CN205740718U - The production line of borosilicate tube - Google Patents
The production line of borosilicate tube Download PDFInfo
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- CN205740718U CN205740718U CN201620458973.4U CN201620458973U CN205740718U CN 205740718 U CN205740718 U CN 205740718U CN 201620458973 U CN201620458973 U CN 201620458973U CN 205740718 U CN205740718 U CN 205740718U
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Abstract
This utility model provides the production line of a kind of borosilicate tube, belongs to field of mechanical technique.The production line of this borosilicate tube, including the kiln for firing high pressure resistant borosilicate tube, kiln includes the body of heater with charging aperture and discharging opening, charging aperture is arranged on upper of furnace body, discharging opening is arranged on the sidewall of lower portion of furnace body, discharging opening lateral part is provided with conveyer belt structure, conveyer belt structure includes the support for standing and conveyer belt, conveyer belt is arranged on support, conveyer belt is driven by motor, conveyer belt one end is in below discharging opening, the outside of the conveyer belt other end is provided with the segmenting device that high pressure resistant borosilicate tube can be divided into segment, support is additionally provided with the segment collected collection device of high pressure resistant borosilicate tube that can will split through segmenting device.This utility model has the advantage producing high pressure borosilicate tube that can be more efficient, energy-conservation.
Description
Technical field
This utility model belongs to field of mechanical technique, relates to the production line of a kind of borosilicate tube.
Background technology
High-boron-silicon glass is the characteristic utilizing glass to conduct electricity at high operating temperatures, by realizing glass in inside glass heating
Glass melts, and processes through vanguard technology.SiO2 (silicon oxide) in glass tubing > 78%, B2O3 (boron oxide) > 10%, silicon
The highest with the content of boron.
At present, the processing technology to high pressure resistant borosilicate tube is not the most perfect, and in whole technical process, production efficiency compares
Low, and yield rate is low.Owing to there is above-mentioned problem, disclose a kind of doping carbon quantum dot through retrieval, such as Chinese patent literature
The preparation method [patent No.: the ZL 201410830349.8 of Na20-B203-Si02 glass material；Authorization Notice No.: CN104529153A].
The preparation method of the Na20-B203-Si02 glass material of this doping carbon quantum dot, comprise the steps: (1) with tetraethyl orthosilicate, boric acid,
Metallic sodium is presoma, consists of 5～15%Na2O-15～30%B2O3-55～80%SiO2 dispensing according to mass percent,
Use sol-gel process to be formed without cracking, complete sodium borosilicate dry glue, sodium borosilicate dry glue is heated under O2 atmosphere in tube furnace
It is incubated more than 10 hours to 400～470 DEG C, until Organic substance is all removed, cooling, obtain porous Na20-B203-Si02 glass dry glue；(2)
Porous sodium borosilicate dry glue step (1) prepared is immersed in carbon quantum dot solution, and the solvent of described carbon quantum dot solution is first
Benzene, ethanol or normal hexane and make the aperture being smaller in size than porous sodium borosilicate dry glue of carbon quantum dot, soak under room temperature preserve 6～
24 hours, taking-up was dried 10～24h at 60～90 DEG C and is placed in tube furnace, with the speed liter of 10～30 DEG C/h under N2 atmosphere
Temperature carries out densification, then insulation 10～30h to 550～650 DEG C, naturally cools to room temperature, closes N2, obtains carbon quantum of adulterating
The Na20-B203-Si02 glass of point.
But, still there is a lot of defect in the preparation method of the Na20-B203-Si02 glass material of this doping carbon quantum dot, work
Efficiency is low, and there is the wasting phenomenon in resource.So, for those skilled in the art, it need to develop one
The production line of production high pressure borosilicate tube that can be more efficient, energy-conservation.
Utility model content
The purpose of this utility model is to there are the problems referred to above for existing technology, it is proposed that the production of a kind of borosilicate tube
Line, the production line of this borosilicate tube has the feature producing high pressure borosilicate tube that can be more efficient, energy-conservation.
The purpose of this utility model can be realized by following technical proposal:
The production line of borosilicate tube, including the kiln for firing high pressure resistant borosilicate tube, kiln includes having charging aperture and go out
The body of heater of material mouth, described charging aperture is arranged on upper of furnace body, and discharging opening is arranged on the sidewall of lower portion of furnace body, and its feature exists
In, discharging opening lateral part is provided with conveyer belt structure, described conveyer belt structure includes the support for standing and conveyer belt,
Conveyer belt is arranged on support, and conveyer belt is driven by motor, and conveyer belt one end is in below discharging opening, the conveyer belt other end
Outside is provided with the segmenting device that high pressure resistant borosilicate tube can be divided into segment, is additionally provided with and can will fill through over-segmentation on support
Put the segment the split collected collection device of high pressure resistant borosilicate tube.Raw material after stirring is from kiln upper of furnace body
Charging aperture add, after processed, discharging opening deliver on conveyer belt, wherein, carry with motor drive, then by point
Cut device and high pressure resistant borosilicate tube can be divided into segment, be divided into the high pressure resistant borosilicate tube of segment to be carried out by collection device.
