CN212602769U - Glass fiber gluing device for manufacturing sulfuric acid storage tank - Google Patents
Glass fiber gluing device for manufacturing sulfuric acid storage tank Download PDFInfo
- Publication number
- CN212602769U CN212602769U CN202020555842.4U CN202020555842U CN212602769U CN 212602769 U CN212602769 U CN 212602769U CN 202020555842 U CN202020555842 U CN 202020555842U CN 212602769 U CN212602769 U CN 212602769U
- Authority
- CN
- China
- Prior art keywords
- glass fiber
- stained
- gluing
- rack
- line
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Images
Landscapes
- Coating Apparatus (AREA)
Abstract
A glass fiber glue dipping device for manufacturing a sulfuric acid storage tank belongs to the technical field of processing and manufacturing equipment of sulfuric acid storage tanks and is used for dipping glass fibers. The technical scheme is as follows: the glass fiber high-speed support line is provided with two identical parallel opposite square frames, two ends of a high-transverse support rod are respectively connected to the upper ends of the rear parts of the two square frames, two ends of a low-transverse support rod are respectively connected to the middle of the front parts of the two square frames, and a plurality of threading iron rings are uniformly distributed on the high-transverse support rod; the gluing tank of the glass fiber gluing rack is placed on the rectangular rack, the roll shafts of the gluing carrier rollers are installed on two side walls of the gluing tank, the two wire pressing rods are respectively fixed in front of and behind the gluing carrier rollers in parallel, and the wire inlet distribution frame and the wire outlet distribution frame are respectively fixed at two ends of the gluing tank. The utility model discloses can make glass fiber be stained with glues evenly, be stained with and glue convenient operation, swift, reduce and be stained with gluey time, improve and be stained with the efficiency of gluing the operation, provide reliable technical support for the preparation sulphuric acid storage tank.
Description
Technical Field
The utility model relates to a glass fiber gluing device for manufacturing a sulfuric acid storage tank body, which belongs to the technical field of processing and manufacturing equipment of sulfuric acid storage tanks.
Background
The sulfuric acid storage tank is standing equipment in a coke oven gas purification area, is used for sulfuric acid product storage equipment in a sulfuric acid production process, and is also used for storing sulfuric acid supplied outside the ammonium sulfate production process. In the process of storing the sulfuric acid, the sulfuric acid storage tank needs to be updated after being used for a certain time due to long open-air use time and corrosion of the stored sulfuric acid. The main raw materials used for manufacturing the storage tank are glass fiber, adhesive glue solution prepared by blending unsaturated polyester and vinyl ester, and the storage tank is manufactured by adhering the glass fiber on a grinding tool of the storage tank layer by layer after the glass fiber is dipped with the adhesive. The fiberglass glue dipping device is particularly important in the process of manufacturing the storage tank. Because the used glass fiber supporting frame and the glass fiber glue dipping pool have simple structures, the glass fiber directly passes through the glue dipping compression bar in the glue dipping pool after passing through the supporting frame, so that the glass fiber is glued in the glue dipping pool, then is scraped by the glue scraping plate and enters the next manufacturing procedure, the glue dipping device is used for many years, the glass fiber is glued more, the glue dipping is uneven, the distribution of the glass fiber is uneven, the glue solution is wasted, and the manufacturing quality of the storage tank is influenced, therefore, the research and the manufacture of the device and the method for the glass fiber with even distribution and even glue dipping are necessary.
SUMMERY OF THE UTILITY MODEL
The utility model aims to solve the technical problem that a glass fiber who makes sulphuric acid storage tank is stained with mucilage binding and puts is provided, and this kind is stained with mucilage binding and puts can be stained with gluey operation to glass fiber, is stained with and glues evenly, is stained with gluey process simple, quick, safety, can guarantee the quality of sulphuric acid storage tank for making sulphuric acid storage tank at the production site and providing reliable technical support.
