smell, more residual solvent and poor resin fastness of the printing ink in the prior art, the invention provides the lipophilic intaglio compound printing ink and the preparation method thereof. The lipophilic intaglio compound printing ink has excellent early dry performance and tinting strength, is very suitable for automatic packaging and has a good industry popularization value, and the friction coefficient is between 0.6 and 0.7.

The invention discloses a preparation method of low density and high strength foam glass sintering at low temperature. The glass powder is prepared from: by mass, SiO2 55.3-61.6%, Na2CO3 13.3-18.6%, CaCO3 9.0-11.6%, Al2O3 5-5.7%, MgCO3 3.56-5.8%, K2CO3 0.73-3.7%, Fe2O3 0.51-1.2%, BaCO3 0.53-1.1%, Na2SO4 0.47-0.9%, SrO 0.05-0.3%. The foam glass is prepared from glass powder, lithium carbonate using as a foaming agent 4-8 m%, and foam stabilizer 0-2 m% or foaming promoter 0-2 m%. The foam glass is prepared by sintering at low temperature of 725-775 DEG C and using a practical powder sintering method having convenient operation. The foam glass prepared by the invention has uniform pores, low density, and good mechanical properties, the properties such as porosity and water absorption can all reach the use standard, and the color is pure which is convenient to dye. In addition, the method can reduce the production cost, and can substantially improve the production efficiency.

The invention discloses power sourcing equipment PSE. The PSE comprises a PSE controller, a first power source, a detection module, a control module and a switching module. The detection module is used for sending a first detection signal to the control module if a voltage value of an output voltage of the PSE controller is changed from a set voltage value to zero. The control module is used for sending a switch-off instruction to the switching module if the first detection signal is received. The switching module is used for switching off the first power source and the PSE controller if the switch-off instruction is received. According to the embodiment of the invention, when the detection module detects that the voltage value of the output voltage of the PSE controller is changed from the set voltage value to zero, the PSE controller and the power source are switched off, so the power is prevented from being supplied to the PSE controller. When no PD (Powered Device) is connected with the PSE, namely when the PSE is standby, the PSE controller in the PSE does not consume electric energy, so the energy consumption is reduced, a standard of an industry is satisfied, and the user experience is improved.

The invention discloses a combined process using grasses as raw materials. The combined process is a whole-process reaction process comprising a preparation process of a high-grade paper slurry, a preparation process of a pulp for packaging paper, and a preparation process of a foliar fertilizer. The preparation process of the high-grade paper slurry mainly includes the process steps of: three reactions in three reaction tanks, four times of extrusion and pulping by a high concentration pulping machine; and the slurry with high yield is prepared. Pulp squeezing water obtained by first alkali addition softening, first pulp squeezing and/or first two times of pulp squeezing in the preparation process of the high-grade paper slurry is used as a raw material for the preparation process of thepulp for packaging paper; the pulp squeezing water containing a part of cellulose and unreacted agents is subjected to softening and grinding treatment to obtain the slurry for packaging paper. Squeezing water produced in the preparation process of the pulp for packaging paper is recovered and treated as a raw material for preparation of the foliar fertilizer. The combined process has the advantages of no black liquor discharge, water recycling, and energy conservation; therefore, the combined process is a green pulping process.

The invention relates to a hot melt adhesive for a steel plastic composite pipeline and a production method of the hot melt adhesive. The hot melt adhesive comprises the following raw materials in percentage by weight: 95 to 98 percent of high-density polyethylene, 0.9 to 2.0 percent of maleic anhydride, 0.02 to 0.2 percent of peroxide, 0.09 to 0.5 percent of antioxidant and 0.9 to 4.0 percent of solvent. The production method comprises the following steps of: adding the high-density polyethylene and the antioxidant into a mixing machine; controlling the temperature of a stirring machine to be between 35 and 40 DEG C and stirring for 2 to 7 minutes; and granulating by using an intermediate-speed cutting combined double-screw extrusion granulator, wherein the extruding temperature is between 170 and 180 DEG C and the temperature of a machine head is between 190 and 200 DEG C. The hot melt adhesive is used for solving the bonding problem between a steel belt and plastic during production of the steel plastic composite pipeline. Based on detection required indexes according to the industrial standard CJ/T225-2006, the peeling strength meets the standard; the ring flexibility is qualified; and the product is qualified after passing a sunlight insolation test. All the indexes meet the industrial standard.

The invention provides a method and device for generating files of an MDF format and relates to the field of recording of vehicle-mounted data. The method comprises the steps that S1, description information of a fixed part is established according to the MDF file format, the fixed part comprises the part from an initial IDBLOCK to CNBLOCK; S2, measured data received from an ECU is temporarily stored in a chain table according to a first preset period; S3, measured data in the chain table are converted in a double-precision floating-point format according to a second preset period, and converted data are filled into the MDF file format to obtain files of the MDF format; the second preset period is N times of the first preset period. The files of the MDF format generated through the method are simple in generating method, meet industrial standards, can be applied to relative cheap interface tools such as PCAN, and the cost of the generating device is lowered.

