CN204280403U - Occlusion tank is strengthened structure and is applied the large sized spiral double-fold occlusal tank of this structure - Google Patents
Occlusion tank is strengthened structure and is applied the large sized spiral double-fold occlusal tank of this structure Download PDFInfo
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- CN204280403U CN204280403U CN201420528557.8U CN201420528557U CN204280403U CN 204280403 U CN204280403 U CN 204280403U CN 201420528557 U CN201420528557 U CN 201420528557U CN 204280403 U CN204280403 U CN 204280403U
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Abstract
The utility model relates to a kind of spiral double-fold occlusal tank, especially relates to the large sized spiral double-fold occlusal tank that a kind of spiral double-fold occlusal tank is strengthened structure and applied this structure.Structure strengthened by this occlusion tank, comprises occlusion muscle, and occlusion muscle is provided with vertical reinforced rib away from the side of tank skin, and occlusion muscle is provided with and the attaching parts being engaged muscle obvolvent, and occlusion muscle is fixedly connected with reinforced rib by attaching parts.Large sized spiral double-fold occlusal tank, comprises tank body, described occlusion muscle laterally around tank body outside face and between the upper and lower every, vertical reinforced rib interval is around tank body, and occlusion muscle is connected with reinforced rib by described attaching parts.The utility model has can strengthen tank intensity effectively, prevent tank body leakage and the beneficial effect such as to collapse.
Description
Technical field
The utility model relates to a kind of spiral double-fold occlusal tank, especially relates to a kind of large sized spiral double-fold occlusal tank being engaged tank and strengthening structure and apply this structure.
Background technology
Spiral double-fold occlusal tank utilizes work hardening principle in Metal Forming and thin shell structure principle, by special technology and equipment by steel plate thick for 2.0 ~ 4.3 mm or high strength galvanized steel plate, adopt the tank body that " spiral, double-fold, seaming " technique is built.Formed during occlusion muscle bending forming and between tank wall and bend excessive angle, the tank wall of spiral double-fold occlusal tank realizes connecting and sealing by the position of occlusion muscle bending laminating.But when spiral double-fold occlusal tank is made into the large-scale or ultra-large type that several thousand sides even go up incomparably, tank internal pressure increases, occlusion muscle bending overlapping part can be pulled open by the pressure in tank, easily causes the reduction of occlusion muscle fitting area, disengagement, leak tightness to reduce, even causes tank body leakage.Existingly only can only make the very little tank body of volume with the spiral double-fold occlusal tank that occlusion muscle splices, large-scale or superhuge tank body cannot be made into, limit the field of application of spiral double-fold occlusal tank.
Utility model content
The utility model mainly only utilizes occlusion muscle to realize sealing and splicing, the pressure that cannot carry when spiral double-fold occlusal tank is made into large-scale or ultra-large type in tank body, easily cause the reduction of occlusion muscle leak tightness even to depart from, cause prior art cannot make the problem of large-scale or superhuge spiral double-fold occlusal tank for existing spiral double-fold occlusal tank, provides a kind of spiral double-fold occlusal tank to strengthen structure and applies the large sized spiral double-fold occlusal tank of this structure.First object of the present utility model be can effectively strengthen tank body occlusion muscle intensity, avoid occlusion muscle be opened, improve spiral double-fold occlusal tank leak tightness, avoid tank body leakage.Second object of the present utility model is the pulling force can effectively avoiding the tank body flexural deformation between upper and lower two occlusion muscle, increase tank body compression capability and stability, reduction occlusion muscle to be subject to.
