CN204869195U - Cement pole, tubular pile, culvert pipe are from formula circulation steam maintenance cellar for storing things that falls - Google Patents
Cement pole, tubular pile, culvert pipe are from formula circulation steam maintenance cellar for storing things that falls Download PDFInfo
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- CN204869195U CN204869195U CN201520582184.7U CN201520582184U CN204869195U CN 204869195 U CN204869195 U CN 204869195U CN 201520582184 U CN201520582184 U CN 201520582184U CN 204869195 U CN204869195 U CN 204869195U
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Abstract
(B, ) the utility model relates to a pipe fitting steam curing means technical field is a cement pole, tubular pile, culvert pipe are from formula circulation steam maintenance cellar for storing things that falls, and it stores the inclined plane of the end for having the low slope in the high right side in a left side including the cellar for storing things end, preceding side wall, back side wall, top cap, left gate, right gate, forms the steam chamber between the right -hand member of left gate and the left end of right gate, is equipped with the barrier mechanism that at least a set of ability is gone up and down in the steam chamber from left to right. The utility model has the advantages of reasonable and compact structure, convenient to use, it stores the inclined plane of the end for having the slope, and product and mould can rely on self gravity to roll to the steam chamber in along the inclined plane gliding, a left side gate and right gate adopt the twice gate respectively, greatly reduced the loss of steam, more energy -concerving and environment -protective, have safe, laborsaving, simple and convenient, efficient characteristics. (B, )
Description
Technical field
the utility model relates to pipe fitting steam curing apparatus technical field, is a kind of cement pole, pile tube, culvert pipe gravity type cyclic steam maintenance cellar for storing things.
Background technology
at present, in the manufacturing process of cement pole, pile tube, culvert pipe, build shaping product to put into steam curing cellar for storing things carry out steam curing together with mould, because the size of the products such as cement pole, pile tube, culvert pipe is large, structure bulky, therefore need to use the hanging devices such as crane cement pole, pile tube, culvert pipe and mould to be hung in maintenance cellar for storing things, treat that maintenance work is complete, also need to use crane to hang out maintenance cellar for storing things, bothersome effort, operating efficiency is low, mold use efficiency is low, and production cost is high; Simultaneously, cement pole, pile tube, culvert pipe and mould are in the process hanging in and hang out maintenance cellar for storing things, the upper end by maintenance is stored is needed to open, a large amount of steam is overflowed, and waste energy, operation field is full of steam, affect the sight line of operating personnel, there is potential safety hazard, operating personnel's operation in hot and humid environment, work under bad environment.
Summary of the invention
the utility model provides a kind of cement pole, pile tube, culvert pipe gravity type cyclic steam maintenance cellar for storing things, overcome the deficiency of above-mentioned prior art, what it effectively can solve that existing maintenance cellar for storing things exists need to use crane to hang in hangs out, wastes time and energy, efficiency of construction is lower, mould utilization rate is low, production cost is high, steam overflows in a large number, the problem of the potential safety hazard that wastes energy, exists.
the technical solution of the utility model is realized by following measures: a kind of cement pole, pile tube, the maintenance of culvert pipe gravity type cyclic steam is stored, comprise the end, cellar for storing things, front side wall, back side wall, top cover, left gate, right gate, the lower end of front side wall is fixedly mounted on the forward edge at the end, cellar for storing things, the lower end of back side wall is fixedly mounted on the posterior edges at the end, cellar for storing things, top cover is fixedly mounted on the upper end of wall, front side and the upper end of back side wall, left gate installation is at the left end of front side wall, the left end of back side wall, on the left end of top cover, right gate installation is at the right-hand member of front side wall, the right-hand member of back side wall, on the right-hand member of top cover, the end, cellar for storing things is the inclined plane with the right low left high gradient, vaporium is formed between the right-hand member of left gate and the left end of right gate, at least one group of first blocking mechanism that can be elevated is provided with from left to right in vaporium.
here is the further optimization and/or improvements to above-mentioned utility model technical scheme:
above-mentioned left gate comprises spaced first gate and the second gate from left to right, and the first gate, the second gate, top cover inwall, cellar for storing things end inwall, the inwall of front side wall, the inwall of back side wall surround preheating chamber.