In the production line of above-mentioned borosilicate tube, described segmenting device includes base, and on base, axial restraint and circumference turn
Dynamic mode is provided with rotating shaft, is fixed with rotating disk in rotating shaft upper end, is provided with swing arm, is hinged in the middle part of swing arm on rotating disk
On rotating disk, the lower section of swing arm one end is fixed with grinding stone, and the swing arm other end is operating side, and grinding stone can be in high pressure resistant borosilicate tube
Surface, base is additionally provided with storage tank, storage tank is in above grinding stone, and storage tank is communicated with a water pipe, water
The pipe other end connects dropper, and the length of water pipe is at least the storage tank twice to the distance between rotating disk, and dropper is fixed on mill
On stone and the water that oozes of dropper can flow on grinding stone, the operating side of swing arm and can drive its gas upwardly or downwardly swung
Cylinder, the cylinder body of described cylinder is fixed on storage tank, the piston rod of cylinder straight down, the piston rod of cylinder and the behaviour of swing arm
It is fixedly connected with as end.Rotating shaft can drive rotating disk to rotate such that it is able to according on the practical situation regulation swing arm of borosilicate tube conveying
The position of grinding stone, and cylinder can drive one end of swing arm to swing up and down such that it is able to drive grinding stone swing up and down by
Borosilicate tube cuts off, meanwhile, storage tank can be dripped to grinding stone by water pipe and dropper prevent in cutting procedure overheated and quick-fried
Split.
In the production line of above-mentioned borosilicate tube, described collection device includes collecting frame, passes including cooling conveyer structure, location
Transfer mechanism and artificially collect mechanism；Described cooling conveyer structure includes bracing frame, and the top of support frame as described above is symmetrical to be set
Putting two transmission belts, the top of two described transmission belts is connected the production outlet of high pressure resistant borosilicate tube, two described transmission belts by
Top caudad synchronizes downward-sloping；Described localized delivery mechanism includes trapezoid support, and the side of described trapezoid support is charging
Side, opposite side is exit side, and described trapezoid support arranges auxiliary stand in feed side, and the outer end of described auxiliary stand is connected two
The tail end of transmission belt, described trapezoid support and auxiliary stand arrange transmission assembly, described transmission assembly include drive motor, two
Bar ring chain and some sprocket wheels, two ring chains and some sprocket wheels are divided equally into two groups of symmetrical monomer chains, described list
Sprocket wheel in body chain is hinged on multiple drift angles of trapezoid support and on the outer end of auxiliary stand, the bottom of trapezoid support sets
Putting bracing frame lower limb, the ring chain in described monomer chain is socketed in outside some sprocket wheels and forms engagement connection, described driving
Motor drive connection sprocket wheel, two described ring chains arrange some groups of positioning components, and described positioning component includes that four are determined
Position bar, four location bars are fixed on two ring chains by symmetry two-by-two, and the screens forming level between four location bars is empty
Gap；The described mechanism that artificially collects includes being connected in the splicing case of described trapezoid support exit side.
Driving motor can connect arbitrary sprocket wheel to matching, sprocket wheel is laid respectively in two groups of monomer chains by this, and
It is symmetrical set.Trapezoid support is isosceles trapezoid, coordinates auxiliary stand to make the support profiles of ring chain form non-isosceles trapezoid,
Thus the feed side of trapezoid support is gentle slope charging, and the exit side of trapezoid support is abrupt slope discharging.The width in screens space is bigger
In the diameter of borosilicate tube, by positioning the corresponding matching of bar on two ring chains so that the two ends sync card of borosilicate tube embeds
Form support location between the bar of location, transmitted by ring chain to facilitate.
The most harsh output the borosilicate tube cut short drop at the top of two transmission belts, because transmission belt is inclined,
Therefore borosilicate tube slowly rolls to the tail end of two transmission belts under gravity, and lower the temperature during rolling transmission；Then
Borosilicate tube enters in the screens space of one group of positioning component, makes the two ends of borosilicate tube all be connected between adjacent positioned bar, drives
Motor is opened, and drives ring chain to press fixed-direction by sprocket wheel and rotates transmission, passed by the feed side of trapezoid support by borosilicate tube
Transport to exit side；Last borosilicate tube falls in splicing case, by manually casing.
In the production line of above-mentioned borosilicate tube, the middle part of described trapezoid support exit side arranges fan, and described fan has
Square frame, arranges flabellum in described square frame；The bottom of described trapezoid support arranges support sprocket wheel, described ring chain position
Form engagement to connect in the inner side of support sprocket wheel.The both sides of fan are spacious dummy status, provide cooling wind-force by arranging fan
To help the borosilicate tube on ring chain quickly to cool down.Long because being positioned at the ring chain length of trapezoid support bottom side, thus profit
With support sprocket wheel, the middle part of this section of ring chain is supported, it is to avoid this section of ring chain mops floor or chain drive is the most smooth.
