CN115520526A - Immersion type double-disk stainless steel Chu Guanna floating disk - Google Patents
Immersion type double-disk stainless steel Chu Guanna floating disk Download PDFInfo
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- CN115520526A CN115520526A CN202211483385.2A CN202211483385A CN115520526A CN 115520526 A CN115520526 A CN 115520526A CN 202211483385 A CN202211483385 A CN 202211483385A CN 115520526 A CN115520526 A CN 115520526A
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65D—CONTAINERS FOR STORAGE OR TRANSPORT OF ARTICLES OR MATERIALS, e.g. BAGS, BARRELS, BOTTLES, BOXES, CANS, CARTONS, CRATES, DRUMS, JARS, TANKS, HOPPERS, FORWARDING CONTAINERS; ACCESSORIES, CLOSURES, OR FITTINGS THEREFOR; PACKAGING ELEMENTS; PACKAGES
- B65D88/00—Large containers
- B65D88/34—Large containers having floating covers, e.g. floating roofs or blankets
- B65D88/42—Large containers having floating covers, e.g. floating roofs or blankets with sealing means between cover rim and receptacle
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Abstract
The invention provides a liquid immersion type double-disk stainless steel Chu Guanna floating disk, which relates to the field of inner floating disks and comprises: the device comprises an upper floating disc assembly, a lower floating disc assembly and a pressing sealing assembly; the upper floating disc assembly comprises eight groups of fan-shaped floating plates A and penetrating shafts A, the inner side ends of the eight groups of fan-shaped floating plates A are fixedly inserted with the penetrating shafts A respectively, and the two ends of the penetrating shafts A are movably inserted with upper shaft sleeves respectively; the lower floating disc assembly comprises eight groups of fan-shaped floating plates B and through shafts B, the inner side ends of the eight groups of fan-shaped floating plates B are fixedly inserted with the through shafts B respectively, and the two ends of each through shaft B are movably inserted with lower shaft sleeves respectively; and the top side of the upper floating disc component and the bottom side of the lower floating disc component are respectively provided with a pressing sealing component. Utilize the pressure disk to reduce rocking of fan-shaped kickboard B, fan-shaped kickboard A, and then reduce the whole range of rocking of oil, solved when following the oil and rock, can lead to inner floating plate part bottom to break away from with the oil, the problem of the range is rocked to the aggravation.
Description
Technical Field
The invention relates to the technical field of inner floating discs, in particular to a floating disc in a liquid immersion type double-disc stainless steel storage tank.
Background
The inner floating plate is a floating top cover which floats on the liquid level of the oil tank and goes up and down along with the oil product. If the application publication number is: in the patent of CN112875060A, an inner floating roof tank steel floating disc and a construction method thereof are disclosed, the steel floating disc comprises a floating cabin, a disc plate and a sealing element, wherein the floating cabin comprises a plurality of floating sections, floating cavities are arranged in the floating sections, the floating sections are sequentially connected end to end, the disc plate is arranged between the inner circumferential walls outside the floating cabin, and the sealing element is arranged on the outer circumferential wall of the ring outside the floating cabin.
With present internal floating plate, it is internal when arranging the jar in, whole formula as an organic whole follows the oil and rocks, however the degree of rocking of jar internal oil surface is different, can lead to internal floating plate part bottom to break away from with the oil, the range of rocking of oil aggravates easily.
Disclosure of Invention
In view of this, the present invention provides a liquid immersion type double-disk stainless steel Chu Guanna floating disk, which follows the oil shaking in a tank through a sector floating plate B and a sector floating plate a, and reduces the shaking of the sector floating plate B and the sector floating plate a by using a pressure plate, thereby reducing the overall shaking amplitude of the oil.
