180results about How to "No water seepage" patented technology

The present invention discloses an acrylate mono-component waterproof coating material, which comprises the following components, by weight, 50-70 parts of an acrylic acid emulsion, 0.02-0.04 part of a preservative, 5-7 parts of calcium carbonate, 10-20 parts of titanium dioxide powder, 0.1-0.3 part of a thickening agent, 3-6 parts of dibutyl ester, 0.04-0.06 part of an ammonia neutralizer, 2-4 parts of cellulose, 0.01-0.03 part of an anti-foaming agent, 6-8 parts of water, and 1-2 parts of a filler. According to the present invention, the pure acrylate emulsion is added with the high quality p filler and the additives to prepare the mono-component high polymer water-based waterproof coating material, wherein the coating material has characteristics of good impermeability, good adhesion, good flexibility, good whole elasticity and good whole elongation, and the effect that the crack with a width of 2-3 mm is generated on concrete while no water seepage is generated after coating the waterproof coating material can be achieved.

A clamping-sealing structure and an adjustment method of a transmission-type receiving probe comprises a base plate and a structural main body, wherein the base plate is connected with a transmission-type receiving probe device and the structural main body is used for fixing the base plate. An upper flat rod fixed through a screw is inserted and connected in a shaft hole on the bottom of the base plate, inserted into a horizontal shaft hole at the upper end of a stand shaft and is connected with the stand shaft through a fastening screw. The stand shaft is in threaded connection with the transmission-type receiving probe device through a threaded hole in the lower portion of the stand shaft. The stand shaft drives the transmission-type receiving probe device to slide on the upper flat rod to adjust the distance between the receiving probe and the center of a transmitting probe emitter zone. The receiving probe device slightly rotates on the stand shaft to adjust the deviation of the receiving probe and the center of the emitter zone. According to the clamping-sealing structure and the adjustment method of the transmission-type receiving probe, the transmission-type receiving probe can be flexibly and conveniently replaced in real time or accurate angle alignment adjustment can be carried out. A water seepage phenomenon of the transmission-type receiving probe placed in the water cannot happen. The clamping-sealing structure and the adjustment method of the transmission-type receiving probe are especially suitable for nondestructive testing job requirements of transmission-type high-speed scanning.

The invention discloses whipping cream special for an egg tart and a production method thereof. The compositions per 100 grams of raw materials by weight of the whipping cream special for the egg tart provided by the invention are: 80 to 98 grams of the whipping cream, 0.5 to 19 grams of cow milk, 0.1 to 0.8 gram of emulsifiers, 0.1 to 0.8 gram of stabilizers, 0.0 to 0.1 gram of pigment, 0.0 to 0.05 gram of preservative, the balance being water which makes up for 100 grams. Nutrition reinforcer is also preferably added into the raw materials. The production method thereof comprises the following steps of: firstly, acceptance check of the raw material milk; secondly, separation of the whipping cream; thirdly, addition of the compositions; fourthly, pasteurization; fifthly, homogenization; sixthly, UHT sterilization; seventhly, cooling; and eighthly, package. The production of the whipping cream special for the egg tart has smooth mouthfeel and rich nutrition, and meets the roasting stability through addition of the emulsifiers and the stabilizers. Moreover, the quality guarantee period is prolonged by adoption of the UHT sterilization technology, the aseptic package technology and the online addition technology of the nutrition reinforcer.

