233 results about "Glass recycling" patented technology

The invention relates to a toughened glass test examination apparatus, and concretely relates to a disk wheel rotating bench rack shooting V-shaped clamping plate nickel alloy glass examination apparatus. The apparatus is characterized in that a bench plate rotating shaft at one side is fixedly provided with a hand-operated disk wheel, a disk wheel flat key is arranged between the bench plate rotating shaft and the hand-operated disk wheel, and the outer side surface of the hand-operated disk wheel is provided with a disk wheel cranking handle; two transverse horizontal rods are in sliding fit with shooting transverse slide blocks, a shooting square bar is fixedly arranged between the two shooting transverse slide blocks, the shooting square bar is provided with a mobile camera assembly, an impact cross bar is fixedly provided with a cylinder impacter in a slidable manner, the upper plane of a test bench plate is fixedly provided with a coplanar V-shaped groove clamping plate assembly, and a broken glass recovery container is fixedly arranged between an entirety of bench plate bearers and lock pin bearers and the upper plane of a supporting side plate; and an integral frame is provided with a rack elevating industry camera, a disk wheel overturns test bench plates, a screw thread lock pin is arranged to fasten, and especially the coplanar V-shaped groove clamping plate assembly and the cylinder impacter are also arranged to form an automatic whole-course detection base apparatus.

The present invention is one comprehensive innocuous city solid refuse treating system. In the system, the city solid refuse is first stoved, sterilized and sorted, then magnetically separated to separate out iron containing waste, and finally sieved into the undersize fed to one mixing tank and the oversize further sorted, with the rest matter being crushed and fed also to the mixing tank for fermentation to produce organic fertilizer. The sorted fabric, paper, iron, glass are reused; the sorted building refuses are crushed and further produced into no-burning brick; the waste battery is specially treated; the waste plastic and rubber are treated to produce oil; and the marsh gas generated in the fermentation process is used to provide heat for stoving refuse and refining oil. The present invention has excellent refuse treating effect.

The invention discloses a waste glass slag reutilization method and obtained glass. The reutilization method comprises the following steps of: first, breaking waste glass slags, grinding, soaking with water to remove most soluble substances in the waste glass slags, filtering and drying the soaked waste glass slags, and directly firing into glass or using the waste glass slags as a raw materials for making glass. A method and a process for the pretreatment and the reutilization of waste borosilicate glass slags collected from a flue of a flame kiln for producing borosilicate glass are first pointedly provided by the invention, a direction is pointed out for the reutilization of the waste glass slags produced by volatile condensation, a novel feasible approach is provided, and a solution for solving the problem which puzzles borosilicate glass producing enterprises is found. With the method, filtrate and filter residues are respectively utilized after the waste glass slags are pretreated, the wastes are fully reutilized, and environment pollution is reduced.

The preparation process of micro crystal glass plate for building with waste glass as material includes the following technological steps: sorting waste glass, cleaning, crushing, ball milling, sieving, adding devitrifying promoter, mixing, sintering reaction to devitrify, mechanical surface grinding and polishing. The present invention features that the crystal is not separated out from glass but formed through the reaction between the glass powder and the devitrifying promoter during sintering. The separated crystal is controlled with the type of added devitrifying promoter and not dependent on the glass components. Without the step of smelting glass with special components, the present invention has simple process, low power consumption and low cost, and opens one way for the utilization of waste glass.

The invention provides a method for the harmless heat treatment of a waste liquid crystal display, comprising the following steps of: crushing glass substrates containing liquid crystals in the waste liquid crystal display for pyrolysis treatment under a nitrogen condition; sufficiently combusting an organic gas generated by pyrolysis under a high-temperature condition, and then harmlessly discharging; and recovering residues generated by the pyrolysis. In the invention, the poisonous and harmful pyrolytic organic gas generated by the pyrolysis treatment of the waste liquid crystal display isharmfulness and generates CO2 and water after being further sufficiently combusted, can be directly exhausted to atmosphere and is beneficial to environmental protection; the residues generated by the pyrolysis can be recovered, further processed and used for glass recycling and indium recovery; and in addition, the pyrolysis treatment of the waste liquid crystal display has low temperature and is beneficial to saving energy.