The invention provides a liquid immersion type double-disk stainless steel Chu Guanna floating disk, which specifically comprises: the device comprises an upper floating disc assembly, a lower floating disc assembly, a supporting connecting piece and a pressing sealing assembly;
the upper floating disc assembly comprises eight groups of fan-shaped floating plates A, through shafts A, rubber outer sleeves A, arc-shaped rubber soft plates A and upper shaft sleeves, the inner side ends of the eight groups of fan-shaped floating plates A are respectively fixedly inserted with the through shafts A, the two ends of each through shaft A are respectively movably inserted with an upper shaft sleeve, the outer end of each upper shaft sleeve is of an inclined structure and is welded with the other group of upper shaft sleeves to form a V-shaped upper shaft sleeve, the fan-shaped peripheral ends of the eight groups of fan-shaped floating plates A are respectively adhered with the rubber outer sleeves A, and the eight groups of fan-shaped floating plates A are mutually connected through the through shafts A and the upper shaft sleeves;
the lower floating disc assembly comprises fan-shaped floating plates B, through shafts B, rubber outer sleeves B, arc-shaped rubber soft plates B and lower shaft sleeves, eight groups of fan-shaped floating plates B are also arranged on the fan-shaped floating plates B, the through shafts B are fixedly inserted into the inner side ends of the eight groups of fan-shaped floating plates B respectively, the lower shaft sleeves are movably inserted into the two ends of the through shafts B respectively, the outer ends of the lower shaft sleeves are of inclined structures and are welded with the other group of lower shaft sleeves to form V-shaped lower shaft sleeves, the rubber outer sleeves B are respectively adhered to the fan-shaped peripheral ends of the eight groups of fan-shaped floating plates B, the eight groups of fan-shaped floating plates B are mutually connected through the through shafts B and the lower shaft sleeves, and through holes are formed in the fan-shaped floating plates B;
the supporting connecting piece is connected between the upper floating disc assembly and the lower floating disc assembly and comprises eight groups of circular rings and vertical support rods, the circular rings are connected in the vertical middle of the eight groups of vertical support rods, and the upper end and the lower end of each vertical support rod are respectively connected with the upper shaft sleeve piece and the lower shaft sleeve piece in a welding mode;
and the top side of the upper floating disc assembly and the bottom side of the lower floating disc assembly are respectively provided with a compressing and sealing assembly, the upper end of the compressing and sealing assembly is movably inserted with an upper penetrating cylinder, and the lower end of the compressing and sealing assembly is movably inserted with a lower penetrating cylinder.
Preferably, the pressing sealing assembly comprises a pressing plate, a rubber sealing frame and a rubber sealing plate;
the pressure disk is circular structure to two sets of about being equipped with, and two sets of pressure disk outer lane inner is equipped with eight arc jacks, and pastes in the arc jack and have the rubber seal frame, the outer lane side of pressure disk is equipped with eight outer connecting rods of group, and outer connecting rod is L type structure, and its inboard is pasted and is had rubber closing plate, and the rubber closing plate of the pressure disk outer end of upper side group is in between two sets of fan-shaped kickboards A to hug closely with rubber outer ferrule A respectively, and the rubber closing plate of the pressure disk outer end of lower side group is in between two sets of fan-shaped kickboards B to hug closely with rubber outer ferrule B respectively.
Preferably, the outer end of the outer connecting rod is also provided with a T-shaped slot, a gap is formed between the outer connecting rod at the outer end of the pressure plate of the upper side group and the outer connecting rod at the outer end of the pressure plate of the lower side group, and rubber sealing strips are inserted between the two groups of outer connecting rods which are opposite up and down through the T-shaped slots.
Preferably, the pressing sealing assembly further comprises a rubber cylinder, a rubber column and a spring A;
the upper side group the pressure disk bottom has still pasted the packing element, and this packing element arranges the downthehole in the middle of the upper floating disk subassembly in, the lower side group the pressure disk top has still pasted the packing element, and this packing element arranges the downthehole in the middle of the lower floating disk subassembly in, the rubber post cartridge is respectively in two sets of packing elements to hug closely with the packing element, and still be equipped with spring A between rubber post and the packing element inboard.
Preferably, an arc-shaped rubber soft board a is further adhered to the top end of the inner side of the fan-shaped floating board a, the upper end of the arc-shaped rubber soft board a is inserted into the rubber sealing frame on the upper side, and two sides of the lower end of the arc-shaped rubber soft board a are further respectively attached to the inner end of the rubber sealing plate on the upper side.
