CN106175071B - Toothbrush automatic production line - Google Patents
Toothbrush automatic production line Download PDFInfo
- Publication number
- CN106175071B CN106175071B CN201610750143.3A CN201610750143A CN106175071B CN 106175071 B CN106175071 B CN 106175071B CN 201610750143 A CN201610750143 A CN 201610750143A CN 106175071 B CN106175071 B CN 106175071B
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- China
- Prior art keywords
- carrier
- hair
- toothbrush
- sanding
- combination
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Classifications
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- A—HUMAN NECESSITIES
- A46—BRUSHWARE
- A46D—MANUFACTURE OF BRUSHES
- A46D1/00—Bristles; Selection of materials for bristles
- A46D1/04—Preparing bristles
- A46D1/05—Splitting; Pointing
-
- A—HUMAN NECESSITIES
- A46—BRUSHWARE
- A46D—MANUFACTURE OF BRUSHES
- A46D1/00—Bristles; Selection of materials for bristles
- A46D1/04—Preparing bristles
- A46D1/06—Machines or apparatus for cutting bristles
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Abstract
The present invention is a kind of toothbrush automatic production line, including the plant hair module being correspondingly arranged and conveying processing module；The conveying processing module include being provided with the production carriage of endless apron, the carrier being arranged on the circulation conveying band, be correspondingly arranged in its side of production carriage and hair-cutting machine structure that the endless apron with its lower end is used in combination, with the hair-cutting machine structure corresponding setting and the sanding mechanism that is used in combination, the hair module of planting include the toothbrush displaceable member that is used in combination with the carrier.A kind of toothbrush automatic production line of the present invention, toothbrush is produced each process and concentrated by it, and continuous production is high, is ensured the production efficiency of toothbrush production and is reduced the occupancy to human resources and the occupancy to the resources of production.
Description
【Technical field】
The present invention relates to automatic producing technology and automated production equipment technical field, specifically, it is provided for tooth
A kind of toothbrush automatic production line of brush automated production.
【Background technology】
Toothbrush is one of indispensable commodity in daily life；
The production of toothbrush, which generally comprises, plants hair, cuts the processes such as hair, sanding；
Plant hair：Refer to coordinate using feather planting machine and bristle conveyer and be completed in the work that bristle plantation is carried out on tooth-brush handle
Sequence；
Cut hair：Refer to the process to toothbrush its bristle progress profiling using hair-cutting machine；
Sanding：Refer to using sanding and carry out the whole process of mill of its bristle of toothbrush.
Toothbrush production at this stage, lower road work is carried out after typically completing single track production process using single machine or equipment
Sequence, there is following defect in it：
1) current device or machine have independently been carried out after corresponding process by manually entering the toothbrush for being about to carry out corresponding process
Be transferred in the equipment or machine of the next step, continuous production is low, causes low production efficiency, and takes a large amount of manpowers moneys
Source；
2) need to set multiple differences to cut cutting mao equipment it cutting a mao work to tackle the toothbrush of bristles of different lengths for hair height
Sequence, seriously occupy the resources of production；
3) sanding sets single sanding head to carry out the sanding of its bristle of toothbrush, and sanding efficiency is low, and corresponding different length
Bristle needs to set corresponding sanding head, the serious waste resources of production；
4) transfer of toothbrush and the feeding of the next step are manually carried out, according to big into feeding error, influences the production of toothbrush
Quality.
It is therefore desirable to provide a kind of toothbrush automatic production line to solve the above problems.
【The content of the invention】
It is a primary object of the present invention to provide a kind of toothbrush automatic production line, toothbrush is produced each process collection by it
In, continuous production is high, ensures the production efficiency of toothbrush production and reduces to the occupancy of human resources and the resources of production are accounted for
With.
The present invention is achieved through the following technical solutions above-mentioned purpose：
A kind of toothbrush automatic production line, including the plant hair module being correspondingly arranged and conveying processing module；
It is described conveying processing module include be provided with endless apron production carriage, be arranged at it is described circulation it is defeated
Send the carrier taken, be correspondingly arranged in production carriage its side and the endless apron with its lower end be engaged
The hair-cutting machine structure that uses, setting corresponding with the hair-cutting machine structure and the sanding mechanism that is used in combination, the plant hair module
Including the toothbrush displaceable member being used in combination with the carrier.
