35 results about "Foam glass" patented technology

The invention discloses a direct buried pipe foam glass curved surface non-contact type dielectric coating thickness measuring method, and relates to the technical field of non-destructive detection.The direct buried pipe foam glass curved surface non-contact type dielectric coating thickness measuring method comprises the steps that an in-situ calibration reference area is introduced, and a real-time calibration mechanism is established, so that a measuring system can dynamically adjust an internal calculation model according to the actual working condition on site; the absolute precision of a measurement result and the adaptive capacity in a variable field environment are improved, the reliability of each measurement is quantitatively evaluated by generating a credibility index, and a closed-loop remeasurement and data fusion process is established based on the reliability, so that the influence on the judgment of the overall coating quality due to local measurement abnormality is avoided, and the measurement accuracy is improved. According to the invention, the analysis of the geometric morphology of the curved surface is combined with the planning of the measurement path, the intelligent distribution of measurement resources is realized, and the system has the capability of actively coping with the interference of the local surface through the multi-modal dynamic sensing technology.

The invention provides a dry mortar composition, which is used for a ceramic tile binder and comprises a binding material, aggregate and an additive, and at least one part of the aggregate is foam glass particles. Wherein the volume ratio of the foam glass particles in the aggregate is 10%-100%. The invention further provides adhesive slurry which comprises the dry mortar composition and water, and the weight ratio of the dry mortar composition to the water is 100: (10-30). According to the composition disclosed by the invention, the foam glass particles are partially or completely used in the aggregate, so that the recycling of waste foam glass is realized, the use of quartz sand is reduced or avoided, and the environmental risk and emission are reduced.

The invention provides a low-density, high-strength concrete composition, which is self-compacting and lightweight, with a low weight-fraction of aggregate to total dry raw materials, and a highly homogenous distribution of an absorptive lightweight aggregate such as glass microspheres and, optionally, polymer beads, as well as the methods for providing the composition or components. Lightweight concrete formed by the disclosed concrete composition have low density, high strength-to-weight ratios, and high R-value. The concrete has strength like that ordinarily found in structural lightweight concrete. The concrete, at the density ordinarily found in structural lightweight concrete, has a higher strength and, at the strength ordinarily found in structural lightweight concrete, a lower density.

The utility model relates to the field of wireless communication, in particular to a tetrahedral reflector antenna housing. Comprising a cover body formed by a four-side conical structure and a fixing buckle, the fixing buckle is of an L-shaped structure, and the outer end of the short edge of the fixing buckle is connected with a semicircular limiting piece; the diameter of the semicircular limiting piece is larger than the width of the long-strip hole in the cover body and smaller than the length of the long-strip hole. The fixing buckle penetrates through the long-strip-shaped hole in the radome body and the long-strip-shaped hole in the L-shaped connecting piece of the four-side corner reflector to fix the radome and the four-side corner reflector. The four-side conical structure of the antenna housing of the four-side corner reflector can enable wind, sand, rain and snow to slide down, the influence of accumulation on the four-side corner reflector is avoided, and the antenna housing is of a foam glass fiber reinforced plastic sandwich structure and has excellent electrical performance, corrosion resistance and wave-transparent performance. Erosion of severe environments such as wind, sand, rain and snow can be prevented, and normal use of the corner reflector cannot be affected. The four-side corner reflector antenna housing is simple in structure and high in practicability, and can be quickly mounted and dismounted.