In the production line of above-mentioned borosilicate tube, outside described conveyer belt, it is additionally provided with the warming knot that conveyer belt can be wrapped
Structure, warm keeping structure includes that the cross section of upper cover and lower cover, upper cover and lower cover all becomes semicircle, forms an installation between upper cover and lower cover
Passage, upper cover is fixed in lower cover by dismountable mode, is additionally provided with sealant between upper cover and lower cover, and lower cover is by even
Extension bar is fixed on support, is fixed with heat-preservation cotton layer at the inwall of upper cover, is also fixed with heat-preservation cotton layer at the inwall of lower cover, above-mentioned
Conveyer belt be arranged in installation passage, passage length is installed less than the length of conveyer belt, conveyer belt is near the one of segmenting device
End passes installation passage.Upper cover and lower cover are formed installs passage, and conveyer belt passes from installing passage, and at the inwall of upper cover and
Heat-preservation cotton layer at the inwall of lower cover, it is possible to avoid the borosilicate tube in course of conveying run into outside air overrun cooling and burst.
In the production line of above-mentioned borosilicate tube, between described conveyer belt and segmenting device, it is additionally provided with conveying roller one He
Conveying roller two, conveying roller one and conveying roller two are on same straight line with above-mentioned conveyer belt, and conveying roller one passes through
Connecting support one to be fixed on above-mentioned support, conveying roller two is fixed on above-mentioned support by connecting support two, above-mentioned
Grinding stone can be between conveying roller one and conveying roller two, be additionally provided with back below conveying roller one and conveying roller two
Receiving apparatus.Borosilicate tube can be played conduction in cutting procedure by conveying roller one and conveying roller two.
In the production line of above-mentioned borosilicate tube, described retracting device include reclaim hopper, reclaim hopper top have into
Mouthful, to reclaim hopper bottom and there is outlet, described import is more than described outlet, and import is in conveying roller one and conveying roller two
Underface, conveying roller one and conveying roller two are in the range of import, reclaim hopper outlet by conveying pipe with
Above-mentioned charging aperture is connected, and is provided with delivery pump in conveying pipe.The borosilicate tube bits energy that borosilicate tube produces in cutting procedure
Enough drop to reclaim in hopper, and the borosilicate tube bits reclaimed in hopper are recovered in kiln by conveying pipe, thus realize capable of circulation
Utilize.
In the production line of above-mentioned borosilicate tube, being also associated with automatic feeding mechanism at described charging aperture, described is automatic
Feeding mechanism includes that mixer, charging absorption pump and feed pipe, described feed pipe one end are connected with charging aperture, the feed pipe other end
Being connected with mixer, charging absorption pump is arranged on feed pipe.Raw material can be put into mixer first by feed pipe by charging absorption pump
It is stirred uniformly.
In the production line of above-mentioned borosilicate tube, described body of heater outer layer is additionally provided with cooling structure, described cooling structure
Including the cooling cartridge being set in outside body of heater, body of heater is arranged in cooling cartridge, and bottom of furnace body is fixed on cooling by some locating dowels
In cylinder, between cooling cartridge inwall and body of heater, there is gap, some cooling pipes, the pipe pipe towards body of heater of lowering the temperature are set in cooling cartridge
Offering several apopores on body, cooling pipe lower end seals, and cooling pipe upper end is connected by the first water pump and a water tank,
Cooling cartridge is connected with water tank by a return duct, and water tank is in below cooling cartridge, and water tank is also by a water supply
Pipe is connected with above-mentioned storage tank, is provided with electromagnetic valve and the second water pump in feed pipe, is provided with liquid level and passes in storage tank
Sensor, the distance between the upper inductive probe of liquid level sensor and storage tank the top is 2-4cm, the lower sensing of liquid level sensor
Distance between probe and storage tank bottom is 1-3cm, and electromagnetic valve and the second water pump are all connected by circuit one controller.
Water can be sprayed to body of heater by the apopore on cooling pipe by water tank, and body of heater is fixed in cooling cartridge by locating dowel, from
And can more significantly body of heater be lowered the temperature, the water in cooling cartridge can be back in water tank by return duct, circulation profit
With；Meanwhile, when the water level in the liquid level sensor in storage tank detects storage tank is less than setting value, water tank passes through feed pipe
Can be to storage tank automatic water-supply.
Compared with prior art, the production line of this borosilicate tube has the advantage that
1, this utility model can drive rotating disk to rotate by rotating shaft such that it is able to according to the practical situation of borosilicate tube conveying
Regulate the position of swing arm mano, and cylinder can drive one end of swing arm to swing up and down such that it is able to drive mill
Stone swings up and down and is cut off by borosilicate tube, and meanwhile, storage tank can be dripped to grinding stone by water pipe and dropper and prevent from splitting
In journey overheated and burst.
2, this utility model is matched by cooling conveyer structure and localized delivery mechanism, it is achieved inclination gravity conveying is with defeated
Send the pattern that band transmits, it is achieved in cooling procedure, transport collection at product, thus a product temperature mistake solving harsh product
Height cannot operate, and two realize the action effect transporting in order and collecting.
