50results about How to "Slow down depreciation" patented technology

The invention relates to bar material forging machining method of titanium alloy, particularly to a forging machining method of large-sized bar materials of TC4 (Ti-6Al-4V) titanium alloy. The forging machining method is characterized by comprising the following steps of step 1, performing cogging forging, step 2, performing intermediate forging above a phase transformation point, step 3, performing intermediate forging below the phase transformation point, step 4 and step 5, performing finished product forging and obtaining the phi 200 to 300 mm and 2000 to 3000 mm length of large-sized bar materials of the TC4 titanium alloy finally. Compared with the prior art, a large-sized ingot casting and a large-tonnage forging device are not required and the industrialized production can be achieved through an ordinary industrial 3 ton ingot and a small-tonnage forging press and the equipment investment is small, only a 3 tons of electric arc furnace and a 3000 tons of forming oil press which is matched with the electric arc furnace need to be invested in the phi 600 of 3 ton ingot, the small-tonnage forging press such as a 1600 tons of forging press needs to be invested in the forging process, and accordingly the equipment investment is significantly reduced.

The invention relates to a method for grading and utilizing waste material of sandstone system production, including the following steps: 1) sieving and washing are carried out; 2) slurry obtained by sieving is subject to separation of fine sand powder and slurry by virtue of a hydrocyclone grading device; 3) the fine sand powder is subject to high frequency sieving and dewatering, and the slurry is placed into a setting device, so as to further separate water and concentrated slurry; 4) water is returned to the washing step, and the concentrated slurry is subject to filter pressing or filtering and then is delivered to a waste material stock yard. In the method for grading and utilizing waste material of sandstone system production provided by the invention, a hydrocyclone grading device is added in slurry sand grading production process to separate fine sand powder and slurry, and a high frequency sieving dewater procedure is adopted, recycling of fine sand powder from slurry is realized, by adopting the method of the invention, more than 90% of useful material can be recycled from slurry, and more than 70% of recycling can be realized after waste water is purified.

The invention discloses a data processing method and a data processing system which are used for saving energy and lowering equipment depreciation speed. The data processing method comprises the following steps: a global data node in a plurality of storage nodes obtains fragmented files corresponding to a storage file and distributed in the plurality of storage nodes, merges the fragmented files, and stores the merged file; and when a client node request for reading the stored file is learnt, the merged file is sent to the client node. By adopting the technical proposal provided by the embodiment of the data processing method and the data processing system, the merged file is stored, and consequently only one storage node needs to be started in file reading, thus saving energy and lowering equipment depreciation speed.

The invention belongs to the technical field of sewage treatment, and discloses an MABR-MBR combined type sewage treatment device. The device comprises a pre-treatment unit, an MABR unit, an MBR unit and a backflushing unit matched with the MBR unit, wherein the four units are arranged along a sewage flowing direction. The invention further discloses a control method thereof. The effect of removing nitrogen and phosphorous is well realized through the sufficient combination of advantages of two membrane reactors. Since the bubbleless aeration is adopted in an MABR pond, the utilization rate of the oxygen is high and nearly can achieve 100%. Since the mass transfer range of the oxygen is small, denitrifying bacteria and denitrifying phosphate-accumulating organism are mainly existent in the water to finish denitrification and phosphorous releasing process of the nitrate, and the performance of removing nitrogen and phosphorous in the next stage is strengthened. After entering an aerobic MBR pond, the aerobic bacteria further remove residual nitrite and ammonia nitrogen, and the aerobic phosphorous-accumulating bacteria finish the phosphorous removal work. Through the previous treatment of the MABR, the volumetric loading of the MBR is reduced.

The present invention provides coupling multistage apparatus with active carbon to purify waste gas, and the apparatus is used in desulfurizing, denitrating, dedusting, eliminating heavy metal and eliminating organic compound of waste gas. It consists of pre-purifying room, movable adsorption bed, purified gas outlet, material feeding mechanism, and discharging mechanism. Each of the material feeding mechanism and the discharging mechanism consists of material bin, material guide pipe and gas trap valve. The movable adsorption bed consists of one or several adsorption sections superposed sequentially, the material feeding mechanism is set on the top, the discharging mechanism is set in the bottom, and the pre-purifying room and the purified gas outlet are set in the side. The apparatus has compact structure, simple material distribution, complete functions, less resistance, high purifying effect, fully use of active carbon, long service life and low running cost.