The utility model relates to the technical field of cutting, and discloses a foam glass cutting machine which comprises a bedplate, blanking holes are uniformly formed in the bedplate, a box body is fixedly mounted on the lower side of the bedplate, a vacuum pump is mounted on the lower side of the box body in a communicated manner, a partition plate is mounted in the box body, through holes are uniformly formed in the center of the partition plate, and filter screen assemblies are inserted into the through holes; a pair of sealing lead screw modules is fixedly installed on the upper side of the partition plate, a cleaning assembly is installed between sliding tables of the pair of sealing lead screw modules through a supporting frame, and the filter screen assembly is sleeved with the cleaning assembly; an electric cylinder is fixedly installed on the lower side of the box body, the same I-shaped beam is fixedly installed at the lower end of the electric cylinder, one ends of stand columns are rotationally installed on the left side and the right side of the I-shaped beam, guide pins are fixedly installed at the other ends of the stand columns and close to the side of the filter screen assembly, and pressing plates are installed on the guide pins. The cutting device can adsorb powder generated during cutting, can keep the filtering effect of the filter screen assembly, and can also be matched with pressing foam glass.

The present application relates to the technical field of waterproof detection of direct-buried pipes, in particular to a foam glass waterproof performance detection method for direct-buried pipes. The present application divides the camera range into multiple key camera blocks by arranging high-definition camera components and test simulation equipment on the test site. The waterproof performance test is carried out in the test simulation block. The test data of the simulation test are obtained by collecting the data of the test execution stage through the monitoring and control components and inputting into the fault early warning mechanism to obtain the fault early warning signal. In this way, the state of the test simulation equipment is monitored, which facilitates the accuracy of the data. The test simulation equipment is provided, which includes the waterproof performance detection simulation equipment installed. The waterproof performance detection simulation equipment includes a test simulation cabin, a simulation box positioning component, a pressure loading component and a monitoring and control component, which facilitates the operation of the test and effectively reduces the artificial dependence on the test environment adjustment.

This utility model relates to the field of building roofing engineering technology, and discloses a profiled metal sheet composite layer insulated roof structure, including a profiled steel sheet, a foam glass insulation board on the upper surface of the profiled steel sheet, a waterproof board on the upper surface of the foam glass insulation board, an aluminum-magnesium-manganese board attached to the upper surface of the waterproof board, a U-shaped purlin inside the foam glass insulation board, a U-shaped purlin support attached to the lower surface of the U-shaped purlin, and a heat insulation gasket on the upper surface of the U-shaped purlin. In this utility model, the fixing plate moves under the action of the sliding column, further compressing the spring. When the connecting column slides to the appropriate position, the spring releases its elastic potential energy, pushing the stop block into the connecting column, thereby achieving rapid fixing of the connecting column, reducing the installation time of the aluminum bracket, and significantly improving construction efficiency.

The application relates to a construction method of a LNG three-wall metal full-container storage tank heat insulation system, which comprises the following steps: firstly, constructing a bottom heat insulation layer, pouring a concrete leveling layer on the bottom plate of an outer container, coating an asphalt primer on the concrete leveling layer, laying asphalt waterproof coiled material on the upper part of the asphalt primer, building multiple layers of foam glass bricks on the upper part of the asphalt waterproof coiled material, laying asphalt waterproof coiled material between the foam glass bricks; secondly, filling pearl sand in the outer interlayer between a secondary container and the outer container, hanging a glass fiber elastic blanket on the outer side surface of the secondary container cylinder, and connecting glass silk cloth on the outer side of the glass fiber elastic blanket; and finally, constructing a ceiling heat insulation layer, and laying multiple layers of glass cotton felt on the upper part of the ceiling plate. According to the construction method of the LNG three-wall metal full-container storage tank heat insulation system, the construction is orderly, the progress is fast, the efficiency is high, the construction safety is guaranteed, and the use risk is reduced.