The technical scheme for solving the technical problems is as follows:
a glass fiber glue dipping device for manufacturing a sulfuric acid storage tank comprises a glass fiber high line rack and a glass fiber glue dipping rack, wherein the glass fiber high line rack comprises four line rack supporting legs, four horizontal connecting rods, a high transverse supporting rod, a low transverse supporting rod and a plurality of threading iron rings, the four line rack supporting legs and the four horizontal connecting rods respectively form two identical parallel opposite square frames, two ends of the high transverse supporting rod are respectively connected with the upper ends of the rear parts of the two square frames, two ends of the low transverse supporting rod are respectively connected with the middle of the front parts of the two square frames, a plurality of threading iron rings are uniformly arranged on the high transverse supporting rod along the length direction, the glass fiber glue dipping rack comprises a rectangular rack, a glue dipping pool, a glue dipping roller, a line pressing rod, a line inlet distribution rack and a line outlet distribution rack, the glue dipping pool is placed on the rectangular rack, the glue dipping roller is arranged on two side walls of the roller shaft glue pool, the two line pressing rods are respectively placed in front of and behind the glue dipping carrier roller in parallel, two ends of the two line pressing rods are respectively fixedly connected with the upper edges of two side walls of the glue dipping pool, and the incoming line distribution frame and the outgoing line distribution frame are respectively fixed at two ends of the glue dipping pool.
Above-mentioned glass fiber who makes sulphuric acid storage tank is stained with mucilage binding and is put, be stained with and install the frictioning board between moulding-wire pole in gluey bearing roller the place ahead and the gluey bearing roller of being stained with, the both ends of frictioning board are fixed and are stained with the both sides edge of gluing the pond, and the length of frictioning board matches with the length of being stained with gluey bearing roller, and the front end of frictioning board is relative with the roll surface of being stained with gluey bearing.
Above-mentioned glass fiber who makes sulphuric acid storage tank is stained with mucilage binding and is put, inlet wire distribution frame and the distribution frame of being qualified for the next round of competitions are become by last whippletree, middle horizontal pole, sheer pole and separation montant respectively, go up whippletree, middle horizontal pole, sheer pole and place at the horizontal parallel of vertical direction, and the horizontal pole is connected with last whippletree, sheer pole are perpendicular in the middle of passing respectively at a plurality of both ends of separating the montant, and a plurality of separation montants equipartitions between last whippletree and sheer pole, and the glue dripping backward flow groove has been placed to the below of the distribution frame of.
The utility model has the advantages that:
the high cross support rod and the low cross support rod of the glass fiber support high-speed wire rack of the utility model can divide a plurality of glass fibers into an upper layer and a lower layer to be uniformly fed into the glass fiber glue soaking rack for glue soaking; the line ball pole that glass fiber was stained with gluey rack can lead glass fiber, makes glass fiber compress tightly on being stained with gluey bearing roller, under the effect of pull in the front, drives to be stained with gluey bearing roller and rotates, is stained with gluey bearing roller and is stained with on glass fiber after being stained with gluey pond, and the frictioning board can be scraped the glue of being stained with on the gluey bearing roller evenly, makes glass fiber be stained with gluey evenly, and unnecessary glue solution flows into and is stained with gluey pond.
The utility model discloses a glass fiber of preparation sulphuric acid storage tank is stained with the innovation of mucilage binding and puts, makes glass fiber be stained with and glues evenly, is stained with gluey convenient operation, swift, has reduced and has been stained with gluey time, has improved and has been stained with the efficiency of gluing the operation, for making sulphuric acid storage tank at the production site and providing reliable technical support, has guaranteed the quality of sulphuric acid storage tank.
Drawings
FIG. 1 is a schematic structural view of a glass fiber branch elevated line frame of the present invention;
fig. 2 is a schematic structural view of the glass fiber gluing rack of the present invention.
The figures are labeled as follows: the device comprises a line stand supporting leg 1, a horizontal connecting rod 2, a high transverse supporting rod 3, a low transverse supporting rod 4, a threading iron ring 5, a rectangular rack 6, a glue dipping pool 7, a glue dipping carrier roller 8, a line pressing rod 9, a glue scraping plate 10, a glue dripping reflux groove 11, a line inlet distribution frame 12 and a line outlet distribution frame 13.
Detailed Description
The utility model discloses a glass fiber is stained with mucilage binding and is put and be stained with gluey rack two parts by glass fiber branch high line frame and glass fiber and constitute.
Fig. 1 shows that the glass fiber support line frame comprises four line frame supporting legs 1, four horizontal connecting rods 2, a high cross-bar rod 3, a low cross-bar rod 4 and a plurality of threading iron rings 5.
Four line frame landing legs 1 and four horizontal connecting rod 2 constitute two the same parallel relative square frame respectively, and the both ends of high cross strut 3 are connected respectively in the rear portion upper end of two square frame, and the both ends of low cross strut 4 are connected respectively in the middle of the front portion of two square frame, and a plurality of threading hoop 5 are installed along length direction equipartition on the high cross strut 3.
