CN208292862U - A kind of fluorescent tube cutting burning equipment - Google Patents
A kind of fluorescent tube cutting burning equipment Download PDFInfo
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- CN208292862U CN208292862U CN201820817877.3U CN201820817877U CN208292862U CN 208292862 U CN208292862 U CN 208292862U CN 201820817877 U CN201820817877 U CN 201820817877U CN 208292862 U CN208292862 U CN 208292862U
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- rack
- transfer passage
- rotary shaft
- runner
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Abstract
The utility model discloses a kind of fluorescent tubes to cut burning equipment, including rack, feed device, conveying device, heating device, cutter device and discharge runner, feed device, conveying device, heating device, cutter device and discharge runner are separately mounted in rack, feed device is in above the front end of conveying device, cutter device is in above the middle part of conveying device, and the rear end of discharge runner and conveying device connects；Heating device is mounted on the rack and is in below the middle part of fluorescent tube transfer passage, and cutter device is mounted in the rack of top and corresponding with the position of heating device in the middle part of fluorescent tube transfer passage.The utility model has the beneficial effects that: glass tube continuously can be cut into two sections of fluorescent tubes by this fluorescent tube cutting burning equipment, production efficiency, safety and the final product quality of fluorescent tube cutting are improved.
Description
Technical field
The utility model relates to bulb production equipment field, in particular to a kind of fluorescent tube cuts burning equipment.
Background technique
Glass tube is the basic material for manufacturing light bulb, and the first step completed the production is exactly to cut to glass tube, existing
In technology, the cutting of glass tube generally uses Manual-pushing glass tube to be heated, and then using cutting tool, completes to glass
The cutting of glass pipe.Since glass tube requires heat to very high temperature before cutting, manually carries out operation and be easy to operation
Personnel cause to scald, so that safety accident occurs, and glass tube pipe itself is frangible, manual operation is easy to make because overexerting
Glass tube fragmentation, makes the decrease in yield of fluorescent tube, and the glass chip that when cutting splashes also is easy to accidentally injure to people.Manufacture motorcycle instrument
When the shorter light bulb of the fluorescent tubes such as table lamp, the glass tube processed is equally also shorter, and difficulty of processing is larger, and manual operation pair
Glass tube cutting position and Cutting Length are difficult to hold, and cause cutting back light pipe size error larger, are unfavorable for the batch of fluorescent tube
Production and standardization, final product quality are difficult to ensure.
Summary of the invention
The problem to be solved by the utility model is to provide a kind of fluorescent tubes to cut burning equipment, and this fluorescent tube cutting, which is fired, to be set
It is standby glass tube to be continuously cut into two sections of fluorescent tubes, improve production efficiency, safety and the final product quality of fluorescent tube cutting.
In order to solve the above-mentioned technical problem, the technical solution adopted is as follows:
A kind of fluorescent tube cuts burning equipment, it is characterised in that: including rack, feed device, conveying device, heating device,
Cutter device and discharge runner, feed device, conveying device, heating device, cutter device and discharge runner are separately mounted to machine
On frame, feed device is in above the front end of conveying device, and cutter device be in above the middle part of conveying device, discharge runner and
The rear end of conveying device connects；Conveying device includes driving mechanism and Duo Gen rotary shaft, and driving mechanism is mounted on the rack, rotation
Axis both ends be rotatably mounted on the rack respectively and each rotary shaft be arranged side by side, each rotary shaft respectively with driving mechanism power
Output end connection, each rotary shaft middle part are equipped at least two delivery wheels, axis of the delivery wheel in adjacent rotary shaft along rotary shaft
To being arranged in a staggered manner, fluorescent tube bayonet is equipped on each delivery wheel, the running track intersection of the fluorescent tube bayonet on adjacent conveyor wheel is multiple
Each delivery wheel in rotary shaft arranges to form fluorescent tube transfer passage；Heating device, which is mounted on the rack and is in fluorescent tube conveying, to be led to
Below the middle part in road, cutter device is mounted in the rack of top and opposite with the position of heating device in the middle part of fluorescent tube transfer passage
It answers.
In above structure, the both ends of each rotary shaft pass through bearing respectively and connect with rack.