one group of second blocking mechanism that can be elevated is provided with in above-mentioned preheating chamber; Or/and the first gate and the second gate are overhead door.
above-mentioned right gate comprises spaced 3rd gate and the 4th gate from left to right, and the 3rd gate, the 4th gate, top cover inwall, cellar for storing things end inwall, the inwall of front side wall, the inwall of back side wall surround cooling chamber.
one group of the 3rd blocking mechanism that can be elevated is provided with in above-mentioned cooling chamber; Or/and the 3rd gate and the 4th gate are overhead door.
above-mentioned each organize the first blocking mechanism and comprise two hydraulic jacks or cylinder that arrange along front and back, hydraulic jack or cylinder include cylinder body and piston rod, and cylinder body is fixedly mounted on top cover, and piston rod is through top cover be positioned at vaporium.
above-mentioned each organize the first blocking mechanism and comprise two hydraulic jacks or cylinder that arrange along front and back, hydraulic jack or cylinder include cylinder body and piston rod, and cylinder body is fixedly mounted on top cover, and piston rod is through top cover be positioned at vaporium;
each is organized the second blocking mechanism and comprises two hydraulic jacks or cylinder that arrange along front and back, and hydraulic jack or cylinder include cylinder body and piston rod, and cylinder body is fixedly mounted on top cover, and piston rod passes top cover and is positioned at preheating chamber.
above-mentioned each organize the first blocking mechanism and comprise two hydraulic jacks or cylinder that arrange along front and back, hydraulic jack or cylinder include cylinder body and piston rod, and cylinder body is fixedly mounted on top cover, and piston rod is through top cover be positioned at vaporium;
each group the 3rd blocking mechanism comprises two hydraulic jacks or cylinder that arrange along front and back, and hydraulic jack or cylinder include cylinder body and piston rod, and cylinder body is fixedly mounted on top cover, and piston rod passes top cover and is positioned at cooling chamber.
the utility model reasonable and compact in structure, easy to use, its end, cellar for storing things is the acclive inclined plane of tool, product and mould can rely on self gravitation to be rolled in vaporium along inclined plane downslide, close left gate immediately, product with mould in vaporium after maintenance, right gate is opened, the product that maintenance is good rolls out with automatic the downslide in vaporium of mould, achieve the gravity type maintenance of product with mould, eliminate the hanging devices such as crane, time saving and energy saving, operating efficiency significantly improves, and improves the security of maintenance work simultaneously; After the product that maintenance is good rolls out with mould downslide, mould is pulled down namely reusable, improve mold use efficiency, treat that the product of maintenance rolls in vaporium continuously with mould, the product that maintenance is good rolls out continuously with mould in vaporium, achieve the cycle operation of mould, improve mold use efficiency, reduce production cost; Left gate adopts twice gate, and right gate adopts twice gate, greatly reduces the loss of steam, saves fire coal, natural gas, electric power equal energy source, more energy-conserving and environment-protective, has safe, laborsaving, easy, efficient feature.
Accompanying drawing explanation
accompanying drawing 1 is that the master of the utility model most preferred embodiment looks sectional structure schematic diagram.
accompanying drawing 2 is the sectional structure schematic diagram at A-A place in accompanying drawing 1.