The utility model discloses a liquid ammonia storage device, and belongs to the technical field of organic synthesis. Comprising a concrete foundation and a steel tank body, the steel tank body comprises a tank bottom, a tank top, a hanging flat top and a side wall, the tank bottom is arranged on the concrete foundation, a tank bottom heat preservation layer is arranged between the tank bottom and the concrete foundation, a side wall heat preservation layer and a protection layer are sequentially arranged outside the side wall, a flat top heat preservation layer is arranged on the upper side of the hanging flat top, and the bottom end of the protection layer is fixed to the concrete foundation; the tank bottom thermal insulation layer sequentially comprises a felt paper layer, a foam glass layer and an asphalt paint layer from bottom to top, the felt paper layer is formed by soaking asphalt with felt paper, and the foam glass layer is built by foam glass blocks; the side wall heat preservation layer sequentially comprises an anti-rust coating layer, a first PV abrasion-resistant coating layer, a first rigid polyurethane foam layer and a waterproof grease and glass wool cloth composite layer from inside to outside. The flat-top thermal insulation layer sequentially comprises a second PV wear-resistant coating layer and a second rigid polyurethane foam layer from bottom to top; the first rigid polyurethane foam layer and the second rigid polyurethane foam layer are both built by rigid polyurethane foam blocks.

The application relates to the technical field of foam glass, in particular to a building thermal insulation foam glass surface toughening, soaking and drying integrated equipment, which comprises a soaking mechanism, the top of the soaking mechanism is provided with a drying mechanism, the soaking mechanism comprises a base, the inner side of the top front side of the base is fixedly connected with a foam glass connecting assembly, the drying mechanism comprises a push-pull frame, the top and the bottom of the inner side front side of the push-pull frame are fixedly connected with drying assemblies, the soaking mechanism and the drying mechanism are arranged, integrated operation processes of foam glass soaking, toughening, pushing and soaking and post-soaking drying are realized, and the production efficiency is greatly improved. In the soaking and toughening stage, the stability and safety of the foam glass in the soaking process are ensured through accurate mechanical structure design and stable clamping of a hydraulic push rod, the design of the pushing and soaking mechanism realizes automatic operation of the foam glass from placement to soaking, and manual intervention is reduced.

The invention belongs to the technical field of solar photovoltaics, and is suitable for the fields of special tempered glass, laminated glass, microcrystalline glass and foam glass in the fields of aerospace, vehicles, ships and the like. The method is also suitable for the field of special coated glass capable of being controlled by sunlight; the invention relates to the field of special tiles such as fire prevention and heat preservation. The production method comprises the following steps: preparing outdoor surface colored glaze printing ink, and carrying out colored glaze printing on a first surface of glass by adopting a silk-screen printing process; bC type batteries are selected, and a high-light-transmittance colored glaze technology is applied to the design of a battery layer, so that the battery layer is coordinated with the appearance effect of colored glaze glass while high light transmittance is ensured; a double-glass structure is adopted, a metal plate is arranged on the back of a photovoltaic glass assembly to serve as a reinforcing structure, and a lightweight structural assembly is obtained; and assembling the colored glazed glass, the battery layer and the light-weight structure assembly to form the light-weight simulation BIPV photovoltaic assembly.

The application discloses a low-foam glass substrate cleaning solution, relates to the technical field of cleaning solutions, and comprises 25-40 parts by weight of dimethylbenzene, 20-35 parts by weight of propylene glycol methyl ether acetate, 10-20 parts by weight of n-butanol, 15-25 parts by weight of ethanol, 5-10 parts by weight of a wet dispersant and 1-4 parts by weight of an inhibitor; wherein the dimethylbenzene is alkyl-closed dimethylbenzene closed by alkyl; and the wet dispersant is a polydimethylsiloxane grafted / PLR-1900 wet dispersant. The application has the effect of significantly inhibiting foaming; the alkyl-closed dimethylbenzene in the application can effectively remove photoresist residues and grease, and cooperates with the wet dispersant to realize the effects of preventing contaminants from being re-stained and watermarks from being stained.