In above structure, feed device constantly can provide the fluorescent tube of cutting to conveying device, and fluorescent tube is made to fall to the
It is rotated on the fluorescent tube bayonet of one delivery wheel and with fluorescent tube bayonet, when fluorescent tube turns to first delivery wheel and the with fluorescent tube bayonet
When two delivery wheel intersection locations, fluorescent tube rests on the intersection location, when the fluorescent tube bayonet of second delivery wheel passes through the intersection
Behind position, fluorescent tube is kept moving forward with the fluorescent tube bayonet rotation of second delivery wheel, is so recycled, is conveyed fluorescent tube in fluorescent tube
It is constantly rearward conveyed on channel, device for simultaneous heating heats the fluorescent tube being on delivery wheel, when fluorescent tube is transported to lamp
When in the middle part of pipe transfer passage, cutter device cuts fluorescent tube, complete the fluorescent tube of cutting by fluorescent tube transfer passage middle part after
It is continuous to convey to the back-end, and discharged by discharge runner；By opening up fluorescent tube bayonet on delivery wheel, and will be in adjacent rotary shaft
Delivery wheel axially offset setting along rotary shaft, make between two neighboring delivery wheel formed a delivery position so that fluorescent tube
When being delivered to the intersection position with next delivery wheel by a upper delivery wheel, fluorescent tube can be stopped in intersection position, until next conveying
The fluorescent tube bayonet of wheel turns to intersection position, and fluorescent tube can just slide into fluorescent tube bayonet and continue to convey toward rear, be set by this
It sets, fluorescent tube can stay for some time in each intersection position, when so that heating device and cutter device having sufficient heating
Between and clipping time, improve fluorescent tube cutting yield rate and cutting when safety.
In preferred embodiment, the feed device includes fluorescent tube feed bin, drawing-inroller, ratchet, pawl and transmission mechanism, lamp tube material
Storehouse is fixedly mounted on front end of rack, and drawing-inroller may be rotatably mounted in rack, and drawing-inroller is equipped with circumferentially distributed multiple along its
The discharge end of feeding bayonet, fluorescent tube feed bin is corresponding with the position of feeding bayonet, and ratchet is fixedly mounted on drawing-inroller, driver
Structure includes cam, crank, connecting rod, rocking bar and tension spring, and cam is fixedly mounted on the rotary shaft, crank rear end and cam contact
Cooperation, crank middle part is hinged with rack, and crank front end and connecting rod lower end are hinged, and small end is hinged with rocker front end, after rocking bar
End is hinged with pawl, and rocking bar includes two sections of angled setting, and the junction that two sections of rocking bar is hinged with rack and same with drawing-inroller
Axis setting, tension spring lower end is connect with rack, upper end and crank front end connect.In above structure, fluorescent tube feed bin constantly to
Fluorescent tube is conveyed on drawing-inroller, fluorescent tube enters feeding bayonet correspondingly respectively, when driving mechanism driving rotary shaft is rotated,
Cam rotates with it, and behind the protrusion of cam and crank when end in contact, crank is rotated around middle part, crank rear end decline and
Front end rises, and crank is rotated by connecting rod drive rocker, so that pawl be made to swing forward, pawl gos deep into the tooth of ratchet at this time
In slot and ratchet is pushed to turn over an angle, drawing-inroller and ratchet rotate synchronously, and the fluorescent tube being located on feeding bayonet is sent to lamp
On pipe transfer passage；When the protrusion of cam is far from crank, crank front end declines under the action of tension spring, on crank rear end
Cam is risen and is close to, crank is rotated by connecting rod drive rocker, and pawl back swings and is against the interior of ratchet tooth socket at this time
Cambered surface blocks ratchet, and ratchet is avoided to turn round, so recycle, enable feed device continue to fluorescent tube transfer passage convey fluorescent tube,
And guarantee that conveying only conveys a fluorescent tube to fluorescent tube transfer passage every time.
In preferred embodiment, the driving mechanism includes driving motor and Worm-gear assembly, and driving motor is mounted on the rack, snail
Wheel assembly includes worm screw and multiple worm gears, and worm screw is fixedly connected with the output shaft of driving motor, and worm gear is identical as the rotation number of axle
And correspond, each worm gear is respectively and fixedly installed to engage with worm screw in each rotary shaft and respectively.Pass through this set, driving
Motor is made each rotary shaft while being rotated by the multiple worm gear rotations of worm drive.