The invention discloses a degradable porous film for wind prevention, ventilation and bacteriostasis, which is prepared by the steps of: adjusting the liquid temperature of a reactor to 30 DEG C, and uniformly mixing butanone, dimethylformamide, toluene and polyurethane resin at the first stirring rate according to the mass ratio of 10:10:25:100 to form a first primary resin solution; slowly adding 1, 6-diisocyanate hexane into the first primary resin solution to form a first primary resin mixed solution; mixing the solvent which is formed by water and the butanone with the first primary resin solution to form the first primary resin mixed solution; mixing the regulated resin mixed solution with N-methylethanolamine; filtering the regulated first primary resin mixed solution by a nylon net of 100-200 meshes, so the filtered first primary resin mixed solution is obtained; and drying the macromolecular mixed resin which is scraped on the silicon oil release paper in a tensioning state by four stages. The porous film has uniform and dense micropores at a nanoscale of 50-200nm, has good wind prevention, moisture permeation, waterproofness, ventilation and excellent bacteriostasis, and is contributed to maintaining the long-term dryness of the film surface and wearing health when being used.

The invention relates to the technical field of sea bottom immersed tube tunnels, and provides a waterstop protection device. The waterstop protection device is arranged between joints of two sections of an immersed tube, and comprises a steel plate protection cover, wherein the steel plate protection cover is positioned at the outer side of the waterstop and is formed through splicing welding, the joint parts of adjacent steel plates of the steel plate protection cover adopt a seamless welding mode, and in addition, additional welding processing is carried out; sponge rubber is arranged in inner positions, near the two ends, of the steel plate protection cover. A seamless welding mode is adopted between the adjacent steel plates, and in addition, the additional welding processing is carried out, so that the connecting sealing performance between the steel plates and concrete immersed tube sections is improved, the whole waterstop protection device forms a more sealed space, the goal of isolating air, dust, water and the like is achieved, the problem of waterstop corrosion damage due to contact of the waterstop with the air and the water is effectively solved, and the service life of the immersed tube is ensured.

The invention provides a heat reflection type colored spray-quick-setting rubber-asphalt waterproof coating material. The waterproof coating material is characterized by comprising a component A and acomponent B, wherein the component A comprises the following ingredients: emulsified modified asphalt, fillers, an infrared reflection pigment, nano zinc oxide, a dispersant, latex, a bactericide, water and color paste. The component B is prepared through mixing calcium chloride, sodium chloride and water according to the mass ratio of 7.8: 0.2: 92. The waterproof coating material is aqueous andenvironmentally friendly and is high in adhesion and high in bonding strength.

The invention provides an underground space subsurface excavation construction method adopting a combined roof, which comprises steps: a proposed underground space is divided into a plurality of spaced channels, first metal plates which are higher than the top ends of the channels are arranged above space positions of the adjacent channels through a traction method, pipe joints which are provided with embedded grouting pipes are arranged in the channels through a pipe jacking method, metal frame units are arranged on top plates of the pipe joints, waterstop coating is injected between the top plates of the pipe joints and the first metal plates through the embedded grouting pipes, adjacent side plates of the pipe joints arranged on adjacent channels and soil bodies between adjacent side plates are removed, the top plates which are arranged on the pipe joints of the adjacent channels are connected through second metal plates, support units are arranged in the channels, concrete is casted in the top plates of the pipe joints, reinforced concrete is casted on bottom plates of the pipe joints, and reinforced concrete is casted on the side plates of the pipe joints which are arranged on the channels of the two sides of the underground space. The underground space subsurface excavation construction method adopting the combined roof reduces construction cost, guarantees construction quality, and is simple in construction method and rapid in construction efficiency.

The invention discloses a laminating non-woven fabric special for a high-hygroscopic drying agent and a drying agent packaging bag made of the laminating non-woven fabric, and further discloses a preparation method of the laminating non-woven fabric. The laminating non-woven fabric for the high-hygroscopic drying agent is constructed by a PP (Propene Polymer) water-proof breathable film positioned on an outer layer, a PE (Polyethylene) spun-bonded non-woven fabric positioned on an inner layer, and a bonding agent bonded between the PP water-proof breathable film and the PE spun-bonded non-woven fabric. Through adoption of the laminating non-woven fabric, the high-hygroscopic drying agent can be packaged safely and reliably without water seepage.

