CN214644711U - Environment-friendly building material production facility - Google Patents
Environment-friendly building material production facility Download PDFInfo
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- CN214644711U CN214644711U CN202120123383.7U CN202120123383U CN214644711U CN 214644711 U CN214644711 U CN 214644711U CN 202120123383 U CN202120123383 U CN 202120123383U CN 214644711 U CN214644711 U CN 214644711U
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Abstract
The utility model discloses an environment-friendly building material production device, which comprises a separation type material production device and a lifting type totally-enclosed multi-material transport vehicle capable of simultaneously transporting a plurality of materials; the separated material production equipment comprises a cylinder, a dust remover and a partition plate; the barrel is installed on the barrel base, a top head is installed at the upper end of the barrel, a double-opening conical head large head and a small head are installed at the lower end of the barrel, a partition plate penetrates through the interior of the barrel and is divided into a first material cavity and a second material cavity after the double-opening conical head large head and the small head penetrate through the interior of the barrel, a dust remover used for isolating materials and dust in the first material cavity and preventing the materials in the first material cavity from entering the second material cavity is installed on the top head at the upper end of the first material cavity, the dust remover is communicated with the first material cavity and the second material cavity, a stirrer is installed on the barrel base, stirrer weighing sensors are installed on four corners of the stirrer, and discharge ports of the double-opening conical head large head and the small head are connected to a feed port of the stirrer. The equipment can reduce the production cost and realize rapid production while ensuring the product quality.
Description
Technical Field
The utility model relates to a material production facility especially relates to an environment-friendly building material production facility.
Background
In the chemical industry and the building industries such as concrete and mortar, various materials are required to be used for completing target materials when target products are generally produced or used, at present, a common domestic material storage tank can only store one material, and when various materials are required to be mixed to produce target products or used, the materials in a plurality of material tanks are required, so that the occupied area is large. And the use of a plurality of materials requires the transportation of a plurality of transport vehicles, thus increasing the transportation cost and the investment cost. At present, in the fields of chemical industry and transportation of building materials such as concrete and mortar, most of the vehicles adopt hydraulic tipping dumper trucks, and the vehicles have the problem of loose coverage in the transportation process, so that the materials are easily thrown in the process of transportation along the way, and the dust pollution index is easily increased. Consequently for reducing dust pollution in the air, sand, cement or other powdery material also can adopt the transportation of the formula of lifting seal pot transport vechicle during transportation, just so can be so that the material in the transportation, avoid appearing throwing along the way, nevertheless lift the formula seal pot transport vechicle when transporting the gravel material, on the one hand because this vehicle exists the demarcation volume, and production facility generally also has certain volume, in actual production process like this, transport vehicle and the unmatched problem of production facility volume appear easily, supply to need not to be flat will lead to the cost of transportation to increase like this, the extravagant scheduling problem of material, on the other hand, it is slow to have the speed of unloading during current vehicle operation, the residual volume is many, unload the difficulty or can't unload the scheduling problem. Therefore, it is necessary to provide a transportation vehicle capable of intelligently controlling the quantitative loading and unloading of materials according to the demand, so as to fundamentally solve the problems, and the occurrence of the vehicle can help the related building material products to realize the subversive change of the production mode.
Meanwhile, when materials or target products are used in production, the materials are required to be proportioned according to a certain proportion, but generally, the proportioning is determined by human factors, so that the requirement on technical workers is high, the technical workers have certain experience, but the quality of the target products or the products using the materials is difficult to ensure by the experience, and therefore equipment capable of charging according to a certain proportion is required to meet the production requirement, the production cost is reduced, and meanwhile, the product quality and rapid production are ensured.
Especially for the building site, wet sand and cement are the material that it must use, but the seller of sand and cement is generally not one, therefore when transporting sand and cement, because current vehicle function is single, can only realize each transportation of sand or cement, so not only waste time and energy and take a cost, also can influence the construction progress simultaneously for material purchase management is complicated, increases traffic pressure and vehicle exhaust emission, and then the polluted environment. Meanwhile, at present, canned cement needs to be put into a tank when being transported to the site. Meanwhile, after the sand is transported to the site, the sand is also placed in a tank body, and when the sand and the cement are used for preparing cement mortar, the sand in the sand tank and the cement in the cement tank are simultaneously conveyed to a stirring machine to produce the cement mortar. Synthesize the actual production condition in market, two kinds of materials must be carried out the material stock by two kinds of material storage tanks at present, so not only waste time and energy and take the cost, also can influence the construction progress simultaneously, increased the operation cost. Meanwhile, when the materials in the tank body are used and are close to the bottom end of the tank body, a user cannot know the residual amount of the materials in time, shutdown and production halt may be caused, and the construction period is delayed.
In the aspect of raw material use, the prior mortar production equipment can only use dry sand for blanking, and if any one of the used raw materials has an excessive water content, the mortar can be solidified in a short time and cannot be blanked normally, so that the raw materials cannot contain water before stirring. Therefore, the wet sand must be dried in the production process, which not only wastes manpower and material resources, but also increases the construction cost, and the use of fuel in the drying process is very easy to cause environmental pollution.
In the aspect of environmental benefits of mortar production equipment, the existing mortar production equipment cannot realize secondary utilization of urban construction waste due to the limitation of the shape of a tank body and a feed opening. The factors of various types, non-uniform water content and the like during the recovery of the construction waste lead the screened raw material premixed mortar production plant to be incapable of being directly used. With the continuous development of cities, the hidden danger of building garbage pollution is witnessed, the resource utilization of the building garbage in China is to be improved urgently, and therefore the design and use of stirring equipment capable of realizing secondary utilization of the building garbage is in the trend.
SUMMERY OF THE UTILITY MODEL
The utility model discloses a solve above-mentioned technical problem, provide an environment-friendly building material production facility, when guaranteeing product quality, can reduction in production cost, realize high efficiency production, and then promote the development of circular economy.
The utility model discloses a realize through following technical scheme:
an environment-friendly building material production device comprises a separation type material production device and a lifting type totally-closed multi-material transport vehicle capable of simultaneously transporting various materials; the separated material production equipment comprises a cylinder, a large head of a double-opening conical head, a small head of the double-opening conical head, a cylinder base, a stirrer, a dust remover, a stirrer weighing sensor and a partition plate; the cylinder body is arranged on the cylinder body base, the top end socket is arranged at the upper end of the cylinder body, the double-opening conical head big head and the double-opening conical head small head are arranged at the lower end of the cylinder body, the partition board penetrates through the interior of the cylinder body, the double-opening conical head big head and the double-opening conical head small head and then the interior of the cylinder body is divided into a plurality of parts, the double-opening conical head big end and the double-opening conical head small end are divided into a first material cavity and a second material cavity, the double-opening conical head small end is arranged below the first material cavity, the double-opening conical head big end is arranged below the second material cavity, a dust remover used for isolating materials and dust in the first material cavity and preventing the materials in the first material cavity from entering the second material cavity is arranged on a top sealing head at the upper end of the first material cavity, the dust remover is communicated with the first material cavity and the second material cavity, a stirring machine is arranged on a barrel base, weighing sensors of the stirring machine are arranged at four corners of the stirring machine, and discharge ports of the double-opening conical head big end and the double-opening conical head small end are connected to a feed port of the stirring machine.