3, in this utility model, upper cover and lower cover are formed and install passage, and conveyer belt passes from installation passage, and upper cover
Heat-preservation cotton layer at inwall and at the inwall of lower cover, it is possible to avoid the borosilicate tube in course of conveying to run into outside air and overrun cooling
And burst；Additionally, the borosilicate tube bits that borosilicate tube produces in cutting procedure can drop to reclaim in hopper, and reclaim in hopper
Borosilicate tube bits be recovered in kiln by conveying pipe, thus realize reusable edible.
4, water can be sprayed to body of heater by cooling pipe by the water tank in this utility model, and the water in cooling cartridge is by backflow
Pipe can be back in water tank, recycles；Water level in the liquid level sensor in storage tank detects storage tank is less than setting
During definite value, water tank can be to storage tank automatic water-supply by feed pipe.
Accompanying drawing explanation
Fig. 1 is perspective view of the present utility model；
Fig. 2 is right TV structure schematic diagram of the present utility model；
Fig. 3 is the structural representation of collection device in this utility model.
In figure, 1, mixer；2, charging absorption pump；3, feed pipe；4, body of heater；5, cooling cartridge；6, locating dowel；7, cooling pipe；8、
Water tank；9, return duct；10, feed pipe；11, conveyer belt；12, upper cover；13, lower cover；14, rotating shaft；15, rotating disk；16, swing
Bar；17, grinding stone；18, storage tank；19, water pipe；20, cylinder；21, hopper is reclaimed；22, conveying roller one；23, conveying roller two；
24, conveying pipe；25, transmission belt；26, auxiliary stand；27, trapezoid support；28, ring chain；29, sprocket wheel；30, support sprocket wheel；
31, location bar；32, splicing case；33, borosilicate tube.
Detailed description of the invention
The following is specific embodiment of the utility model and combine accompanying drawing, the technical solution of the utility model is made further
Description, but this utility model is not limited to these embodiments.
As it is shown in figure 1, the production line of this borosilicate tube includes the kiln for firing high pressure resistant borosilicate tube 33, kiln includes tool
Having the body of heater 4 of charging aperture and discharging opening, charging aperture is arranged on body of heater 4 top, and discharging opening is arranged on the sidewall of body of heater 4 bottom,
Discharging opening lateral part is provided with conveyer belt 11 structure, and conveyer belt 11 structure includes the support for standing and conveyer belt 11, defeated
Sending band 11 to be arranged on support, conveyer belt 11 is driven by motor, and conveyer belt 11 one end is in below discharging opening, and conveyer belt 11 is another
The outside of one end is provided with the segmenting device that high pressure resistant borosilicate tube 33 can be divided into segment, and being additionally provided with on support can will be through
The collected collection device of the high pressure resistant borosilicate tube of segment 33 that over-segmentation device is split.Feeding mechanism include mixer 1,
Charging absorption pump 2 and feed pipe 3, described feed pipe 3 one end is connected with charging aperture, and feed pipe 3 other end is connected with mixer 1
Logical, charging absorption pump 2 is arranged on feed pipe 3.Raw material can be put into mixer 1 by feed pipe 3 and first be stirred by charging absorption pump 2
Uniformly.The raw material after the stirring charging aperture from kiln body of heater 4 top adds, and after processed, discharging opening delivers to
On conveyer belt 11, wherein, conveyer belt 11 has motor to drive, then can be divided into little by high pressure resistant borosilicate tube 33 by segmenting device
Section, is divided into the high pressure resistant borosilicate tube of segment 33 to be carried out by collection device.
As in figure 2 it is shown, body of heater 4 outer layer is additionally provided with cooling structure, cooling structure includes the cooling cartridge being set in outside body of heater 4
5, body of heater 4 is arranged in cooling cartridge 5, is fixed in cooling cartridge 5 by locating dowel 6 bottom body of heater 4, cooling cartridge 5 inwall and body of heater 4
Between there is gap, some cooling pipes 7 are set in cooling cartridge 5, cooling pipe 7 offers several on the body of body of heater 4
Apopore, cooling pipe 7 lower end seals, and cooling pipe 7 upper end is connected by the first water pump and a water tank 8, and cooling cartridge 5 is by one
Root return duct 9 is connected with water tank 8, and water tank 8 is in below cooling cartridge 5, water tank 8 also by a feed pipe 10 with upper
The storage tank 18 stated is connected, and is provided with electromagnetic valve and the second water pump in feed pipe 10, is provided with liquid level and passes in storage tank 18
Sensor, the distance between the upper inductive probe of liquid level sensor and storage tank 18 the top is 2-4cm, the lower sense of liquid level sensor
Should pop one's head in and distance between storage tank 18 bottom is 1-3cm, electromagnetic valve and the second water pump are all by circuit one controller phase
Connect.Water can be sprayed to body of heater 4 by the apopore on cooling pipe 7 by water tank 8, and body of heater 4 is fixed on fall by locating dowel 6
In temperature cylinder 5 such that it is able to more significantly lower the temperature body of heater 4, the water in cooling cartridge 5 can be back to deposit by return duct 9
In water tank 8, recycle；Meanwhile, the water level in the liquid level sensor in storage tank 18 detects storage tank 18 is less than setting value
Time, water tank 8 can be to storage tank 18 automatic water-supply, wherein, the upper inductive probe of liquid level sensor and storage by feed pipe 10
Water tank 18 topmost between distance priority be chosen for 3cm, the lower inductive probe of liquid level sensor and storage tank 18 bottom it
Between distance priority be chosen for 2cm.