Disclosed is a hole-forming method of an earth-rock structural body. A down-the-hole drill is used for providing power. An eccentric drilling bit is used for punching and drilling in a rotary mode. When drilling, the eccentric drilling bit punches and smashes rocks, and smashed rock powder is blown away by gas from bottom to top and along gaps; the eccentric drilling bit clockwise rotates, and therefore the effective rotary radius of a drilling hole and the diameter of a drilled hole are increased, and a bushing is cast; after casting of one bushing is finished, a drilling rod and a bushing are connected, continuously, the eccentric drilling bit punches and drills in a rotary mode, and so on, until the eccentric drilling bit penetrates through the rocks. After penetrating trough the rocks, the eccentric drilling bit anticlockwise rotates, and effective radius of the eccentric drilling bit is reduced and retracts in the bushing, the drilling rod and the drilling bit are pulled out, and continuous bushings form a smooth hole duct. The method is convenient to construct and easy to operate, ensures that hole-forming efficiency is substantially improved and hole-forming expense is obviously reduced.

The invention discloses a heat pipe, a manufacturing method of the heat pipe and equipment comprising the heat pipe, mainly relates to a capillary core of the heat pipe and a manufacturing method of the capillary core, and belongs to the technical field of heat conduction. According to the manufacturing method, a positioning tool and a metal net are mainly used, metal powder is arranged and limited in a specific space position in a pipe shell, and the technical problems that in the sintering process in which a traditional method is adopted, the metal powder is bonded with a core rod, when thecore rod is pulled out after sintering, the capillary core is prone to damage, and even a waste product occurs, and the technical problems that core rod is used for separating the reducing atmospherefrom the metal powder, so that the reducing effect is poor, secondary sintering is generally needed, and the energy consumption and the thermal pollution are large can be comprehensively or correspondingly solved; and the technical situations that the capillary core of the sintered layer is damaged due to the deformation processes of bending, flattening and the like can be relieved or avoided, andthe process route in which bending is carried out first, and then sintering is carried out can be realized. The method is applied to manufacturing of the heat pipes (including hot columns and ultra-thin heat pipes). The heat pipe is applied to equipment or a device requiring heat transfer or heat dissipation through the heat pipe.

The present application provides an image acquiring device and a method of correcting coordinates of the image acquiring device, wherein the method includes: detecting a coordinate of a defect detected in a process; initializing a position of a photographing device according to the coordinate of the defect detected in a preprocessing; then adjusting the position of the photographing device according to a position of the defect in the picture currently captured by the photographing device, so that the defect is located at the center of the picture currently captured by the photographing device; recording the coordinate of the defect at the center of the picture; and providing the coordinate of the defect at the center of the picture to a data management system.

The invention relates to a high-strength hollow fiber zeolite membrane and its preparation method, characterized in that the support of the high-strength zeolite membrane has a multi-channel hollow fiber configuration. The preparation method comprises first preparing a crystal seed solution, then immersing the dry support with the multi-channel hollow fiber configuration in the crystal seed solution, and extracting and drying the support to obtain a crystal-seeded support; and finally placing the crystal-seeded support in a zeolite membrane synthetic fluid, performing hydrothermal synthesis, and taking out, washing and drying the product to obtain the high-strength hollow fiber zeolite membrane. The multi-channel hollow fiber support can provide high mechanical property, which greatly reduces the depreciation rate of the hollow fiber zeolite membrane equipment during use. Meanwhile, the multi-channel hollow fiber zeolite membrane prepared by the Invention possesses high loading density of permeation flux and membrane module and can reduce the production cost and improve the separation efficiency significantly, and thus lays the foundation for promoting the industrial application of the hollow fiber zeolite membrane.

The invention discloses a method for generating a protective layer for etching forming of a toughened glass cover plate. The protective layer generation method comprises the following steps: grinding and cutting PVC (polyvinyl chloride) films to obtain blanks; bonding the blanks on the two surfaces of substrate glass; etching with hydrofluoric acid; and rinsing, edging, polishing, and withdrawing to obtain an etching forming intermediate product. According to the method, touch screen glass cover plates can be simultaneously processed in large quantity, the processing efficiency and the nondefective rate are increased, the equipment investment cost is saved, the material consumption and the production cost are obviously reduced, obvious economic benefits can be achieved, and the technology gets ahead of the same industry and can form an enterprise standard. The hydrofluoric acid chemical forming and the protective layer generation involved in the invention belong to processing techniques which can be widely used in forming of capacitive touch screen glass cover plates.