The dust remover comprises a dust remover shell, a dust remover sealing cover, a dust remover pipeline and a filter screen; the dust remover comprises a dust remover shell, a dust remover sealing cover is arranged on the dust remover shell, one end of a dust remover pipeline penetrates through the dust remover sealing cover to be communicated into the first material cavity, the other end of the dust remover pipeline penetrates through a top sealing head at the top end of the second material cavity to be communicated into the second material cavity, a one-way valve shell is further arranged on the dust remover pipeline, and a one-way valve piece used for isolating materials and dust in the first material cavity and preventing the materials in the first material cavity from entering the second material cavity is arranged in the one-way valve shell.
And a dust remover exhaust inlet is arranged on the top sealing head at the top end of the second material cavity, and a dust remover pipeline is connected to the dust remover exhaust inlet.
The middle of the cylinder body is provided with a plurality of cylinder body reinforcing rings, the cylinder body is provided with a population, the bottom end of the cylinder body is provided with an angle steel reinforcing ring, and the cylinder body is also provided with a steel ladder; the top sealing head is also provided with a guardrail, an explosion-proof valve and an equipment lifting lug.
The double-opening conical head small end is positioned on the side of the large end of the double-opening conical head, a second material conical head lower end socket is arranged below the large end of the double-opening conical head, a second material auger penetrates through the second material conical head lower end socket and then is connected to a second material outlet sealing flexible connector, the second material outlet sealing flexible connector is connected to one feed inlet on the stirring machine, a first material rotating blanking valve is installed at the lower end of the small end of the double-opening conical head, the lower end of the first material rotating blanking valve is connected with the first material outlet sealing flexible connector, and the first material outlet sealing flexible connector is connected to the other feed inlet on the stirring machine.
The bottom end of the barrel base is provided with a stirrer supporting rod, the side edge of the barrel base is provided with a cross-shaped column support, and four stirrer weighing sensors are arranged on the stirrer supporting rod.
The first material cavity is internally provided with a first material feeding pipe, the first material feeding pipe extends out of the first material cavity and the small end of the double-opening conical head, the second material cavity is internally provided with an exhaust pipe and a second material feeding pipe, and the exhaust pipe and the second material feeding pipe extend out of the second material cavity and the large end of the double-opening conical head.
The separated material production equipment is also provided with a mixer cleaning device capable of recycling water.
The separating material production equipment is also provided with an electric control cabinet, four corners of the cylinder base are all provided with cylinder weighing sensors, and the cylinder weighing sensors, the stirrer, the motors on the big head of the double-opening conical head and the small head of the double-opening conical head are all connected with the control cabinet.
And the control cabinet is also provided with a residual amount information sending component, and the residual amount information sending component is connected with the remote monitoring control equipment.
The volume ratio of the first material cavity to the second material cavity is set according to the proportion of the two materials in actual use.
The lifting type totally-enclosed multi-material transport vehicle comprises an automobile chassis, a tank body, a transport vehicle tank body partition plate and a lifting oil cylinder; automobile chassis on swing joint have a jar body, lift cylinder one end is connected to automobile chassis on, the other end is connected to on jar body, be provided with transport vechicle jar body baffle in the jar body, transport vechicle jar body baffle falls into first material chamber and second material chamber with a jar body, still be provided with air feeder on the automobile chassis, air feeder communicates with the cavity in first material chamber and second material chamber respectively, be provided with first material feed inlet on the first material chamber, right side downside is provided with first material discharge gate, second material chamber upper end is provided with a plurality of second material feed inlets, the lower extreme is provided with second material ejection of compact three-way mouth, the ejection of compact of second material three-way mouth one end, one end and second material chamber are linked together, the other end and air feeder link to each other.
The lower end of the first material cavity is provided with a material receiving hopper, a first material discharging end socket is arranged below the material receiving hopper, a fluidized bed is arranged in an inner cavity of the first material discharging end socket, and a first material discharging hole extends into the fluidized bed.
The fluidized bed comprises a fluidized bed pressing bar, a fluidized bed material partition and a fluidized bed conical disc; the fluidized bed material partition is arranged on the fluidized bed material partition, and a first material discharge hole extends into the fluidized bed pressing bar.
The air supply device comprises an air compressor, an air pipeline and an air pipeline valve; the automobile chassis is also provided with an air compressor which is respectively communicated with the first material cavity air inlet and the second material cavity air inlet on the tank body through air pipelines.
The tank body comprises a tank body cavity body, a front end enclosure, a first material rear end enclosure, a second rear end enclosure and a discharge port end enclosure; jar body cavity body front end be provided with preceding head, the rear end is provided with first material back head, first material back head rear end is connected with second back head, second back head rear end is connected with the discharge gate head, is connected with second material ejection of compact tee bend on the discharge gate head, second material ejection of compact tee bend one end communicate in the second material chamber through second material chamber hose coupling.
The lifting type totally-enclosed multi-material transport vehicle is also provided with a sampling device.
The first material discharge hole is formed in the position 40-60 cm below the right side of the first material cavity.
The transportation vehicle tank body partition plate is a metal partition plate, and anti-sticking plates are further arranged at the positions of the first material discharge port and the second material discharge three-way port.
The discharge outlets of the first material discharge outlet and the second material discharge three-way opening are respectively provided with a butterfly valve capable of being controlled by a control cabinet of the separated material production equipment.
The first material cavity is used for storing powdery materials, and the second material cavity is used for storing granular materials or small granular materials with the water content within 3 percent.
Compared with the prior art, the utility model discloses following profitable technological effect has:
the utility model provides an environment-friendly building material production facility, including disconnect-type material production facility and the totally closed many material transport vechicles of formula of lifting that can transport multiple material simultaneously, through at the barrel in disconnect-type material production facility, set up the baffle in two port conical head major part and the two port conical head microcephaly and come the barrel to cut apart into first material chamber and second material chamber, thus, when needing multiple material to mix production target product or use the material simultaneously, only need a material jar just can deposit multiple material simultaneously, make the area of many materials further reduce like this, thereby equipment use cost and investment cost have been reduced. The separated material production equipment reduces the storage volume of multiple materials, so that the investment is small, the production speed is high, the popularization rate of the separated material production equipment in the market is improved, and the national coverage rate of mortar products is effectively promoted.