In preferred embodiment, the heating device includes multipair flame gun, and each pair of flame gun is separately mounted in rack,
Each pair of flame gun be respectively at the lower section of the fluorescent tube transfer passage and by the front end of fluorescent tube transfer passage to middle part successively
Arrangement, the spout of each pair of flame gun is on the same line with the central axes of fluorescent tube transfer passage, the temperature of flame gun
It spends incremented by successively to middle part by the front end of fluorescent tube transfer passage.Flame gun can heat fluorescent tube, while flame gun
Temperature can carry out stepped heating to fluorescent tube to middle part is incremented by successively by the front end of fluorescent tube transfer passage, make fluorescent tube convenient for cutting, cut
Fluorescent tube cut place can be sintered after cutting.
In preferred embodiment, the cutter device includes cutting wheel, holder, rotate driving component and runner assembly, cutting wheel
It is mounted on holder lower end and the top in the middle part of fluorescent tube transfer passage, holder upper end connects rotate driving group by runner assembly
Part；Rotate driving component includes that rotate driving cylinder, runner, close switch and reset spring, rotate driving cylinder are mounted on machine
On frame and above fluorescent tube transfer passage, runner is mounted in any one rotary shaft, and runner is equipped with notch, is approached
Switch is mounted on the rack, and is directed at runner close to the induction zone of switch, and reset spring is in the side of rotate driving cylinder,
And reset spring one end is connect with rack, the piston rod connection of the other end and rotate driving cylinder, and the signal close to switch is defeated
Outlet is electrically connected with the signal input part of rotate driving cylinder；Runner assembly includes shaft, first connecting rod and the second connecting rod,
Shaft is rotatably mounted on the rack and between fluorescent tube transfer passage and rotate driving cylinder, and first connecting rod one end is pacified
In shaft and the other end is connect with holder upper end, second connecting rod one end be mounted in shaft and the other end and rotation
Drive the piston rod connection of cylinder.
In above structure, when rotary shaft is rotated, while runner being driven to be rotated, when the non-indentation, there of runner is in
When close in front of the induction zone of switch, control signal is issued close to switch, controls rotate driving cylinder movement, rotate driving cylinder
Piston rod stretch out and push the second connecting rod, at this time the second connecting rod by drive shaft rotation makes first connecting rod along shaft
The rotation of progress enables cutting wheel to carry out the fluorescent tube being on fluorescent tube transfer passage so that holder be made to carry out the corresponding bottom
Cutting is not responding to close to switch, rotates when runner is rotated with rotary shaft and indentation, there is in front of the induction zone close to switch
The piston rod of driving cylinder bounces back under the action of reset spring elastic force, by first connecting rod, shaft and the second connecting rod
Transmission makes holder upper pendulum again, makes cutting wheel far from fluorescent tube transfer passage.By this set, cutting wheel can be carried out with holder
It is a degree of to swing up and down, make fluorescent tube when reaching cutting position, can first carry out the heating of a period of time, facilitate cutting, together
When make cutting after cutting wheel there is certain time to be cooled down, avoid cutting wheel for a long time and heating device close contact, shadow
Ring the service life of cutting wheel.
In further preferred embodiment, the cutter device further includes two position-limited wheels, and two position-limited wheels can be rotated respectively
It is mounted on the rack and is in respectively the top of cutting wheel two sides and fluorescent tube transfer passage.By this set, work as cutting wheel
When cutting to the fluorescent tube being on fluorescent tube transfer passage, two position-limited wheels can limit the both ends of fluorescent tube, avoid lamp
Pipe both ends tilting in cutting makes to cut insufficient.
In preferred embodiment, the fluorescent tube cutting burning equipment further includes blowning installation after two preceding blowning installations and two,
Two preceding blowning installations are respectively at the two sides of fluorescent tube transfer passage front end, and each preceding blowning installation includes preceding blower, preceding air blowing
Pipe and preceding contact roller, on the rack, the blowhole of preceding gas blow pipe connects the air outlet of preceding blower to preceding assembling, preceding gas blow pipe
Venthole is directed at the preceding intersection location of the two neighboring delivery wheel in fluorescent tube transfer passage front end, and preceding contact roller is mounted on the rack and locates
Above the preceding intersection location；Blowning installation is respectively at the two sides of fluorescent tube transfer passage rear end after two, dress of blowing after each
Setting includes that rear fan, rear gas blow pipe and rear contact roller, rear fan are mounted on the rack, wind after the blowhole connection of rear gas blow pipe
The air outlet of machine, the rear intersection location of the venthole alignment two neighboring delivery wheel in fluorescent tube transfer passage rear end of rear gas blow pipe, after
After contact roller is mounted on the rack and is in described above intersection location.By this set, fluorescent tube is sent into lamp by feed device
Pipe transfer passage, and when resting on the preceding intersection location of the two neighboring delivery wheel in fluorescent tube transfer passage front end, preceding blowning installation energy
It is enough to blow to fluorescent tube, the glass dregs in fluorescent tube are blown away, wherein preceding contact roller can effectively compress fluorescent tube, fluorescent tube are avoided to be blown
It rises；Mobile to fluorescent tube transfer passage rear end from fluorescent tube transfer passage middle part after fluorescent tube completes cutting, when resting on, fluorescent tube conveying is logical
When the rear intersection location of the two neighboring delivery wheel in road rear end, rear blowning installation can blow to fluorescent tube, will be residual in fluorescent tube after cutting
The glass dregs stayed are blown away, wherein rear contact roller can effectively compress fluorescent tube, fluorescent tube are avoided to be blown afloat.