Preferably, an arc-shaped rubber soft board B is further adhered to the bottom end of the inner side of the fan-shaped floating board B, the lower end of the arc-shaped rubber soft board B is inserted into the rubber sealing frame on the lower side, and two sides of the upper end of the arc-shaped rubber soft board B are further respectively attached to the inner end of the rubber sealing plate on the lower side.
Preferably, the lower end of the upper penetrating tube penetrates through the pressure plate, the rubber tube and the rubber column of the upper side group, the upper end of the upper penetrating tube is fixed with an upper clamping plate, the upper clamping plate is sleeved with a spring B, and the spring B is arranged between the upper clamping plate and the pressure plate of the upper side group.
Preferably, the upper end of the lower penetrating tube penetrates through the pressure plate, the rubber tube and the rubber column of the lower side group, the lower end of the lower penetrating tube is provided with a lower clamping plate, a spring C is sleeved on the lower end of the lower penetrating tube, and the spring C is arranged between the pressure plate and the lower clamping plate of the lower side group.
Preferably, the lower extreme inboard of going up to wear a section of thick bamboo is equipped with the internal thread, and the top of wearing a section of thick bamboo down is equipped with the screw thread post, and the screw thread post is twisted the dress and is worn the internal thread of a section of thick bamboo lower extreme on, wear still to be equipped with two sets of relative guide card grooves on the section of thick bamboo down, the lower extreme inboard of wearing a section of thick bamboo down still slides and alternates and have lower vaulting pole, and the top of lower vaulting pole is connected with two sets of relative guide blocks, and in the guide card groove was arranged in to the guide block, the bottom of vaulting pole is connected with the end shield down, still overlaps on the lower vaulting pole and is equipped with spring D, and spring D arranges in between end shield and the lower cardboard.
The invention has the following beneficial effects:
(1) The inner floating disc of the oil-saving oil tank swings with oil in the tank through the fan-shaped floating plate B and the fan-shaped floating plate A, and the pressure plate is used for reducing the swinging of the fan-shaped floating plate B and the fan-shaped floating plate A, so that the overall swinging amplitude of the oil is reduced;
(2) According to the invention, the inner floating disc is provided with the lower floating assembly, and the fan-shaped floating plate B is provided with the through hole, so that an oil product can be conveniently positioned at the bottom side of the fan-shaped floating plate A through the through hole, when the surface of the oil product in the tank shakes, the fan-shaped floating plate B can freely follow the oil product to shake in different degrees, and the arc-shaped rubber soft plate B is inserted in the rubber sealing frame and has the soft characteristic, so that the shaking range of the oil product is reduced;
(3) According to the inner floating disc, the upper penetrating cylinder and the lower penetrating cylinder are inserted into the pressing sealing assembly, and the springs are sleeved on the upper penetrating cylinder and the lower penetrating cylinder, so that the upper and lower pressure plates of the pressing sealing assembly can be respectively tightly attached to the inner side ends of the eight groups of fan-shaped floating plates A and the inner side ends of the fan-shaped floating plates B, and when the fan-shaped floating plates B and the fan-shaped floating plates A shake along with oil in the tank, the shaking of the fan-shaped floating plates B and the fan-shaped floating plates A can be reduced, and further the overall shaking amplitude of the oil is reduced.
Drawings
In order to more clearly illustrate the technical solutions of the embodiments of the present invention, the drawings of the embodiments will be briefly described below.