This invention relates to the field of foam glass technology and discloses a high-strength, heat-resistant foam glass based on high borosilicate. This foam glass uses high borosilicate waste glass as the base material and zirconium dioxide modifier, titanium dioxide, composite foaming agent, and composite additives as auxiliary materials. It is formed through grinding and mixing, and a three-stage foaming and firing process. Through the synergistic design of the composite nucleating agent and the novel foaming system, the foaming temperature is significantly reduced while ensuring high performance. The introduction of a composite additive system maintains stable product performance while achieving a uniformly distributed color appearance. The three-stage temperature control process enables controllable growth and stabilization of the foam structure, overcoming the bottlenecks of uneven structure and high-temperature volatilization in traditional foam glass preparation. Finally, the overall optimization of the composition and process gives the product a longer service life and better mechanical strength under high-temperature conditions.

The utility model provides a fireproof cold insulation pipeline support for fixing pipeline, and the cold insulation pipeline support comprises a saddle and a fixing mechanism arranged on the saddle, the saddle is used for adapting the fixing mechanism to be arranged on the base, the fixing mechanism comprises a pipe clamp, a protective layer, a moisture-proof layer and a cold insulation layer which are arranged from outside to inside along the radial direction of the pipeline, the cold insulation layer is formed by coating at least one circular tubular foam glass block on the outside of the pipeline, the end of the pipe clamp is provided with a first axial limiting plate, the first axial limiting plate radiates inwardly along the radial direction perpendicular to the axial direction of the pipeline from the end of the pipe clamp so as to resist the outer edge area of the end surface of the cold insulation layer, according to the utility model, the stability of the cold insulation layer along the axial direction of the pipeline is ensured, the fire resistance of the cold insulation pipeline support is improved, and the problem of brittle fracture caused by the slot embedding of the foam glass due to the brittle characteristic is avoided.

The utility model discloses hazardous waste recycling equipment, and relates to the hazardous waste treatment field, the hazardous waste recycling equipment comprises a base, the base is provided with a melting furnace, a foaming reaction furnace and a desulfurization tower, the desulfurization tower can purify waste gas discharged by the foaming reaction furnace, the base is provided with a moving assembly, and the moving assembly can move along the length direction of the base. And a batching device is mounted on the moving assembly. The device has the beneficial effects that hazardous waste residues are smashed and mixed through the batching device and then put into the melting furnace, the materials are melted into glassy substances through the melting furnace, the glassy substances are put into the batching device after being cooled, and meanwhile a fixed amount of modifier and foaming catalyst are added into the batching device; the modifier, the foaming catalyst and the glassy substance are mixed through the batching device and then put into the mold in the foaming reaction furnace, the materials can be melted into foam glass through high temperature, waste recycling is achieved, and meanwhile the problem of hazardous waste pollution is thoroughly solved.

The invention belongs to the technical field of solid waste treatment, and discloses a method for preparing foam microcrystalline glass by utilizing waste heat of hot blast furnace slag and co-treating chromium-containing sludge and a product, the method comprises the following steps: preparing raw materials according to mass percentage, and then grinding and mixing uniformly; performing compression molding on the mixed wet material to obtain a raw material; drying to obtain a green body; the preparation method comprises the following steps: preheating a high-temperature furnace to a target temperature of 1050-1200 DEG C, quickly putting a green body into the high-temperature furnace, sintering by utilizing waste heat of hot blast furnace slag, and reacting SiC with oxygen in air at high temperature to generate SiO2 and CO2 to form foam microcrystalline glass. According to the invention, through the combination of the process and the formula, the foam microcrystalline glass is prepared by fully utilizing the high-temperature waste heat of the hot blast furnace slag and the chromium-containing sludge, and the chromium-containing sludge is harmlessly treated by utilizing the waste heat, so that the prepared foam microcrystalline glass has relatively high performance, the additional value can be further improved, and the economic benefit is improved.