Meanwhile, the dust remover and the one-way valve are arranged at the upper end of the first material cavity of the separated material production equipment, so that when materials in the first material cavity drift to the second material cavity, the first materials in the first material cavity can be separated from dust carried by the first materials by the one-way valve, the first materials in the first material cavity fall into the first material cavity, the dust enters the second material cavity, the second material cavity forms a precipitation cup, the dust precipitated into the second material cavity and the second materials can be directly used together, the problem of dust raising of the first materials existing before is well solved, and dust-free production is thoroughly realized through two technical improvements of the one-way valve and the precipitation cup.
Furthermore, the separated material production equipment is provided with a margin information sending component, so that the remote real-time switching of the mix proportion can be realized according to the requirement, the material margin and the running state of the equipment can be monitored remotely in time, and real-time reminding can be realized.
Furthermore, the separating material production equipment is provided with a mixer cleaning device capable of recycling water, so that the equipment can be well cleaned, the automatic cleaning function can be further realized, the cleaned wastewater can be recycled during production, and the energy conservation and emission reduction of resources such as water, electricity, gas and the like can be realized by the equipment.
The utility model provides a totally closed many material transport vechicles of formula of lifting in the environment-friendly building material production facility, this totally closed many material transport vechicles of formula of lifting is through setting up the baffle and cut apart into first material chamber and second material chamber with the jar body, like this when the transportation, the disposable material that can transport multiple difference simultaneously, make the function of vehicle diversified like this, the cost is reduced, environmental pollution has also been reduced, the function of a car transportation multiple material simultaneously has been realized, can satisfy the requirement of job site fast like this, construction speed is improved, it becomes simple to also make the material adopt the pipe simultaneously, the management of building company has been made things convenient for.
Simultaneously, this transport vechicle adopts totally enclosed transportation, can be so that the material avoids appearing throwing along the way in the transportation, and because this transport vechicle has set up the butterfly valve at the discharge gate, when needs are to target equipment transported substance material like this, just can realize demarcating volumetric transport, just so can not appear supplying and needing uneven phenomenon, can reduce the cost of transportation.
Furthermore, this transport vechicle adopts the lift cylinder to lift the jar body, makes the inclination of the jar body be 45 degrees like this for the speed of unloading is fast and the surplus rate is low, 1.2 tons per minute, and the surplus rate is about two ten thousandths, has shortened the time of unloading, has improved conveying efficiency.
Furthermore, each discharge port of the tank body is provided with an anti-sticking plate, so that the friction resistance is reduced, and the materials can smoothly slide to the outlet. Simultaneously, the afterbody of the jar body has changed, makes the material can slide to the position that the tank bottoms is minimum, and the afterbody lower extreme in second material chamber has increased the tee bend discharge gate, has guaranteed going on smoothly of the ejection of compact.
Furthermore, the lifting type totally-enclosed multi-material transport vehicle is provided with a special sampling device, so that the real-time monitoring and the material quality detection are guaranteed.
Furthermore, the lifting type totally-enclosed multi-material transport vehicle can transport small-particle materials with the water content within 3%, and in actual production, the transport vehicle can also transport crushed construction waste, so that the secondary utilization rate of the construction waste is directly improved.
Furthermore, the lifting type totally-enclosed multi-material transport vehicle adopts totally-enclosed transportation, and the whole logistics process is clean, environment-friendly, energy-saving and efficient.
Furthermore, this totally closed many materials transport vechicle of formula of lifting can transport multiple material simultaneously, also can effectively reduce the degree of difficulty of unloading and being under construction, improves conveying efficiency, and then avoids unnecessary loss.
Furthermore, the environment-friendly building material production equipment occupies a small area, does not need mixing in factories and is beneficial to reducing environmental pollution. In the production link, the problem of blockage easily caused during production is thoroughly solved, the production flow is optimized while the quality of the finished building material is ensured, the production efficiency is greatly improved, and the equipment can be used for producing by directly utilizing urban building garbage, so that the recycling of the building garbage is effectively realized, and the development of circular economy is further promoted.
Drawings
FIG. 1 is a schematic sectional view of a separating material production facility in an environment-friendly building material production facility provided by the present invention;
FIG. 2 is a schematic structural diagram 1 of a separation-type material production facility in the environment-friendly building material production facility provided by the present invention;
FIG. 3 is a schematic structural diagram 2 of a separation-type material production facility in the environment-friendly construction material production facility provided by the present invention;
FIG. 4 is a schematic structural diagram of a separation-type material production facility in the environment-friendly construction material production facility of the present invention, shown in FIG. 3;
FIG. 5 is a view in the direction C of FIG. 4;
FIG. 6 is a view taken along line A-A of FIG. 5;
FIG. 7 is a view from the direction B of FIG. 6;
FIG. 8 is a view from direction D-D of FIG. 7;
FIG. 9 is a perspective view of a separation-type material production facility in the environment-friendly construction material production facility of the present invention, shown in FIG. 1;
FIG. 10 is a perspective view of a separation-type material production facility in the environment-friendly construction material production facility of the present invention, shown in FIG. 2;
FIG. 11 is a perspective view of a separation-type material production facility in the environment-friendly construction material production facility of the present invention, shown in FIG. 3;
FIG. 12 is a perspective view of a separation-type material production facility in the environment-friendly construction material production facility of the present invention, shown in FIG. 4;
FIG. 13 is an exploded view of a separation-type material production facility in the environment-friendly construction material production facility of the present invention, FIG. 1;
FIG. 14 is an exploded view of a separation-type material production facility in the environment-friendly construction material production facility of the present invention, FIG. 2;
FIG. 15 is a side view of a separation-type material production facility in the environment-friendly construction material production facility provided by the present invention;
FIG. 16 is a schematic structural diagram 1 of a separation-type material production facility in an environment-friendly construction material production facility provided by the present invention;
FIG. 17 is a schematic structural view of a separation-type material production facility in an environment-friendly construction material production facility according to the present invention, shown in FIG. 2;
FIG. 18 is a schematic structural view of a separation-type material production facility in the environment-friendly construction material production facility of the present invention, shown in FIG. 3;
FIG. 19 is a schematic structural view of a separation-type material production facility in an environment-friendly construction material production facility according to the present invention, shown in FIG. 4;
FIG. 20 is a schematic structural view of a separation-type material production facility in an environment-friendly construction material production facility according to the present invention, shown in FIG. 5;
FIG. 21 is a front view of a lifting type totally-enclosed multi-material transportation cart in the environment-friendly building material production equipment provided by the present invention;
FIG. 22 is a rear view of a lifting type totally-enclosed multi-material transportation vehicle 1 in the environment-friendly construction material production equipment provided by the present invention;
FIG. 23 is a schematic view of a partial sectional structure of a lifting type totally-enclosed multi-material transportation vehicle in the environment-friendly building material production equipment provided by the present invention;
FIG. 24 is a cross-sectional view A-A of FIG. 23;
FIG. 25 is a cross-sectional view B-B of FIG. 23;
FIG. 26 is an enlarged view of section C of FIG. 25;
FIG. 27 is a schematic view of a lifting type totally-enclosed multi-material transportation vehicle in an environment-friendly construction material production facility, showing a usage state 1;
FIG. 28 is a schematic view of a use state of a lifting type totally-enclosed multi-material transportation cart in the environment-friendly building material production equipment of the present invention, as shown in FIG. 2;
FIG. 29 is a schematic structural view of an environment-friendly building material production facility according to the present invention 1;
FIG. 30 is a schematic structural view of an environment-friendly construction material production facility provided by the present invention, FIG. 2;
FIG. 31 is a schematic structural view of an environment-friendly construction material manufacturing apparatus according to the present invention, shown in FIG. 3;
fig. 32 is the utility model provides an environment-friendly building material production facility structure sketch map 4.