FIG. 1 is a schematic view of the overall structure of an embodiment of a floating plate in an immersion type double-plate stainless steel storage tank of the present invention;
FIG. 2 is an enlarged schematic view of the structure at A in FIG. 1;
FIG. 3 is a schematic view of the side elevation configuration of FIG. 1;
FIG. 4 is a schematic structural view of the upper penetrating barrel and the lower penetrating barrel in FIG. 1 when the upper penetrating barrel and the lower penetrating barrel are separated and pulled out;
FIG. 5 is an enlarged schematic view of the structure at B in FIG. 4;
FIG. 6 is an enlarged schematic view of the structure at C in FIG. 4;
FIG. 7 is a schematic view of the rubber weather strip of FIG. 4 shown in an upwardly withdrawn configuration;
FIG. 8 is a schematic structural view of the pinched seal assembly of FIG. 7, shown disassembled with the upper and lower float disk assemblies;
FIG. 9 is a schematic side-down view of the upper and lower float disk assemblies of FIG. 8;
FIG. 10 is an enlarged schematic view of FIG. 9 at D;
FIG. 11 is a schematic view of the side elevation configuration of FIG. 9;
FIG. 12 is a schematic view of the overall structure of a sector floating plate A in an embodiment of the flooded double-deck stainless steel Chu Guanna floating deck of the present invention;
FIG. 13 is a schematic view of the overall structure of a sector floating plate B in an embodiment of the flooded double-deck stainless steel Chu Guanna floating deck of the present invention;
FIG. 14 is a schematic structural view of the support connection member integrated with the upper and lower boss assemblies in an embodiment of the flooded double-deck stainless steel Chu Guanna floating deck of the present invention;
list of reference numerals:
1. an upper float pan assembly; 101. a sector floating plate A; 102. a shaft A is penetrated; 103. a rubber outer ring A; 104. an arc-shaped rubber soft board A; 105. an upper shaft sleeve;
2. a lower float pan assembly; 201. a sector-shaped floating plate B; 2011. a through hole; 202. b, shaft penetration B; 203. a rubber outer ring B; 204. an arc-shaped rubber soft board B; 205. a lower shaft sleeve;
3. a support link; 301. a circular ring; 302. a vertical stay bar;
4. compressing the sealing component; 401. a platen; 4011. an arc-shaped jack; 4012. an outer link; 40121. a T-shaped slot; 402. a rubber sealing frame; 403. a rubber sealing plate; 404. a rubber cylinder; 405. a rubber column; 406. a spring A;
5. a rubber seal strip;
6. an upper penetrating cylinder; 601. an upper clamping plate; 602. a spring B;
7. downwards penetrating the cylinder; 701. a lower clamping plate; 702. a spring C; 703. a threaded post; 704. a guide clamping groove;
8. a lower stay bar; 801. a bottom baffle; 802. a spring D; 803. and a guide block.
Detailed Description
In order to make the objects, aspects and advantages of the embodiments of the present invention more apparent, the embodiments of the present invention will be described in detail with reference to the accompanying drawings. Unless otherwise indicated, terms used herein have the ordinary meaning in the art. Like reference symbols in the various drawings indicate like elements.
The embodiment is as follows: please refer to fig. 1 to 14:
the invention provides a liquid immersion type double-disk stainless steel Chu Guanna floating disk, which comprises: the device comprises an upper floating disc assembly 1, a lower floating disc assembly 2, a supporting connecting piece 3 and a pressing sealing assembly 4;
the upper floating disc assembly 1 comprises fan-shaped floating plates A101, through shafts A102, rubber outer sleeves A103, arc-shaped rubber soft plates A104 and upper shaft sleeves 105, eight groups of fan-shaped floating plates A101 are arranged, the inner side ends of the eight groups of fan-shaped floating plates A101 are respectively fixedly inserted with the through shafts A102, the two ends of the through shafts A102 are respectively movably inserted with the upper shaft sleeves 105, the outer ends of the upper shaft sleeves 105 are of inclined structures and are welded with the other group of upper shaft sleeves 105 to form V-shaped upper shaft sleeves, the fan-shaped peripheral ends of the eight groups of fan-shaped floating plates A101 are respectively adhered with the rubber outer sleeves A103, and the eight groups of fan-shaped floating plates A101 are mutually connected through the through shafts A102 and the upper shaft sleeves;