The invention relates to glass recovery processing equipment, in particular to automobile waste glass recovery processing equipment. The automobile waste glass recovery processing equipment achieves the aims of being complete and thorough in smashing and high in safety factor, and during the smashing process, glass does not splash at will. The automobile waste glass recovery processing equipment comprises a mounting rack and the like, wherein an extruding mechanism is arranged at the upper part of the mounting rack; and a rotating mechanism is arranged at the bottom of the interior of the mounting rack. According to the automobile waste glass recovery processing equipment, a first motor is controlled to rotate clockwise and anticlockwise so as to drive tooth blocks to move up and down; anda second motor is controlled to rotate so as to drive a breaking frame and waste glass in the breaking frame to rotate, so that breaking teeth and the tooth blocks have more remarkable smashing action to waste glass, and the effects of being high in smashing speed and more thorough in smashing and improving the follow-up product quality are realized.

The invention relates to tempered glass test and inspection equipment, in particular to copper alloy glass detection equipment provided with a handle rotary table, a rack, a camera and a wheel and pressure plate assembly. The equipment is characterized in that the coplanar wheel and pressure plate assembly is fixed in an upper plane of a test table plate, a table plate handle is arranged on the rear end vertical surface of the test table plate, and two bent arc ends of the table plate handle are handle ends and are both fixed on the rear end vertical surface of the test table plate; table plate rotary shafts are arranged on two sides of the test table plate and are rotationally fixed in table plate support seats respectively, and the table plate support seats and lock pin support seats fix a broken glass recovery container together with the upper planes of support side plates; a mobile camera assembly is arranged on a camera square rod, and a cylinder impactor is glidingly fixed on an impact cross rod. The current situation that fragment detection basically depends on manual work is changed, a camera photographs, fragment pictures are transmitted to a computer processing center, the probability of breaking open of an adhesive tape due to breaking power of the tempered glass is avoided, and the personal safety of an operator is better guaranteed.

The invention provides an automatic sorting machine of solid wastes. The sorting machine comprises a box body and a box body bracket, wherein a feed hopper is arranged on the upper end of the box body, a bag breaking machine, a magnetic separation machine, a breaking machine, a first vibration screen, an adhering machine, a vibration plate, a fan and a second vibration screen are sequentially arranged in the box body, an ash residue waste recovery box, a corrosive waste recovery box, a combustible waste recovery box, an ultra thin plastic waste recovery box, a building waste recovery box and a waste glass recovery box which are used for housing the separated wastes are arranged in the box body. The eight kinds of materials can be effectively and automatically sorted, the sorted materials can be used as the raw materials for comprehensive utilization of wastes, and the waste disposal amount is reduced to the maximum limit. The automatic sorting machine can be conveniently mounted and occupies small area, the energy consumption is low, and the automatic sorting machine is suitable for waste sorting treatment of small-size waste transfer stations and waste disposal plants.

The invention relates to a method for preparing porous glass ceramics by waste glass through low-temperature melting and high-temperature foaming, and belongs to the field of energy-saving building materials. The method comprises technological steps as follows: (1), an appropriate quantity of a cosolvent, a crystallizing nucleating agent and a foaming nucleating agent are added to the waste glass subjected to crushing and fine grinding, the mixture is subjected to ball milling and uniform mixing, and mixed powder is obtained; (2), the mixed powder is uniformly spread in a refractory material mold and is directly put in a fast heating furnace, the temperature of the heating furnace is increased to 700-800 DEG C, and the mixed powder is molten at the constant temperature; (3), the molten mixed powder is subjected to constant-temperature foaming when the temperature is increased to 850-1,000 DEG C. According to two processes of low-temperature melting and high-temperature foaming by the waste glass, light-weight and high-strength porous glass ceramics mainly comprising closed pores are prepared quickly, and environment-friendly, energy-saving and large-scale waste glass recycling with high added value is realized.