In preferred embodiment, the equipment further includes two block baffles, and two block baffles are separately positioned on the two of fluorescent tube transfer passage
Side.By the way that baffle is arranged, effectively fluorescent tube can be avoided to slide during transportation.
The utility model has the beneficial effects that: it is this cutting fire fluorescent tube equipment, can continuously by length compared with
Short fluorescent tube is cut into two sections, and cutting back light pipe size error is smaller, can improve the production efficiency of fluorescent tube cutting, safety and at
Quality.
Detailed description of the invention
Fig. 1 is the structural schematic diagram that fluorescent tube cuts burning equipment in the utility model embodiment；
Fig. 2 is the structural schematic diagram of feed device in the utility model embodiment；
Fig. 3 is the structural schematic diagram of cutter device in the utility model embodiment.
Specific embodiment
The utility model is further described in the following with reference to the drawings and specific embodiments:
A kind of fluorescent tube as shown in Figs. 1-3 cuts burning equipment, including rack 1, feed device 2, conveying device 3, heating
Device 4, cutter device 5 and discharge runner 6, feed device 2, conveying device 3, heating device 4, cutter device 5 and discharge runner 6
It is separately mounted in rack 1, feed device 2 is in above the front end of conveying device 3, and cutter device 5 is in conveying device 3
Above portion, discharge runner 6 is connect with the rear end of conveying device 3；Conveying device 3 includes driving mechanism 31 and Duo Gen rotary shaft 32,
Driving mechanism 31 is mounted in rack 1,32 both ends of rotary shaft be rotatably mounted in rack 1 respectively and each rotary shaft 32 simultaneously
Row's setting, each rotary shaft 32 connect with 31 power output end of driving mechanism respectively, is all provided with that there are two convey in the middle part of each rotary shaft 32
Wheel 321, delivery wheel 321 in adjacent rotary shaft 32 are equipped with lamp on each delivery wheel 321 along the setting that axially offsets of rotary shaft 32
Pipe clamp mouth 3211, the running track intersection of the fluorescent tube bayonet 3211 on adjacent conveyor wheel 321 are each defeated in multiple rotary shafts 32
321 arrangement of wheel is sent to form fluorescent tube transfer passage 7；Heating device 4 is mounted on the middle part in rack 1 and being in fluorescent tube transfer passage 7
Lower section, cutter device 5 are mounted in the rack 1 of 7 middle part top of fluorescent tube transfer passage and corresponding with the position of heating device 4.
In above structure, feed device 2 constantly can provide the fluorescent tube of cutting to conveying device 3, fall to fluorescent tube
It is rotated on the fluorescent tube bayonet 3211 of first delivery wheel 321 and with fluorescent tube bayonet 3211, when fluorescent tube is rotated with fluorescent tube bayonet 3211
When to first delivery wheel 321 and second 321 intersection location of delivery wheel, fluorescent tube rests on the intersection location, when second it is defeated
Send the fluorescent tube bayonet 3211 of wheel 321 after the intersection location, fluorescent tube is rotated with the fluorescent tube bayonet 3211 of second delivery wheel 321
It keeps moving forward, so recycles, convey fluorescent tube constantly rearward on fluorescent tube transfer passage 7, at 4 pairs of device for simultaneous heating
Fluorescent tube on delivery wheel 321 is heated, when fluorescent tube is transported to fluorescent tube 7 middle part of transfer passage, cutter device 5 to fluorescent tube into
Row cutting, the fluorescent tube for completing cutting is continued to convey to the back-end by the middle part of fluorescent tube transfer passage 7, and is gone out by discharge runner 6
Material；By opening up fluorescent tube bayonet 3211 on delivery wheel 321, and by the delivery wheel 321 in adjacent rotary shaft 32 along rotary shaft 32
Axially offset setting, make between two neighboring delivery wheel 321 formed a delivery position so that fluorescent tube is by a upper delivery wheel
321 when being delivered to the intersection position with next delivery wheel 321, and fluorescent tube can be stopped in intersection position, until next delivery wheel 321
Fluorescent tube bayonet 3211 turns to intersection position, and fluorescent tube can just slide into fluorescent tube bayonet 3211 and continue to convey toward rear, passes through this
Kind setting, fluorescent tube can stay for some time in each intersection position, so that heating device 4 and cutter device 5 have adequately
Heating time and clipping time improve the safety when yield rate and cutting of fluorescent tube cutting.