the lower floating disc assembly 2 comprises fan-shaped floating plates B201, through shafts B202, rubber outer sleeves B203, arc-shaped rubber soft plates B204 and lower shaft sleeves 205, eight groups of fan-shaped floating plates B201 are also arranged, the inner side ends of the eight groups of fan-shaped floating plates B201 are respectively fixedly inserted with the through shafts B202, the two ends of the through shafts B202 are respectively movably inserted with the lower shaft sleeves 205, the outer ends of the lower shaft sleeves 205 are of inclined structures and are welded with the other group of lower shaft sleeves 205 to form V-shaped lower shaft sleeve assemblies, the fan-shaped peripheral ends of the eight groups of fan-shaped floating plates B201 are respectively adhered with the rubber outer sleeves B203, the eight groups of fan-shaped floating plates B201 are mutually connected through the through shafts B202 and the lower shaft sleeve assemblies, and the fan-shaped floating plates B201 are provided with through holes 2011;
the supporting connecting piece 3 is connected between the upper floating disc assembly 1 and the lower floating disc assembly 2, the supporting connecting piece 3 comprises eight groups of circular rings 301 and vertical support rods 302, the eight groups of vertical support rods 302 are arranged, the circular rings 301 are connected in the vertical middle of the eight groups of vertical support rods 302, and the upper end and the lower end of each vertical support rod 302 are respectively connected with the upper shaft sleeve piece and the lower shaft sleeve piece in a welding mode;
the top side of the upper floating disc assembly 1 and the bottom side of the lower floating disc assembly 2 are respectively provided with a pressing and sealing assembly 4, the upper end of the pressing and sealing assembly 4 is movably inserted with an upper penetrating cylinder 6, and the lower end of the pressing and sealing assembly 4 is movably inserted with a lower penetrating cylinder 7.
As shown in fig. 8, the compression seal assembly 4 includes a platen 401, a rubber seal frame 402, and a rubber seal plate 403; the pressing plate 401 is of a circular structure and is provided with an upper group and a lower group, eight groups of arc-shaped jacks 4011 are arranged at the inner ends of the outer rings of the two groups of pressing plates 401, rubber sealing frames 402 are pasted in the arc-shaped jacks 4011, eight groups of outer connecting rods 4012 are arranged on the outer ring side of the pressing plate 401, the outer connecting rods 4012 are of an L-shaped structure, rubber sealing plates 403 are pasted on the inner sides of the outer connecting rods, the rubber sealing plates 403 at the outer ends of the pressing plates 401 of the upper group are located between the two groups of fan-shaped floating plates A101 and are respectively clung to the rubber outer rings A103, the rubber sealing plates 403 at the outer ends of the pressing plates 401 of the lower group are located between the two groups of fan-shaped floating plates B201 and are respectively clung to the rubber outer rings B203, and the pressing sealing assembly 4 further comprises a rubber cylinder 404, a rubber column 405 and a spring A406; the bottom of the upper group of pressure plates 401 is also adhered with a rubber tube 404, the rubber tube 404 is arranged in the hole in the middle of the upper floating plate component 1, the top of the lower group of pressure plates 401 is also adhered with the rubber tube 404, the rubber tube 404 is arranged in the hole in the middle of the lower floating plate component 2, rubber columns 405 are respectively inserted in the two groups of rubber tubes 404 and are tightly adhered with the rubber tubes 404, a spring A406 is also arranged between the rubber column 405 and the inner side of the rubber tube 404, as shown in figure 6, the top end of the inner side of the sector floating plate A101 is also adhered with an arc-shaped rubber soft plate A104, the upper end of the arc-shaped rubber soft plate A104 is inserted in the upper rubber sealing frame 402, and the two sides of the lower end of the arc-shaped rubber soft plate A104 are also tightly adhered with the inner end of the upper rubber sealing plate 403, arc-shaped rubber soft boards B204 are further pasted at the bottom ends of the inner sides of the fan-shaped floating boards B201, the lower ends of the arc-shaped rubber soft boards B204 are inserted into the rubber sealing frames 402 of the lower side, the two sides of the upper ends of the arc-shaped rubber soft boards B204 are further respectively attached to the inner ends of the rubber sealing plates 403 of the lower side, when oil rocks in the fan-shaped floating boards B201 and the fan-shaped floating boards A101 following tanks, the upper pressure plates 401 and the lower pressure plates 401 of the pressing sealing assembly 4 are respectively attached to the inner side ends of the eight groups of fan-shaped floating boards A101 and the inner side ends of the fan-shaped floating boards B201 in the spring B602 and the spring C702, when the oil rocks in the fan-shaped floating boards B201 and the fan-shaped floating boards A101 following tanks, the rocking of the fan-shaped floating boards B201 and the fan-shaped floating boards A101 can be reduced, and further the overall rocking amplitude of the oil is reduced.