coding in accompanying drawing is respectively: 1 is the end, cellar for storing things, 2 is front side wall, 3 is back side wall, 4 is top cover, 5 is vaporium, 6 is the first gate, 7 is the second gate, 8 is preheating chamber, 9 is the 3rd gate, 10 is the 4th gate, 11 is cooling chamber, 12 is the first hydraulic jack, 13 is the second hydraulic jack, 14 is the 3rd hydraulic jack, 15 is the 4th hydraulic jack, 16 is the 5th hydraulic jack, 17 is the 6th hydraulic jack, 18 is the 7th hydraulic jack, 19 is the 8th hydraulic jack, 20 is the 9th hydraulic jack, 21 is the tenth hydraulic jack, 22 is the 11 hydraulic jack, 23 is the 12 hydraulic jack, 24 is the 13 hydraulic jack, 25 is the 14 hydraulic jack, 26 is the 15 hydraulic jack, 27 is the 16 hydraulic jack, 28 is the 17 hydraulic jack, 29 is the 18 hydraulic jack, 30 is the 19 hydraulic jack, 31 is the 20 hydraulic jack, 32 is the 21 hydraulic jack, 33 is the 22 hydraulic jack, 34 is the 23 hydraulic jack, 35 is the 24 hydraulic jack, 36 is the 25 hydraulic jack, 37 is the 26 hydraulic jack, 38 is the 27 hydraulic jack, 39 is the 28 hydraulic jack, 40 is the 29 hydraulic jack, 41 is the 30 hydraulic jack, 42 is the 31 hydraulic jack, 43 is the 32 hydraulic jack, 44 is mould.
Detailed description of the invention
the utility model by the restriction of following embodiment, can not determine concrete embodiment according to the technical solution of the utility model and actual conditions.
in the utility model, for convenience of description, the description of the relative position relation of each parts is all be described according to the Butut mode of Figure of description 1, as: the position relationship of forward and backward, upper and lower, left and right etc. determines according to the Butut direction of Figure of description.
below in conjunction with embodiment and accompanying drawing, the utility model is further described:
as accompanying drawing 1, shown in 2, this cement pole, pile tube, culvert pipe gravity type cyclic steam maintenance cellar for storing things comprises the end 1, cellar for storing things, front side wall 2, back side wall 3, top cover 4, left gate, right gate, the lower end of front side wall 2 is fixedly mounted on the forward edge at the end 1, cellar for storing things, the lower end of back side wall 3 is fixedly mounted on the posterior edges at the end 1, cellar for storing things, top cover 4 is fixedly mounted on the upper end of wall 2, front side and the upper end of back side wall 3, left gate installation is at the left end of front side wall 2, the left end of back side wall 3, on the left end of top cover 4, right gate installation is at the right-hand member of front side wall 2, the right-hand member of back side wall 3, on the right-hand member of top cover 4, the end 1, cellar for storing things, is for having the inclined plane of the right low left high gradient, vaporium 5 is formed between the right-hand member of left gate and the left end of right gate, at least one group of first blocking mechanism that can be elevated is provided with from left to right in vaporium 5.Each is organized the first blocking mechanism and comprises two hydraulic jacks or cylinder that arrange along front and back, and hydraulic jack or cylinder include cylinder body and piston rod, and cylinder body is fixedly mounted on top cover 4, and piston rod passes top cover 4 and is positioned at vaporium 5.Hydraulic jack fast response time, control accuracy is high, and noise is little, is convenient to realize Automated condtrol.First blocking mechanism can be arranged on top cover 4, and motion stops from the top down; First blocking mechanism can be also buried piece, is arranged at the end 1, cellar for storing things, and motion from bottom to top stops; Cylinder has the advantage that reaction is fast, cost is low.In use, left gate is opened, product and mould 44 enter vaporium 5 from the left end at the end 1, cellar for storing things, because the end 1, cellar for storing things is the acclive inclined plane of tool, therefore product and mould 44 can rely on self gravitation to be rolled in vaporium 5 along inclined plane downslide, close left gate immediately, product with mould 44 in vaporium 5 after maintenance, right gate is opened, the product that maintenance is good rolls out with automatic the downslide in vaporium 5 of mould 44, achieve the gravity type maintenance of product with mould 44, simplify flow chart, eliminate the hanging devices such as crane, time saving and energy saving, operating efficiency significantly improves, improve the security of maintenance work simultaneously, the safety coefficient of maintenance work is made to improve more than 80%, after the product that maintenance is good rolls out with mould 44 downslide, mould 44 is pulled down namely reusable, improve the service efficiency of mould 44, treat that the product of maintenance rolls in vaporium 5 with mould 44 continuously, the product that maintenance is good rolls out continuously with mould 44 in vaporium 5, achieves the cycle operation of mould 44, enhances productivity, improve the service efficiency of mould 44, reduce production cost.