Feed device 2 includes fluorescent tube feed bin 21, drawing-inroller 22, ratchet 23, pawl 24 and transmission mechanism 25, fluorescent tube feed bin 21
It is fixedly mounted on 1 front end of rack, drawing-inroller 22 may be rotatably mounted in rack 1, and drawing-inroller 22 is equipped with circumferentially distributed along its
The discharge end of multiple feeding bayonets 221, fluorescent tube feed bin 21 is corresponding with the position of feeding bayonet 221, and ratchet 23 is fixedly mounted on
On drawing-inroller 22, transmission mechanism 25 includes cam 251, crank 252, connecting rod 253, rocking bar 254 and tension spring 255, cam 251
It is fixedly mounted in rotary shaft 32,252 rear end of crank is engaged with cam 251, and 252 middle part of crank and rack 1 are hinged, crank
252 front ends and 253 lower end of connecting rod are hinged, and 253 upper end of connecting rod and 254 front end of rocking bar are hinged, and 254 rear end of rocking bar and pawl 24 are cut with scissors
It connects, rocking bar 254 includes two sections of angled setting, and the junction and rack 1 that 254 two sections of rocking bar are hinged and coaxial with drawing-inroller 22
Setting, 255 lower end of tension spring is connect with rack 1, upper end and 252 front end of crank connect.In above structure, fluorescent tube feed bin 21 is held
Continuous ground conveys fluorescent tube on drawing-inroller 22, and fluorescent tube enters feeding bayonet 221, the driving rotation of driving mechanism 31 correspondingly respectively
When axis 32 is rotated, cam 251 is rotated with it, and behind the protrusion of cam 251 and crank 252 when end in contact, crank 252 is in
Portion is rotated, and the decline of 252 rear end of crank and front end rising, crank 252 pass through 253 drive rocker 254 of connecting rod and rotated,
To make pawl 24 swing forward, pawl 24 gos deep into the tooth socket of ratchet 23 and ratchet 23 is pushed to turn over an angle at this time, send
Material wheel 22 and ratchet 23 rotate synchronously, and the fluorescent tube being located on feeding bayonet 221 is sent on fluorescent tube transfer passage 7；When cam 251
Protrusion far from crank 252 when, 252 front end of crank declines under the action of tension spring 255,252 rear end of crank rise simultaneously it is tight
Cam 251 is pasted, crank 252 is rotated by 253 drive rocker 254 of connecting rod, and pawl 24 back swings and is against ratchet at this time
The intrados of 23 tooth sockets blocks ratchet 23, and ratchet 23 is avoided to turn round, and so recycles, keeps feed device 2 lasting defeated to fluorescent tube
It send channel 7 to convey fluorescent tube, and guarantees that conveying only conveys a fluorescent tube to fluorescent tube transfer passage 7 every time.
The driving mechanism 31 includes driving motor 311 and Worm-gear assembly 312, and driving motor 311 is mounted in rack 1,
Worm-gear assembly 312 includes worm screw 3121 and multiple worm gears 3122, and worm screw 3121 is fixedly connected with the output shaft of driving motor 311,
Worm gear 3122 it is identical as 32 quantity of rotary shaft and correspond, each worm gear 3122 be respectively and fixedly installed in each rotary shaft 32 and
It is engaged respectively with worm screw 3121.By this set, driving motor 311 drives multiple worm gears 3122 to rotate by worm screw 3121,
Make each rotary shaft 32 while being rotated.