The utility model discloses a tap water pipeline anti-freezing protector, which relates to the technical field of water pipeline anti-freezing protection and comprises a first protective shell and a second protective shell, the first protective shell is arranged at the top of the second protective shell, and hinge seats are hinged to the back of the first protective shell at equal intervals. By the adoption of the structure, the outer black polytetrafluoroethylene heat absorption and conduction layer is arranged, solar heat can be efficiently absorbed in the daytime and conducted to the aerogel outer heat preservation layer, then the heat slowly permeates into the heat storage heat preservation layer made of the foam glass material to be stored, and the aerogel outer heat preservation layer is used for heat preservation at night; heat absorbed by the foam glass layer radiates towards the water pipe through the elastic heat conduction layer (silica gel heat preservation conductor containing aluminum oxide), it is ensured that the temperature of the water pipe is higher than the freezing point, freezing is effectively prevented, elasticity of the elastic heat conduction layer can be tightly matched with the water pipe, the heat preservation effect is improved, wires and complex electric appliance structures are not needed, the use cost is reduced, and the device is suitable for popularization and application. The popularization value is high.

Method for microbial in-situ treatment and in-situ remediation for the sustainable immobilization of inorganic pollutants in contaminated waters, surrounding aquifer areas and zones, and extraction residues by sequencing and controlling activated natural mineral formation processes, characterized in that a buoyant reactive material is introduced into the contaminated waters, surrounding aquifer areas and zones, and extraction residues as bulk material and / or by controlled flushing as a solid-water mixture via naturally occurring hydraulic connections and / or engineered inlets and outlets with technical systems and equipment, wherein the reactive material consists of a buoyant solid carrier material in the form of a foam glass substrate made of glass powder and blowing agent.with a silicate coating consisting of hydrogen-releasing and / or sulfate-reduction-promoting substances and at least one additive homogeneously embedded in the silicate coating, and the silicate coating of the reactive material stimulates the metabolic processes of autochthonous sulfate-reducing microorganisms by reducing site-specific and / or supplied sulfate to sulfide, and sulfide formation and gradual surface oxidation of formed sulfides occur on the floating reactive material through oxygen present from inflowing groundwater or through the gradual supply of oxygen via technical systems and facilities for the formation of pyrites and iron oxides through gradual surface oxidation on the floating reactive material, wherein hydrogen is released at rates of 0.0005 mol / kg*d to 0.0005 mol / kg*d during contact of the reactive material with the polluted waters.0.5 mol / kg*d is released and autotrophic microbial sulfate reduction is stimulated with reduction rates of 0.75 mg / l*d to 70 mg / l*d.

Embodiments of the present disclosure generally relate to methods and materials for fabricating building materials and other components from coal. More specifically, embodiments of the present disclosure relate to materials and other components, such as char clay plaster, char brick, and foam glass fabricated from coal, and to methods of forming such materials. In an embodiment is provided a building material fabrication method. The method includes mixing an organic solvent with coal, under solvent extraction conditions, to form a coal extraction residue, and heating the coal extraction residue under pyrolysis conditions to form a pyrolysis char, the pyrolysis conditions comprising a temperature greater than about 500° C. The method further includes mixing the pyrolysis char with water and with one or more of clay, cement, or sand to create a mixture, and molding and curing the mixture to form a building material. Pyrolysis char-containing materials are also disclosed.

The present invention relates to a composite foam glass element having a plurality of foam glass members and a plurality of reinforcing elements, at least three reinforcing elements forming a clamping assembly which comprises two beams and at least one connecting element connecting the beams and clamps at least one foam glass member between the beams. In the case of at least one or two clamping assemblies, at least one of the beams has at least one bearing surface which bears against the clamped foam glass member and / or a further foam glass member and is designed such that the foam glass member bearing against the bearing surface is held in a form-fitting manner in a direction of movement parallel to the bearing surface. The present invention also relates to structures produced from the composite foam glass element and to a production method.

