35results about How to "Make sure to fill" patented technology

The invention discloses high-strength directly aluminizing water-based base coat and a preparation method and application of the high-strength directly aluminizing water-based base coat. The directly aluminizing water-based base coat comprises the following components in parts by mass: 50-80 parts of water-based resin, 6-16 parts of cosolvents, 0.1-1 part of flatting agents, 0.05-0.20 part of antifoaming agents, 0.05-0.5 part of slipping agents, 1-6 parts of hardening agents, 0.1-0.3 part of pH regulator, 0.2-2 parts of thickening agents, 0-2 parts of crosslinking agents and 6.2-36.2 parts of water. With good closure, the direct aluminizing water-based base coat disclosed by the invention guarantees the filling of micropores in the paper surface as well as the separation of water vapor; due to the characteristic of flexibility, the bending resistance of paper is realized; the viscosity resistance ensures that the film rolls are not bonded with each other after base coating on the aluminizing body paper; moreover, by adjusting the leveling property of the selected resin system and the coating, the base coat has high aluminizing metal texture.

A planter is described which utilizes individual seed meter motor drives at each row unit. motor controllers control each seed meter drive motor. Each individual row seed meter can be individually started, stopped and operated at a unique rate. Prior to planting, the meters can be operated to fill the meters and ensure that the meters are primed and ready to start dropping seed as soon as the planter begins operation to plant seed. When a seed delivery system is used with each meter to move seed from the meter to the soil, the delivery system is also primed with seed before operation of the planter.

The invention discloses a chloride ion concentration detection device of a reinforced concrete structure and a nondestructive testing method thereof. The device comprises detection single units (1) and a direct current power supply, wherein a stainless steel plate (3) is arranged in each detection single unit; a cover plate (2) of each detection single unit, a water-proof protective housing (1) and the surface of the reinforced concrete structure (4) form a closed cavity; electrolyte solution is injected into the cavity; the stainless steel plate (3) is also positioned in the cavity; a negative electrode of the direct current power supply is connected with reinforcement (4.1) of the reinforced concrete structure (4), and a positive electrode of the direct current power supply is connected with the stainless steel plate (3) of each detection single unit through a wire; the key point of the method is that the chlorine ion concentrations at different time points correspond to the chlorine ion concentrations of different depths of the reinforced concrete structure (4). According to the device and the method, the chlorine ion concentrations of different depths of the reinforced concrete structure (4) can be effectively detected, the detection process is convenient, and structural damage is not caused.

The invention discloses a construction technology for reconstructing a durable waterproof layer by using a minimally invasive method. Firstly, defects of a construction surface are treated; 2-8 grouting holes are formed per square meter of the construction surface, and hollow needles connected with feed valves are embedded in the grouting holes in a connection mode; secondly, epoxy acrylate is injected in the grouting holes to serve as a back-surface filling agent to reinforce a back-surface layer, and an AHA turbine sealant is injected in the grouting holes; after the AHA turbine sealant overflows from the hollow needles in every two adjacent grouting holes, the feed valve on the previous hollow needle is closed, and then the AHA turbine sealant is injected again in the hollow needles where the AHA turbine sealant overflows until all the feed valves are in a closed state; after the AHA turbine sealant is cured for 24 hours, the hollow needles are removed, and the grouting holes are blocked off. The construction technology has the following advantages that the process is simple, labor is saved, energy conservation and environmental protection are achieved, and resources are saved.

The invention discloses a sand mold casting core-making process in the technical field of sand core manufacturing, and the process comprises the following specific steps: step 1, uniformly stirring and fully mixing casting sand and an adhesive; step 2, injecting the casting sand mixed in the step 2 into a mold; step 3, starting a compaction device to compact the casting sand in the mold; and step 4, after compaction is completed, taking out a sand core and drying the sand core. A rotating disc is arranged, a bidirectional rack moves up and down to drive the rotating disc to move synchronously, and the rotating disc rotates along an inner threaded pipe while moving up and down, so that a compaction hammer is driven to move up and down and rotate at the same time, the compaction hammer rotates when rising, the falling casting sand is thrown to all positions in the mold, and the thrown casting sand has certain impact force, and the role of compaction is achieved; and the compaction hammer rotates when descending to twist and compact the casting sand falling into the mold, so that on the one hand, the casting sand is compacted, and on the other hand, the periphery of the casting sand is extruded, and it is ensured that the casting sand can fill the corners of the mold.