The invention discloses a formula, a preparation process, a use method and application of a high-elasticity membrane. The formula comprises the following components in parts by weight: 80-120 parts ofpolyvinyl chloride (PVC) and 2-8 parts of liquid rubber, wherein the polymerization of the polyvinyl chloride (PVC) is 1300-2100. Compared with the prior art, the membrane of the formula is very goodin elasticity and elongation at break at a relatively low temperature when the amount of calcium powder and the content of the liquid rubber are accurately controlled, and in addition, due to the adoption of an environmental-friendly plasticizer and a stabilizer, the product is also good in environment protection. The high-elasticity membrane disclosed by the invention has the advantages of highuse security. Fuel gas equipment is dangerous to use in a residential community, and life-threatening explosion can be resulted, and the risk can be avoided if a cold draw membrane is mounted.

The invention discloses a control system for recycling of the braking energy of a drilling machine. The system comprises a monitoring unit a and a monitoring unit b, which are both connected with a common DC bus. The monitoring unit b connected with a brake resistor is connected with a # 1 DC/DC module and a # 2 DC/DC module; the # 1 DC/DC module is also connected with an energy storage element a,the # 2 DC/DC module is also connected with an energy storage element b, and the # 1 DC/DC module and the # 2 DC/DC module are connected with a public direct current bus. The invention further discloses a control method of the control system, and the method comprises the steps: connecting the input device to the monitoring unit; then installing the control system between power generation equipment and load equipment; starting the two pieces of equipment at the same time; and employing a closed-loop control mode to keep the voltage of the common DC bus stable. The control system disclosed by the invention effectively reduces the impact influence on the common DC bus during the operation of the drilling machine, effectively recovers and utilizes redundant energy, and saves the cost.

The invention provides a method for evaluating the electrical performance of an insulated mandrel. The method for evaluating the electrical performance of the insulated mandrel comprises the following steps: testing the pores of the insulated mandrel; and evaluating the electrical performance of the insulated mandrel according to the test results. The method for evaluating the electrical performance of the insulated mandrel can satisfy the further evaluation of the electrical performance of the insulated mandrel of the national standard, can screen out the insulated mandrel with better electrical performance, and can increase the service life of the insulated mandrel in practical applications, thereby ensuring the safe operation of the power grid.

The invention provides a cover plate (800), electronic equipment (100) and a processing method of the cover plate (800). The cover plate (800) provided by the invention has a first texture (811), thefirst texture (811) belongs to a glare micro-texture; the first texture (811) comprises concave valleys (813) with the width being smaller than or equal to 25 microns, and the distance between every two adjacent concave valleys (813) is less than or equal to twice the width of the concave valleys (813). The first texture (811) has an interference color, which is helpful for a user to perceive a colorful effect. Therefore, the appearance decoration of the electronic equipment (100) comprising the cover plate (800) can be improved. The processing method of the cover plate (800) provided by the invention comprises the step of forming glare micro-textures on the glass layer (810) in an etching manner.

The invention relates to anticorrosion aqueous solution for a circulating system, and belongs to the technical field of preservatives. The anticorrosion aqueous solution for the circulating system is a metal preservative, and is characterized in that: the preservative is an aqueous solution product; and the aqueous solution comprises the following components in part by weight: 0.4 to 10 parts of benzotriazole, 5 to 15 parts of sodium nitrite, 10 to 20 parts of sodium silicate and 60 to 100 parts of borax. The anticorrosion aqueous solution has the advantages of simple formulation, easily-obtained raw materials, low cost, convenient usage, energy conservation, corrosion resistance, health, environmental protection, broad application range and the like, prolongs the service life of sets, and reduces the depreciation and maintenance costs of equipment.

A method of keeping a check on the costs arising during the operation of an installation involves recording the operating state of least one component of the installation by use of a status message. This status message is fed to a computer model of the installation, in which the actual cost values arising are determined and compared with predeterminable set values. The deviation between actual values and set values is then indicated.