Foam glass beads are disclosed that may be made from glass, a hydrated blowing agent, a hydrated binder, a fluxing agent, and a solvent. The hydrated binder may hold the glass and the hydrated blowing agent in solution. The glass may be derived from cullet ground into a powder. The glass frit, the hydrated blowing agent, the hydrated binder, the fluxing agent, and the solvent may be mixed together to produce a preform material, which is granulated to produce preformed pellets. The preformed pellets may be dried and then heated to a predetermined temperature. The heating process may produce the final foam glass beads. Optionally, a sealant may be added to and mixed with the other preform material prior to making the preform pellets.

The application belongs to the technical field, and particularly relates to a LNG double-metal full containment tank bottom cold insulation structure. The technical scheme is as follows: a LNG double-metal full containment tank bottom cold insulation structure, comprising an outer tank wall plate, high-strength foam glass bricks are constructed in the outer tank wall plate, and the high-strength foam glass bricks are filled with butadiene acrylonitrile rubber between the outer tank wall plate, the outer tank wall plate is further constructed with a heat angle protection foam glass brick, and the heat angle protection foam glass brick is constructed on the top of the high-strength foam glass brick; further comprising an inner tank wall plate, the bottom of the inner tank wall plate is provided with a perlite concrete block, a special-shaped glass brick is arranged in the annular space between the heat angle protection foam glass brick and the perlite concrete block, and the special-shaped glass brick is constructed on the top of the high-strength foam glass brick. The LNG double-metal full containment tank bottom cold insulation structure can effectively reduce cold leakage.

The invention relates to the technical field of preparation of foam glass, in particular to high-strength and low-heat-conductivity foam glass and a preparation method thereof. The problems that existing foam glass is low in strength and high in heat conductivity are solved. According to the foam glass, waste glass and glass fibers are used as raw materials, silicon carbide is used as a foaming agent, borax is used as a fluxing agent, trisodium phosphate dodecahydrate is used as a foam stabilizer, modified polyurethane and silicon dioxide aerogel are used for modifying the foam glass, the porous structure advantage of the aerogel enables heat to be transmitted along a slender framework of the aerogel, the heat transfer flux is low, and the foam glass has good heat transfer performance. The heat loss in the transmission path is large, and due to the existence of the aerogel particles, the solid-phase transmission path of heat in the foam glass is more complex, the CF3 group low surface energy reduces the heat convection path and inhibits the solid-phase heat conduction, so that the foam glass has a lower heat conductivity coefficient, and the mechanical strength of the material is improved. Therefore, the durability and thermal insulation performance of the foam glass are enhanced.

The metal curtain wall system comprises fixed square steel installed on the top of a house, a profiled steel sheet is fixedly installed on the fixed square steel, and a glass wool sound insulation layer and a foam glass heat preservation plate are sequentially arranged on the surface of the profiled steel sheet. A metal nail plate is installed on the upper surface of the foam glass heat preservation plate, an asphalt waterproof coiled material is arranged on the surface of the metal nail plate, elastic adjusting supports are installed on the metal nail plate, a square steel framework system is erected between the adjusting supports, and a decoration plate is laid on the square steel framework system. The multiple waterproof layers are arranged on the roof, so that the waterproof effect during roof transformation is greatly improved, and roof water leakage is avoided; meanwhile, the square steel framework system is fixed through the metal nail disc and the adjusting support, the metal curtain wall formed by the metal decorative plates has certain deformation capacity through the elasticity of the buffer springs, and therefore the metal curtain wall is not prone to being smashed due to the large impact force.

The invention provides a method for preparing foam microcrystalline glass from solid waste incineration fly ash and bottom ash. According to the method, fly ash and bottom ash generated in the incineration process of typical solid waste such as household garbage and medical waste serve as main raw materials, inherent residual carbon, metal oxide and other components in the fly ash serve as endogenous foaming agents, and foaming and crystallization are synchronously carried out in the co-sintering process of the fly ash and the bottom ash; the foam microcrystalline glass can be directly prepared without adding any exogenous chemical foaming agent. According to the method, the natural complementarity of the fly ash and the bottom ash on chemical components (such as residual carbon, SiO2, CaO, Fe2O3 and the like) is fully utilized, the prepared foam microcrystalline glass has a uniform pore structure and excellent compressive strength, and co-processing and high value-added resource utilization of the fly ash and the bottom ash are realized.