The invention discloses an oil jacket safety packer with an anchoring function and a method thereof. The oil jacket safety packer comprises a large-displacement well washing control device and a packer setting anchoring and unsetting device, the large-displacement well washing control device is mounted outside a central pipe in a sleeving mode, and the upper end of the large-displacement well washing control device is connected with a first hydraulic control pipeline; and the packer setting anchoring and unsetting device is arranged outside the central pipe in a sleeving mode, and the upper end of the packer setting anchoring and unsetting device is connected with a second hydraulic control pipeline. According to the oil jacket safety packer, setting anchoring can be continuously provided when a setting hydraulic control pipeline has no pressure, and opening and closing of a large-displacement well washing channel can be realized through a well washing hydraulic control pipeline.

The invention discloses a construction process of rebuilding a durable waterproof layer through a space displacement method. The construction process includes the steps that a construction surface defect is processed; five grouting holes are drilled in the construction surface, a hollow grouting needle head connected with a feed valve is buried in the grouting hole in the center, and hollow overflow needle heads are connected into the grouting holes in the four corners in a buried mode; epoxy acrylate is injected into the grouting hole through the hollow grouting needle head and serves as back face filler to enhance the back face layer, and then an AHA turbo sealant is injected into the corresponding grouting hole; after slurry overflows from the hollow overflow needle heads, the feed valve is switched off; after the AHA turbo sealant is cured for 24 h, the hollow needle heads are removed, and the grouting holes are blocked. The construction process has the advantages of being simple, saving manpower and energy, protecting environment and saving resources.

The invention provides a method for reinforcing soil around a pile, and belongs to the technical field of civil engineering. The method for reinforcing soil around the pile comprises the following steps: 1, forming a base hole with the hole diameter larger than that of a cast-in-place pile in a compacted foundation; 2, transversely forming a plurality of embedding holes in the hole wall of the base hole; and 3, sinking a cylindrical pouring formwork in the base hole, forming a reinforcing interlayer between the pouring formwork and the hole wall of the base hole, pouring concrete into the reinforcing interlayer, taking out the pouring formwork out after the concrete is solidified, and forming a pile periphery reinforcing body with a transverse embedded pile matched with the embedding hole on the inner side of the base hole. The method has the advantages that the soil around the pile needing to be reinforced can be reinforced, and the like.

The invention discloses a novel trench isolation groove for filling a trench and belongs to a micro electro mechanical system (MEMS) and a micro processing technology. According to the trench isolation groove provided by the invention, the distance between any point on the inner wall surface and the outer wall surface is respectively not greater than d, wherein the d is the width of the trench isolation groove. The trench isolation groove meeting the technical characteristics has diversified forms. The invention provides a plurality of specific embodiments. The corner shape of the trench isolation groove is directly changed, and thus the phenomenon that a small unfilled part at the corner of a rectangular groove appears is avoided and the groove corner can be ensured to be completely filled. Although etching ions rebound from the bottom surface to cause secondary etching on the side wall, the corner of the rectangular trench is of a circular arc and the like; and the distance between the inner wall surface and the outer wall surface is smaller than or equal to 2mu m and is equal to the distance between the two sides of the rectangular groove, so that no clearance in filling is ensured.

The invention provides a low-cost long-cycle graphite negative electrode material, a preparation method and application thereof. In the preparation method, the temperature of a forming press is controlled to be 40-100 DEG C higher than the melting point of asphalt, so that the asphalt is kept in a liquid state, the asphalt can be completely ensured to be filled into pores in graphite micro powder at high temperature and high pressure while an asphalt coating layer is formed on the surface of the graphite micro powder; in a high-pressure carbonization process, volatilization of low-molecular-weight aromatic compounds and straight-chain small-molecular aliphatic hydrocarbons in asphalt can be inhibited; and a pressurization process is also beneficial to the proceeding of polymerization reaction, so that the carbonization residual carbon of the asphalt is high, the internal pores of the graphite micro powder can be quickly densified, the compaction density of the negative electrode material is improved, a uniform and compact carbon coating layer can be formed on the surface of the graphite micro powder, the specific surface area of the negative electrode material is reduced, and the first efficiency and the cycle performance of the battery are improved.