FIG. 1 shows that the high cross bar 3 is 130-160 cm away from the ground, the low cross bar 4 is 20-40 cm away from the ground, and 6-10 small iron loops 5 with uniform spacing are welded on the high cross bar 3. The glass fiber is divided into two layers, the upper layer glass fiber passes through the small iron ring 5 for threading on the high-transverse supporting rod 3, the lower layer glass fiber uniformly passes through the low-transverse supporting rod 4, and then the glass fiber is gathered to the glass fiber gluing rack for gluing.
Fig. 2 shows that the glass fiber glue dipping rack comprises a rectangular rack 6, a glue dipping pool 7, a glue dipping carrier roller 8, a line pressing rod 9, a glue scraping plate 10, a glue dripping reflux groove 11, an incoming line distribution frame 12 and an outgoing line distribution frame 13.
Four supporting legs are arranged below the rectangular rack 6, the glue dipping pool 7 is placed on the rectangular rack 6, the roll shafts of the glue dipping carrier rollers 8 are installed on two side walls of the glue dipping pool 7, and glue solution in the glue dipping pool 7 can be dipped on the glue dipping carrier roller 8 when the glue dipping carrier roller 8 rotates.
Two line pressing rods 9 are respectively and parallelly arranged in front of and behind the glue dipping carrier roller 8, and two ends of the two line pressing rods 9 are respectively and fixedly connected with the upper edges of two side walls of the glue dipping pool 7. The glass fiber is glued through the lower surfaces of the two wire pressing rods 9 and the upper part of the surrounding gluing carrier roller 8 respectively.
A glue scraping plate 10 is arranged between a line pressing rod 9 in front of the glue soaking carrier roller 8 and the glue soaking carrier roller 8, two ends of the glue scraping plate 10 are fixed on two side edges of the glue soaking pool 7, the length of the glue scraping plate 10 is matched with that of the glue soaking carrier roller 8, and the front end of the glue scraping plate 10 is opposite to the roller surface of the glue soaking carrier roller 8. The glue dipping carrier roller 8 rotates to dip glue from the glue dipping pool 7, the glue scraping plate 10 scrapes off redundant glue on the glue dipping carrier roller and flows into the glue dipping pool, the glass fiber sticks glue from the scraped glue dipping carrier roller 8, the thickness of the glue on the glue dipping carrier roller 8 can be controlled by adjusting the gap between the glue scraping plate 10 and the glue dipping carrier roller 8, and the glue dipping effect is ensured.
The incoming line distribution frame 12 and the outgoing line distribution frame 13 are respectively fixed at two ends of the glue dipping pool 7, a glue dripping reflux groove 11 is arranged below the outgoing line distribution frame 13, and glue dripping from the glass fiber is collected and refluxed to the glue dipping pool 7.
Fig. 2 shows that the incoming distribution frame 12 and the outgoing distribution frame 13 are respectively composed of an upper horizontal bar, a middle horizontal bar, a lower horizontal bar and a separation vertical bar. Go up whippletree, middle horizontal pole, sheer pole and place at vertical direction level parallel, the horizontal pole is connected with last whippletree, sheer pole are perpendicular in the middle of passing respectively at the both ends of a plurality of separation montants, and a plurality of separation montants are at last whippletree and sheer pole between the equipartition. Glass fiber enters from a glass fiber high-speed support in two layers, after the upper layer glass fiber passes through a small threading iron ring 5 on a high-transverse support rod 3, the upper layer glass fiber enters an upper transverse rod of a wire inlet distribution frame 12 of a glass fiber gluing rack and a uniform thread hole of a middle transverse rod, after the lower layer glass fiber uniformly passes through a low-transverse support rod 4 of the high-speed support rod, the lower layer glass fiber enters the uniform thread hole between the middle transverse rod and the lower transverse rod of the distribution frame 12, and after the viscose glue is gathered, the lower layer glass fiber enters the distribution frame 13 to be uniformly distributed.