according to actual needs, above-mentioned cement pole, pile tube, culvert pipe gravity type cyclic steam maintenance cellar for storing things can be made further optimization and/or improvements:
as shown in accompanying drawing 1,2, above-mentioned left gate comprises spaced first gate 6 and the second gate 7, first gate 6, second gate 7, top cover 4 inwall, the cellar for storing things end 1 inwall, the inwall of front side wall 2, the inwall of back side wall 3 from left to right and surrounds preheating chamber 8.Like this, when treat the product of maintenance with mould 44 glide roll into vaporium 5 before, second gate 7 is closed, first gate 6 is opened, treat that the product of maintenance enters in the preheating chamber 8 between the first gate 6 and the second gate 7 with mould 44, close the first gate 6 immediately, now, steam in vaporium 5 can not be overflowed by preheating chamber 8, steam saving; After first gate 6 is closed, the second gate 7 is opened, and treats that the product of maintenance enters in vaporium 5 with mould 44 and carries out steam curing.In the process that second gate 7 is opened, a small amount of high-temperature steam in vaporium 5 can enter in preheating chamber 8, because preheating chamber 8 volume is little, can only hold one group of mould 44, therefore its high-temperature steam amount held is also little, and only in the moment that the first gate 6 is opened, steam in preheating chamber 8 just has part and overflows, and greatly reduces the loss of steam, steam saving more than 50%, save fire coal, natural gas, electric power equal energy source, more energy-conserving and environment-protective.
as shown in accompanying drawing 1,2, in above-mentioned preheating chamber 8, be provided with one group of second blocking mechanism that can be elevated.Like this, when the product of maintenance enters in preheating chamber 8 with mould 44, the second blocking mechanism in preheating chamber 8 declines, to treat that the product of maintenance stops together with mould 44, prevent from treating that the product of maintenance hits on the second gate 7 with mould 44, avoid the second gate 7 to be out of shape because of collision, the second blocking mechanism will treat that the product of maintenance stops together with mould 44 simultaneously, makes the second gate 7 be more prone to open.Each is organized the second blocking mechanism and comprises two hydraulic jacks or cylinder that arrange along front and back, and hydraulic jack or cylinder include cylinder body and piston rod, and cylinder body is fixedly mounted on top cover 4, and piston rod passes top cover 4 and is positioned at preheating chamber 8.Hydraulic jack fast response time, control accuracy is high, and noise is little, is convenient to realize Automated condtrol.Second blocking mechanism can be arranged on top cover 4, and motion stops from the top down; Second blocking mechanism can be also buried piece, is arranged at the end 1, cellar for storing things, and motion from bottom to top stops; Cylinder has the advantage that reaction is fast, cost is low.
as shown in accompanying drawing 1,2, above-mentioned right gate comprises spaced 3rd gate 9 and the 4th gate the 10, three gate 9, the 4th gate 10, top cover 4 inwall, the cellar for storing things end 1 inwall, the inwall of front side wall 2, the inwall of back side wall 3 from left to right and surrounds cooling chamber 11.Like this, before the complete product of maintenance to glide with mould 44 and rolls out vaporium 5,3rd gate 9 is opened, 4th gate 10 is closed, the complete product of maintenance enters in the cooling chamber 11 between the 3rd gate 9 and the 4th gate 10 with mould 44, closes the 3rd gate 9 immediately, now, steam in cooling chamber 11 can not overflow, steam saving; After 3rd gate 9 is closed, the 4th gate 10 is opened, and the complete product of maintenance to glide from cooling chamber 11 with mould 44 and rolls out.In the process that 3rd gate 9 is opened, a small amount of high-temperature steam in vaporium 5 can enter in cooling chamber 11, because cooling chamber 11 volume is little, can only hold one group of mould 44, therefore its high-temperature steam amount held is also little, and only in the moment that the 4th gate 10 is opened, steam in cooling chamber 11 just has part and overflows, greatly reduce the loss of steam, save fire coal, natural gas, electric power equal energy source, more energy-conserving and environment-protective.