Further, it is described to plant brush holder conveying assembly, bristle conveying assembly that hair module includes being correspondingly arranged and with two
Feather planting machine that is that person is homogeneously correspondingly arranged and being used in combination.
Tooth-brush handle is transported on feather planting machine by the brush holder conveying assembly, passes through the bristle conveying group accordingly
Bristle is transported to the plant hair carried out on the feather planting machine to tooth-brush handle by part, and the feather planting machine can use the common plant hair of in the market
Machine, while the brush holder conveying assembly and the bristle conveying assembly are all provided with being set to common stepping and transmit band forms, it is easy to
Plant being carried out continuously for hair process.
Further, the endless apron is stepping conveying belt, and be provided with the production carriage with it is described
The corresponding toothbrush testing agency of hair-cutting machine structure, the toothbrush testing agency include be arranged at it is described production carriage on and with
The corresponding position limit device of the carrier, be arranged at below the position limit device and be engaged with the position limit device
The one-time detection sensing device that uses, the one-time detection pushing meanss of setting corresponding with the carrier and with the carrier
The secondary detection sensing device being used in combination.
The position limit device is correspondingly arranged with the carrier, and it, which is used to detect, captures its end in the toothbrush on carrier and be
It is no to raise up, capture when its end of the toothbrush on carrier raises up, the endless apron drives be arranged on and crawl to have
When the carrier of toothbrush is by position limit device, the position limit device, the one-time detection sensing dress are touched in its end of toothbrush
Put and access the touched signal of the position limit device, and control the one-time detection pushing meanss in its step of the endless apron
Toothbrush its crawl correction is carried out when entering off-position beat, after its crawl position of toothbrush detected by the secondary detection sensing device be
It is no qualified.
The position limit device is made up of sensing chip.
The one-time detection device includes being used to rotate setting the one-time detection fixed seat of the position limit device, being arranged at
One-time detection photoelectric sensor that is in the one-time detection fixed seat and being used in combination with the position limit device.
The one-time detection return unit being made up of spring is provided between the one-time detection fixed seat and the position limit device,
The one-time detection return unit both ends connect the one-time detection fixed seat and the position limit device respectively.
The secondary detection sensing device is made up of displacement transducer.
The secondary detection sensing device bottom is provided with defective products discharger.
The defective products discharger is made up of conveyer belt, and it is used to appoint so crawl not through the detection of secondary detection sensing device
Qualified product.
Further, the carrier include with the carrier body of the circulation conveying band connection, be arranged on carrier body
And corresponding first crawl fixed block, bottom jacking block and end crawl block；Carrier slip is offered on the carrier body
Groove, slidably it is provided with the carrier sliding groove and captures block with the end and what the bottom jacking block was used in combination opens
Sliding block is closed, the folding sliding block is provided with jacking plate with the end crawl block corresponding end tabular other end triangular in shape.
The carrier sliding groove bottom is provided with the folding sliding block return unit being made up of spring, and the folding sliding block is by opening
Sliding block connecting pole is closed to be connected with the folding sliding block return unit.
Before the bottom jacking block is arranged at the first crawl fixed block by the bottom jacking block return unit being made up of spring
In the carrier sliding groove of side, its tabular end triangular in shape with the folding sliding block is offered on the bottom jacking block and is used in combination
Bottom jacking block inverted draw cut.
When the jacking plate is by external impetus jacking, the folding sliding block leads in the carrier sliding groove slides forwards
Its tabular end triangular in shape is crossed with the bottom jacking block inverted draw cut that the bottom jacking block opens up thereon with the use of bottom jacking block is pushed, outside
When portion's power disappears, by the folding sliding block return unit and the bottom jacking block return unit, the folding sliding block and the bottom
Jacking block is held to reset.
The first crawl fixed block is arranged in the first crawl fixed block adjustment plate, the first crawl fixed block adjustment
Plate is arranged in the carrier sliding groove and the carrier body end is provided with and the described first crawl by carrier regulating block
The carrier regulation body that what fixed block adjustment plate was used in combination be made up of bolt.