Wherein, 1 is a cylinder body; 2 is a big head of a double-mouth conical head; 3 is a small head with a double-opening conical head; 4 is a cylinder base; 5, a stirrer; 6 is a supporting rod of the stirrer; 7 is a cylinder reinforcing ring; 8 is a guardrail; 9 is a top seal head; 10 is a dust remover; 11 is an explosion-proof valve; 12 is a deduster exhaust inlet; 13 is an equipment lifting lug; 14 is a first material feeding pipe; 15 is an exhaust pipe; 16 is a second material feeding pipe; 17 is a second material cone mouth lower end socket; 18 is a second material auger; 19 is a first material rotary blanking valve; 20 is a weighing sensor of the stirrer; 21 is an angle steel reinforcing ring; 22 is the population; 23 is a cross column support; 24, the first material outlet is in sealed flexible connection; 25, the second material outlet is in sealed flexible connection; 26 is a dust remover shell; 27 is a dust remover sealing cover; 28 is a dust separator line; 29 is a one-way valve housing; 30 is a one-way valve plate; 31 is a clapboard; 32 is a steel ladder; 33 is a filter screen; 34 is a cylinder weighing sensor; 35 is an automobile chassis; 36 is a tank body; 37 is an air line; 38 is a second material cavity soft connecting pipe; 39 is a first material outlet; 40 is a front end enclosure; 41 is a tank body clapboard of the transport vehicle; 42 is a first material rear end socket; 43 is a second rear end enclosure; a discharge port end enclosure 44; 45 is a second material discharging three-way opening; 46 is a receiving hopper; 47 is fluidized bed layering; 48 is a fluidized bed material partition; 49 is a fluidized bed conical disc; 50 is a first material discharging end enclosure; 51 is a first material feeding hole; 52 is a second material feed inlet; 53 is a gas pipeline valve; 54 is a lifting oil cylinder; 55 is a first material cavity; 56 is a second material cavity; 57 is an air inlet of the first material cavity; 58 is the air inlet of the second material cavity; 59 is a butterfly valve.
Detailed Description
The technical solution of the present invention will be described clearly and completely with reference to the accompanying drawings, and obviously, the described embodiments are some, but not all embodiments of the present invention. Based on the embodiments in the present invention, all other embodiments obtained by a person skilled in the art without creative work belong to the protection scope of the present invention.
In the description of the present invention, it should be noted that the terms "center", "upper", "lower", "left", "right", "vertical", "horizontal", "inner", "outer", and the like indicate orientations or positional relationships based on the orientations or positional relationships shown in the drawings, and are only for convenience of description and simplification of description, but do not indicate or imply that the device or element referred to must have a specific orientation, be constructed and operated in a specific orientation, and thus, should not be construed as limiting the present invention. Furthermore, the terms "first," "second," and "third" are used for descriptive purposes only and are not to be construed as indicating or implying relative importance.
In the description of the present invention, it is to be noted that, unless otherwise explicitly specified or limited, the terms "mounted," "connected," and "connected" are to be construed broadly, and may be, for example, fixedly connected, detachably connected, or integrally connected; can be mechanically or electrically connected; they may be connected directly or indirectly through intervening media, or they may be interconnected between two elements. The specific meaning of the above terms in the present invention can be understood in specific cases to those skilled in the art.
The present invention will be described in further detail below with reference to specific embodiments and with reference to the accompanying drawings.
Referring to fig. 1 to 32, an environment-friendly building material production apparatus includes a separation type material production apparatus and a lifting type totally-enclosed multi-material transport vehicle capable of transporting various materials simultaneously; the separated material production equipment comprises a cylinder 1, a large head 2 of a double-opening conical head, a small head 3 of the double-opening conical head, a cylinder base 4, a stirrer 5, a dust remover 10, a stirrer weighing sensor 20 and a partition plate 31; the cylinder body 1 is arranged on the cylinder body base 4, the top end socket 9 is arranged at the upper end of the cylinder body 1, the double-opening conical head big head 2 and the double-opening conical head small head 3 are arranged at the lower end of the cylinder body 1, the clapboard 31 penetrates through the inside of the cylinder body 1, the double-opening conical head big head 2 and the double-opening conical head small head 3 to lead the inside of the cylinder body, the double-opening conical head big end 2 and the double-opening conical head small end 3 are divided into a first material cavity and a second material cavity, the double-opening conical head small end 3 is arranged below the first material cavity, the double-opening conical head big end 2 is arranged below the second material cavity, a dust remover 10 used for isolating materials and dust in the first material cavity and preventing the materials in the first material cavity from entering the second material cavity is arranged on a top head 9 at the upper end of the first material cavity, the dust remover is communicated with the first material cavity and the second material cavity, a stirring machine 5 is arranged on a barrel base 4, stirring machine weighing sensors 20 are arranged at four corners of the stirring machine 5, and discharge ports of the double-opening conical head big end 2 and the double-opening conical head small end 3 are connected to a feed port of the stirring machine 5.
It should be noted that the volume ratio of the first material cavity and the second material cavity is set according to the ratio of the two materials in actual use, for example, the volume ratio of the first material cavity to the second material cavity may be 1:3, or may be other ratios, and the proportional relationship is set according to the ratio of the two materials.
The first material chamber and the second material chamber may be vertically separated, or may be horizontally separated, and preferably, the first material chamber and the second material chamber are horizontally separated.
The dust remover 10 comprises a dust remover shell 26, a dust remover sealing cover 27, a dust remover pipeline 28 and a filter screen 33; the dust remover shell 26 is arranged on a first material cavity, a dust remover sealing cover 27 is arranged on the dust remover shell 26, one end of a dust remover pipeline 28 passes through the dust remover sealing cover 27 to be communicated into the first material cavity, the other end passes through a top end socket at the top end of a second material cavity to be communicated into the second material cavity, a one-way valve shell 29 is also arranged on the dust remover pipeline 28, a one-way valve sheet 30 used for separating the material and the dust in the first material cavity and preventing the material in the first material cavity from entering the second material cavity is arranged in the one-way valve shell 29, so that the material in the first material cavity falls back to the first material cavity under the action of the one-way valve, the dust enters the second material cavity, the second material cavity can be used as a precipitation cup, the dust can be used together with the material in the precipitation cup after falling into the precipitation cup, and the interference and influence among different materials can not be generated when one cavity is used, the construction progress is not influenced.