First object of the present utility model is mainly achieved by following proposal: structure strengthened by a kind of occlusion tank, comprise occlusion muscle, occlusion muscle is provided with vertical reinforced rib away from the side of tank skin, occlusion muscle is provided with and the attaching parts being engaged muscle obvolvent, and occlusion muscle is fixedly connected with reinforced rib by attaching parts.The tank skin of spiral double-fold occlusal tank is spliced by plate, and stitching portion is the occlusion muscle be bent to form after utilizing imbricate, formed and bend excessive angle after occlusion muscle is shaping and between tank skin.Occlusion muscle is provided with attaching parts, and attaching parts also can be fixed with being engaged muscle obvolvent, and occlusion muscle arranges vertical reinforced rib away from the side of tank skin, and attaching parts is fixedly connected with reinforced rib.When the pressure in tank body is outwards exerted pressure by inside tank skin, occlusion muscle is subject to the obvolvent of attaching parts, not easily be opened, original area of contact and leak tightness can be kept, attaching parts is fixed on vertical reinforced rib, reinforced rib can strengthen the intensity that attaching parts is connected with occlusion muscle effectively, keeps the distance between neighbouring two occlusion muscle, avoids tank skin to be out of shape.Attaching parts can prevent occlusion muscle from throwing off, reinforced rib can strengthen structural strength and the distance of attaching parts and occlusion muscle, and whole reinforcement structure can effectively strengthen tank intensity, avoid occlusion muscle to be opened, to improve spiral double-fold occlusal tank leak tightness, to avoid tank body leakage.Adopt reinforcement structure to strengthen spiral double-fold occlusal tank, large-scale or superhuge spiral double-fold occlusal tank can be made into.
As preferably, formed between occlusion muscle and tank skin and bend excessive angle, described attaching parts comprises the brace rod be positioned at above occlusion muscle and the dowel be positioned at below occlusion muscle, brace rod be obliquely installed and be engaged muscle upper surface and fit, brace rod is fixedly connected with reinforced rib away from one end of tank skin, dowel section in " recessed " font, one end bending of dowel and with bending excessive angle obvolvent, the other end of dowel abuts with brace rod lower end, and dowel is connected with brace rod bolt.Attaching parts comprises the brace rod be positioned at above occlusion muscle and the dowel be positioned at below occlusion muscle, and brace rod is obliquely installed, and ensure can to fit with being engaged muscle upper surface in one end of brace rod, the other end of brace rod is used for fixing on reinforced rib.Dowel section in " recessed " font, one end bending of dowel and with bending excessive angle obvolvent, the other end of dowel abuts with brace rod lower end, makes dowel namely obvolvent can be engaged muscle, can withstand brace rod again.Dowel is connected with brace rod bolt, will be engaged muscle obvolvent between dowel and brace rod, further enhancing the obvolvent dynamics to occlusion muscle, avoids occlusion muscle to be opened and even departs from, and further enhancing occlusion muscle and reinforced rib Joint strenght.
As preferably, described brace rod section is in " recessed " font, brace rod comprises gusset, lower web plate and the vertical plate between upper gusset and lower web plate, fit with occlusion muscle and be connected with dowel bolt in the end of lower web plate, brace rod is provided with connecting panel near one end end winding support of reinforced rib, connecting panel is between upper gusset and lower web plate, and connecting panel is connected with reinforced rib bolt.Fit with occlusion muscle and be connected with dowel bolt in the end of lower web plate, brace rod is provided with connecting panel near one end end winding support of reinforced rib, connecting panel is connected with reinforced rib bolt, namely the stress point that brace rod is connected with occlusion muscle is lower web plate, the stress point that brace rod is connected with reinforced rib is connecting panel, lower web plate and connecting panel are positioned at two different faces, avoid brace rod stress deformation, and brace rod section is in " recessed " font, brace rod comprises gusset, lower web plate and the vertical plate between upper gusset and lower web plate, upper gusset and vertical plate can strengthen the structural strength of lower web plate, lower web plate is avoided to be out of shape, and connecting panel is between upper gusset and lower web plate, upper gusset and vertical plate can strengthen the intensity of connecting panel, avoid connecting panel to be out of shape, and the intensity of whole brace rod is enhanced.