A reinforcing device of a simple communication rod base station comprises a diagonal bracing system, a transverse rod system, an embracing hoop system, a base system and a cast-in-situ foundation system. The embracing hoop system is mounted on a pipe body of a base station tower body. The bottom of the diagonal bracing system is fixedly connected with the base system and then mounted in the cast-in-situ foundation system in an embedded mode. The upper part of the diagonal bracing system is connected with the embracing hoop system. The transverse rod system is connected with the diagonal bracing system and the embracing hoop system to support and firm the diagonal bracing system. The reinforcing device increases the load capacity of the simple communication rod base station, so that an original simple communication rod base station satisfies the requirements of a shared base station, existing resources are utilized very well, and the station construction cost is reduced.

The invention relates to a noni fruit compound enzyme. The noni fruit compound enzyme is characterized by being prepared from the following components in parts by weight: 60 to 100 parts of noni fruits, 10 to 20 parts of brown sugar, 2 to 5 parts of oligofructose, 0.1-0.2 part of bacteria, and 30 to 50 parts of mixed fruits; meanwhile, the invention further provides a production method of the nonifruit compound enzyme. According to the noni fruit compound enzyme and the production method thereof, fresh fruits, instead of fruit juice, are selected as fermentation raw materials; therefore, thenoni fruit compound enzyme prepared by the method is not added with water, preservatives, pigment and thickeners, active ingredients in the fresh noni fruits can be fully preserved, and the health ofa user is more facilitated. According to a process involved in the invention, a sterilization process is not used, but a process of implanting the bacteria twice for fermentation is adopted, so that the efficacy of a product can be effectively improved; the obtained noni fruit compound enzyme meets the national food safety requirements.

The present invention relates to the improvement of antistatic material, and provides one kind of antistatic floor tile with long service life, high performance and easy installation. The technological scheme of the present invention is that the antistatic floor tile is produced through mixing heavy calcium carbonate of granularity 300-500 mesh in 50-70 wt%, PVC resin in 30-50 wt% into mixture; adding CPE intensifier in 10-25 % of the mixture weight and conducting powder in 0.8-1.5 % of the mixture weight into the mixture; mixing homogeneously and extruding.

The invention relates to a high-power and large-angle light distribution LED (Light Emitting Diode) bulb, which comprises LED lamp beads, an LED lamp panel, an upper radiator and a lamp body radiator. The upper radiator and the lamp body radiator are respectively installed in the middles of the upper surface and the lower surface of the LED lamp panel. The circumferential surface of the upper radiator is inwards contracted from the top to the bottom to form an inverted-cone-shaped reflecting surface. The circumferential surface of the lamp body radiator is inwards contracted from the bottom to the top to form a cone-shaped reflecting surface. The LED lamp beads are arranged on the outer edges of the upper surface and the lower surface of the LED lamp panel and are close to the reflecting surfaces of the upper radiator and the lamp body radiator. The high-power and large-angle light distribution LED bulb has the advantages that since a unique LED lamp panel installation method is adopted, the heat dissipating area is increased; since the radiators are used as reflectors, the high-power heat dissipation and light distribution requirements are satisfied; since the scale dimension of the bulb is large, the light output angle is increased; and at the same time, the requirements on luminous flux and light distribution are satisfied and the industrial standards are met.

The invention relates to a method for double decomposition method production of a stearate and recycle of produced waste water. The method has a simple operation process, utilizes simple equipment, does not influence product quality, saves a production cost and a waste water treatment cost and has economic and social benefits. The method comprises 1, timely collecting stearate waste water in production, filtering the waste water and collecting the filtrate, 2, adjusting pH of the filtrate by an inorganic acid in a range of 5-9, 3, in re-production, recycling the adjusted collected filtrate, supplying water needed by production and carrying production, wherein the water supplement amount is 0-1/5 of the reactor total volume, and 4, repeating the processes 1, 2 and 3, after continuous production 5-20 times, feeding the filtrate into a sewage station and carrying out treatment.

The invention relates to a voltage acquisition device with a hardware protection function for rail transit. The voltage acquisition device comprises a voltage acquisition chip, 12 voltage acquisition and equalization circuits, 12 voltage comparison circuits, an isoSPI daisy chain communication circuit, an alarm signal output circuit and a wide input power supply chip. By adopting the voltage acquisition device, a lithium battery system for rail transit can be effectively and safely monitored and managed, so that the lithium battery system for rail transit can be reasonably and efficiently utilized. Meanwhile, according to the special requirements of the rail transit industry, corresponding work is conducted on principle design and material type selection, so that the voltage acquisition device is suitable for the complex and severe operation environment of rail transit and meets the industrial standard of rail transit.

The invention discloses a Ta metallurgical by-product composite salt recycling method. The method comprises the following steps: (1) after separating by-product composite salt produced during the Ta metallurgical process from Ta powder, the composite salt is rinsed with deionized water to remove the residue Na, and then the rinsed composite salt is crushed by a crusher and dried to obtain the treated composite salt; and (2) the treated composite salt is used as diluent, and is mixed with potassium fluotantalate based on certain proportion according to the process requirements and the mixture is taken to a furnace, and the Na is inlet for metallurgy process restoration to obtain the Ta powder. The by-product composite salt produced during the Ta metallurgical production process is used to produce the metallurgical-level Ta powder as the diluent, so that the recycling of the by-product composite salt is realized, the environmental problem caused by the by-product composite salt is avoided, and at the same time, cost is greatly saved. The method also has the advantages that the reuse of waste resources is realized, environmental pollution is reduced, direct yield of the Ta powder is effectively improved, and the Ta powder prepared according the recycling method meets the industry standard of metallurgical Ta powder.