The utility model discloses a use method as follows:
(1) placing the glass fiber branch high-line stand and the glass fiber gluing rack in front and back alignment;
(2) mixing unsaturated polyester resin and vinyl ester resin according to the weight ratio of 3: 1, mixing and pouring into a glue dipping pool 7;
(3) arranging glass fiber 'thread balls' in a row every 7 balls, arranging the glass fiber 'thread balls' in two rows up and down, arranging the glass fiber 'thread balls' in a line with a glass fiber support high line frame and a glass fiber glue dipping rack, placing the glass fiber 'thread balls' in front of the glass fiber support high line frame, and keeping a certain distance;
(4) passing each glass fiber of the front row of glass fiber coil through a low transverse supporting rod 4 of a glass fiber supporting high-voltage rack, passing each glass fiber of the rear row of glass fiber coil through a small threading iron ring 5 of the high transverse supporting rod 3 symmetrically, and converging the two paths of glass fibers through an incoming line distributor 12 of a glass fiber gluing rack respectively;
(5) the glass fiber passing through the incoming distributor 12 enters the lower part of the line pressing rod 9 in front of the gluing carrier roller 8, upwards surrounds the upper part of the gluing carrier roller 8, then downwards passes through the lower part of the line pressing rod 9 behind the gluing carrier roller 8, upwards and symmetrically and uniformly pulled out of the outgoing distributor 13, and the glass fiber drives the gluing carrier roller 8 to rotate in the pulling process;
(6) the gluing carrier roller 8 rotates to glue from the gluing tank 7, the glue scraping plate 10 scrapes off redundant glue solution after the gluing carrier roller 8 is glued and flows into the gluing tank 7, the upper part of the glued carrier roller 8 after being scraped contacts with glass fiber, and the glass fiber is glued from the gluing carrier roller 8;
(7) the glued glass fiber is pulled out from the outlet distributor 13, the glue dropped from the glued glass fiber falls into the glue dropping reflux tank 11, and the glue solution automatically flows into the glue dipping pool 7 for reuse.
And the glass fiber is stained with glue from the glass fiber staining rack, passes through a fan-shaped uniform distribution rack electric device capable of moving up and down at a constant speed, and then is wound on a storage tank mold capable of automatically rotating to manufacture a sulfuric acid storage tank.
The utility model discloses an embodiment as follows:
the height of the wire rack supporting leg 1 is 1500mm, and the diameter is 50 mm;
the length of the horizontal connecting rod 2 is 1000mm, and the diameter is 50 mm;
the diameter of the high transverse strut 3 is 50mm, the length is 1000mm, and the distance from the high transverse strut to the ground is 1500 mm;
the diameter of the low cross strut 4 is 50mm, the length is 1000mm, and the distance from the ground is 250 mm;
7 threading iron rings 5 are provided, and the diameter of each threading iron ring 5 is 10 mm;
the length of the rectangular rack 6 is 1400mm, the width is 1000mm, and the height is 700 mm;
the length of the glue dipping pool 7 is 1300mm, the width is 1000mm, and the height is 160 mm;
the diameter of the adhesive carrier roller 8 is 280mm, and the length is 850 mm;
the diameter of the wire pressing rod 9 is 25mm, and the length is 1000 mm;
the length of the rubber scraping plate 10 is 1000mm, the width is 50mm, and the thickness is 12 mm;
the length of the glue dripping reflux groove 11 is 1000mm, the width is 500mm, and the height is 740 mm;
the length of the incoming line distribution 12 racks is 1000mm, and the height is 400 mm;
the outlet distribution frame 13 has a length of 1000mm and a height of 300 mm.
Claims (3)
1. The utility model provides a preparation sulphuric acid storage tank's glass fiber is stained with mucilage binding and is put which characterized in that: the glass fiber gluing rack comprises a glass fiber high line rack and a glass fiber gluing rack, wherein the glass fiber high line rack comprises four line rack supporting legs (1), four horizontal connecting rods (2), a high transverse supporting rod (3), a low transverse supporting rod (4) and a plurality of threading iron rings (5), the four line rack supporting legs (1) and the four horizontal connecting rods (2) respectively form two identical parallel opposite square frames, two ends of the high transverse supporting rod (3) are respectively connected to the upper ends of the rear parts of the two square frames, two ends of the low transverse supporting rod (4) are respectively connected to the middle of the front parts of the two square frames, the plurality of threading iron rings (5) are uniformly arranged on the high transverse supporting rod (3) along the length direction, the glass fiber gluing rack comprises a rectangular rack (6), a gluing pool (7), a gluing carrier roller (8), a line pressing rod (9), a line incoming distribution rack (12) and a line outgoing distribution rack (13), the glue dipping pool (7) is placed on the rectangular rack (6), the roll shafts of the glue dipping carrier rollers (8) are installed on two side walls of the glue dipping pool (7), the two wire pressing rods (9) are respectively placed in front of and behind the glue dipping carrier rollers (8) in parallel, two ends of the two wire pressing rods (9) are respectively fixedly connected with the upper edges of the two side walls of the glue dipping pool (7), and the wire inlet distribution frame (12) and the wire outlet distribution frame (13) are respectively fixed at two ends of the glue dipping pool (7).