Body is adjusted by the carrier and can adjust the first crawl fixed block adjustment plate in the carrier sliding groove
Position, and then the first crawl fixed block position is adjusted, realize the switching during crawl of different model toothbrush.
The end crawl block includes rotatably be arranged on the carrier body one group of end crawl of corresponding distribution
Part, be arranged in the carrier chute and be connected with the end grippers and be used in combination end crawl top
Block, end crawl jacking block is corresponding with the folding sliding block and is used in combination, its with one end with the carrier body
The end being made up of the spring crawl jacking block return unit other end connection of portion's connection.
The folding sliding block pushes the end crawl jacking block, and the end crawl jacking block compression end crawl jacking block resets
Part simultaneously drives the end grippers rotating opening, when the folding sliding block exits, captures jacking block by the end and resets
Part, the end crawl jacking block resets, and captures toothbrush disposed within.
Further, the carrier closing device being used in combination with the jacking plate is provided with the production carriage,
The carrier closing device includes the folding actuator being made up of cylinder being arranged on the production carriage and is connected to
The folding actuator and the folding pushing block being used cooperatively with the carrier.
The carrier closing device can drive the top that jacking is carried out to the jacking plate using corresponding Linear Driving module
Enter block replacement also may be used.
Further, the transverse direction that the hair-cutting machine structure includes being correspondingly arranged cuts mao component and a mao component, the horizontal stroke are cut in longitudinal direction
To cutting bed slide that mao component includes being arranged on wobble component, slidably and the knife that is horizontally set on the bed slide
Frame component, the molding cutter device being arranged on the cutter holder assembly, be arranged on the bed slide and with the knife rest
Rackwork before and after the cutter holder assembly that component is used in combination, be arranged on the cutter holder assembly and filled with the molding cutter
Put the molding cutter that is used in combination up and down rackwork and be arranged on the cutter holder assembly and with the molding cutter
The cutting drive device that device is used in combination.
The bed slide and its bed slide set thereon and the shaping are driven by wobble component driving
Cutter arrangement is swung；During swing, its bristle of the molding cutter device progress toothbrush is driven by the cutting drive device
Bristle is cut, and the common bristle cutting knife system of in the market can be selected in molding cutter device.
The cutting drive device is made up of motor, and it is used cooperatively by " V " type and the molding cutter device.
The cutter holder assembly include slidably be arranged on the bed slide knife rest backing plate, be arranged at the knife rest pad
Knife rest riser on plate, the molding cutter device are arranged on the knife rest riser by cutter fixed plate.
Rackwork includes being arranged on the bed slide before and after the cutter holder assembly positioning support, be arranged at it is described
The first adjustment axis being made up of regulating bolt axle transposed on support, first adjustment axis are connected with the knife rest backing plate.
Described its lower end surface of knife rest backing plate is provided with adjusting slider, offers on the bed slide and is slided with the regulation
The chute that block matches.
By rotating first adjustment axis, first adjustment axis drives the knife rest backing plate to pass through the adjusting slider
The regulation of its front and back position of cutter holder assembly is carried out with the regulation chute.
Rackwork includes the be connected with the positioning little gear set on the knife rest riser to the molding cutter up and down
Two adjustment axis, it is arranged at gear wheel that is on the knife rest riser and corresponding with the positioning little gear and being used in combination；
Positioning cam is provided with the gear wheel backside end face, the positioning cam its one end is in wavy cycloid profile, institute
Cutter fixed plate is stated slidably to be arranged on the knife rest riser and be provided with what is be used in combination with the cycloid profile
Pin is adjusted, and the regulation cotter slot corresponding with the regulation pin is offered on the knife rest riser.
By rotating second adjustment axis, second adjustment axis drives the positioning big by the positioning little gear
Pinion rotation, it is described positioning bull gear drive when, its backside end face set positioning cam concomitant rotation, now it is described positioning it is convex
It is taken turns in the wavy cycloid profile with the positioning bull gear drive, due to the regulation pin and the cycloid profile
It is used cooperatively, described regulation pin one end is in the regulation cotter slot, with the cycloid profile in the regulation cotter slot
The diverse location at place adjusts the cutter fixed plate and its height of the molding cutter device connected thereon.