Described attaching parts also can comprise rectangle gusset, and the side of rectangle gusset is provided with and the obvolvent groove being engaged muscle outside face and matching, and rectangle gusset to be fitted with reinforced rib away from a side of occlusion muscle and fixed.Attaching parts also can comprise rectangle gusset, the side of rectangle gusset is provided with and the obvolvent groove being engaged muscle outside face and matching, can fit completely outside face each point to occlusion muscle outside face of occlusion muscle of obvolvent groove carries out spacing, during occlusion muscle under tension, the obvolvent groove of rectangle gusset can prevent occlusion muscle to be opened, rectangle gusset is fitted fixing away from the side and reinforced rib that are engaged muscle, make rectangle gusset obvolvent can not only be engaged muscle, and occlusion muscle can be made firmly to be fixed on reinforced rib.
Second object of the present utility model is mainly achieved by following proposal: be provided with ring muscle between neighbouring two occlusion muscle, a side and the tank skin outside face of ring muscle offset, and ring muscle is connected with reinforced rib by adjustable bolt.Between neighbouring two occlusion muscle, ring muscle is set, one side and the tank skin outside face of ring muscle offset, adjustable bolt is utilized ring muscle and reinforced rib to be linked together, when the pressure in tank body is exerted pressure from inside to outside, ring muscle can withstand the outside face of tank skin, ensure that tank skin is in vertical state all the time, tank skin is avoided to bulge, avoid causing occlusion muscle under tension because tank skin bulges, reduce the pulling force that occlusion muscle is subject to, keep the distance between neighbouring two occlusion muscle, avoid occlusion muscle to be opened.By regulating adjustable bolt, can distance between regulating ring muscle and reinforced rib, and then the pressure of regulating ring muscle top pressure tank skin, when tank body using state, ring muscle can resist the pressure in tank body, ensures the squareness of tank skin.
As preferably, described ring muscle joins end to end around tank body.Ring muscle joins end to end around tank body one circle, makes ring muscle play the effect of anchor ear, keeps the original diameter of tank body constant, avoids the change of tank body local diameter to bulge greatly and causes tank body leakage to be even out of shape.
Described ring muscle also can in some spacer segments around tank body.Ring muscle also can, in some spacer segments around tank body, can not only avoid tank body local diameter to become large, and the making of ring muscle can save cost.
A kind of large sized spiral double-fold occlusal tank applying above-mentioned occlusion tank reinforcement structure, comprise tank body, described occlusion muscle laterally around tank body outside face and between the upper and lower every, vertical reinforced rib interval is around tank body, and occlusion muscle is connected with reinforced rib by described attaching parts.When plate is by the splicing of occlusion muscle, the bending of plate member edge overlapping also spiral, occlusion muscle is formed at the outside face of tank body, occlusion muscle hoop around tank body, and between the upper and lower every, vertical reinforced rib interval is around tank body, occlusion muscle is connected with reinforced rib by described attaching parts, make occlusion muscle and reinforced rib be horizontal and vertical fenestral fabric round tank body, avoid reinforced rib and the flexural deformation of occlusion muscle, and then avoid tank skin to be out of shape.
As preferably, the maximum volume of described tank body is 10000 cubic meters.When tank body volume is made into below 10000 cubic meters, attaching parts, reinforced rib and ring muscle all can increase the structural strength of tank body and occlusion muscle, avoid this large-scale or superhuge tank body leakage and distortion.Prove through stress test and actual construction, utilize this reinforcement structure, the tank body volume of spiral double-fold occlusal tank is maximum can be made into 10000 cubic meters.