Be additionally provided with the warm keeping structure that conveyer belt 11 can be wrapped outside conveyer belt 11, warm keeping structure include upper cover 12 and under
Cover 13, upper cover 12 all becomes semicircle with the cross section of lower cover 13, forms an installation passage between upper cover 12 and lower cover 13, and upper cover 12 is led to
Crossing dismountable mode to be fixed in lower cover 13, be additionally provided with sealant between upper cover 12 and lower cover 13, lower cover 13 is by connecting
Bar is fixed on support, is fixed with heat-preservation cotton layer at the inwall of upper cover 12, is also fixed with heat-preservation cotton layer at the inwall of lower cover 13, on
The conveyer belt 11 stated is arranged in installation passage, installs the passage length length less than conveyer belt 11, and conveyer belt 11 is near segmentation
One end of device passes installation passage, upper cover 12 and lower cover 13 and forms installation passage, and conveyer belt 11 passes from installation passage, and
Heat-preservation cotton layer at the inwall of upper cover 12 and at the inwall of lower cover 13, it is possible to avoid the borosilicate tube 33 in course of conveying to run into the external world
Air is overrun and is lowered the temperature and burst.Conveying roller 1 and conveying roller 2 23 it is additionally provided with between conveyer belt 11 and segmenting device,
Conveying roller 1 and conveying roller 2 23 are on same straight line with above-mentioned conveyer belt 11, and conveying roller 1 is by connecting
Support one is fixed on above-mentioned support, and conveying roller 2 23 is fixed on support by connecting support two, and grinding stone 17 can be in
Between conveying roller 1 and conveying roller 2 23, below conveying roller 1 and conveying roller 2 23, it is additionally provided with recovery dress
Putting, borosilicate tube 33 can be played conduction in cutting procedure by conveying roller 1 and conveying roller 2 23.
Segmenting device includes base, and on base, axial restraint and the mode that circumferentially rotates are provided with rotating shaft 14, in rotating shaft 14
Upper end is fixed with rotating disk 15, is provided with swing arm 16 on rotating disk 15, is hinged on rotating disk 15, swing arm 16 in the middle part of swing arm 16
The lower section of one end is fixed with grinding stone 17, and swing arm 16 other end is operating side, and grinding stone 17 just can be in high pressure resistant borosilicate tube 33
Top, is additionally provided with storage tank 18 on base, and storage tank 18 is in above grinding stone 17, and storage tank 18 is communicated with a water pipe
19, water pipe 19 other end connects has dropper, the length of water pipe 19 to be at least storage tank 18 twice to the distance between rotating disk 15,
The water that dropper is fixed on grinding stone 17 and dropper oozes can flow on grinding stone 17, the operating side of swing arm 16 with one can drive its to
Upper or the cylinder 20 of swung downward, the cylinder body of described cylinder 20 is fixed on storage tank 18, the piston rod of cylinder 20 vertically to
Under, the piston rod of cylinder 20 is fixedly connected with the operating side of swing arm 16.Rotating shaft 14 can drive rotating disk 15 to rotate such that it is able to root
According to the position of practical situation regulation swing arm 16 mano 17 of borosilicate tube 33 conveying, and cylinder 20 can drive swing arm 16
One end swings up and down such that it is able to drives grinding stone 17 to swing up and down and is cut off by borosilicate tube 33, and meanwhile, storage tank 18 leads to
Cross water pipe 19 and dropper can drip to grinding stone 17 and prevent overheated in cutting procedure and burst.
Retracting device includes reclaiming hopper 21, reclaims hopper 21 top and has import, reclaims hopper 21 bottom and has outlet,
Described import is more than described outlet, and import is in conveying roller 1 and the underface of conveying roller 2 23, conveying roller one
22 and conveying roller 2 23 be in the range of import, reclaim the outlet of hopper 21 by conveying pipe 24 and above-mentioned charging aperture
It is connected, in conveying pipe 24, is provided with delivery pump.Borosilicate tube 33 bits that borosilicate tube 33 produces in cutting procedure can drop
To reclaiming in hopper 21, and the borosilicate tube 33 in recovery hopper 21 is considered to be worth doing and is recovered in kiln by conveying pipe 24, thus realizes following
Ring utilizes.
