43results about How to "Relaxed conditions of use" patented technology

The invention relates to a minitype piling device, which comprises a base, a frame, a windlass and a pile hammer, wherein a steel wire rope of the windlass is connected with the pile hammer through a guiding pulley on the upper part of the frame, the frame is lower than 2.20 m, and a pile hammer guiding mechanism is arranged in front of the frame. The pile hammer guiding mechanism comprises an overground guide rod arranged on the upper part of the base and an underground guide rod arranged on the lower part of the base, a hanging ring is arranged on the top of the pile hammer, a pothook provided with a long control handle is matched with the hanging ring, and the end part of the steel wire rope of the windlass is hinged with the middle part of the pothook body. Aiming at the base sedimentation problem of silt groundsill or soft soil groundsill equipment of transformer substations, the minitype piling device is developed under the requirements that limited safety height is 2.2 m and the power is not cut off, and breaks through a forbidden zone that piling is difficult in a running transformer substation in a special construction environment when basic reinforcement is carried out. The minitype piling device is easy to operate, and has small volume and favorable adaptability to the reinforcement and correction of the base sedimentation of industrial production devices.

The invention relates to a synergistic natural gas; each cubic meter of natural gas contains 6 to 10ml of synergistic additive; and the synergistic additive is mixed from potassium permanganate, nitromethane, hydrogen peroxide, sodium bicarbonate and solvent water. Every 1000 mass parts of water is mixed with 3 to 5 parts of potassium permanganate, 3 to 5 parts of nitromethane, 3 to 5 parts of hydrogen peroxide and 2 to 3 parts of sodium bicarbonate. The mixed gas provided by the invention has high heat under the same pressure condition, improves the heat efficiency to reach above 3000DEG C, realizes low loss of the same heat, and can realize low-cost use; and the high burning temperature realizes very significant advantages in industrial application (e.g. metal cutting, punching and the like); because the gas can be lit only by naked fire, the user conditions are relaxed and the use is safer; and the product can reduce the emission of waste gas, has better emission reduction effect, and realizes the purposes of cleanliness and environment protection.

The invention discloses an efficient chemical oxidation repairing method for organic polluted soil. The efficient chemical oxidation repairing method for the organic polluted soil comprises the following steps: mixing the organic polluted soil and water to prepare a slurry-state soil mixed solution; adding a binary compound organism-nonionic surfactant into the slurry-state soil mixed solution andthen adding an oxidizing agent; and performing oscillation in an oscillator and degrading the organic pollutant in the soil after oscillation treatment, wherein the oxidizing agent is SPC and the binary compound organism-nonionic surfactant is GLDA and Tween80. The efficient chemical oxidation repairing method for the organic polluted soil has the advantages of simple process condition, low operation requirement, high treatment efficiency and the like, and is suitable for repairing various kinds of organic polluted soil.

The invention provides a checking method based on vibration positioning GIS partial discharge equipment. The method is characterized in that a device is composed of following component of (1) a cylindrical cavity used for experiment and provided with a fixing hole, (2) a standard vibration signal generator, and (3) a to-be-checked detection device based on the vibration positioning GIS partial discharge equipment. The used method comprises the steps of firstly, using a generating method for converting coordinates of the cylindrical cavity into plane coordinates, marking points A of the coordinates like the attached map 1, secondly, utilizing the to-be-measured partial discharge positioning equipment for solving partial discharge coordinates, thirdly, repeatedly executing the step two, fourthly, solving mean values A' of the solved multiple sets of coordinates, comparing the mean values A' with the points A of the coordinates, and performing checking and debugging until the testing range is within a circle with the points A as the circle center and the radius of 10 cm. According to the method, the checking speed is high, a large amount of manpower and a large number of material resources can be saved, and the method plays an obvious role in checking of a production enterprise in the GIS partial discharge equipment.

The invention belongs to the field of denitration catalyzing, and provides a gamma-MnO2 loaded mixed non-metal ore clay low-temperature denitration catalyst and a preparation method thereof. According to the catalyst, mixed non-metal ore clay is adopted as a carrier, an active component gamma-MnO2 is loaded, and the gamma-MnO2 loaded mixed non-metal ore clay low-temperature denitration catalyst is prepared. The catalyst is simple in preparation process, the prepared catalyst can achieve the effects of increasing the specific area, the pore volume and the aperture, and the strength of the catalyst is increased, so that the catalyst is easy to form and convenient to mount. In addition, the non-metal ore clay is low in price, and therefore the cost of the catalyst is greatly reduced.

The invention belongs to the technical field of microscopy imaging, and discloses an integrated portable confocal opto-acoustic microscopy imaging device and a method. The imaging device comprises an opto-acoustic excitation light source, an acousto-optical confocal opto-acoustic detector, a photodiode, a miniature X-Y two-dimensional galvanometer, a spectroscope, a lens, a sample table, a double-channel parallel acquisition card and a computer with acquisition control software and two-dimensional galvanometer control software. The method includes steps that after the direction of laser light emitted from the opto-acoustic excitation light source is changed via the miniature X-Y two-dimensional galvanometer, the laser light is focused by the balsaming lens and irradiates on samples to excite opto-acoustic signals, the opto-acoustic signals are received by the acousto-optical confocal opto-acoustic detector, the incident angle of a light beam is continuously changed by the two-dimensional galvanometer so that the samples are scanned, and finally, an opto-acoustic image is rebuilt by maximum projection algorithm. A micro-chip laser device and the miniature X-Y two-dimensional galvanometer are integrated to form the portable confocal opto-acoustic microscopy imaging device, mobility is good, imaging speed is fast, and resolution ratio and contrast ratio are high.