as shown in accompanying drawing 1,2, in above-mentioned cooling chamber 11, be provided with one group of the 3rd blocking mechanism that can be elevated.Like this, when the complete product of maintenance enters in cooling chamber 11 with mould 44, the 3rd blocking mechanism in cooling chamber 11 declines, product complete for maintenance is stopped together with mould 44, the product preventing maintenance complete hits on the 4th gate 10 with mould 44, avoid the 4th gate 10 to be out of shape because of collision, product complete for maintenance stops by the 3rd blocking mechanism together with mould 44 simultaneously, makes the 4th gate 10 be more prone to open.Each group the 3rd blocking mechanism comprises two hydraulic jacks or cylinder that arrange along front and back, and hydraulic jack or cylinder include cylinder body and piston rod, and cylinder body is fixedly mounted on top cover 4, and piston rod passes top cover 4 and is positioned at cooling chamber 11.Hydraulic jack fast response time, control accuracy is high, and noise is little, is convenient to realize Automated condtrol.3rd blocking mechanism can be arranged on top cover 4, and motion stops from the top down; 3rd blocking mechanism can be also buried piece, is arranged at the end 1, cellar for storing things, and motion from bottom to top stops; Cylinder has the advantage that reaction is fast, cost is low.
as shown in accompanying drawing 1,2, the first gate 6 and the second gate 7 are overhead door, and the 3rd gate 9 and the 4th gate 10 are overhead door.First gate 6, second gate 7, the 3rd gate 9, the 4th gate 10 can adopt hydraulic jack to drive lifting, also can adopt mechanical lifting gear, as roller shutter type gate etc.
above technical characteristic constitutes most preferred embodiment of the present utility model, and it has stronger adaptability and best implementation result, can increase and decrease non-essential technical characteristic according to actual needs, meet the demand of different situations.
the use procedure of the utility model most preferred embodiment:
first, treat that the product of maintenance is placed on the left side of the first gate 6 with mould 44, open the first gate 6, treat that the product of maintenance glides with mould 44 and rolls in preheating chamber 8, the piston rod of the first hydraulic jack 12 and the second hydraulic jack 13 stretches out downwards, stop that mould 44 continues to glide or roll, close the first gate 6, open the second gate 7, the piston rod of the first hydraulic jack 12 and the second hydraulic jack 13 is retracted, mould 44 continues to glide or roll and enter in vaporium 5, the piston rod of the 3rd hydraulic jack 14 and the 4th hydraulic jack 15 stretches out downwards, stop that mould 44 continues to glide or roll, close the second gate 7, now, the next one treats that the product of maintenance is placed on the left side of the first gate 6 with mould 44, repeats above-mentioned steps and finally enters vaporium 5,
then, the piston rod of the 3rd hydraulic jack 14 and the 4th hydraulic jack 15 is retracted, mould 44 continues to glide or roll in vaporium 5, the piston rod of the 5th hydraulic jack 16 and the 6th hydraulic jack 17 stretches out downwards, stop that mould 44 continues to glide or roll, meanwhile, the piston rod of the 3rd hydraulic jack 14 and the 4th hydraulic jack 15 stretches out downwards, stops follow-up mould 44 to continue to glide or roll;
the piston rod of the 5th hydraulic jack 16 and the 6th hydraulic jack 17 is retracted, mould 44 continues to glide or roll in vaporium 5, the piston rod of the 7th hydraulic jack 18 and the 8th hydraulic jack 19 stretches out downwards, stop that mould 44 continues to glide or roll, simultaneously, the piston rod of the 5th hydraulic jack 16 and the 6th hydraulic jack 17 stretches out downwards, stops follow-up mould 44 to continue to glide or roll;
the piston rod of the 7th hydraulic jack 18 and the 8th hydraulic jack 19 is retracted, mould 44 continues to glide or roll in vaporium 5, the piston rod of the 9th hydraulic jack 20 and the tenth hydraulic jack 21 stretches out downwards, stop that mould 44 continues to glide or roll, simultaneously, the piston rod of the 7th hydraulic jack 18 and the 8th hydraulic jack 19 stretches out downwards, stops follow-up mould 44 to continue to glide or roll;