Collection device includes collecting frame, and including cooling conveyer structure, localized delivery mechanism with artificially collect mechanism, cooling passes
Transfer mechanism includes bracing frame, and the top of bracing frame is symmetrical arranges two transmission belts 25, the beginning of two described transmission belts 25
End is connected the production outlet of high pressure resistant borosilicate tube 33, and two described transmission belts 25 are caudad synchronized downward-sloping by top；Described
Localized delivery mechanism includes that trapezoid support 27, the side of trapezoid support 27 are feed side, and opposite side is exit side, trapezoid support 27
Auxiliary stand 26 is set in feed side, the tail end of two transmission belts 25 of outer end linking of described auxiliary stand 26.Trapezoid support 27
With transmission assembly is set on auxiliary stand 26, transmission assembly includes driving motor, two ring chains 28 and sprocket wheel 29, two rings
Shape chain 28 and sprocket wheel 29 are divided equally into two groups of symmetrical monomer chains, and the sprocket wheel 29 in monomer chain is hinged on trapezoid support
On multiple drift angles of 27 and on the outer end of auxiliary stand 26, the bottom of trapezoid support 27 arranges bracing frame lower limb, in monomer chain
Ring chain 28 be socketed in outside some sprocket wheels 29 formed engagement connect, drive motor drive connection sprocket wheel 29, two annulars
Arranging some groups of positioning components on chain 28, positioning component includes four location bars 31, and four location bars 31 are by symmetrical solid two-by-two
It is scheduled on two ring chains 28, between four location bars 31, forms the screens space of level；Artificially collect mechanism and include linking
Splicing case 32 in trapezoid support 27 exit side.
Driving motor can connect arbitrary sprocket wheel 29 to matching, this lays respectively at two groups of monomer chains to sprocket wheel 29
In, and be symmetrical set.Trapezoid support 27, in isosceles trapezoid, coordinates auxiliary stand 26 to make the support profiles of ring chain 28 be formed
Non-isosceles trapezoid, thus the feed side of trapezoid support 27 is gentle slope charging, and the exit side of trapezoid support 27 is abrupt slope discharging.Screens
The width in space is slightly larger than the diameter of borosilicate tube 33, by positioning the corresponding matching of bar 31 on two ring chains 28 so that boron
The two ends sync card of silicone tube 33 embeds and forms support location between the bar 31 of location, is transmitted by ring chain 28 to facilitate.First
Harsh output the borosilicate tube 33 cut short drop at the top of two transmission belts 25, because transmission belt 25 is inclined, therefore at weight
Under power effect, borosilicate tube 33 slowly rolls to the tail end of two transmission belts 25, and lowers the temperature during rolling transmission；Then boron
Silicone tube 33 enters in the screens space of one group of positioning component, makes the two ends of borosilicate tube 33 all be connected between adjacent positioned bar 31,
Driving motor is opened, and drives ring chain 28 to rotate transmission by fixed-direction, by borosilicate tube 33 by trapezoid support by sprocket wheel 29
The feed side of 27 transmits to exit side；Last borosilicate tube 33 falls in splicing case 32, by manually casing.
The middle part of trapezoid support 27 exit side arranges fan, and fan has square frame, arranges fan in described square frame
Leaf；The bottom of trapezoid support 27 arranges support sprocket wheel 30, and described ring chain 28 is positioned at the inner side of support sprocket wheel 30 and forms engagement
Connect.The both sides of fan are spacious dummy status, provide cooling wind-force to help the borosilicate on ring chain 28 by arranging fan
Pipe 33 quickly cools down.Long because being positioned at ring chain 28 length of trapezoid support 27 bottom side, thus utilize the support sprocket wheel 30 should
The middle part of section ring chain 28 is supported, it is to avoid this section of ring chain 28 mops floor or chain drive is the most smooth.Additionally, transmission belt 25
Angle of inclination be 1 °～3 °, a length of 2m～3m of described transmission belt 25.Set at the angle of inclination of real process transmission belt 25
It is set to 2 °, and a length of 2m.Auxiliary stand 26 includes supporting leg, and described supporting leg arranges framework, and framework the most gradually tilts, its
Angle of inclination is 15 °～20 °.The framework utilizing auxiliary stand 26 extends this side distance of trapezium structure, to increase this side ring
The length that shape chain is 28 sections, reduces the gradient of this side ring chain 28 sections, and general angle of inclination is chosen for 15 °.
Summary, first, the charging aperture from kiln body of heater 4 top of the raw material after stirring adds, at processing
Reason, water can be sprayed to body of heater 4 by cooling pipe 7 by water tank 8, and the water in cooling cartridge 5 can be back to water by return duct 9
In case 8, recycle, when the water level in the liquid level sensor in storage tank 18 detects storage tank 18 is less than setting value, water
Case 8 can be to storage tank 18 automatic water-supply by feed pipe 10；Secondly, borosilicate tube 33 is delivered on conveyer belt 11 by discharging opening, and
Upper cover 12 on conveyer belt 11 and lower cover 13 are formed installs passage, and conveyer belt 11 passes from installing passage, and upper cover 12 is interior
Heat-preservation cotton layer at wall and at the inwall of lower cover 13, it is possible to avoid the borosilicate tube 33 in course of conveying to run into outside air and cross prompt drop
Temperature and burst；Then, rotating shaft 14 can drive rotating disk 15 to rotate such that it is able to according to the practical situation regulation of borosilicate tube 33 conveying
The position of swing arm 16 mano 17, and cylinder 20 can drive one end of swing arm 16 to swing up and down such that it is able to band
Dynamic grinding stone 17 swings up and down and is cut off by borosilicate tube 33, and storage tank 18 can drip anti-to grinding stone 17 by water pipe 19 and dropper
Stopping overheated in cutting procedure and burst, borosilicate tube 33 bits that borosilicate tube 33 produces in cutting procedure can drop to reclaim hopper
In 21, and the borosilicate tube 33 in recovery hopper 21 is considered to be worth doing and is recovered in kiln by conveying pipe 24, thus realizes reusable edible；?