The invention provides a glass breaking device for glass recycling. The glass breaking device for glass recycling comprises a conveyor belt, a driving motor, a feeding channel, a breaking box body, acrushing mechanism, a grinding mechanism, and a discharging channel; the breaking box body communicates with the feeding channel; the crushing mechanism is disposed inside the breaking box body, and the crushing mechanism includes electric pushing rods, a lower platen, pressure heads, and a first filter screen; the grinding mechanism is arranged in the breaking box body, and the grinding mechanismcomprises a sloping baffle, a drive mechanism, a grinding roller and a second filter screen; the sloping baffle is fixed at the bottom of the first filter screen, and the grinding roller is disposedat the sidepiece of the sloping baffle; the drive mechanism is disposed at one end of the grinding roller, and the second filter screen is arranged at the bottom of the grinding roller; and the discharging channel communicates with the breaking box body. The glass breaking device for glass recycling has the advantages of complete and thorough crush and high efficiency.

The invention discloses a multi-stage smashing device for recycling glass of a building curtain wall. The multi-stage smashing device comprises a base and a smashing tank, wherein a crushing tank is arranged at the inner part of the smashing tank; a first electric pushing rod is fixedly arranged on a top plate arranged at the inner part of the smashing tank; a pressing plate is fixedly arranged onthe telescopic end of the first electric pushing rod; a plurality of electromagnets are uniformly and fixedly arranged at the bottom part of the pressing plate; the electromagnets are sleeved with springs; crushing hammers are fixedly arranged on the lower ends of the springs; the crushing hammers are made of iron; a second material guiding plate is obliquely arranged on the inner wall of the right side of the smashing tank; two crushing rollers are arranged under the second material guiding plate located at the inner part of the crushing tank. According to the multi-stage smashing device disclosed by the invention, the glass put in the smashing tank can be crushed, smashed and ground by utilizing the crushing hammers, the crushing rollers and a grinding roller, the glass can be fully crushed into small granules, and the efficiency of recycling and reprocessing the glass is improved.

The invention discloses automobile glass screening equipment. The automobile glass screening equipment comprises a separating box, a top cover arranged on the top of the separating box, a screening plate arranged in the separating box and a material receiving plate arranged under the screening plate; the screening plate is provided with first filtering holes; a water storing tank is arranged on one side of the separating box and communicates with the interior of the separating box through a first water delivery pipe; a supporting platform is arranged on the other side of the separating box andprovided with a first groove matched with the material receiving plate; a moving plate is arranged at the bottom of the screening plate and provided with second filtering holes corresponding to the first filtering holes; the side wall of the separating box is provided with an air pump used for driving the moving plate to move; and the side wall of the separating box is further provided with a driving motor used for driving the material receiving plate to move. Through the effect of the driving motor, screened glass particles are delivered out from the separating box, the recycling effect on screened glass can be conveniently achieved, and the glass recycling efficiency is improved.

The invention discloses a gate machine in a cinema general affair automation system, and the gate machine comprises a case, a swinging gate core, and a gate rod. The gate machine is characterized in that the interior of the case is provided with a glasses storage and conveying mechanism and a ticket business controller; the case is provided with a glasses taking port, a glasses recycling port, a glasses taking inductor, a glasses recycling inductor, an entrance ticket checker, and an exit ticket checker; the gate machine carries out the conveying of 3D glasses through the glasses storage and conveying mechanism; the 3D glasses can be taken and recycled at the glasses taking port and the glasses recycling port; the entrance ticket checker and the exit ticket checker are connected with the ticket business controller, and transmit the ticket information to the ticket business controller, so as to transmit different information through the ticket business controller to control the opening/closing of the gate rod or control a thermal sensitive printer to print child tickets for access; the above operations does not need to be carry out manually; the gate machine is high in automation degree, achieves the high-efficiency operation, and saves the time.

The invention discloses a novel method for recycling waste glass. The method comprises an impurity removal process, a pulverizing process, a melting process, a mixing process and a crystallization molding process, wherein in the impurity removal process, some garbage and other wastes in the waste glass are removed; in the pulverizing process, the waste glass is pulverized; in the melting process, the pulverized glass is molten; in the mixing process, an additive is added; in the crystallization molding process, processed glass liquids are made into glass. The new method for recycling the waste glass provided by the invention is simple in operation process, low in cost, energy-saving and environment-friendly, and can bring strong economic and social benefits.