As shown in fig. 2 and 7, the outer end of the outer connecting rod 4012 is further provided with a T-shaped slot 40121, a gap is formed between the outer connecting rod 4012 at the outer end of the upper side group of the pressure plate 401 and the outer connecting rod 4012 at the outer end of the lower side group of the pressure plate 401, a rubber sealing strip 5 is inserted into the upper and lower two groups of outer connecting rods 4012 through the T-shaped slot 40121, when the upper and lower two groups of pressure plates 401 and the outer connecting rods 4012 move, the rubber sealing strip 5 can slide outside the outer connecting rods 4012, the rubber sealing strip 5 cannot be pulled, and the rubber sealing strip 5 can be sealed by being attached to the inner wall of the tank body through the rubber sealing strip 5.
As shown in fig. 4, the lower end of the upper penetrating tube 6 is inserted into the upper set of platen 401, rubber tube 404 and rubber column 405, the upper end is fixed with an upper clamping plate 601 and sleeved with a spring B602, the spring B602 is arranged between the upper clamping plate 601 and the upper set of platen 401, the upper end of the lower penetrating tube 7 is inserted into the lower set of platen 401, rubber tube 404 and rubber column 405, the lower end is provided with a lower clamping plate 701 and sleeved with a spring C702, the spring C702 is arranged between the lower set of platen 401 and lower clamping plate 701, the inner side of the lower end of the upper penetrating tube 6 is provided with an internal thread, the top end of the lower penetrating tube 7 is provided with a threaded column 703, the threaded column is screwed into the internal thread at the lower end of the upper penetrating tube 6, the lower penetrating tube 7 is further provided with two sets of opposite guiding slots 703, lower vaulting pole 8 has still been inserted in the inboard lower extreme of lower section of thick bamboo 7 of wearing down in a sliding way, the top of lower vaulting pole 8 is connected with two sets of relative guide block 803, and guide block 803 is arranged in guide card groove 704, the bottom of lower vaulting pole 8 is connected with end baffle 801, still the cover is equipped with spring D802 on the lower vaulting pole 8, and spring D802 arranges in between end baffle 801 and lower cardboard 701, be convenient for penetrate last section of thick bamboo 6 and penetrate the platen 401 of upside group, in rubber tube 404 and the rubber column 405 with penetrate the platen 401 of downside group, the lower section of thick bamboo 7 that wears in rubber tube 404 and the rubber column 405 links to each other, thereby make on wear section of thick bamboo 6 on the spring B602 of suit arrange the platen 401 of upside group in, make on the lower section of thick bamboo 7 on the spring C702 of suit arrange the platen 401 of downside group in.
The specific use mode and function of the embodiment are as follows: in the invention, the whole inner floating plate is arranged in the tank body, oil in the tank body is positioned at the bottom side of the fan-shaped floating plate A101 through the through hole 2011, when the surface of the oil in the tank shakes, the fan-shaped floating plate B201 can freely follow the oil to shake in different degrees, the arc-shaped rubber soft plate B204 is inserted into the rubber sealing frame 402 and the soft characteristic of the arc-shaped rubber soft plate B204, so that the shaking range of the oil is reduced, eight groups of fan-shaped floating plates A101 on the floating plate assembly 1 can freely follow the oil to shake in different degrees, the upper and lower groups of pressure plates 401 of the sealing assembly 4 are respectively tightly pressed on the inner sides of the eight groups of fan-shaped floating plates A101 and the inner side ends of the fan-shaped floating plate B201 at the spring B602 and the spring C702, when the fan-shaped floating plates B201 and the fan-shaped floating plate A101 follow the oil to shake in the tank, so that the shaking of the fan-shaped floating plates B201 and the fan-shaped floating plate A101 can be tightly pressed, so that the shaking range of the whole floating plate B201 and the inner side of the rubber sealing plate A101 can be inserted into the inner side of the fan-shaped floating plate A101 and the oil to avoid the floating plate A1 from flowing at the inner side of the oil.