The invention provides a top-plate-prefabricated underground space underground excavation building method, which comprises the following steps of: constructing a launching shaft and a receiving shaft at the two sides of an underground space to be built; dividing the underground space into a plurality of passages in separated arrangement, so that each passage is in communicated arrangement in a direction from the launching shaft to the receiving shaft; installing pipe joints into each passage by a pipe jacking method; installing an embedded grouting pipe communicated in a direction from the bottom wall to the side wall of a prefabricated top plate in a prefabricated top plate of each pipe joint; injecting waterproof paint to connecting seam points of adjacent passages through the embedded grouting pipe; removing adjacent side plates of the pipe joint at the adjacent passages and soil bodies between the adjacent side plates; connecting the prefabricated top plate of the pipe joint in positions of the adjacent passages through a metal plate; installing support units for supporting the pipe joints in the each passage; and casting reinforced concrete in positions of the bottom plate and the side plates of the pipe joints. The top-plate-prefabricated underground space underground excavation building method provided by the invention has the advantages that the construction cost is reduced; the construction quality is ensured; the construction method is simple; and the construction work efficiency is high.

Environment-friendly ecological-plant wall paint comprises, by weight, 20-40% of plant vine glue, 20-40% of kaolin, 20-30% of acrylate emulsion, 5-8% of refined tung oil, 0.3-0.5% of dispersing agent, 0.2-0.4% of wetting agent, 0.1-0.2% of defoamer and 5-10% of titanium dioxide, and the sum of all components is 100%. The plant vine glue is kiwi fruit vine glue obtained by crushing fresh kiwi fruit vines and soaking the crushed fresh kiwi fruit vines into water. By being made from the kiwi fruit vine glue, the environment-friendly ecological-plant wall paint has the advantages of durability, undifferentiation, original ecology, environment friendliness, health care, high resistance to pollution and weather, strong adhesive force and good waterproofness.

The invention relates to the technical field of tunnel construction, in particular to a water stop clamping tool, a tunnel longitudinal water stop structure and a construction method. The water stop clamping tool comprisesa fixing part for mounting on a tunnel side wall template, and a connecting part connected with the fixing part and extending to be above a concrete pouring area; the connectingpart is provided with a mounting structure for connecting with a metal-plate-shaped water stop, and the relative position between the water stop and the connecting part can be adjusted, so that the water stop corresponds to a construction joint after the water stop is connected with the connecting part. The water stop clamping tool is arranged on an inverted arch trestle template, water stop partsare fixed by the connecting part, and the effective adjustment is carried out through the connecting part, thereby solving the problem of difficulty in positioning; and the water stop parts are changed to solve the problems of severe distortion and inconvenience in splicing of the existing water stop parts and achieve the purposes of accurate positioning, straightness and no distortion, and convenient connection of the water stop parts, and the construction quality and the construction safety of the tunnel waterproof construction are ensured.

The invention discloses a method for connecting a pipeline into an existing box culvert. The method for connecting the pipeline into the existing box culvert comprises the steps that firstly, an inspection well is vertically arranged close to the outer side of the embedded box culvert; secondly, a horizontal maintenance passage is arranged between the box culvert and the inspection well, and the two ends of the maintenance passage are made to communicate with the box culvert and the inspection well correspondingly; and finally, a guide-in opening is formed in the side wall of the inspection well, and the pipeline stretches into the inspection well through the guide-in opening and finally extends into the box culvert through the maintenance passage. By the adoption of the method for connecting the pipeline into the existing box culvert, an old pipeline can be connected into the box culvert, and thus management is facilitated; meanwhile, a gap does not exist between an embedded sealing ring and the junction end face of the box culvert, so that water seepage is avoided; and when the joint of two box culvert deforms, a good waterproof function can still be achieved through the embedded sealing ring and a compression ring, so that water seepage at the junction of the box culverts is completely avoided, and the safety of the junction and normal operation are ensured during connecting construction of the box culverts.