The heating device 4 includes multipair flame gun, and each pair of flame gun is separately mounted in rack 1, each pair of flame
Spray gun is respectively at the lower section of the fluorescent tube transfer passage 7 and is arranged successively by the front end of fluorescent tube transfer passage 7 to middle part, respectively
On the same line with the central axes of fluorescent tube transfer passage 7 to the spout of flame gun, the temperature of flame gun is by lamp
The front end of pipe transfer passage is incremented by successively to middle part.
The cutter device 5 includes cutting wheel 51, holder 52, rotate driving component 53 and runner assembly 54, cutting wheel 51
It is mounted on 52 lower end of holder and the top in the middle part of fluorescent tube transfer passage 7,52 upper end of holder passes through the connection rotation of runner assembly 54
Driving assembly 53；Rotate driving component 53 includes rotate driving cylinder 531, runner 532, close switch 533 and reset spring
534, rotate driving cylinder 531 is mounted in rack 1 and in 7 top of fluorescent tube transfer passage, and runner 532 is mounted on any one
In rotary shaft 32, and runner 532 is equipped with notch 5321, is mounted in rack 1 close to switch 533, and close switch 533
Induction zone be directed at runner 532, reset spring 534 is in the side of rotate driving cylinder 531, and 534 one end of reset spring
It is connect with rack 1, the piston rod connection of the other end and rotate driving cylinder 531, signal output end and rotation close to switch 533
Drive the signal input part electrical connection of cylinder 531；Runner assembly 54 includes shaft 541, first connecting rod 542 and the second connecting rod
543, shaft 541 is rotatably mounted in rack 1 and is between fluorescent tube transfer passage 7 and rotate driving cylinder 531, first
542 one end of connecting rod is mounted in shaft 541 and the other end is connect with 52 upper end of holder, the installation of 543 one end of the second connecting rod
In shaft 541 and the other end is connect with the piston rod of rotate driving cylinder 531.
In above structure, when rotary shaft 32 is rotated, while runner 532 being driven to be rotated, non-when runner 532 lacks
Mouth everywhere close to switch 533 induction zone in front of when, close to switch 533 issue control signal, control rotate driving cylinder 531
Movement, the piston rod of rotate driving cylinder 531 stretch out and push the second connecting rod 543, and the second connecting rod 543 passes through drive at this time
The rotation that the rotation of shaft 541 carries out first connecting rod 542 along shaft 541 makes to cut so that holder 52 be made to carry out the corresponding bottom
The fluorescent tube being on fluorescent tube transfer passage 7 can be cut by cutting wheel 51；When runner 532 is with the rotation of rotary shaft 32 and notch
5321 when being in front of the induction zone close to switch 533, approaches switch 533 and is not responding to, the piston rod of rotate driving cylinder 531 exists
It bounces back under the action of 534 elastic force of reset spring, by first connecting rod 542, the transmission of shaft 541 and the second connecting rod 543, makes
Holder 52 is again upper to be put, and makes cutting wheel 51 far from fluorescent tube transfer passage 7.By this set, cutting wheel 51 can with holder 52 into
Row is a degree of to be swung up and down, and is made fluorescent tube when reaching cutting position, can first be carried out the heating of a period of time, facilitate cutting,
Cutting wheel 51 after making cutting simultaneously has certain time to be cooled down, and avoids 51 long-time of cutting wheel and 4 short distance of heating device
Contact, influences the service life of cutting wheel 51.
The cutter device 5 further includes two position-limited wheels 55, and two position-limited wheels 55 may be rotatably mounted in rack 1 simultaneously respectively
And it is in the top of cutting wheel 51 two sides and fluorescent tube transfer passage 7 respectively.By this set, when cutting wheel 51 is to being in fluorescent tube
When fluorescent tube on transfer passage 7 is cut, two position-limited wheels 55 can limit the both ends of fluorescent tube, and fluorescent tube is avoided to cut
When both ends tilt make to cut it is insufficient.