A dust remover exhaust inlet 12 is arranged on the top head 9 at the top end of the second material cavity, and a dust remover pipeline 28 is connected to the dust remover exhaust inlet 12.
It should be noted that, this disconnect-type material production facility, every feeding is orderly, and first material chamber is advanced, and like this in the in-process second material chamber as the effect that the sedimentation cup plays the sediment, and the material in the first material chamber is because the effect of dust remover, and the material can not get into second material chamber, has guaranteed like this that first, the independent production in second material chamber.
The barrel is formed by splicing a plurality of sections of barrels, barrel reinforcing rings 7 are arranged among welding seams of the spliced plurality of sections of barrels, a port 22 is arranged on the barrel 1, an angle steel reinforcing ring 21 is arranged at the joint of the bottom end of the barrel 1 and the barrel base 4, and a steel ladder 32 is also arranged on the barrel 1; the top head 9 is also provided with a guardrail 8, an explosion-proof valve 11 and an equipment lifting lug 13.
Specifically, the small end 3 of the double-opening conical head is located on the side of the large end 2 of the double-opening conical head, a second material conical-opening lower end enclosure 17 is arranged below the large end 2 of the double-opening conical head, a second material auger 18 penetrates through the second material conical-opening lower end enclosure 17 and then is connected to a second material outlet sealing flexible connection 25, the second material outlet sealing flexible connection 25 is connected to a feeding hole in the stirring machine 5, a first material rotary blanking valve 19 is installed at the lower end of the small end 3 of the double-opening conical head, the lower end of the first material rotary blanking valve 19 is connected with a first material outlet sealing flexible connection 24, and the first material outlet sealing flexible connection 24 is connected to another feeding hole in the stirring machine 5. The bottom of the barrel base 4 is provided with a stirrer supporting rod 6, the side edge of the barrel base is provided with a cross-shaped column support 23, and the stirrer supporting rod 6 is provided with four stirrer weighing sensors 20.
The first material cavity is internally provided with a first material feeding pipe 14, the first material feeding pipe 14 extends out of the first material cavity and the double-opening conical head small end 3, the second material cavity is internally provided with an exhaust pipe 15 and a second material feeding pipe 16, and the exhaust pipe 15 and the second material feeding pipe 16 extend out of the second material cavity and the double-opening conical head large end 2.
Furthermore, disconnect-type material production facility still be provided with water cyclic utilization's mixer belt cleaning device, when realizing rinsing the mixer like this, can realize the cyclic utilization of waste water and reduce operation cost and manufacturing cost. Furthermore, the mixer cleaning device with recyclable water can be connected with a control cabinet to realize the automatic cleaning function.
Specifically, the control cabinet is connected with a water pump in the mixer cleaning device to control the opening and closing of the water pump.
Furthermore, disconnect-type material production facility still be equipped with automatically controlled cabinet, all install barrel weighing sensor 34 on four angles of barrel base 4, barrel weighing sensor, mixer weighing sensor and mixer, the motor on two mouthful conical head major part 2 and the two mouthful conical head microcephaly 3 all are connected with the switch board. Therefore, the cylinder weighing sensor and the stirrer weighing sensor send the measured weight information to the control cabinet, and the control cabinet controls the stirrer, the double-opening conical head big head 2 and the double-opening conical head small head 3 to be switched on and off according to the received weight information.
Specifically, the control cabinet controls a first material rotary blanking valve 19 and a motor switch on a second material auger 18 to realize automatic control.
Furthermore, a residual amount information sending component is further arranged on the control cabinet and connected with the remote monitoring control equipment. Therefore, the barrel weighing sensor and the stirrer weighing sensor send the measured weight information to the control cabinet, the control cabinet sends the received weight information to the remote monitoring control equipment through the allowance information sending component, and the remote monitoring control equipment acts according to the received information.
Specifically, the residual information sending component is an SIM card, and the remote monitoring and controlling device is a mobile phone or a computer, so that the control cabinet sends the received weight information to the mobile phone or the computer through the SIM card to remind the user of performing subsequent services. The mobile phone or the computer can also remotely adjust parameters on the control cabinet.
The materials in the first material cavity and the second material cavity are cement and sand, so that feeding is orderly every time, the cement in the first material cavity is advanced, the second material cavity plays a role of sedimentation in the working process, the cement in the first material cavity cannot enter the second material cavity due to the action of a dust remover, dust mixed in the cement enters the sand placing cavity, and the dust can be used together with the sand in the sedimentation cup after falling into the sedimentation cup, so that interference and influence cannot be generated among different materials when one cavity is used for multiple purposes, the construction progress cannot be influenced, and independent production of the first material cavity and the second material cavity is guaranteed.
It should be noted that the material production equipment is mainly used for producing building materials.
The utility model provides an environment-friendly building material production facility, including disconnect-type material production facility and the totally closed many material transport vechicles of formula of lifting that can transport multiple material simultaneously, through at the barrel in disconnect-type material production facility, set up the baffle in two port conical head major part and the two port conical head microcephaly and come the barrel to cut apart into first material chamber and second material chamber, thus, when needing multiple material to mix production target product or use the material simultaneously, only need a material jar just can deposit multiple material simultaneously, make the area of many materials further reduce like this, thereby equipment use cost and investment cost have been reduced. The separated material production equipment reduces the storage volume of multiple materials, so that the investment is small, the production speed is high, the popularization rate of the separated material production equipment in the market is improved, and the national coverage rate of mortar products is effectively promoted.
Meanwhile, the dust remover and the one-way valve are arranged at the upper end of the first material cavity of the separated material production equipment, so that when materials in the first material cavity drift to the second material cavity, the first materials in the first material cavity can be separated from dust carried by the first materials by the one-way valve, the first materials in the first material cavity fall into the first material cavity, the dust enters the second material cavity, the second material cavity forms a precipitation cup, the dust precipitated into the second material cavity and the second materials can be directly used together, the problem of dust raising of the first materials existing before is well solved, and dust-free production is thoroughly realized through two technical improvements of the one-way valve and the precipitation cup.
Furthermore, the separated material production equipment is provided with a margin information sending component, so that the remote real-time switching of the mix proportion can be realized according to the requirement, the material margin and the running state of the equipment can be monitored remotely in time, and real-time reminding can be realized.
Furthermore, the separating material production equipment is provided with a mixer cleaning device capable of recycling water, so that the equipment can be well cleaned, the automatic cleaning function can be further realized, the cleaned wastewater can be recycled during production, and the energy conservation and emission reduction of resources such as water, electricity, gas and the like can be realized by the equipment.
