48results about How to "Avoid backfill" patented technology

The invention discloses a paddy field deep fertilization furrow opener. The paddy field deep fertilization furrow opener comprises a furrower and an up-and-down through mud guard, wherein the furrower is connected with the mud guard. The furrow opener further comprises a depth adjusting structure, wherein the depth adjusting structure comprises connecting holes formed on the back of the furrower and / or the mud guard and fixing rods located in the connecting holes to fix the furrower and the mud guard. In the adjusting process, the depth of the furrower is adjusted after a bolt is loosened without entirely dismounting; the adjusting is simple and convenient, the structure is simple, the slime can be effectively prevented from blocking fertilization holes, the deep fertilization demand in the paddy field is satisfied, the fertilizer use rate is effectively improved, and the paddy field deep fertilization furrow opener disclosed by the invention is wide in market application and spread prospect.

The invention provides a psammophyte cultivation device and method, belonging to the field of psammophyte cultivation. The above-mentioned cultivation device includes a sleeve, a drill bit and a transmission shaft; the transmission shaft is connected with the drill bit, and the transmission shaft is used for transmission connection with the driving device, and the sleeve is set on the drill bit; The position piece can limit the movement of the transmission shaft towards the direction of approaching the sleeve. The invention can effectively improve the technical fortress and disadvantages in the process of planting shelter forests in the shifting sand environment in the arid area of ​​northwest China, and has the following advantages. First, mechanize and standardize the seedling planting process. Second, compared with the traditional planting idea of ​​relying on natural precipitation, this invention proposes for the first time to use the water stored in the wet sand layer deep in the dunes to increase the continuous water supply of plants, making the planting process "once and for all". Thirdly, the present invention can adjust the specification of the planting pit by changing the specification of the nested vertical auger bit according to the depth of the local wet sand layer and the planting species.

The invention discloses a user information backfilling method and a device. The method comprises steps of acquiring a signaling transmitted by a first interface / a signaling transmitted by a second interface; according to the signaling transmitted by the first interface / the signaling transmitted by the second interface, generating a keyword, and establishing a mapping relation between the keyword and a user fixed identity identifier; and acquiring a signaling transmitted by a third interface, according to the signaling transmitted by the third interface, generating a keyword, searching the mapping relation according to the keyword generated based on the signaling transmitted by the third interface so as to obtain a corresponding user fixed identity identifier, and backfilling the obtained user fixed identity identifier through searching to the signaling transmitted by the third interface, wherein the third interface is an interface between an MME and a base station. In the way, a problem of the difficulty in acquiring of the user information during backfilling of the user information in the prior art can be solved.

The invention discloses a miniature soil hydrologic monitoring system suitable for a high-heterogeneity karst sloping field. The miniature soil hydrologic monitoring system comprises a miniature region, a miniature interflow collecting system and a miniature direct surface runoff collecting tank. The miniature interflow collecting system is inserted below a sloping soil profile rock-soil interface below the sloping field miniature region for collecting interflow above the rock-soil interface; the miniature direct surface runoff collecting tank is inserted at the position of a sloping soil profile, which is close to the earth's surface for collecting direct surface runoff. The bottom surface of angle steel of the miniature direct surface runoff collecting tank is in contact with the top surfaces of an aluminum-plastic panel and a thin aluminum panel in the miniature interflow collecting system, and the miniature direct surface runoff collecting tank and the miniature sloping field region are fixed together through screws at two sides. According to the miniature soil hydrologic monitoring system, direct surface runoff and interflow of the miniature sloping field region can be simultaneously measured, the difficulty that the soil hydrologic process is monitored on the high-heterogeneity karst sloping field is solved, and a platform is provided for researches on aspects of the hydrologic process, the soil and nutrient loss principle, the karst process and the plant water adaptive mechanism in such karst sloping field.

The invention provides a method for water seepage, salt discharge and afforestation of a low-humidity saline and alkaline beach. The method comprises the following steps of: (1) performing landscape micro-terrain modeling finishing on a saline and alkaline land parcel to be governed to form orographic uplift afforestation areas and low-lying water catchment and salt discharge areas, and excavating drainage ditches in a direction from high to low; (2) turning over the earth surface; (3) excavating flexible water seepage and salt discharge tape burying ditches; (4) arranging flexible water seepage and salt discharge tapes at the bottoms of the ditches; (5) forming intersected water barrier ridges; (6) adding an organic fertilizer, and plowing and harrowing a surface layer; (7) arranging integrated flexible salt discharge and air permeation shafts; and (8) cultivating and sowing saline-alkali-resistant arbor-shrub-grass plants on saline and alkaline land which is comprehensively governed and improved. A set of feasible comprehensive technical method is provided for the comprehensive governance and afforestation of saline and alkaline land in large areas; and the method is favorable for improving the afforestation effect and level of saline and alkaline areas.