The fluorescent tube cutting burning equipment further includes blowning installation 9 after two preceding blowning installations 8 and two, is blown before two
Device 8 is respectively at the two sides of 7 front end of fluorescent tube transfer passage, and each preceding blowning installation 8 includes preceding blower 81,82 and of preceding gas blow pipe
Preceding contact roller 83, preceding blower 81 are mounted in rack 1, the air outlet of blower 81, fore blow before the blowhole of preceding gas blow pipe 82 connects
The preceding intersection location of the venthole alignment two neighboring delivery wheel 321 in 7 front end of fluorescent tube transfer passage of tracheae 82, preceding contact roller 83 are pacified
In rack 1 and above the preceding intersection location；Blowning installation 9 is respectively at 7 rear end of fluorescent tube transfer passage after two
Two sides, it is each after blowning installation 9 include rear fan 91, rear gas blow pipe 92 and rear contact roller 93, rear fan 91 is mounted on rack 1
On, the air outlet of the blowhole connection rear fan 91 of rear gas blow pipe 92, the venthole of rear gas blow pipe 92 is directed at fluorescent tube transfer passage 7
The rear intersection location of the two neighboring delivery wheel 321 in rear end, rear contact roller 93 are mounted in rack 1 and in the rear intersection locations
Top.By this set, fluorescent tube is sent into fluorescent tube transfer passage 7 by feed device 2, and rests on fluorescent tube and convey logical 7 front ends
When the preceding intersection location of two neighboring delivery wheel, preceding blowning installation 8 can blow to fluorescent tube, and the glass dregs in fluorescent tube are blown away,
Wherein preceding contact roller 83 can effectively compress fluorescent tube, and fluorescent tube is avoided to be blown afloat；After fluorescent tube completes cutting, by fluorescent tube transfer passage 77
Middle part is mobile to 7 rear end of fluorescent tube transfer passage, when the after intersection position for resting on the two neighboring delivery wheel in 7 rear end of fluorescent tube transfer passage
When setting, rear blowning installation 9 can blow to fluorescent tube, and remaining glass dregs in fluorescent tube after cutting are blown away, wherein rear contact roller 93
Effectively fluorescent tube can be compressed, fluorescent tube is avoided to be blown afloat.
The equipment further includes two block baffles 10, and two block baffles 10 are separately positioned on the two sides of fluorescent tube transfer passage 7.
Claims (8)
1. a kind of fluorescent tube cuts burning equipment, it is characterised in that: including rack, feed device, conveying device, heating device, cut
Device and discharge runner are cut, feed device, conveying device, heating device, cutter device and discharge runner are separately mounted to rack
On, feed device is in above the front end of conveying device, and cutter device be in the middle part top of conveying device, discharge runner with it is defeated
The rear end of device is sent to connect；Conveying device includes driving mechanism and Duo Gen rotary shaft, and driving mechanism is mounted on the rack, rotary shaft
Both ends are rotatably mounted on the rack respectively and each rotary shaft is arranged side by side, and each rotary shaft is defeated with driving mechanism power respectively
Outlet connection, each rotary shaft middle part are equipped at least two delivery wheels, axial direction of the delivery wheel in adjacent rotary shaft along rotary shaft
It is arranged in a staggered manner, fluorescent tube bayonet is equipped on each delivery wheel, the running track intersection of the fluorescent tube bayonet on adjacent conveyor wheel, Duo Gexuan
Each delivery wheel in shaft arranges to form fluorescent tube transfer passage；Heating device is mounted on the rack and is in fluorescent tube transfer passage
Middle part below, cutter device is mounted in the rack of top and opposite with the position of heating device in the middle part of fluorescent tube transfer passage
It answers.
2. a kind of fluorescent tube as described in claim 1 cuts burning equipment, it is characterised in that: the feed device includes lamp tube material
Storehouse, drawing-inroller, ratchet, pawl and transmission mechanism, fluorescent tube feed bin are fixedly mounted on front end of rack, and drawing-inroller may be rotatably mounted at machine
On frame, drawing-inroller is equipped with along its circumferentially distributed multiple feeding bayonet, the discharge end of fluorescent tube feed bin and the position of feeding bayonet
Corresponding, ratchet is fixedly mounted on drawing-inroller, and transmission mechanism includes cam, crank, connecting rod, rocking bar and tension spring, cam
It being fixedly mounted on the rotary shaft, crank rear end and cam contact cooperate, and it is hinged with rack in the middle part of crank, under crank front end and connecting rod
End is hinged, and small end is hinged with rocker front end, and rocking bar rear end and pawl are hinged, and rocking bar includes two sections of angled setting, shakes
The junction that two section of bar and rack are hinged and be coaxially disposed with drawing-inroller, and tension spring lower end connect with rack, upper end and crank
Front end connection.