A kind of large sized spiral double-fold occlusal tank, comprise tank body, tank body is spliced by tank skin, tank skin edge bite is bent into occlusion muscle, formed between occlusion muscle and tank skin and bend excessive angle, reinforced rib is evenly around tank skin, occlusion muscle is spiral double-fold structure, occlusion muscle is provided with vertical reinforced rib away from the side of tank skin, reinforced rib can adopt channel-section steel to make, distance between adjacent two reinforced ribs is 1 meter-1.5 meters, occlusion muscle is provided with and the attaching parts bending the obvolvent of excessive angle, occlusion muscle is fixedly connected with reinforced rib by attaching parts, attaching parts comprises the brace rod be positioned at above occlusion muscle and the dowel be positioned at below occlusion muscle, brace rod section is in " recessed " font, brace rod comprises gusset, lower web plate and the vertical plate between upper gusset and lower web plate, upper gusset, lower web plate and vertical plate are structure as a whole, channel-section steel can be adopted to make, the two ends, left and right of vertical plate are vertical, upper and lower two ends tilt, parallelogram shape, dowel section is in " recessed " font, one end of dowel is for being bent into obvolvent portion, obvolvent portion and bending excessive angle obvolvent, the other end of dowel is support portion, fit with occlusion muscle and be connected with dowel bolt in the end of lower web plate, lower web plate lower end is withstood in support portion, brace rod is provided with connecting panel near one end end winding support of reinforced rib, connecting panel is between upper gusset and lower web plate, connecting panel and upper gusset, lower web plate and vertical plate are welded and fixed, connecting panel and reinforced rib bolt are connected and fixed, ring muscle is provided with between neighbouring two occlusion muscle, ring muscle can adopt channel-section steel to make, one side and the tank skin outside face of ring muscle offset, ring muscle is connected with reinforced rib by adjustable bolt, ring muscle can join end to end around tank body or be that multistage spacer ring is around tank body.
Therefore, the large sized spiral double-fold occlusal tank that spiral double-fold occlusal tank of the present utility model is strengthened structure and applied this structure possesses following advantage: 1, occlusion muscle is provided with attaching parts, attaching parts can be also fixing with bending excessive angle obvolvent, occlusion muscle arranges vertical reinforced rib away from the side of tank skin, attaching parts is fixedly connected with reinforced rib, when the pressure in tank body is outwards exerted pressure by inside tank skin, occlusion muscle is subject to the obvolvent of attaching parts, not easily be opened, attaching parts can prevent occlusion muscle from throwing off, reinforced rib can strengthen structural strength and the distance of attaching parts and occlusion muscle, whole reinforcement structure can strengthen tank skin splicing intensity effectively, strengthen the intensity of occlusion muscle, occlusion muscle is avoided to be opened, improve spiral double-fold occlusal tank leak tightness, tank skin is avoided to leak and distortion, 2, attaching parts comprises the brace rod be positioned at above occlusion muscle and the dowel be positioned at below occlusion muscle, brace rod is obliquely installed, ensure can to fit with being engaged muscle upper surface in one end of brace rod, the other end of brace rod is used for fixing on reinforced rib, dowel section is in " recessed " font, dowel one end bending and with bending the obvolvent of excessive angle, the other end of dowel abuts with brace rod lower end, make dowel namely obvolvent can be engaged muscle, brace rod can be withstood again, dowel is connected with brace rod bolt, the critical obvolvent of muscle will be engaged between dowel and brace rod, further enhancing the obvolvent dynamics to occlusion muscle, avoid occlusion muscle to be opened even to depart from, and further enhancing occlusion muscle and reinforced rib Joint strenght, 3, between neighbouring two occlusion muscle, ring muscle is set, one side and the tank skin outside face of ring muscle offset, adjustable bolt is utilized ring muscle and reinforced rib to be linked together, when the pressure in tank body is exerted pressure from inside to outside, ring muscle can withstand the outside face of tank skin, ensure that tank skin is in vertical state all the time, tank skin is avoided to bulge, reduce to cause occlusion muscle under tension because tank skin bulges, keep the distance between neighbouring two occlusion muscle, occlusion muscle is avoided to be opened, by regulating adjustable bolt, can distance between regulating ring muscle and reinforced rib, and then the pressure of regulating ring muscle top pressure tank skin, when tank body using state, ring muscle can resist the pressure in tank body, ensure the squareness of tank skin.