The invention relates to the fields of chemistry, environmental protection and material science, in particular to a method for preparing a conducting paint by cleaning and recycling waste glass in silver plating industry. The method comprises the following two steps: the recycling and the surface treatment of waste glass in silver plating industry, and the preparation of the conducting paint. Therecycling and the treatment of the waste glass in silver plating industry are realized in such a way that: using the glass discarded by factories in silver plating industry as the main raw material; after recycling, washing and pulverizing according to classifications, wetting with a surfactant, and meanwhile, coupling with a coupling agent. The preparation of the conducting paint is realized in such a way that: adding the main film forming material into a high-speed dispersion machine; adding a solvent, a dispersion assistant and the like; adding silver-plating glass powder; adding metal andnonmetal filling materials, a defoamer, a thixotropic agent, a thickening agent and other assistants, evenly dispersing and mixing, and filtering to obtain the conducting paint. The method reduces theprimary environmental pollution caused by waste glass in silver plating industry, prevents the more serious secondary environmental pollution caused by acid liquor in the process of recycling silverby a chemical method, and has the advantages of no corrosion on equipment and low energy consumption.

The invention relates to the field of solid waste treatment, in particular to an environment-friendly household garbage treatment method. The method includes the following steps of a pretreatment stage, a static sorting stage and a bio-particle manufacturing stage, particularly, metal and glass are sorted, recovered and treated first, garbage left after sorting is rolled to be smashed, plastic bags in the garbage is collected through static electricity and recycled, remaining garbage is prepared into small bio-particles, and the small bio-particles are compressed into blocks to be used as fuel. The problem that as sorting is difficult, the garbage cannot be recycled fully and therefore pollute the environment is solved. The method is easy to operate and implement and low in cost, fully uses household garbage and reduces pollution to environment by the garbage.

The invention especially relates to a recovering and classifying system for cullet, belonging to the field of environmental protection equipment. According to the invention, a material washing pipe is arranged above a material discharging end of a slide rail and connected with the bottom of a water storage tank via a pipeline; a water outlet is formed in the bottom of the material washing pipe; cullet to be recovered is dirty and needs cleaning so as to increase the transmittance of light penetrating the cullet; a lamp source is arranged above the material discharging end of the slide rail; the material discharging end of the slide rail is further provided with a sensor and an air jet hole; and the air jet hole is connected with a high-speed air valve through a flexible pipe. When the cullet is passing through the material discharging end of the slide rail, the lamp source directly irradiates the cullet; the sensor identifies the transmittance of light penetrating the cullet so as to realize classification of transparent glass and colored glass; and in virtue of the high-speed air valve, the colored glass with low transmittance is allowed to fall into a second recovery tank through blowing, and the transparent glass with high transmittance is allowed to directly fall into a first recovery tank. The recovering and classifying system provided by the invention is simple in structure, high in identification rate, good in classification effect, environment friendly, energy-saving and safe to use.

The invention provides a waste glass recovery box. The waste glass recovery box comprises a box body and wheels arranged on the lower surface of the box body. A put inlet is formed in a top plate of the box body. A sliding groove is formed in the top plate. A reset spring is arranged in the sliding groove. One end of the reset spring is connected with the lateral portion of the sliding groove. Theother end of the reset spring is connected with a first baffle. The put inlet is covered with the first baffle. An oblique plate is arranged under the first baffle. The upper end face of the obliqueplate is connected to the lower surface of the top plate. A crushing cavity is formed in the box body. The oblique plate stretches into the crushing cavity. A pair of infrared sensors is arranged in the crushing cavity. According to the waste glass recovery box, waste glass is crushed through a squeezing and grinding device, so that the size of the waste glass is greatly reduced, and the space utilization rate of the recovery box is increased; and then the fragmented waste glass is conveyed into a collection box so as to be packed, so that the collection process is more efficient and safer, and the recovery efficiency is improved.