3. a kind of fluorescent tube as described in claim 1 cuts burning equipment, it is characterised in that: the driving mechanism includes driving electricity
Machine and Worm-gear assembly, driving motor are mounted on the rack, and Worm-gear assembly includes worm screw and multiple worm gears, worm screw and driving motor
Output shaft is fixedly connected, and worm gear is identical as the rotation number of axle and corresponds, and each worm gear is respectively and fixedly installed in each rotary shaft
And it is engaged respectively with worm screw.
4. a kind of fluorescent tube as described in claim 1 cuts burning equipment, it is characterised in that: the heating device includes multipair fire
Flame spray gun, each pair of flame gun are separately mounted in rack, and each pair of flame gun is respectively under the fluorescent tube transfer passage
Side and be arranged successively by the front end of fluorescent tube transfer passage to middle part, the spout of each pair of flame gun with fluorescent tube transfer passage
Central axes are on the same line, and the temperature of flame gun is incremented by successively to middle part by the front end of fluorescent tube transfer passage.
5. a kind of fluorescent tube as described in claim 1 cuts burning equipment, it is characterised in that: the cutter device includes cutting
Wheel, holder, rotate driving component and runner assembly, cutting wheel are mounted on holder lower end and on fluorescent tube transfer passage middle parts
Side, holder upper end connect rotate driving component by runner assembly；Rotate driving component includes rotate driving cylinder, runner, connects
Nearly switch and reset spring, rotate driving cylinder are mounted on the rack and are in above fluorescent tube transfer passage, and runner installation is in office
It anticipates in a rotary shaft, and runner is equipped with notch, is mounted on the rack close to switch, and the induction zone pair of close switch
Quasi- runner, reset spring are in the side of rotate driving cylinder, and reset spring one end is connect with rack, the other end and rotation
The piston rod connection of cylinder is driven, the signal output end close to switch is electrically connected with the signal input part of rotate driving cylinder；Turn
Dynamic component includes shaft, first connecting rod and the second connecting rod, and shaft is rotatably mounted on the rack and conveys in fluorescent tube
Between channel and rotate driving cylinder, first connecting rod one end is mounted in shaft and the other end is connect with holder upper end, the
Two connecting rod one end are mounted in shaft and the other end is connect with the piston rod of rotate driving cylinder.
6. a kind of fluorescent tube as claimed in claim 5 cuts burning equipment, it is characterised in that: the cutter device further includes two
Position-limited wheel, two position-limited wheels may be rotatably mounted in rack respectively and are in respectively cutting wheel two sides and fluorescent tube transfer passage
Top.
7. a kind of fluorescent tube as described in claim 1 cuts burning equipment, it is characterised in that: the fluorescent tube cutting burning equipment is also
Including blowning installation after two preceding blowning installations and two, two preceding blowning installations are respectively at the two of fluorescent tube transfer passage front end
Side, each preceding blowning installation include preceding blower, preceding gas blow pipe and preceding contact roller, preceding assembling on the rack, preceding gas blow pipe
The air outlet of blower before blowhole connects, the venthole alignment two neighboring delivery wheel in fluorescent tube transfer passage front end of preceding gas blow pipe
Preceding intersection location, preceding contact roller are mounted on the rack and are in above the preceding intersection location；Blowning installation is located respectively after two
In the two sides of fluorescent tube transfer passage rear end, each rear blowning installation includes rear fan, rear gas blow pipe and rear contact roller, rear fan peace
On the rack, the venthole alignment fluorescent tube conveying of the air outlet of the blowhole connection rear fan of rear gas blow pipe, rear gas blow pipe is logical for dress
The rear intersection location of the two neighboring delivery wheel in road rear end, after rear contact roller is mounted on the rack and is in described in intersection location
Side.
8. a kind of fluorescent tube as described in claim 1 cuts burning equipment, it is characterised in that: the fluorescent tube cutting burning equipment is also
Including two block baffles, two block baffles are separately positioned on the two sides of fluorescent tube transfer passage.
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| CN201820817877.3U CN208292862U (en) | 2018-05-30 | 2018-05-30 | A kind of fluorescent tube cutting burning equipment |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113823548A (en) * | 2020-06-18 | 2021-12-21 | 常熟林芝电子技术有限公司 | Preparation method of quartz glass bulb of automobile lamp |
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2018
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113823548A (en) * | 2020-06-18 | 2021-12-21 | 常熟林芝电子技术有限公司 | Preparation method of quartz glass bulb of automobile lamp |
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