Accompanying drawing explanation
Accompanying drawing 1 is a kind of structural representation of the present utility model;
Accompanying drawing 2 is A place partial enlarged drawings in embodiment 1 in accompanying drawing 1;
Accompanying drawing 3 is B place partial longitudinal section schematic diagrams in accompanying drawing 2;
Accompanying drawing 4 is view profiles of the utility model dowel in embodiment 1;
Accompanying drawing 5 is block diagrams of the utility model brace rod in embodiment 1;
Accompanying drawing 6 is A place partial enlarged drawings in example 2 in accompanying drawing 1;
Accompanying drawing 7 is C place partial longitudinal section schematic diagrams in accompanying drawing 6;
Accompanying drawing 8 is attaching parts structural representations in embodiment 3 in the utility model;
Accompanying drawing 9 is attaching parts using state cutaway views in embodiment 3 in the utility model.
Illustrate: 01-tank body, 011-tank skin, 02-is engaged muscle, 021-bends excessive angle, 03-brace rod, the upper gusset of 031-, 032-vertical plate, 033-lower web plate, 034-connecting panel, 04-dowel, 041-obvolvent portion, 042-support portion, 05-reinforced rib, 06-ring muscle, 07-adjustable bolt, 08-rectangle gusset, 081-obvolvent groove.
Detailed description of the invention
Below by embodiment, and by reference to the accompanying drawings, the technical solution of the utility model is described in further detail.
Embodiment 1: as shown in Figure 2, structure strengthened by a kind of spiral double-fold occlusal tank, comprises occlusion muscle 02, formed and bend excessive angle 021 between occlusion muscle 02 and tank skin 011, and occlusion muscle is spiral double-fold structure.Occlusion muscle is provided with vertical reinforced rib 05 away from the side of tank skin, and reinforced rib 05 can adopt channel-section steel to make.Occlusion muscle is provided with and the attaching parts bending the obvolvent of excessive angle, and occlusion muscle is fixedly connected with reinforced rib by attaching parts.As shown in Figure 3, attaching parts comprises the brace rod 03 be positioned at above occlusion muscle and the dowel 04 be positioned at below occlusion muscle.As shown in Fig. 3,5, brace rod section is in " recessed " font, brace rod comprises gusset 031, lower web plate 033 and the vertical plate between upper gusset and lower web plate 032, upper gusset 031, lower web plate 033 and vertical plate 032 are structure as a whole, channel-section steel can be adopted to make, the two ends, left and right of vertical plate 032 are vertical, two ends inclination up and down, parallelogram shape.As shown in Figure 3,4, dowel section is in " recessed " font, and one end of dowel is for being bent into obvolvent portion 041, and obvolvent portion and bending excessive angle obvolvent, the other end of dowel is support portion 042.Fit with occlusion muscle and be connected with dowel bolt in the end of lower web plate, now, lower web plate lower end is withstood in support portion.Brace rod is provided with connecting panel 034 near one end end winding support of reinforced rib, and connecting panel is between upper gusset and lower web plate, and connecting panel and upper gusset, lower web plate and vertical plate are welded and fixed, and connecting panel and reinforced rib bolt are connected and fixed.When being engaged muscle and being cw bending, dowel is positioned at below occlusion muscle, and brace rod is positioned at above occlusion muscle; When being engaged the bending of muscle conter clockwise, dowel is positioned at above occlusion muscle, and brace rod is positioned at below occlusion muscle.
As shown in Figure 1, apply above-mentioned spiral double-fold occlusal tank and strengthen the large sized spiral double-fold occlusal tank of structure, comprise tank body 01, occlusion muscle hoop around tank body outside face and between the upper and lower every, vertical reinforced rib interval is around tank body, and occlusion muscle is connected with reinforced rib by described attaching parts.The volume of tank body is 8000 cubic meters.Reinforced rib is evenly around tank skin, and the distance between adjacent two reinforced ribs is 1 meter-1.5 meters, and the present embodiment is preferably 1.1 meters.When being made into large sized spiral double-fold occlusal tank, when plate is by the splicing of occlusion muscle, the bending of plate member edge overlapping also spiral, forms occlusion muscle at the outside face of tank body, and occlusion muscle hoop is around tank body, and between the upper and lower every, vertical reinforced rib interval is around tank body, and occlusion muscle is connected with reinforced rib by described attaching parts, makes occlusion muscle and reinforced rib be that horizontal and vertical fenestral fabric is round tank body, avoid reinforced rib and the flexural deformation of occlusion muscle, and then avoid tank skin to be out of shape.When tank body volume is made into 8000 cubic meter, attaching parts, reinforced rib and ring muscle all can increase the structural strength of tank body and occlusion muscle, avoid this large-scale or superhuge tank body leakage and distortion.Prove through stress test and actual construction, utilizing this reinforcement structure spiral double-fold occlusal tank to be made into 8000 cubic meters can be utilized, and No leakage, nothing are obviously out of shape.