the piston rod of the 9th hydraulic jack 20 and the tenth hydraulic jack 21 is retracted, mould 44 continues to glide or roll in vaporium 5, the piston rod of the 11 hydraulic jack the 22 and the 12 hydraulic jack 23 stretches out downwards, stop that mould 44 continues to glide or roll, simultaneously, the piston rod of the 9th hydraulic jack 20 and the tenth hydraulic jack 21 stretches out downwards, stops follow-up mould 44 to continue to glide or roll;
the piston rod of the 11 hydraulic jack the 22 and the 12 hydraulic jack 23 is retracted, mould 44 continues to glide or roll in vaporium 5, the piston rod of the 13 hydraulic jack the 24 and the 14 hydraulic jack 25 stretches out downwards, stop that mould 44 continues to glide or roll, simultaneously, the piston rod of the 11 hydraulic jack the 22 and the 12 hydraulic jack 23 stretches out downwards, stops follow-up mould 44 to continue to glide or roll;
the piston rod of the 13 hydraulic jack the 24 and the 14 hydraulic jack 25 is retracted, mould 44 continues to glide or roll in vaporium 5, the piston rod of the 15 hydraulic jack the 26 and the 16 hydraulic jack 27 stretches out downwards, stop that mould 44 continues to glide or roll, simultaneously, the piston rod of the 13 hydraulic jack the 24 and the 14 hydraulic jack 25 stretches out downwards, stops follow-up mould 44 to continue to glide or roll;
the piston rod of the 15 hydraulic jack the 26 and the 16 hydraulic jack 27 is retracted, mould 44 continues to glide or roll in vaporium 5, the piston rod of the 17 hydraulic jack the 28 and the 18 hydraulic jack 29 stretches out downwards, stop that mould 44 continues to glide or roll, simultaneously, the piston rod of the 15 hydraulic jack the 26 and the 16 hydraulic jack 27 stretches out downwards, stops follow-up mould 44 to continue to glide or roll;
the piston rod of the 17 hydraulic jack the 28 and the 18 hydraulic jack 29 is retracted, mould 44 continues to glide or roll in vaporium 5, the piston rod of the 19 hydraulic jack the 30 and the 20 hydraulic jack 31 stretches out downwards, stop that mould 44 continues to glide or roll, simultaneously, the piston rod of the 17 hydraulic jack the 28 and the 18 hydraulic jack 29 stretches out downwards, stops follow-up mould 44 to continue to glide or roll;
the piston rod of the 19 hydraulic jack the 30 and the 20 hydraulic jack 31 is retracted, mould 44 continues to glide or roll in vaporium 5, the piston rod of the 21 hydraulic jack the 32 and the 22 hydraulic jack 33 stretches out downwards, stop that mould 44 continues to glide or roll, simultaneously, the piston rod of the 19 hydraulic jack the 30 and the 20 hydraulic jack 31 stretches out downwards, stops follow-up mould 44 to continue to glide or roll;
the piston rod of the 21 hydraulic jack the 32 and the 22 hydraulic jack 33 is retracted, mould 44 continues to glide or roll in vaporium 5, the piston rod of the 23 hydraulic jack the 34 and the 24 hydraulic jack 35 stretches out downwards, stop that mould 44 continues to glide or roll, simultaneously, the piston rod of the 21 hydraulic jack the 32 and the 22 hydraulic jack 33 stretches out downwards, stops follow-up mould 44 to continue to glide or roll;
the piston rod of the 23 hydraulic jack the 34 and the 24 hydraulic jack 35 is retracted, mould 44 continues to glide or roll in vaporium 5, the piston rod of the 25 hydraulic jack the 36 and the 26 hydraulic jack 37 stretches out downwards, stop that mould 44 continues to glide or roll, simultaneously, the piston rod of the 23 hydraulic jack the 34 and the 24 hydraulic jack 35 stretches out downwards, stops follow-up mould 44 to continue to glide or roll;
the piston rod of the 25 hydraulic jack the 36 and the 26 hydraulic jack 37 is retracted, mould 44 continues to glide or roll in vaporium 5, the piston rod of the 27 hydraulic jack the 38 and the 28 hydraulic jack 39 stretches out downwards, stop that mould 44 continues to glide or roll, simultaneously, the piston rod of the 25 hydraulic jack the 36 and the 26 hydraulic jack 37 stretches out downwards, stops follow-up mould 44 to continue to glide or roll;