Referring to fig. 21 to 28, a lifting type totally-enclosed multi-material carrier vehicle in an environment-friendly building material production facility comprises an automobile chassis 35, a tank 36, a carrier vehicle tank partition plate 41 and a lifting oil cylinder 54; the automobile chassis 35 on swing joint have a jar body 36, lift cylinder 54 one end is connected to on the automobile chassis 35, the other end is connected to on jar body 36, be provided with transport vechicle jar body baffle 41 in jar body 36, transport vechicle jar body baffle 41 falls into first material chamber 55 and second material chamber 56 with jar body 36, still be provided with air feeder on the automobile chassis 35, air feeder communicates with the cavity of first material chamber 55 and second material chamber 56 respectively, be provided with first material feed inlet 51 on the first material chamber 55, the right downside is provided with first material discharge gate 39, second material chamber 56 upper end is provided with a plurality of second material feed inlets 52, the lower extreme is provided with second material ejection of compact three openings 45, the ejection of compact of second material three openings 45 one end, one end is linked together with second material chamber 56, the other end links to each other with air feeder.
Preferably, the first material outlet 39 is arranged at the lower right side of the cavity of the first material cavity 55 by 40-60 cm. The tank body partition plate 41 of the transport vehicle is a metal partition plate.
Further, a material receiving hopper 46 is arranged at the lower end of the first material cavity 55, a first material discharging end enclosure 50 is arranged below the material receiving hopper 46, a fluidized bed is arranged in the inner cavity of the first material discharging end enclosure 50, and the first material discharging port 39 extends into the fluidized bed.
Specifically, the fluidized bed comprises a fluidized bed pressing bar 47, a fluidized bed material partition 48 and a fluidized bed conical disc 49; the first material discharging end socket 50 is provided with a fluidized bed conical disc 49, the fluidized bed conical disc 49 is provided with a fluidized bed material partition 48, the fluidized bed material partition 48 is provided with a fluidized bed pressing bar 47, and the first material discharging hole 39 extends into the fluidized bed pressing bar 47.
Further, the air supply device comprises an air compressor, an air pipeline 37 and an air pipeline valve 53; the tank body 36 is further provided with a first material cavity air inlet 57 and a second material cavity air inlet 58, the automobile chassis 35 is further provided with an air compressor, and the air compressor is respectively communicated with the first material cavity air inlet 57 and the second material cavity air inlet 58 on the tank body through an air pipeline 37.
The tank 36 comprises a tank cavity body, a front end enclosure 40, a first material rear end enclosure 42, a second rear end enclosure 43 and a discharge port end enclosure 44; the front end of the tank body cavity body is provided with a front sealing head 40, the rear end of the tank body cavity body is provided with a first material rear sealing head 42, the rear end of the first material rear sealing head 42 is connected with a second rear sealing head 43, the rear end of the second rear sealing head 43 is connected with a discharge port sealing head 44, a second material discharge three-port 45 is connected onto the discharge port sealing head 44, and one end of the second material discharge three-port 45 is communicated into a second material cavity 56 through a second material cavity flexible connecting pipe 38.
The discharge gate department of first material discharge gate 39 and second material ejection of compact three-port 45 all be provided with the butterfly valve 59 that can accept disconnect-type material production equipment switch board control, like this when the transport vechicle arrives on-the-spot back, the discharge gate of the first material discharge gate 39 and the second material ejection of compact three-port 45 of transport vechicle is connected the back with the feed inlet of the material production equipment jar body respectively, the switch board control transport vechicle is to the internal transported substance material of material production equipment jar, after material production equipment electronic scale shows to set for the scalar, disconnect-type material production equipment switch board control butterfly valve is closed, just so realized quantitative feeding.
It should be noted that the butterfly valve 59 may also be opened or closed under manual control, or may be opened under control of a control cabinet, which is not limited herein.
Further, the first material cavity 55 is used for storing powdery materials or materials with better fluidity, and the second material cavity 56 is used for storing materials with particle property or fluidity not very good or small-particle materials with water content within 3%.
Further, the first material outlet 39 and the second material outlet three-way opening 45 are also provided with anti-sticking plates.
Furthermore, the lifting type totally-enclosed multi-material transport vehicle is also provided with a sampling device, so that sampling can be realized.
Specifically, when needs are unloaded, lift totally closed many material transport vechicles environment-friendly building material production facility of formula of lifting through the lift hydro-cylinder of self with jar body jack-up 45 degrees to make jar internal moisture great material can follow jar even, steady, quick ejection of compact in the body.
Furthermore, the lifting type fully-closed multi-material transport vehicle environment-friendly building material production equipment is provided with a special sampling device, so that the real-time monitoring and material quality detection are guaranteed.
The air compressor machine is equipped with on the totally closed many material transport vechicle of formula of lifting, and after the air compressor machine reached certain atmospheric pressure to the gas in the jar body air feed jar body, atmospheric pressure promoted the material from the ejection of compact tee bend mouth ejection of compact of second material, and after the material went away to the tee bend department that the dress was good, if after certain time second material ejection of compact tee bend mouth piles up some materials, the air current was reverse to be blown, continues to carry out the material, consequently the utility model discloses a dual mode has realized environmental protection and feasibility ejection of compact.
Preferably, the multiple material transport vehicle transports two materials, the first material is cement, the second material is sand, the first material cavity is used for storing cement, and the second material cavity is used for storing sand.
It should be noted that the second material cavity can also be used for storing small particulate matters with the water content within 3% or transporting crushed construction wastes, so that the utilization of the construction wastes is realized.
The vehicle is mainly used for transporting building materials.
The utility model provides a totally closed many materials transport vechicle of formula of lifting in environment-friendly building material production facility is based on the vehicle of the special transportation mortar raw materials of particulate matter's bulk transport and development, and this transport vechicle is hydraulic pressure lift gas suspension feed bin formula structure of unloading, has the efficient characteristics of energy-concerving and environment-protective.
The utility model provides a lifting type totally-enclosed multi-material transport vehicle's principle of unloading among environment-friendly building material production equipment
When unloading, the material in the first material cavity is unloaded, then the tank body is lifted by the lifting oil cylinder, the material is concentrated at the discharge port of the second material cavity of the tank body to be in a mountain landslide situation, the material is fluidized in the local range of the discharge port by gas suspension, the material is peeled off layer by compressed gas, and finally the raw material in the second material cavity is quickly unloaded through the discharge port, so that the segregation of the raw material caused by long-time stirring is avoided.
The utility model discloses a totally closed many material transport vechicles of formula of lifting of powdery material, granular material in the environment-friendly building material production facility can effectively reduce the degree of difficulty of unloading, reduces the remaining volume of under-deck material, and the reinforcing ability of unloading improves the conveying efficiency, and then avoids the unnecessary loss.
Furthermore, this transport vechicle adopts the lift cylinder to lift the jar body, makes the inclination of the jar body be 45 degrees like this for the speed of unloading is fast and the surplus rate is low, 1.2 tons per minute, and the surplus rate is about two ten thousand, is close to being zero, has shortened the time of unloading, has improved conveying efficiency.