The invention relates to a construction technology of grouting the back of an expansion joint. The construction technology specially comprises the following steps of first step, performing detection:detecting the armoring situation of the inner part of a tunnel shield concrete reinforced pipe, and marking the positions of inner reinforcing bars on the surface of the tunnel shield concrete reinforced pipe; second step, performing drilling: performing drilling to obtain a grouting hole and an exhaust hole in the 12'o clock positions of the tunnel shield concrete reinforced pipe; third step, mounting a grouting pipe and an exhaust pipe; and fourth step, performing grouting: injecting cement grout into the expansion joint, after the cement grout is drained from the exhaust pipe, sealing the exhaust pipe, controlling the grouting pressure to be 0.3MPa-0.5MPa, when grout in a grout bin of a grouting machine does not fall down within 15 minutes, stopping grouting, finally, separating the grouting machine from an unidirectional check grouting pipe, and completing the grouting. The construction technology has the advantages that grouting can be performed on the back of a water stopping pipe in the expansion joint, so that the expansion joint without a water leakage condition can be subjected to waterproof prevention, and the expansion joint cannot cause the situation of water seeping within a short term.

The invention relates to a self-lubricating bearing copper mesh and a manufacturing method thereof. The self-lubricating bearing copper mesh is formed by carrying out warp and weft cross weaving on aplurality of copper wires, wherein the copper wire comprises a copper wire body, the outer surface of the copper wire body is pressed by external force to form a concavo-convex attached surface, and the attached surface is covered with a wear-resistant lubricating graphite layer. According to the present invention, the graphite layer can be firmly wrapped on the copper wire body due to the presence of the attached surface, the graphite layer forms graphite powder during the rotational friction due to the presence of the graphite layer, and the graphite powder lubricates the rotational friction, such that the lubrication effect is good.

The invention relates to the technical field of shoe industry production, in particular to high-elasticity damping shoe soles, a manufacturing method of the shoe soles and a pair of sports shoes. Eachhigh-elasticity damping shoe sole comprises an insole, a midsole and an outsole which are stacked from top to bottom, wherein each insole is consistent with the outer edge of each outsole and is larger than the outer edge of each midsole; the outer edge of the lower end surface of each insole is provided with an elastic column and is arranged to prop against the outer edge of the upper end surface of each outsole; and each elastic column is arranged around the outer edge of each midsole, and the height of each elastic column is equal to the thickness of each midsole. The high-elasticity damping shoe soles solve the problem that the material and the composition structure of existing sports shoe soles difficultly meet the high-elasticity performance requirement of a user.

The invention relates to a high-pressure fuel pump (10) with a low-pressure area (20). In order to change the volume (30), the low-pressure area is defined by a sealing element (28), which can be offset from a still position. An adjustable adjusting element (38) interacts with the sealing element (28) so as to adjust the volume (30) of the low-pressure area (20) according to the needs.

The invention relates to a repairing process for coating damage of a three-layer polyolefin coating exposed base material. The repairing process comprises the following steps: step 1, controlling temperature and humidity; step 2, primarily cleaning a damaged region; step 3, carrying out lap joint treatment; step 4, treating the base material; step 5, carrying out cross filing treatment; step 6, preheating the surface; step 7, selecting a liquid-state double-component repairing material which is recommended by the same manufacturer as a mother coating bottom layer material; step 8, carrying outblade coating on a bottom layer coating; step 9, gelling a coating; step 10, gelling a window; step 11, repairing by an adhesive; and step 12, repairing polyolefin. The process is used for carrying out corresponding repairing construction and detection, and the quality of the repaired coating can meet related quality requirements of the corresponding coating. Meanwhile, the process greatly avoidsa phenomenon that a coating pipe is peeled and remade as the coating pipe is damaged to the base material; and meanwhile, the construction cost is reduced and resources are saved.