The tank skin of spiral double-fold occlusal tank is spliced by plate, and stitching portion is the occlusion muscle be bent to form after utilizing imbricate, formed and bend excessive angle after occlusion muscle is shaping and between tank skin.Occlusion muscle is provided with attaching parts, and attaching parts can be also fixing with bending excessive angle obvolvent, and occlusion muscle arranges vertical reinforced rib away from the side of tank skin, and attaching parts is fixedly connected with reinforced rib.When the pressure in tank body is outwards exerted pressure by inside tank skin, occlusion muscle is subject to the obvolvent of attaching parts, not easily be opened, original area of contact and leak tightness can be kept, attaching parts is fixed on vertical reinforced rib, reinforced rib can strengthen the intensity that attaching parts is connected with occlusion muscle effectively, keeps the distance between neighbouring two occlusion muscle, avoids tank skin to be out of shape.Attaching parts can prevent occlusion muscle from throwing off, reinforced rib can strengthen structural strength and the distance of attaching parts and occlusion muscle, and whole reinforcement structure effectively can strengthen tank skin splicing intensity, strengthens the intensity of occlusion muscle, avoids occlusion muscle to be opened, improves spiral double-fold occlusal tank leak tightness, avoid tank skin to leak and distortion.Adopt reinforcement structure to strengthen spiral double-fold occlusal tank, the volume of spiral double-fold occlusal tank can be done greatly, be made into large-scale or superhuge spiral double-fold occlusal tank.Attaching parts comprises the brace rod be positioned at above occlusion muscle and the dowel be positioned at below occlusion muscle, and brace rod is obliquely installed, and ensure can to fit with being engaged muscle upper surface in one end of brace rod, the other end of brace rod is used for fixing on reinforced rib.Dowel section in " recessed " font, one end bending of dowel and with bending excessive angle obvolvent, the other end of dowel abuts with brace rod lower end, makes dowel namely obvolvent can be engaged muscle, can withstand brace rod again.Dowel is connected with brace rod bolt, will be engaged the critical obvolvent of muscle between dowel and brace rod, further enhancing the obvolvent dynamics to occlusion muscle, avoids occlusion muscle to be opened and even departs from, and further enhancing occlusion muscle and reinforced rib Joint strenght.Fit with occlusion muscle and be connected with dowel bolt in the end of lower web plate, brace rod is provided with connecting panel near one end end winding support of reinforced rib, connecting panel is connected with reinforced rib bolt, namely the stress point that brace rod is connected with occlusion muscle is lower web plate, the stress point that brace rod is connected with reinforced rib is connecting panel, lower web plate and connecting panel are positioned at two different faces, avoid brace rod stress deformation, and brace rod section is in " recessed " font, brace rod comprises gusset, lower web plate and the vertical plate between upper gusset and lower web plate, upper gusset and vertical plate can strengthen the structural strength of lower web plate, lower web plate is avoided to be out of shape, and connecting panel is between upper gusset and lower web plate, upper gusset and vertical plate can strengthen the intensity of connecting panel, avoid connecting panel to be out of shape, and the intensity of whole brace rod is enhanced.