Claims (9)
1. Immersion type double plate stainless steel Chu Guanna floating plate, its characterized in that includes: the device comprises an upper floating disc assembly (1), a lower floating disc assembly (2), a supporting connecting piece (3) and a pressing sealing assembly (4);
the floating disc assembly (1) comprises a sector floating plate A (101), a penetrating shaft A (102), a rubber outer ring A (103), an arc-shaped rubber soft plate A (104) and an upper shaft sleeve (105), eight groups of sector floating plates A (101) are arranged, the inner side ends of the eight groups of sector floating plates A (101) are fixedly penetrated and inserted with the penetrating shaft A (102) respectively, two ends of the penetrating shaft A (102) are movably inserted with the upper shaft sleeve (105) respectively, the outer end of the upper shaft sleeve (105) is of an inclined structure and is welded with the other group of upper shaft sleeve (105) to form a V-shaped upper shaft sleeve, the rubber outer ring A (103) is pasted on the sector peripheral ends of the eight groups of sector floating plates A (101) respectively, and the eight groups of sector floating plates A (101) are connected with each other through the penetrating shaft A (102) and the upper shaft sleeve;
the lower floating disc assembly (2) comprises a fan-shaped floating plate B (201), a penetrating shaft B (202), a rubber outer sleeve ring B (203), an arc-shaped rubber soft plate B (204) and a lower shaft sleeve (205), eight groups of the fan-shaped floating plate B (201) are also arranged, the inner side ends of the eight groups of the fan-shaped floating plate B (201) are respectively fixedly inserted with the penetrating shaft B (202), the two ends of the penetrating shaft B (202) are respectively movably inserted with the lower shaft sleeve (205), the outer end of the lower shaft sleeve (205) is of an inclined structure and is welded with the other group of the lower shaft sleeve (205) to form a V-shaped lower shaft sleeve member, the fan-shaped peripheral ends of the eight groups of the fan-shaped floating plate B (201) are respectively adhered with the rubber outer sleeve ring B (203), the eight groups of the fan-shaped floating plate B (201) are mutually connected through the penetrating shaft B (202) and the lower shaft sleeve member, and a through hole (2011) is formed in the fan-shaped floating plate B (201);
the supporting connecting piece (3) is connected between the upper floating disc assembly (1) and the lower floating disc assembly (2), the supporting connecting piece (3) comprises eight groups of circular rings (301) and vertical support rods (302), the eight groups of vertical support rods (302) are provided, the circular rings (301) are connected to the vertical middle of the eight groups of vertical support rods (302), and the upper end and the lower end of each vertical support rod (302) are respectively connected with the upper shaft sleeve piece and the lower shaft sleeve piece in a welding mode;
the top side of the upper floating disc assembly (1) and the bottom side of the lower floating disc assembly (2) are respectively provided with a pressing sealing assembly (4), and an upper penetrating cylinder (6) is movably inserted into the upper end of the pressing sealing assembly (4), and a lower penetrating cylinder (7) is movably inserted into the lower end of the pressing sealing assembly.
2. The flooded type double-disc stainless steel Chu Guanna floating disc of claim 1, wherein: the pressing sealing assembly (4) comprises a pressing plate (401), a rubber sealing frame (402) and a rubber sealing plate (403);
pressure disk (401) are circular structure to it is two sets of about being equipped with, and two sets of pressure disk (401) outer lane inner is equipped with eight arc jacks (4011) of group, and arc jack (4011) internal paste has rubber seal frame (402), the outer lane side of pressure disk (401) is equipped with eight outer connecting rod (4012) of group, and outer connecting rod (4012) are L type structure, and its inboard is pasted and is had rubber seal plate (403), and rubber seal plate (403) of pressure disk (401) outer end of upper side group are in between two sets of fan-shaped floating plate A (101), and hug closely with rubber outer ferrule A (103) respectively, and rubber seal plate (403) of pressure disk (401) outer end of lower side group are in between two sets of fan-shaped floating plate B (201), and hug closely with rubber outer ferrule B (203) respectively.