Furthermore, each discharge port of the tank body is provided with an anti-sticking plate, so that the friction resistance is reduced, and the materials can smoothly slide to the outlet. Simultaneously, the afterbody of the jar body has changed, makes the material can slide to the position that the tank bottoms is minimum, and the afterbody lower extreme in second material chamber has increased the tee bend discharge gate, has guaranteed going on smoothly of the ejection of compact.
Furthermore, the lifting type totally-enclosed multi-material transport vehicle in the environment-friendly building material production equipment is provided with a special sampling device, so that the real-time monitoring and the material quality detection are guaranteed.
Furthermore, the lifting type totally-enclosed multi-material transport vehicle in the environment-friendly building material production equipment can transport small-particle materials with the water content within 3 percent, and in actual production, the transport vehicle can also transport crushed building garbage, so that the secondary utilization rate of the building garbage can be directly improved.
Furthermore, the lifting type totally-enclosed multi-material transport vehicle in the environment-friendly building material production equipment adopts totally-enclosed transportation, and the whole logistics process is clean, environment-friendly, energy-saving and efficient.
By integrating the above expressions, the lifting type totally-enclosed multi-material transport vehicle in the environment-friendly building material production equipment meets the transport condition of putting wet sand into a tank.
The utility model provides a totally closed many material transport vechicles of formula of lifting in the environment-friendly building material production facility, through setting up the baffle and cut apart into first material chamber and second material chamber with the jar body, like this when the transportation, disposable can transport the material of multiple difference simultaneously, make the function of vehicle diversified like this, the cost is reduced, environmental pollution has also been reduced, the function of a car transportation multiple material simultaneously has been realized, can satisfy the requirement of job site fast like this, construction speed is improved, it becomes simple to also make the material adopt to manage simultaneously, the management of building company has been made things convenient for.
Simultaneously, this transport vechicle adopts totally enclosed transportation, can be so that the material avoids appearing throwing along the way in the transportation, and because this transport vechicle has set up the butterfly valve at the discharge gate, when needs are to target equipment transported substance material like this, just can realize demarcating volumetric transport, just so can not appear supplying and needing uneven phenomenon, can reduce the cost of transportation.
The utility model discloses the working process adopts the totally closed many material transport vechicles of lift formula in the environment-friendly building material production facility to transport sand and cement to near disconnect-type material production facility earlier, then insert the discharging pipe of the totally closed many material transport vechicles of lift formula on the first material loading pipe and the second material loading pipe of disconnect-type material production facility, then carry the cement in the first material chamber of the totally closed many material transport vechicles of lift formula to the first material chamber of disconnect-type material production facility, after having carried cement, jack up the totally closed many material transport vechicles of lift formula again, carry the sand in its second material chamber to the first material chamber of disconnect-type material production facility, accomplish whole material loading like this, after the material loading is accomplished then open disconnect-type material production facility and carry out mortar production, when the mortar produces certain range, surplus information sending part on the electric control cabinet can send information to remote monitoring control equipment, and the remote monitoring control equipment executes the feeding action after receiving the information. When production is stopped, the mixer cleaning device cleans the mixer, and when remote control is required, remote control is executed.
The utility model provides an environment-friendly building material production facility, area is little, need not the plantmix, is favorable to reducing environmental pollution. In the production link, the problem of blockage easily caused during production is thoroughly solved, the production flow is optimized while the quality of the finished building material is ensured, the production efficiency is greatly improved, and the equipment can be used for producing by directly utilizing urban building garbage, so that the recycling of the building garbage is effectively realized, and the development of circular economy is further promoted. Meanwhile, the cost is reduced, and the environmental pollution is reduced.
The basic principles and the main features of the invention and the advantages of the invention have been shown and described above. It will be understood by those skilled in the art that the present invention is not limited to the above embodiments, and that the foregoing embodiments and descriptions are provided only to illustrate the principles of the present invention without departing from the spirit and scope of the present invention. The scope of the invention is defined by the appended claims and equivalents thereof.
Claims (21)
1. An environment-friendly building material production device is characterized by comprising a separated material production device and a lifting type totally-enclosed multi-material transport vehicle capable of simultaneously transporting various materials; the separated material production equipment comprises a cylinder body (1), a double-opening conical head big head (2), a double-opening conical head small head (3), a cylinder body base (4), a stirrer (5), a dust remover (10), a stirrer weighing sensor (20) and a partition plate (31); the barrel (1) is arranged on a barrel base (4), a top sealing head (9) is arranged at the upper end of the barrel (1), a double-opening conical head big head (2) and a double-opening conical head small head (3) are arranged at the lower end of the barrel, a partition plate (31) penetrates through the interior of the barrel (1), the double-opening conical head big head (2) and the double-opening conical head small head (3) to divide the interior of the barrel, the double-opening conical head big head (2) and the double-opening conical head small head (3) into a first material cavity and a second material cavity, the double-opening conical head small head (3) is arranged below the first material cavity, the double-opening conical head big head (2) is arranged below the second material cavity, a dust remover (10) used for separating materials and dust in the first material cavity and preventing the materials in the first material cavity from entering the second material cavity is arranged on the top sealing head (9) at the upper end of the first material cavity, the dust remover is communicated with the first material cavity and the second material cavity, and a stirrer (5) is arranged on the barrel base (4), four angles of the stirrer (5) are provided with stirrer weighing sensors (20), and discharge ports of the double-opening conical head big head (2) and the double-opening conical head small head (3) are connected to a feed port of the stirrer (5).
2. The environment-friendly building material production equipment as claimed in claim 1, wherein the dust collector (10) comprises a dust collector shell (26), a dust collector sealing cover (27), a dust collector pipeline (28) and a filter screen (33); the dust remover comprises a dust remover shell (26), a dust remover sealing cover (27) is arranged on the dust remover shell (26), one end of a dust remover pipeline (28) penetrates through the dust remover sealing cover (27) to be communicated into the first material cavity, the other end of the dust remover pipeline penetrates through a top head at the top end of the second material cavity to be communicated into the second material cavity, a one-way valve shell (29) is further arranged on the dust remover pipeline (28), and a one-way valve piece (30) used for isolating materials and dust in the first material cavity and preventing the materials in the first material cavity from entering the second material cavity is arranged in the one-way valve shell (29).
3. The environment-friendly building material production equipment as claimed in claim 2, wherein a dust remover exhaust inlet (12) is arranged on the top end socket (9) at the top end of the second material cavity, and a dust remover pipeline (28) is connected to the dust remover exhaust inlet (12).
4. The environment-friendly building material production equipment as claimed in claim 1, wherein a plurality of cylinder reinforcing rings (7) are arranged in the middle of the cylinder (1), a population (22) is arranged on the cylinder (1), an angle steel reinforcing ring (21) is arranged at the bottom end of the cylinder (1), and a steel ladder (32) is further arranged on the cylinder (1); the top head (9) is also provided with a guardrail (8), an explosion-proof valve (11) and an equipment lifting lug (13).