The application belongs to the technical field of solar photovoltaic, and is suitable for the fields of special toughened glass, laminated glass, microcrystalline glass, foam glass in the fields of aerospace, vehicles, ships and the like; is also suitable for the field of special coated glass such as sunlight control; and the field of special bricks and tiles such as fireproofing and heat preservation; a light simulation BIPV photovoltaic module and a production method thereof are provided, comprising the following steps: configuring outdoor surface color glaze ink, and adopting a silk screen printing process to perform color glaze printing on the first surface of the glass; selecting a BC type battery, and applying high-transmittance color glaze technology to battery layer design, so that the battery layer is coordinated with the appearance effect of the color glaze glass while ensuring high transmittance; adopting a double-glass structure, and setting a metal plate as a reinforcing structure at the back of the photovoltaic glass module to obtain a light-weight structure module; assembling the color glaze glass, the battery layer and the light-weight structure module to form the light simulation BIPV photovoltaic module.

A method for forming uniform foamed glass aggregate product includes the steps ofa. providing a base foamed glass product;b. feeding the base foamed aggregate product to a hammer mill having an outlet sieve;c. processing the base foamed aggregate product in the hammer mill;d. extracting foamed aggregate product from the hammer mill; ande. separating the foamed aggregate product from the hammer mill into at least two product mixes of distinct diameter ranges.

The present invention relates to a foam glass composite element with several foam glass bodies and several reinforcing elements, wherein at least three reinforcing elements form a clamping assembly comprising two beams and at least one connecting element connecting the beams and clamping at least one foam glass body between the beams, wherein in at least one or two clamping assemblies at least one of the beams has at least one contact surface which rests against the clamped and / or a further foam glass body and is designed such that the foam glass body resting against the contact surface is held in a form-fitting manner in a direction of movement parallel to the contact surface, as well as structures made therefrom and a method for their manufacture.

The cutting machine with the waste recycling function comprises a cutting table, a first guide hole is formed in the center of the cutting table, a cutting structure is arranged on the cutting table, a positioning structure is arranged on the cutting table, a waste recycling structure is arranged on the left side of the cutting table, and the waste recycling structure is arranged on the right side of the cutting table. The left side of the cutting table is fixedly connected with a crushing bin, and two crushing motors are fixedly installed on the outer surface of the crushing bin. According to the cutting machine with the waste recycling function, a waste recycling structure is arranged, a second electric sliding table is started, the second electric sliding table drives a material pushing plate through a supporting arm to push residual foam glass plate waste on the cutting table, the waste falls into a crushing bin, the waste is crushed through mutual cooperation of a crushing motor, a rotating rod and a crushing roller, and the waste is recycled. And then the materials are output through a conveyor and are reused in the related fields of manufacturing thermal insulation materials, sound insulation materials, filling materials and the like.

The application discloses an emergency treatment device and method for preventing leakage LNG from damaging the structure of a storage tank, comprising a grid module temperature difference avoidance system, a real-time leakage monitoring system for an LNG inner tank and a leakage LNG recovery system, wherein the leakage LNG recovery system recovers the low-temperature LNG leaking from the foam glass layer in time, prevents the low-temperature LNG from accumulating to cause a large internal and external temperature difference of the LNG outer tank, the temperature difference avoidance system distinguishes and numbers the LNG outer tank by using the grid module, performs cooling treatment on the grid module in the low-temperature area according to the low-temperature distribution caused by leakage, the real-time leakage monitoring system monitors the temperature change of the inner wall of the LNG outer tank in real time by using a diode temperature detector, determines the leakage area and the leakage temperature change condition in combination with the grid module number, and realizes real-time monitoring of the leakage of the LNG inner tank.