Embodiment 2: the present embodiment is substantially identical with the structure of embodiment 1, and difference is, as shown in Figure 6,7, be provided with ring muscle 06 between neighbouring two occlusion muscle, ring muscle 06 can adopt channel-section steel to make.One side and the tank skin outside face of ring muscle offset, and ring muscle is connected with reinforced rib by adjustable bolt 07.Ring muscle can join end to end around tank body, also can in multistage spacer ring around tank body.Between neighbouring two occlusion muscle, ring muscle is set, one side and the tank skin outside face of ring muscle offset, adjustable bolt is utilized ring muscle and reinforced rib to be linked together, when the pressure in tank body is exerted pressure from inside to outside, ring muscle can withstand the outside face of tank skin, ensures that tank skin is in vertical state all the time, tank skin is avoided to bulge, reduce to cause occlusion muscle under tension because tank skin bulges, keep the distance between neighbouring two occlusion muscle, avoid occlusion muscle to be opened.By regulating adjustable bolt, can distance between regulating ring muscle and reinforced rib, and then the pressure of regulating ring muscle top pressure tank skin, when tank body using state, ring muscle can resist the pressure in tank body, ensures the squareness of tank skin.
Embodiment 3: the present embodiment is substantially identical with the structure of embodiment 1, difference is, as shown in Figure 8,9, attaching parts comprises rectangle gusset 08, the side of rectangle gusset is provided with and the obvolvent groove 081 being engaged muscle outside face and matching, and rectangle gusset is fitted away from a side of occlusion muscle and reinforced rib and adopts bolt to fix.Attaching parts also can comprise rectangle gusset, the side of rectangle gusset is provided with and the obvolvent groove being engaged muscle outside face and matching, can fit completely outside face each point to occlusion muscle outside face of occlusion muscle of obvolvent groove carries out spacing, during occlusion muscle under tension, the obvolvent groove of rectangle gusset can prevent occlusion muscle to be opened, rectangle gusset is fitted fixing away from the side and reinforced rib that are engaged muscle, make rectangle gusset obvolvent can not only be engaged muscle, and occlusion muscle can be made firmly to be fixed on reinforced rib.
Should be understood that this embodiment is only not used in restriction scope of the present utility model for illustration of the utility model.In addition should be understood that those skilled in the art can make various changes or modifications the utility model, and these equivalent form of values fall within the application's appended claims limited range equally after the content of having read the utility model instruction.
Claims (10)
1. be engaged tank and strengthen a structure, comprise occlusion muscle, it is characterized in that, occlusion muscle is provided with vertical reinforced rib away from the side of tank skin, and occlusion muscle is provided with and the attaching parts being engaged muscle obvolvent, and occlusion muscle is fixedly connected with reinforced rib by attaching parts.
2. structure strengthened by occlusion tank according to claim 1, it is characterized in that, formed between occlusion muscle and tank skin and bend excessive angle, described attaching parts comprises the brace rod be positioned at above occlusion muscle and the dowel be positioned at below occlusion muscle, brace rod be obliquely installed and be engaged muscle upper surface and fit, brace rod is fixedly connected with reinforced rib away from one end of tank skin, dowel section is in " recessed " font, dowel one end bending and with bending the obvolvent of excessive angle, the other end of dowel abuts with brace rod lower end, and dowel is connected with brace rod bolt.
3. structure strengthened by occlusion tank according to claim 2, it is characterized in that, described brace rod section is in " recessed " font, brace rod comprises gusset, lower web plate and the vertical plate between upper gusset and lower web plate, fit with occlusion muscle and be connected with dowel bolt in the end of lower web plate, brace rod is provided with connecting panel near one end end winding support of reinforced rib, and connecting panel is between upper gusset and lower web plate, and connecting panel is connected with reinforced rib bolt.
4. structure strengthened by occlusion tank according to claim 1, it is characterized in that, described attaching parts comprises rectangle gusset, and the side of rectangle gusset is provided with and the obvolvent groove being engaged muscle outside face and matching, and rectangle gusset to be fitted with reinforced rib away from a side of occlusion muscle and fixed.
5. structure strengthened by the occlusion tank according to claim 1 or 2 or 3 or 4, it is characterized in that, be provided with ring muscle between neighbouring two occlusion muscle, a side and the tank skin outside face of ring muscle offset, and ring muscle is connected with reinforced rib by adjustable bolt.