5. The environment-friendly building material production equipment as claimed in claim 1, wherein the small double-opening conical head (3) is located at the side of the large double-opening conical head (2), a second material conical head lower end enclosure (17) is arranged below the large double-opening conical head (2), the second material packing auger (18) penetrates through the second material conical head lower end enclosure (17) and then is connected to a second material outlet sealing flexible connection (25), the second material outlet sealing flexible connection (25) is connected to one feeding port on the stirring machine (5), a first material rotating blanking valve (19) is installed at the lower end of the small double-opening conical head (3), the lower end of the first material rotating blanking valve (19) is connected to the first material outlet sealing flexible connection (24), and the first material outlet sealing flexible connection (24) is connected to the other feeding port on the stirring machine (5).
6. The environment-friendly building material production equipment as claimed in claim 1, wherein a stirrer support rod (6) is arranged at the bottom end of the cylinder base (4), a cross-shaped column support (23) is arranged at the side edge of the cylinder base, and four stirrer weighing sensors (20) are arranged on the stirrer support rod (6).
7. The environment-friendly building material production equipment according to claim 1, wherein a first material feeding pipe (14) is arranged in the first material cavity, the first material feeding pipe (14) extends out of the first material cavity and the double-opening conical head small end (3), an exhaust pipe (15) and a second material feeding pipe (16) are arranged in the second material cavity, and the exhaust pipe (15) and the second material feeding pipe (16) extend out of the second material cavity and the double-opening conical head large end (2).
8. The environment-friendly building material production equipment as claimed in claim 1, wherein the separated material production equipment is further provided with a mixer cleaning device capable of recycling water.
9. The environment-friendly building material production equipment as claimed in claim 1, wherein the separation type material production equipment is further provided with an electric control cabinet, four corners of the cylinder base (4) are respectively provided with a cylinder weighing sensor (34), and the cylinder weighing sensor, the stirrer weighing sensor and the motors on the stirrer, the double-opening conical head big head (2) and the double-opening conical head small head (3) are connected with the control cabinet.
10. The environment-friendly building material production equipment as claimed in claim 9, wherein the control cabinet is further provided with a residual amount information sending component, and the residual amount information sending component is connected with the remote monitoring control equipment.
11. The environment-friendly building material production equipment as claimed in claim 1, wherein the volume ratio of the first material cavity to the second material cavity is set according to the ratio of the two materials in actual use.
12. The environment-friendly building material production equipment according to any one of claims 1 to 11, wherein the lifting type totally-enclosed multi-material transport vehicle comprises an automobile chassis (35), a tank body (36), a partition plate (41) of the tank body of the transport vehicle and a lifting oil cylinder (54); the automobile chassis (35) is movably connected with a tank body (36), one end of a lifting oil cylinder (54) is connected to the automobile chassis (35), the other end of the lifting oil cylinder is connected to the tank body (36), a carrier vehicle tank body partition plate (41) is arranged in the tank body (36), the carrier vehicle tank body partition plate (41) divides the tank body (36) into a first material cavity (55) and a second material cavity (56), an air supply device is further arranged on the automobile chassis (35) and is respectively communicated with the cavities of the first material cavity (55) and the second material cavity (56), a first material feeding hole (51) is formed in the first material cavity (55), a first material discharging hole (39) is formed in the lower right side of the first material cavity, a plurality of second material feeding holes (52) are formed in the upper end of the second material cavity (56), a second material discharging three-way hole (45) is formed in the lower end of the second material discharging, one end of the second material cavity is communicated with the second material cavity (56), and the other end of the second material cavity is connected with the gas supply device.
13. The environment-friendly building material production equipment according to claim 12, wherein a receiving hopper (46) is arranged at the lower end of the first material cavity (55), a first material discharging end enclosure (50) is arranged below the receiving hopper (46), a fluidized bed is arranged in the inner cavity of the first material discharging end enclosure (50), and the first material discharging port (39) extends into the fluidized bed.
14. The environment-friendly building material production equipment as claimed in claim 13, wherein the fluidized bed comprises a fluidized bed pressure strip (47), a fluidized bed material partition (48) and a fluidized bed conical disc (49); a fluidized bed conical plate (49) is arranged on the first material discharging end socket (50), a fluidized bed material partition (48) is arranged on the fluidized bed conical plate (49), a fluidized bed pressing strip (47) is arranged on the fluidized bed material partition (48), and the first material discharging hole (39) extends into the fluidized bed pressing strip (47).
15. The environment-friendly building material production equipment as recited in claim 12, wherein the air supply device comprises an air compressor, an air pipeline (37) and an air pipeline valve (53); a first material cavity air inlet (57) and a second material cavity air inlet (58) are further formed in the tank body (36), an air compressor is further arranged on the automobile chassis (35), and the air compressor is communicated with the first material cavity air inlet (57) and the second material cavity air inlet (58) in the tank body through air pipelines (37).
16. The environment-friendly building material production equipment as claimed in claim 12, wherein the tank (36) comprises a tank cavity body, a front seal head (40), a first material rear seal head (42), a second rear seal head (43) and a discharge hole seal head (44); the tank body cavity body front end be provided with preceding head (40), the rear end is provided with head (42) behind the first material, head (42) rear end is connected with behind the second behind head (43) behind the first material, head (43) rear end is connected with discharge gate head (44) behind the second, is connected with second material ejection of compact tee opening (45) on discharge gate head (44), second material ejection of compact tee opening (45) one end communicate in second material chamber (56) through second material chamber flexible coupling pipe (38).
17. The environment-friendly building material production equipment according to claim 12, wherein the lifting type totally-enclosed multi-material transport vehicle is further provided with a sampling device.
18. The environment-friendly building material production equipment as claimed in claim 12, wherein the first material outlet (39) is arranged at the position 40-60 cm below the right side of the cavity of the first material cavity (55).
19. The environment-friendly building material production equipment as claimed in claim 12, wherein the transportation vehicle tank body partition plate (41) is a metal partition plate, and anti-sticking plates are further arranged at the first material outlet (39) and the second material outlet three-way opening (45).
20. The environment-friendly building material production equipment as claimed in claim 12, wherein the discharge ports of the first material discharge port (39) and the second material discharge three-way port (45) are provided with butterfly valves (59) capable of being controlled by a control cabinet of the separation type material production equipment.
21. The environment-friendly building material production equipment according to claim 12, wherein the first material cavity (55) is used for storing powdery materials, and the second material cavity (56) is used for storing granular materials or small granular materials with the water content within 3%.
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN112847782A (en) * | 2021-01-18 | 2021-05-28 | 陕西未来筑业实业有限公司 | Environment-friendly building material production facility |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112847782A (en) * | 2021-01-18 | 2021-05-28 | 陕西未来筑业实业有限公司 | Environment-friendly building material production facility |
| CN112847782B (en) * | 2021-01-18 | 2024-04-09 | 陕西未来筑业实业有限公司 | Environment-friendly building material production facility |
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