2. The fiberglass glue dipping device for manufacturing the sulfuric acid storage tank as claimed in claim 1, wherein: be stained with line ball pole (9) in gluey bearing roller (8) the place ahead and be stained with and install between gluey bearing roller (8) and scrape offset plate (10), the both sides edge of being stained with gluey pond (7) is fixed at the both ends of scraping offset plate (10), the length of scraping offset plate (10) and the length phase-match that is stained with gluey bearing roller (8), the front end of scraping offset plate (10) is relative with the roll surface that is stained with gluey bearing roller (8).
3. The fiberglass glue dipping device for manufacturing the sulfuric acid storage tank as claimed in claim 1, wherein: the incoming line distribution frame (12) and the outgoing line distribution frame (13) are respectively composed of an upper cross bar, a middle cross bar, a lower cross bar and partition vertical bars, the upper cross bar, the middle cross bar and the lower cross bar are horizontally and parallelly placed in the vertical direction, the two ends of the partition vertical bars are respectively connected with the upper cross bar and the lower cross bar through the middle cross bar, the partition vertical bars are uniformly distributed between the upper cross bar and the lower cross bar, and the adhesive dripping backflow groove (11) is placed below the outgoing line distribution frame (13).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202020555842.4U CN212602769U (en) | 2020-04-15 | 2020-04-15 | Glass fiber gluing device for manufacturing sulfuric acid storage tank |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202020555842.4U CN212602769U (en) | 2020-04-15 | 2020-04-15 | Glass fiber gluing device for manufacturing sulfuric acid storage tank |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN212602769U true CN212602769U (en) | 2021-02-26 |
Family
ID=74702619
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202020555842.4U Active CN212602769U (en) | 2020-04-15 | 2020-04-15 | Glass fiber gluing device for manufacturing sulfuric acid storage tank |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN212602769U (en) |
-
2020
- 2020-04-15 CN CN202020555842.4U patent/CN212602769U/en active Active
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN212602769U (en) | Glass fiber gluing device for manufacturing sulfuric acid storage tank | |
| CN118218184B (en) | Bead wire surface coating device | |
| CN111497062A (en) | Glass fiber gluing device and method for manufacturing sulfuric acid storage tank | |
| CN207546908U (en) | Contiuum type unicoater | |
| CN116603254B (en) | Rectifying column liquid distributor | |
| CN201799149U (en) | Belt sewage filter | |
| CN207713943U (en) | A kind of weaving dyeing apparatus | |
| CN112011933A (en) | Non-woven fabrics processing production dyeing apparatus | |
| CN117103737A (en) | Wet method lithium battery diaphragm membrane surface oil removing device and oil removing method | |
| CN216063861U (en) | Coating composite device of coated fabric | |
| CN111016391B (en) | Waterproof coiled material production device and waterproof coiled material production method | |
| CN206464189U (en) | A kind of rolling machine automatic glue supplier | |
| CN210385055U (en) | Filter pressing device for dehydration of livestock and poultry manure | |
| CN205621797U (en) | Anodal coating equipment of lithium cell | |
| CN113752415B (en) | Glass fiber tape feeding system convenient for replacing glass fiber tape roll | |
| CN109666956B (en) | Semi-automatic brush plating machine | |
| CN210048957U (en) | Composite fiber deep impregnation device | |
| CN211099867U (en) | Gluing device of paper corner protector production line | |
| CN112295721A (en) | Maggot separating device for ecological crucian culture | |
| CN207353377U (en) | A kind of battery making coating apparatus | |
| CN221851242U (en) | Cooling mechanism for carbon fiber composite material production | |
| CN205926451U (en) | All -round belt cleaning device of stamp silk screen | |
| CN204974337U (en) | Many paper tapes rubber coating device of paper tube machine | |
| CN109605526B (en) | A equipment that is used for grass curtain and cloth curtain to pay-off simultaneously | |
| CN204401363U (en) | Papermaking spraying strikes off drying unit |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant |