CN204727861U - A kind of coal slime forming machine - Google Patents
A kind of coal slime forming machine Download PDFInfo
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- CN204727861U CN204727861U CN201520452192.XU CN201520452192U CN204727861U CN 204727861 U CN204727861 U CN 204727861U CN 201520452192 U CN201520452192 U CN 201520452192U CN 204727861 U CN204727861 U CN 204727861U
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- shaping
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- forming machine
- coal slime
- elevating lever
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Abstract
The utility model discloses a kind of coal slime forming machine, relate to Coal dressing equipment technical field, this forming machine comprises actuating unit, feeding shaping mechanism, transmission drying mechanism, described actuating unit is with can the elevating lever that moves up and down of in the vertical direction, shaping mould and the shaping pressure-bearing mould of exerting pressure that described feeding shaping mechanism comprises feed-pipe and cooperatively interacts up and down, described shaping mould of exerting pressure is connected with the bottom of elevating lever, described transmission drying mechanism is positioned at the bottom of shaping pressure-bearing mould and is provided with setting die and drying unit successively in the transmission direction of the travelling belt of transmission drying mechanism, transmission drying mechanism end be material-gathering device.This shaping machine structure is reasonable, and working (machining) efficiency is high, and level of automation is higher.
Description
Technical field
The present invention relates to Coal dressing equipment technical field.
Background technology
No matter coal, for modernization industry, is heavy industry, or light industry, no matter be energy industry, metallurgical industry, chemical industry, mechanical industry, or light and textile industries, foodstuffs industry, transportation, all play an important role, various industrial sector will consume a certain amount of coal all to a certain extent, therefore someone claims coal to be industrial " real grain ", one of main energy sources that since being 18th century, human world uses, in coal production process, Coal dressing is needed to become certain shape, so that processing and transport, existing coal is much without processing, exploit out rear direct transport, easily cause waste, rare preliminary working shaped device, because structure design is unreasonable, working (machining) efficiency is low, operation is wasted time and energy, production cost is higher, level of automation is low, process the briquetting prepared poor.Therefore, necessary on prior art basis, design and develop a kind of structure more reasonable, the coal slime shaped device that level of automation is high.
Summary of the invention
The technical problem to be solved in the present invention is to provide a kind of coal slime forming machine, and this shaping machine structure is reasonable, and working (machining) efficiency is high, and level of automation is higher.
For solving the problem, the technical scheme that the present invention takes is: this forming machine comprises actuating unit, feeding shaping mechanism, transmission drying mechanism, described actuating unit is with can the elevating lever that moves up and down of in the vertical direction, shaping mould and the shaping pressure-bearing mould of exerting pressure that described feeding shaping mechanism comprises feed-pipe and cooperatively interacts up and down, described shaping mould of exerting pressure is connected with the bottom of elevating lever, described transmission drying mechanism is positioned at the bottom of shaping pressure-bearing mould and is provided with setting die and drying unit successively in the transmission direction of the travelling belt of transmission drying mechanism, transmission drying mechanism end be material-gathering device.
Preferably, described actuating unit comprises rotary cylinder, sector rack and elevating lever, described rotary cylinder comprises pin jointed end and ejection end, described pin jointed end is rotationally connected with the top in the vertical direction of the first tripod vertically arranged, described ejection end is the piston rod that can do stretching motion along the cylinder body length direction of rotary cylinder, the cross section of described sector rack is fan-shaped and its arcuate flanks is provided with the first latch, the center of circle of described sector rack is rotationally connected with the top in the vertical direction of the second tripod vertically arranged, one end of the end of described piston rod and the arcuate flanks of described sector rack is rotationally connected, elevating lever is provided with the second latch along vertical direction, described first latch and the second latch are engaged mutually, described elevating lever is positioned in vertical stand, vertical stand is provided with rail groove, described elevating lever in rail groove and and be slidably connected between the cell wall of rail groove, vertical stand is also provided with the sheath makeing tangential movement for fettering elevating lever.
Preferably, described shaping mould of exerting pressure is strip structure, described shaping mould of exerting pressure comprises upper trapezoid portion, middle interconnecting piece and lower trapezoid portion, described upper trapezoid portion, middle interconnecting piece and lower trapezoid portion both ends of the surface in the longitudinal direction flush mutually, the cross section of described middle interconnecting piece is rectangle, the cross section in described upper trapezoid portion and lower trapezoid portion is inverted trapezoidal structure, and the upper end face in described upper trapezoid portion is connected with the lower end of elevating lever.
Preferably, described shaping pressure-bearing mould is a Pressure Block with pressure tank, described pressure tank is communicated with the upper surface of Pressure Block, described pressure tank is list structure, the cross-sectional shape of described pressure tank is identical with the cross-sectional shape of shaping mould of exerting pressure, described pressure tank with can in the vertical direction lifting trough floor.
Preferably, the middle interconnecting piece of shaping mould of exerting pressure is provided with along the length direction of middle interconnecting piece the breach of bottom surface, multiple downward connection lower trapezoid portion, the two sides in described breach through middle interconnecting piece and lower trapezoid portion in the horizontal direction, are provided with dividing plate between two adjacent breach.
Preferably, described feed-pipe is two, two described feed-pipes lay respectively at the both sides of Pressure Block, the discharge port of described feed-pipe is positioned at the upside of pressure tank, two described feed-pipes are arranged symmetrically with, the tube wall of feed-pipe is provided with the work shape block board for preventing feed-pipe from shaking, and described work shape block board is two, and described feed-pipe is between two work shape block boards.
Preferably, described transmission drying mechanism comprises the travelling belt arranged in the horizontal direction, the upper surface of travelling belt be evenly placed with multiple can with the trough floor of conveyer belt, each trough floor corresponding is equipped with a through hole on a moving belt, described through hole is positioned at immediately below trough floor, described transmission drying mechanism also comprises ejection direction ejection cylinder upwards, the piston rod of described ejection cylinder is positioned at immediately below pressure tank, the circular groove suitable with the piston rod end face of ejection cylinder is provided with in the lower surface centre of each trough floor, the piston rod of described ejection cylinder contacts with the bottom land of circular groove by after through hole.
Preferably, the transmission direction of travelling belt is provided with setting die and drying unit, described setting die is the disk of bottom surface with some inserted links, described inserted link is vertically arranged, the upper end face of described disk is connected with the piston rod of punching cylinder, described drying unit is dryer, and the bottom of described dryer is with multiple air port for blowing hot air.
Preferably, described material-gathering device comprises the aggregate bin and splicing dashpots that are positioned at travelling belt end, described aggregate bin is positioned at immediately below splicing dashpots, described splicing dashpots is a tubular article that can rotate at vertical direction, the outer wall of splicing dashpots is circumferentially provided with the splicing hook of four L shapes, and described splicing is rotated counterclockwise under being hooked in the drive of splicing dashpots and successively through the end of travelling belt.
Preferably, described travelling belt is controlled by the first motor, and described splicing dashpots is controlled by the second motor, and described first motor, the second motor, rotary cylinder, ejection cylinder, punching cylinder are all controlled by PLC.
The beneficial effect adopting technique scheme to produce is: the reasonable in design of this forming machine, operating automation degree is high, is conducive to the automatic moulding of coal slime, substantially increases the shaping efficiency of coal slime, saves manpower, has saved cost.
Accompanying drawing explanation
Fig. 1 structural representation of the present invention;
Fig. 2 is the side-view of shaping mould of exerting pressure in Fig. 1;
Fig. 3 is the vertical view of trough floor;
Fig. 4 is the vertical view of travelling belt;
Fig. 5 is the upward view of disk.
Wherein, 1, elevating lever, 2, feed-pipe, 3, travelling belt, 4, rotary cylinder, 5, sector rack, 6, the first tripod, the 7, second tripod, 8, vertical stand, 9, sheath, 10, upper trapezoid portion, 11, middle interconnecting piece, 12, lower trapezoid portion, 13, pressure tank, 14, Pressure Block, 15, trough floor, 16, breach, 17, dividing plate, 18, work shape block board, 19, ejection cylinder, 20, inserted link, 21, disk, 22, punching cylinder, 23, dryer, 24, air port, 25, aggregate bin, 26, splicing dashpots, 27, splicing hook.
Embodiment
Below in conjunction with the drawings and specific embodiments, the present invention is further detailed explanation: as shown in Figure 1, this forming machine comprises actuating unit, feeding shaping mechanism, transmission drying mechanism, described actuating unit is with can the elevating lever 1 that moves up and down of in the vertical direction, shaping mould and the shaping pressure-bearing mould of exerting pressure that described feeding shaping mechanism comprises feed-pipe 2 and cooperatively interacts up and down, described shaping mould of exerting pressure is connected with the bottom of elevating lever 1, described transmission drying mechanism is positioned at the bottom of shaping pressure-bearing mould and is provided with setting die and drying unit successively in the transmission direction of the travelling belt 3 of transmission drying mechanism, transmission drying mechanism end be material-gathering device, its use procedure is, coal slime enters into the inside of shaping pressure-bearing mould through feeding shaping mechanism, and under the drive of actuating unit, make shaping mould and the shaping pressure-bearing mould of exerting pressure interact, then shaping coal slime is dried through transmitting drying mechanism, and drive to material-gathering device inner, complete the shaping of coal slime and collect.
As shown in Figure 1, actuating unit comprises rotary cylinder 4, sector rack 5 and elevating lever 1, described rotary cylinder 4 comprises pin jointed end and ejection end, described pin jointed end is rotationally connected with the top in the vertical direction of the first tripod 6 vertically arranged, described ejection end is the piston rod that can do stretching motion along the cylinder body length direction of rotary cylinder 4, the cross section of described sector rack 5 is fan-shaped and its arcuate flanks is provided with the first latch, the center of circle of described sector rack 5 is rotationally connected with the top in the vertical direction of the second tripod 7 vertically arranged, one end of the end of described piston rod and the arcuate flanks of described sector rack 5 is rotationally connected, elevating lever 1 is provided with the second latch along vertical direction, described first latch and the second latch are engaged mutually, described elevating lever 1 is positioned in vertical stand 8, vertical stand 8 is provided with rail groove, described elevating lever 1 in rail groove and and be slidably connected between the cell wall of rail groove, vertical stand 8 is also provided with the sheath 9 makeing tangential movement for fettering elevating lever 1, the piston rod of the rotary cylinder 4 of actuating unit constantly carries out ejection, thus pull sector rack 5 to move reciprocatingly on perpendicular, and the first latch of sector rack 5 is engaged mutually with the second latch on elevating lever 1, such elevating lever 1 will constantly move reciprocatingly by the vertical direction, vertical stand 8 is that elevating lever 1 provides the effect supporting and carry, elevating lever 1 moves up and down in the rail groove of vertical stand 8, and with sheath 9, elevating lever 1 mobile dislocation in the horizontal direction can be prevented.
As shown in Figure 1, Figure 2 and Figure 3, shaping mould of exerting pressure is strip structure, shaping mould of exerting pressure comprises upper trapezoid portion 10, middle interconnecting piece 11 and lower trapezoid portion 12, described upper trapezoid portion 10, middle interconnecting piece 11 and lower trapezoid portion 12 both ends of the surface in the longitudinal direction flush mutually, the cross section of described middle interconnecting piece 11 is rectangle, the cross section in described upper trapezoid portion 10 and lower trapezoid portion 12 is inverted trapezoidal structure, and the upper end face in described upper trapezoid portion 10 is connected with the lower end of elevating lever 1.Described shaping pressure-bearing mould is a Pressure Block 14 with pressure tank 13, described pressure tank 13 is communicated with the upper surface of Pressure Block 14, described pressure tank 13 is in list structure, the cross-sectional shape of described pressure tank 13 is identical with the cross-sectional shape of shaping mould of exerting pressure, described pressure tank 13 with can in the vertical direction lifting trough floor 15.The middle interconnecting piece 11 of shaping mould of exerting pressure is provided with along the length direction of middle interconnecting piece 11 breach 16 of bottom surface, multiple downward connection lower trapezoid portion 12, the two sides in described breach 16 through middle interconnecting piece 11 and lower trapezoid portion 12 in the horizontal direction, dividing plate 17 is provided with between two adjacent breach 16, the bottom of elevating lever 1 connects by upper trapezoid portion 10, what middle interconnecting piece 11 and lower trapezoid portion 12 formed shapingly exerts pressure on mould, constantly move up and down at the drive compacted under of elevating lever 1 mould of exerting pressure, and cooperatively interact with the pressure tank 13 on shaping pressure-bearing mould, namely first inside pressure tank 13, coal slime is injected by feed-pipe 2, then shaping mould of exerting pressure declines, when the bottom in lower trapezoid portion 12 contacts with the bottom of pressure tank 13 time, inner coal slime just defines the coal slime block of multiple mutual separation, it is now first one-step forming.
As shown in Figure 1, feed-pipe 2 is two, two described feed-pipes 2 lay respectively at the both sides of Pressure Block 14, the discharge port of described feed-pipe 2 is positioned at the upside of pressure tank 13, two described feed-pipes 2 are arranged symmetrically with, the tube wall of feed-pipe 2 is provided with the work shape block board 18 for preventing feed-pipe 2 from shaking, described work shape block board 18 is two, described feed-pipe 2 is between two work shape block boards 18, feed-pipe 2 lays respectively at the both sides of Pressure Block 14, coal slime can be injected in pressure tank 13 from both direction, add efficiency, feed-pipe 2 is actual is exactly coal pipe, air pump can be relied on to promote coal slime move in feed-pipe 2, so the resistance to overturning in order to increase feed-pipe 2, and be provided with two the work shape block boards 18 can clamping feed-pipe 2.
As Fig. 1, shown in Fig. 4 and Fig. 5, transmission drying mechanism comprises the travelling belt 3 arranged in the horizontal direction, multiple trough floor 15 can moved with travelling belt 3 is evenly placed with at the upper surface of travelling belt 3, on travelling belt 3, each trough floor 15 corresponding is equipped with a through hole, described through hole is positioned at immediately below trough floor 15, described transmission drying mechanism also comprises ejection direction ejection cylinder 19 upwards, the piston rod of described ejection cylinder 19 is positioned at immediately below pressure tank 13, the circular groove suitable with the piston rod end face of ejection cylinder 19 is provided with in the lower surface centre of each trough floor 15, the piston rod of described ejection cylinder 19 contacts with the bottom land of circular groove by after through hole.The transmission direction of travelling belt 3 is provided with setting die and drying unit, described setting die is the disk 21 of bottom surface with some inserted links 20, described inserted link 20 is vertically arranged, the upper end face of described disk 21 is connected with the piston rod of punching cylinder 22, described drying unit is dryer 23, the bottom of described dryer 23 is with multiple air port 24 for blowing hot air, because the bottom of pressure tank 13 is with the trough floor 15 that can move up and down, trough floor 15 completes by means of the ejection cylinder 19 of bottom to move up and down, and the quantity of trough floor 15 does not only have one, but it is multiple, it is evenly distributed on the upper surface of travelling belt 3, when feed-pipe 2 is to before charging in pressure tank 13, first the piston rod of ejection cylinder 19 is made to increase, make the circular groove of the bottom through the trough floor 15 withstood after through hole above transmission belt 3, and rise to bottom pressure tank 13, now travelling belt 3 stops operating, then after charging and first one-step forming, ejection cylinder 19 declines again, trough floor 15 is made to fall above travelling belt 3, now travelling belt 3 continues mobile, when next trough floor 15 is positioned at directly over ejection cylinder 19 time, repeat aforesaid operations, multiple like this trough floor 15 just all carries the coal slime of just one-step forming successively, and when it moves to the below of setting die time, setting die is under the drive of punching cylinder 22, punching is carried out to coal slime, formed cellular, the quantity of setting die is the same with the quantity of coal slime in each trough floor 15, realize one_to_one corresponding punching, along with the motion of transmission belt 3, when through dryer 23 time, coal slime is just dried by dryer 23 rapidly, reach certain intensity, final fortune is to material-gathering device.
Material-gathering device comprises the aggregate bin 25 and splicing dashpots 26 that are positioned at travelling belt 3 end, described aggregate bin 25 is positioned at immediately below splicing dashpots 26, described splicing dashpots 26 is a tubular article that can rotate at vertical direction, the outer wall of splicing dashpots 26 is circumferentially provided with the splicing hook 27 of four L shapes, described splicing hook 27 is rotated counterclockwise and successively through the end of travelling belt 3 under the drive of splicing dashpots 26, held by the splicing hook 27 rotated counterclockwise when multiple coal slime moves to the end of travelling belt 3 time, play the effect of buffering, coal slime is placed on inside aggregate bin 25.
Owing to cooperatively interacting between each mechanism of above manipulation require, so travelling belt 3 is controlled by the first motor, described splicing dashpots 26 is controlled by the second motor, described first motor, the second motor, rotary cylinder 4, ejection cylinder 19, punching cylinder 22 are all controlled by PLC, these mechanisms are when PLC unification sends instruction, can accomplish to cooperatively interact, complete specific action in the specific time.
The beneficial effect adopting technique scheme to produce is: the reasonable in design of this forming machine, operating automation degree is high, is conducive to the automatic moulding of coal slime, substantially increases the shaping efficiency of coal slime, saves manpower, has saved cost.
Claims (10)
1. a coal slime forming machine, it is characterized in that: this forming machine comprises actuating unit, feeding shaping mechanism, transmission drying mechanism, described actuating unit is with can the elevating lever (1) that moves up and down of in the vertical direction, shaping mould and the shaping pressure-bearing mould of exerting pressure that described feeding shaping mechanism comprises feed-pipe (2) and cooperatively interacts up and down, described shaping mould of exerting pressure is connected with the bottom of elevating lever (1), described transmission drying mechanism is positioned at the bottom of shaping pressure-bearing mould and is provided with setting die and drying unit successively in the transmission direction of the travelling belt (3) of transmission drying mechanism, transmission drying mechanism end be material-gathering device.
2. a kind of coal slime forming machine according to claim 1, it is characterized in that: described actuating unit comprises rotary cylinder (4), sector rack (5) and elevating lever (1), described rotary cylinder (4) comprises pin jointed end and ejection end, described pin jointed end is rotationally connected with the top in the vertical direction of the first tripod (6) vertically arranged, described ejection end is the piston rod that can do stretching motion along the cylinder body length direction of rotary cylinder (4), the cross section of described sector rack (5) is fan-shaped and its arcuate flanks is provided with the first latch, the center of circle of described sector rack (5) is rotationally connected with the top in the vertical direction of the second tripod (7) vertically arranged, one end of the end of described piston rod and the arcuate flanks of described sector rack (5) is rotationally connected, elevating lever (1) is provided with the second latch along vertical direction, described first latch and the second latch are engaged mutually, described elevating lever (1) is positioned in vertical stand (8), vertical stand (8) is provided with rail groove, described elevating lever (1) in rail groove and and be slidably connected between the cell wall of rail groove, vertical stand (8) is also provided with the sheath (9) makeing tangential movement for fettering elevating lever (1).
3. a kind of coal slime forming machine according to claim 2, it is characterized in that: described shaping mould of exerting pressure is strip structure, described shaping mould of exerting pressure comprises upper trapezoid portion (10), middle interconnecting piece (11) and lower trapezoid portion (12), described upper trapezoid portion (10), middle interconnecting piece (11) and lower trapezoid portion (12) both ends of the surface in the longitudinal direction flush mutually, the cross section of described middle interconnecting piece (11) is rectangle, the cross section of described upper trapezoid portion (10) and lower trapezoid portion (12) is inverted trapezoidal structure, the upper end face of described upper trapezoid portion (10) is connected with the lower end of elevating lever (1).
4. a kind of coal slime forming machine according to claim 3, it is characterized in that: described shaping pressure-bearing mould is a Pressure Block with pressure tank (13) (14), described pressure tank (13) is communicated with the upper surface of Pressure Block (14), described pressure tank (13) is in list structure, the cross-sectional shape of described pressure tank (13) is identical with the cross-sectional shape of shaping mould of exerting pressure, described pressure tank (13) with can in the vertical direction lifting trough floor (15).
5. a kind of coal slime forming machine according to claim 4, it is characterized in that: the breach (16) being provided with multiple downward connection lower trapezoid portion (12) bottom surface on the middle interconnecting piece (11) of shaping mould of exerting pressure along the length direction of middle interconnecting piece (11), the two sides of described breach (16) through middle interconnecting piece (11) and lower trapezoid portion (12) in the horizontal direction, are provided with dividing plate (17) between two adjacent breach (16).
6. a kind of coal slime forming machine according to claim 5, it is characterized in that: described feed-pipe (2) is two, two described feed-pipes (2) lay respectively at the both sides of Pressure Block (14), the discharge port of described feed-pipe (2) is positioned at the upside of pressure tank (13), two described feed-pipes (2) are arranged symmetrically with, the tube wall of feed-pipe (2) is provided with the work shape block board (18) for preventing feed-pipe (2) from shaking, described work shape block board (18) is two, and described feed-pipe (2) is positioned between two work shape block boards (18).
7. a kind of coal slime forming machine according to claim 6, it is characterized in that: described transmission drying mechanism comprises the travelling belt (3) arranged in the horizontal direction, multiple trough floor (15) can moved with travelling belt (3) is evenly placed with at the upper surface of travelling belt (3), a through hole is equipped with upper corresponding each trough floor (15) of travelling belt (3), described through hole is positioned at immediately below trough floor (15), described transmission drying mechanism also comprises ejection direction ejection cylinder (19) upwards, the piston rod of described ejection cylinder (19) is positioned at immediately below pressure tank (13), the circular groove suitable with the piston rod end face of ejection cylinder (19) is provided with in the lower surface centre of each trough floor (15), the piston rod of described ejection cylinder (19) contacts with the bottom land of circular groove by after through hole.
8. a kind of coal slime forming machine according to claim 7, it is characterized in that: in the transmission direction of travelling belt (3), be provided with setting die and drying unit, described setting die is the disk (21) of bottom surface with some inserted links (20), described inserted link (20) is vertically arranged, the upper end face of described disk (21) is connected with the piston rod of punching cylinder (22), described drying unit is dryer (23), and the bottom of described dryer (23) is with multiple air port for blowing hot air (24).
9. a kind of coal slime forming machine according to claim 8, it is characterized in that: described material-gathering device comprises the aggregate bin (25) and splicing dashpots (26) that are positioned at travelling belt (3) end, described aggregate bin (25) is positioned at immediately below splicing dashpots (26), described splicing dashpots (26) is a tubular article that can rotate at vertical direction, the outer wall of splicing dashpots (26) is circumferentially provided with the splicing hook (27) of four L shapes, described splicing hook (27) is rotated counterclockwise and successively through the end of travelling belt (3) under the drive of splicing dashpots (26).
10. a kind of coal slime forming machine according to claim 9, it is characterized in that: described travelling belt (3) is controlled by the first motor, described splicing dashpots (26) is controlled by the second motor, and described first motor, the second motor, rotary cylinder (4), ejection cylinder (19), punching cylinder (22) are all controlled by PLC.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520452192.XU CN204727861U (en) | 2015-06-29 | 2015-06-29 | A kind of coal slime forming machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520452192.XU CN204727861U (en) | 2015-06-29 | 2015-06-29 | A kind of coal slime forming machine |
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| Publication Number | Publication Date |
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| CN204727861U true CN204727861U (en) | 2015-10-28 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520452192.XU Expired - Fee Related CN204727861U (en) | 2015-06-29 | 2015-06-29 | A kind of coal slime forming machine |
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| CN (1) | CN204727861U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104927956A (en) * | 2015-06-29 | 2015-09-23 | 崔子扬 | Coal slime forming machine |
| CN108556404A (en) * | 2018-05-10 | 2018-09-21 | 柳州市融腾商贸有限公司 | A kind of multifunctional building material production facility |
-
2015
- 2015-06-29 CN CN201520452192.XU patent/CN204727861U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104927956A (en) * | 2015-06-29 | 2015-09-23 | 崔子扬 | Coal slime forming machine |
| CN104927956B (en) * | 2015-06-29 | 2017-03-15 | 江苏中威重工机械有限公司 | A kind of coal slime forming machine |
| CN106584910A (en) * | 2015-06-29 | 2017-04-26 | 崔子扬 | Coal slime forming machine provided with power mechanism |
| CN108556404A (en) * | 2018-05-10 | 2018-09-21 | 柳州市融腾商贸有限公司 | A kind of multifunctional building material production facility |
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Granted publication date: 20151028 Termination date: 20170629 |
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