the piston rod of the 27 hydraulic jack the 38 and the 28 hydraulic jack 39 is retracted, mould 44 continues to glide or roll in vaporium 5, the piston rod of the 29 hydraulic jack the 40 and the 30 hydraulic jack 41 stretches out downwards, stop that mould 44 continues to glide or roll, simultaneously, the piston rod of the 27 hydraulic jack the 38 and the 28 hydraulic jack 39 stretches out downwards, stops follow-up mould 44 to continue to glide or roll;
finally, open the 3rd gate 9, the piston rod of the 29 hydraulic jack the 40 and the 30 hydraulic jack 41 is retracted, the complete product of maintenance glides with mould 44 and rolls in cooling chamber 11, the piston rod of the 31 hydraulic jack the 42 and the 32 hydraulic jack 43 stretches out downwards, stop that mould 44 continues to glide or roll, close the 3rd gate 9, open the 4th gate 10, the piston rod of the 31 hydraulic jack the 42 and the 32 hydraulic jack 43 is retracted, the complete product of maintenance glides with mould 44 and rolls out cooling chamber 11, achieve the maintenance work of gravity type cyclic steam, after this, treat that the product of maintenance rolls in vaporium 5 with mould 44 continuously, the product that maintenance is good rolls out continuously with mould 44 in vaporium 5, achieve recycling of mould 44, improve the service efficiency of mould 44, reduce production cost.
Claims (9)
1. a cement pole, pile tube, the maintenance of culvert pipe gravity type cyclic steam is stored, it is characterized in that comprising the end, cellar for storing things, front side wall, back side wall, top cover, left gate, right gate, the lower end of front side wall is fixedly mounted on the forward edge at the end, cellar for storing things, the lower end of back side wall is fixedly mounted on the posterior edges at the end, cellar for storing things, top cover is fixedly mounted on the upper end of wall, front side and the upper end of back side wall, left gate installation is at the left end of front side wall, the left end of back side wall, on the left end of top cover, right gate installation is at the right-hand member of front side wall, the right-hand member of back side wall, on the right-hand member of top cover, the end, cellar for storing things is the inclined plane with the right low left high gradient, vaporium is formed between the right-hand member of left gate and the left end of right gate, at least one group of first blocking mechanism that can be elevated is provided with from left to right in vaporium.
2. cement pole according to claim 1, pile tube, culvert pipe gravity type cyclic steam maintenance cellar for storing things, it is characterized in that left gate comprises spaced first gate and the second gate from left to right, the first gate, the second gate, top cover inwall, cellar for storing things end inwall, the inwall of front side wall, the inwall of back side wall surround preheating chamber.
3. cement pole according to claim 2, pile tube, culvert pipe gravity type cyclic steam maintenance cellar for storing things, is characterized in that being provided with one group of second blocking mechanism that can be elevated in preheating chamber; Or/and the first gate and the second gate are overhead door.
4. the cement pole according to claim 1 or 2 or 3, pile tube, culvert pipe gravity type cyclic steam maintenance cellar for storing things, it is characterized in that right gate comprises spaced 3rd gate and the 4th gate from left to right, the 3rd gate, the 4th gate, top cover inwall, cellar for storing things end inwall, the inwall of front side wall, the inwall of back side wall surround cooling chamber.
5. cement pole according to claim 4, pile tube, culvert pipe gravity type cyclic steam maintenance cellar for storing things, is characterized in that being provided with one group of the 3rd blocking mechanism that can be elevated in cooling chamber; Or/and the 3rd gate and the 4th gate are overhead door.
6. cement pole according to claim 1 and 2, pile tube, culvert pipe gravity type cyclic steam maintenance cellar for storing things, it is characterized in that each is organized the first blocking mechanism and comprises two hydraulic jacks or cylinder that arrange along front and back, hydraulic jack or cylinder include cylinder body and piston rod, cylinder body is fixedly mounted on top cover, and piston rod passes top cover and is positioned at vaporium.