6. structure strengthened by occlusion tank according to claim 5, and it is characterized in that, described ring muscle joins end to end around tank body.
7. structure strengthened by occlusion tank according to claim 5, and it is characterized in that, described ring muscle is that some spacer segments are around tank body.
8. one kind applies the large sized spiral double-fold occlusal tank of the occlusion tank reinforcement structure in claim 1 to 7 described in any one, comprise tank body, it is characterized in that, described occlusion muscle hoop around tank body outside face and between the upper and lower every, vertical reinforced rib interval is around tank body, and occlusion muscle is connected with reinforced rib by described attaching parts.
9. large sized spiral double-fold occlusal tank according to claim 8, is characterized in that, the maximum volume of described tank body is 10000 cubic meters.
10. a large sized spiral double-fold occlusal tank, comprise tank body, tank body is spliced by tank skin, tank skin coincident is bent into occlusion muscle, formed between occlusion muscle and tank skin and bend excessive angle, reinforced rib is evenly around tank skin, it is characterized in that, occlusion muscle is spiral double-fold structure, occlusion muscle is provided with vertical reinforced rib away from the side of tank skin, reinforced rib adopts channel-section steel to make, distance between adjacent two reinforced ribs is 1 meter-1.5 meters, occlusion muscle is provided with and the attaching parts bending the obvolvent of excessive angle, occlusion muscle is fixedly connected with reinforced rib by attaching parts, attaching parts comprises the brace rod be positioned at above occlusion muscle and the dowel be positioned at below occlusion muscle, brace rod section is in " recessed " font, brace rod comprises gusset, lower web plate and the vertical plate between upper gusset and lower web plate, upper gusset, lower web plate and vertical plate are structure as a whole, employing channel-section steel makes, the two ends, left and right of vertical plate are vertical, upper and lower two ends tilt, parallelogram shape, dowel section is in " recessed " font, one end of dowel is for being bent into obvolvent portion, obvolvent portion and bending excessive angle obvolvent, the other end of dowel is support portion, fit with occlusion muscle and be connected with dowel bolt in the end of lower web plate, lower web plate lower end is withstood in support portion, brace rod is provided with connecting panel near one end end winding support of reinforced rib, connecting panel is between upper gusset and lower web plate, connecting panel and upper gusset, lower web plate and vertical plate are welded and fixed, connecting panel and reinforced rib bolt are connected and fixed, ring muscle is provided with between neighbouring two occlusion muscle, ring muscle adopts channel-section steel to make, one side and the tank skin outside face of ring muscle offset, ring muscle is connected with reinforced rib by adjustable bolt, ring muscle joins end to end around tank body or is that multistage spacer ring is around tank body.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420528557.8U CN204280403U (en) | 2014-09-15 | 2014-09-15 | Occlusion tank is strengthened structure and is applied the large sized spiral double-fold occlusal tank of this structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420528557.8U CN204280403U (en) | 2014-09-15 | 2014-09-15 | Occlusion tank is strengthened structure and is applied the large sized spiral double-fold occlusal tank of this structure |
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| Publication Number | Publication Date |
|---|---|
| CN204280403U true CN204280403U (en) | 2015-04-22 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420528557.8U Withdrawn - After Issue CN204280403U (en) | 2014-09-15 | 2014-09-15 | Occlusion tank is strengthened structure and is applied the large sized spiral double-fold occlusal tank of this structure |
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| CN (1) | CN204280403U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104326187B (en) * | 2014-09-15 | 2017-04-12 | 杭州能源环境工程有限公司 | Occlusion tank reinforcing structure and large-sized spiral double-flange occlusion tank applying spiral double-flange occlusion tank reinforcing structure |
-
2014
- 2014-09-15 CN CN201420528557.8U patent/CN204280403U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104326187B (en) * | 2014-09-15 | 2017-04-12 | 杭州能源环境工程有限公司 | Occlusion tank reinforcing structure and large-sized spiral double-flange occlusion tank applying spiral double-flange occlusion tank reinforcing structure |
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| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20150422 Effective date of abandoning: 20170412 |