After, matched by cooling conveyer structure and localized delivery mechanism, it is achieved inclination gravity conveying and the pattern of conveyer belt 11 transmission,
Realize in cooling procedure, transporting collection at product, thus one solve that the product temperature of harsh product is too high cannot be operated, two
Realize transport in order and the action effect collected.
Specific embodiment described herein is only to this utility model spirit explanation for example.This utility model institute
Belong to those skilled in the art described specific embodiment to make various amendment or supplement or use similar
Mode substitute, but without departing from spirit of the present utility model or surmount scope defined in appended claims.
Although the most more employing 1, mixer；2, charging absorption pump；3, feed pipe；4, body of heater；5, cooling cartridge；6, location
Post；7, cooling pipe；8, water tank；9, return duct；10, feed pipe；11, conveyer belt；12, upper cover；13, lower cover；14, rotating shaft；15、
Rotating disk；16, swing arm；17, grinding stone；18, storage tank；19, water pipe；20, cylinder；21, hopper is reclaimed；22, conveying roller one；
23, conveying roller two；24, conveying pipe；25, transmission belt；26, auxiliary stand；27, trapezoid support；28, ring chain；29, chain
Wheel；30, support sprocket wheel；31, location bar；32, splicing case；33, the term such as borosilicate tube, but be not precluded from using other term can
Can property.Use these terms to be only used to more easily and describe and explain essence of the present utility model；It is construed as appointing
What a kind of additional restriction is all contrary with this utility model spirit.
Claims (9)
1. the production line of borosilicate tube, including the kiln for firing high pressure resistant borosilicate tube, it is characterised in that kiln include having into
Material mouth and the body of heater of discharging opening, described charging aperture is arranged on upper of furnace body, and discharging opening is arranged on the sidewall of lower portion of furnace body, its
Be characterised by, discharging opening lateral part be provided with conveyer belt structure, described conveyer belt structure include support for standing and
Conveyer belt, conveyer belt is arranged on support, and conveyer belt is driven by motor, and conveyer belt one end is in below discharging opening, conveyer belt
The outside of the other end is provided with the segmenting device that high pressure resistant borosilicate tube can be divided into segment, and being additionally provided with on support can will be through
The segment collected collection device of high pressure resistant borosilicate tube that over-segmentation device is split.
The production line of borosilicate tube the most according to claim 1, it is characterised in that described segmenting device includes base, the end
On seat, axial restraint and the mode that circumferentially rotates are provided with rotating shaft, are fixed with rotating disk in rotating shaft upper end, are provided with pendulum on rotating disk
Lever, is hinged in the middle part of swing arm on rotating disk, and the lower section of swing arm one end is fixed with grinding stone, and the swing arm other end is operating side,
Grinding stone can be in the surface of high pressure resistant borosilicate tube, is additionally provided with storage tank on base, and storage tank is in above grinding stone, water storage
Being communicated with a water pipe on case, the water pipe other end connects dropper, the length of water pipe be at least storage tank between rotating disk away from
From twice, the water that dropper is fixed on grinding stone and dropper oozes can flow on grinding stone, and the operating side of swing arm and can drive
Its cylinder upwardly or downwardly swung, the cylinder body of described cylinder is fixed on storage tank, the piston rod of cylinder straight down, gas
The piston rod of cylinder is fixedly connected with the operating side of swing arm.
The production line of borosilicate tube the most according to claim 1, it is characterised in that described collection device includes collecting frame, bag
Include cooling conveyer structure, localized delivery mechanism and artificially collect mechanism；Described cooling conveyer structure includes bracing frame, described support
The top of frame is symmetrical arranges two transmission belts, and the top of two described transmission belts is connected producing of high pressure resistant borosilicate tube
Mouthful, two described transmission belts are caudad synchronized downward-sloping by top；Described localized delivery mechanism includes trapezoid support, described ladder
The side of shape support is feed side, and opposite side is exit side, and described trapezoid support arranges auxiliary stand, described auxiliary in feed side
The tail end of two transmission belts of outer end linking of support, described trapezoid support and auxiliary stand arrange transmission assembly, described transmission
Assembly includes driving motor, two ring chains and some sprocket wheels, and two ring chains and some sprocket wheels are divided equally into two groups of symmetries
Monomer chain, the sprocket wheel in described monomer chain is hinged on multiple drift angles of trapezoid support and the outer end of auxiliary stand
On, the bottom of trapezoid support arranges bracing frame lower limb, and the ring chain in described monomer chain is socketed in shape outside some sprocket wheels
Engagement is become to connect, described driving motor drive connection sprocket wheel, two described ring chains arrange some groups of positioning components, described
Positioning component includes that four location bars, four location bars are fixed on two ring chains by symmetry two-by-two, four location bars it
Between form the screens space of level；The described mechanism that artificially collects includes being connected in the splicing case of described trapezoid support exit side.