3. The flooded type double-disc stainless steel Chu Guanna floating disc of claim 2, wherein: the outer end of outer connecting rod (4012) still is equipped with T type slot (40121), and is equipped with the clearance between outer connecting rod (4012) of pressure disk (401) outer end of upper side group and outer connecting rod (4012) of pressure disk (401) outer end of lower side group, and has rubber seal strip (5) through T type slot (40121) cartridge between two sets of outer connecting rod (4012) relative from top to bottom.
4. The flooded type double-disc stainless steel Chu Guanna floating disc of claim 2 or 3, wherein: the pressing sealing assembly (4) further comprises a rubber cylinder (404), a rubber column (405) and a spring A (406);
the upper side group the pressure disk (401) bottom has still pasted rubber tube (404), and this rubber tube (404) is arranged in the downthehole in the middle of upper floating disk subassembly (1), and the lower side group pressure disk (401) top has still pasted rubber tube (404), and this rubber tube (404) is arranged in downthehole in the middle of lower floating disk subassembly (2), rubber column (405) cartridge respectively is in two sets of rubber tube (404) to hug closely with rubber tube (404), and still be equipped with spring A (406) between rubber column (405) and rubber tube (404) inboard.
5. The flooded type double-disc stainless steel Chu Guanna floating disc of claim 2 or 3, wherein: the top end of the inner side of the fan-shaped floating plate A (101) is also adhered with an arc-shaped soft rubber plate A (104), the upper end of the arc-shaped soft rubber plate A (104) is inserted into the rubber sealing frame (402) on the upper side, and two sides of the lower end of the arc-shaped soft rubber plate A (104) are also respectively clung to the inner end of the rubber sealing plate (403) on the upper side.
6. The flooded type double-disc stainless steel Chu Guanna floating disc of claim 2 or 3, wherein: an arc-shaped rubber soft board B (204) is further pasted at the bottom end of the inner side of the fan-shaped floating board B (201), the lower end of the arc-shaped rubber soft board B (204) is inserted into the rubber sealing frame (402) on the lower side, and two sides of the upper end of the arc-shaped rubber soft board B (204) are further respectively attached to the inner end of the rubber sealing plate (403) on the lower side.
7. The flooded-type double-disc stainless steel Chu Guanna floating disc of claim 4, wherein: go up the lower extreme of wearing a section of thick bamboo (6) and alternate in pressure disk (401), rubber tube (404) and the rubber column (405) of upper side group, the upper end is fixed with cardboard (601) on to the cover is equipped with spring B (602), and spring B (602) establish between last cardboard (601) and pressure disk (401) of upper side group.
8. The flooded-type double-disc stainless steel Chu Guanna floating disc of claim 4, wherein: the upper end of the lower penetrating tube (7) is inserted into a pressure plate (401), a rubber tube (404) and a rubber column (405) of the lower side group, a lower clamping plate (701) is arranged at the lower end of the lower penetrating tube, a spring C (702) is sleeved on the lower penetrating tube, and the spring C (702) is arranged between the pressure plate (401) of the lower side group and the lower clamping plate (701).
9. The flooded type double-disc stainless steel Chu Guanna floating disc of claim 8, wherein: go up the lower extreme inboard of wearing a section of thick bamboo (6) and be equipped with the internal thread, the top of wearing a section of thick bamboo (7) down is equipped with screw thread post (703), and screw thread post (703) are twisted the dress and are worn a section of thick bamboo (6) lower extreme internal thread on, it still is equipped with two sets of relative guide card grooves (704) to wear a section of thick bamboo (7) down, the lower extreme inboard of wearing a section of thick bamboo (7) down still slides and alternates down vaulting pole (8), the top of vaulting pole (8) down is connected with two sets of relative guide block (803), and guide block (803) are arranged in guide card groove (704), the bottom of vaulting pole (8) down is connected with end baffle (801), still overlaps on lower vaulting pole (8) and is equipped with spring D (802), and spring D (802) are arranged in between end baffle (801) and lower cardboard (701).
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| CN115520526B (en) | 2023-02-10 |
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