7. cement pole according to claim 3, pile tube, culvert pipe gravity type cyclic steam maintenance cellar for storing things, it is characterized in that each is organized the first blocking mechanism and comprises two hydraulic jacks or cylinder that arrange along front and back, hydraulic jack or cylinder include cylinder body and piston rod, cylinder body is fixedly mounted on top cover, and piston rod passes top cover and is positioned at vaporium;
Each is organized the second blocking mechanism and comprises two hydraulic jacks or cylinder that arrange along front and back, and hydraulic jack or cylinder include cylinder body and piston rod, and cylinder body is fixedly mounted on top cover, and piston rod passes top cover and is positioned at preheating chamber.
8. cement pole according to claim 4, pile tube, culvert pipe gravity type cyclic steam maintenance cellar for storing things, it is characterized in that each is organized the first blocking mechanism and comprises two hydraulic jacks or cylinder that arrange along front and back, hydraulic jack or cylinder include cylinder body and piston rod, cylinder body is fixedly mounted on top cover, and piston rod passes top cover and is positioned at vaporium.
9. cement pole according to claim 5, pile tube, culvert pipe gravity type cyclic steam maintenance cellar for storing things, it is characterized in that each is organized the first blocking mechanism and comprises two hydraulic jacks or cylinder that arrange along front and back, hydraulic jack or cylinder include cylinder body and piston rod, cylinder body is fixedly mounted on top cover, and piston rod passes top cover and is positioned at vaporium;
Each group the 3rd blocking mechanism comprises two hydraulic jacks or cylinder that arrange along front and back, and hydraulic jack or cylinder include cylinder body and piston rod, and cylinder body is fixedly mounted on top cover, and piston rod passes top cover and is positioned at cooling chamber.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520582184.7U CN204869195U (en) | 2015-08-05 | 2015-08-05 | Cement pole, tubular pile, culvert pipe are from formula circulation steam maintenance cellar for storing things that falls |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201520582184.7U CN204869195U (en) | 2015-08-05 | 2015-08-05 | Cement pole, tubular pile, culvert pipe are from formula circulation steam maintenance cellar for storing things that falls |
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| CN204869195U true CN204869195U (en) | 2015-12-16 |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN105500510A (en) * | 2016-01-08 | 2016-04-20 | 陈东强 | Steam curing system for building elements |
| CN106956353A (en) * | 2016-01-08 | 2017-07-18 | 徐仁贵 | Build pipe fitting steam curing apparatus |
| CN110614712A (en) * | 2019-09-29 | 2019-12-27 | 中建七局第一建筑有限公司 | Pipe fitting steam curing means |
| WO2020238400A1 (en) * | 2019-05-30 | 2020-12-03 | 南京钜力智能制造技术研究院有限公司 | Steam curing apparatus for concrete precast piles |
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2015
- 2015-08-05 CN CN201520582184.7U patent/CN204869195U/en active Active
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105500510A (en) * | 2016-01-08 | 2016-04-20 | 陈东强 | Steam curing system for building elements |
| CN106956353A (en) * | 2016-01-08 | 2017-07-18 | 徐仁贵 | Build pipe fitting steam curing apparatus |
| CN105500510B (en) * | 2016-01-08 | 2017-10-27 | 郑州暖树实业有限公司 | Building element steam curing system |
| CN106956353B (en) * | 2016-01-08 | 2019-05-24 | 南通市达欣工程股份有限公司 | Build pipe fitting steam curing apparatus |
| WO2020238400A1 (en) * | 2019-05-30 | 2020-12-03 | 南京钜力智能制造技术研究院有限公司 | Steam curing apparatus for concrete precast piles |
| CN110614712A (en) * | 2019-09-29 | 2019-12-27 | 中建七局第一建筑有限公司 | Pipe fitting steam curing means |
| CN110614712B (en) * | 2019-09-29 | 2020-10-20 | 中建七局第一建筑有限公司 | Pipe fitting steam curing means |
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