The production line of borosilicate tube the most according to claim 3, it is characterised in that the middle part of described trapezoid support exit side sets
Putting fan, described fan has square frame, arranges flabellum in described square frame；The bottom of described trapezoid support arranges support
Sprocket wheel, described ring chain is positioned at the inner side of support sprocket wheel and forms engagement connection.
The production line of borosilicate tube the most according to claim 1, it is characterised in that being additionally provided with outside described conveyer belt can be by defeated
Sending the warm keeping structure that band wraps, warm keeping structure includes that the cross section of upper cover and lower cover, upper cover and lower cover all becomes semicircle, upper cover and
Forming an installation passage between lower cover, upper cover is fixed in lower cover by dismountable mode, also sets up between upper cover and lower cover
Having sealant, lower cover is fixed on support by connecting rod, is fixed with heat-preservation cotton layer at the inwall of upper cover, at the inwall of lower cover also
Being fixed with heat-preservation cotton layer, above-mentioned conveyer belt is arranged in installation passage, installs the passage length length less than conveyer belt, conveying
Band passes installation passage near one end of segmenting device.
The production line of borosilicate tube the most according to claim 2, it is characterised in that between described conveyer belt and segmenting device
It is additionally provided with conveying roller one and conveying roller two, conveying roller one and conveying roller two to be in always with above-mentioned conveyer belt
On line, conveying roller one is fixed on above-mentioned support by connecting support one, and conveying roller two is fixed by connecting support two
On above-mentioned support, above-mentioned grinding stone can be between conveying roller one and conveying roller two, in conveying roller one and conveying
It is additionally provided with retracting device below roller two.
The production line of borosilicate tube the most according to claim 6, it is characterised in that described retracting device includes reclaimed materials
Bucket, reclaims hopper top and has import, reclaims hopper bottom and has outlet, and described import is more than described outlet, and import is in
Conveying roller one and the underface of conveying roller two, conveying roller one and conveying roller two are in the range of import, reclaim
The outlet of hopper is connected with above-mentioned charging aperture by conveying pipe, is provided with delivery pump in conveying pipe.
The production line of borosilicate tube the most according to claim 1, it is characterised in that be also associated with at described charging aperture automatically
Feeding mechanism, described automatic feeding mechanism includes mixer, charging absorption pump and feed pipe, described feed pipe one end and charging aperture
Being connected, the feed pipe other end is connected with mixer, and charging absorption pump is arranged on feed pipe.
The production line of borosilicate tube the most according to claim 2, it is characterised in that described body of heater outer layer is additionally provided with cooling
Structure, described cooling structure includes the cooling cartridge being set in outside body of heater, and body of heater is arranged in cooling cartridge, if bottom of furnace body passes through
Dry locating dowel is fixed in cooling cartridge, has gap between cooling cartridge inwall and body of heater, arranges some cooling pipes in cooling cartridge,
Cooling pipe offers several apopores on the body of body of heater, and cooling pipe lower end seals, and cooling pipe upper end is by the first water
Pump and a water tank are connected, and cooling cartridge is connected with water tank by a return duct, and water tank is in below cooling cartridge, deposits
Water tank is connected with above-mentioned storage tank also by a feed pipe, is provided with electromagnetic valve and the second water pump in feed pipe, in storage
Being provided with liquid level sensor in water tank, the distance between the upper inductive probe of liquid level sensor and storage tank the top is 2-4cm,
Distance between lower inductive probe and the storage tank bottom of liquid level sensor is 1-3cm, and electromagnetic valve and the second water pump all pass through
Circuit one controller is connected.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620458973.4U CN205740718U (en) | 2016-05-19 | 2016-05-19 | The production line of borosilicate tube |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620458973.4U CN205740718U (en) | 2016-05-19 | 2016-05-19 | The production line of borosilicate tube |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205740718U true CN205740718U (en) | 2016-11-30 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620458973.4U Expired - Fee Related CN205740718U (en) | 2016-05-19 | 2016-05-19 | The production line of borosilicate tube |
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| CN (1) | CN205740718U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106006025A (en) * | 2016-05-19 | 2016-10-12 | 浙江力都新材料有限公司 | Production line for stress-resistant high-boron glass rod |
-
2016
- 2016-05-19 CN CN201620458973.4U patent/CN205740718U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106006025A (en) * | 2016-05-19 | 2016-10-12 | 浙江力都新材料有限公司 | Production line for stress-resistant high-boron glass rod |
| CN106006025B (en) * | 2016-05-19 | 2018-05-15 | 江苏铁锚明信交通科技有限公司 | The production line of proof stress high boron glass rod |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20161130 Termination date: 20170519 |