First adjustment axis and second adjustment axis are respectively connected with small-sized position indicator, and the molding cutter fills
Put and be connected with chip collecting device.
By set the small-sized position indicator can the first adjustment axis described in real-time display or second adjustment axis its
Regulated quantity, it is easy to the progress of positioning, the conventional display device of in the market can be selected in it.
The longitudinal direction, which cuts mao component and the transverse direction and cuts mao component, to be formed basically identical, is its institute included positioned at difference
State longitudinal direction cut mao component thereon the cutter holder assembly in being longitudinally disposed on the bed slide.
Oscillatory gearing mechanism that the wobble component includes being made up of motor, it is connected to the swing of the oscillatory gearing mechanism
Eccentric wheel and the oscillating cam follower block for being used to connect the bed slide being arranged on the swing eccentric wheel.
The transverse direction is cut and a point hair component is correspondingly arranged on above mao component, and described point of hair component includes dividing hair regulating block, setting
Be placed in the 3rd adjustment axis divided on hair regulating block, be connected to the 3rd adjustment axis and one end be slideably positioned in described point
What the other end of hair regulating block offered hair separating groove divides hair plates.
Divide hair component by setting, it has obvious height change when can cut bristle, avoid bristle from integrally being cut.
The sanding mechanism includes some groups of sanding head assemblies being correspondingly arranged, and the sanding head assembly includes being correspondingly arranged
In one group of sanding head module on connecting plate, the sanding head module includes sanding head, be connected on the connecting plate and with
Revolution movement that the sanding head is used in combination, be connected on the connecting plate and be correspondingly arranged with the revolution movement
And be connected with the sanding head and the free-wheeling system that is used in combination, be provided with and the sanding head phase on the connecting plate
The vertical fine adjustment mechanism being used cooperatively.
By setting the revolution movement, sanding head described in one be correspondingly arranged group synchronously carries out the rotation of opposite direction,
Carry out sanding, when carrying out the rotation of opposite direction sanding head described in one group its will not interfere to each other, increase sanding scope.
Sanding seat that the revolution movement includes being connected on the connecting plate, the sanding seat is arranged at by hollow shaft
Interior revolution gear, the rotary head for being connected to the elastomeric connector of the revolution gear, being connected to the elastomeric connector.
The free-wheeling system include be arranged at it is in the sanding seat and through the hollow shaft rotary flexible shaft, by turn
Flexible shaft driving device that is that axis connection body is connected with the rotary flexible shaft and being made up of motor, be connected to the flexible axle and run through
The sanding head rotating shaft of the rotary head, the sanding head rotating shaft are connected and are used in combination with the sanding head.
By setting free-wheeling system, it is used to drive the sanding head to carry out rotation：
The flexible shaft driving device driving, the rotating soft axle is driven by the rotating shaft connector, the flexible axle will revolve
Turn to be transferred to sanding head rotating shaft, most rotate at last and be transferred to the sanding head, drive the sanding head to rotate and carry out sanding process.
Sanding chip collecting device is provided between the rotary head and the sanding seat, and is provided with and is covered in the rotary head
The rotary head case of its outer end.
By setting the sanding chip collecting device, it, which is used to collecting sanding, does sanding chip caused by industry, keeps
The cleaning of industry environment is done, by setting the rotary head case, it avoids sanding chip from entering the influence sanding of sanding seat and does industry.
The vertical fine adjustment mechanism include be connected on the connecting plate fine adjustment block up and down, be arranged at it is described up and down finely tune
On block finely tune up and down rotating shaft, one end be connected to the sanding seat and with the rotating shaft of fine setting up and down be correspondingly arranged by trapezoidal
Leading screw form up and down fine setting regulation body, be connected to it is described up and down fine setting regulation body with it is described up and down fine setting rotating shaft corresponding end by
The first fine adjustment block that helical gear is formed and be connected to the rotating shaft of fine setting up and down its with the first fine adjustment block corresponding end and
By the second fine adjustment block being made up of helical gear to match with first fine adjustment block.
The sanding seat is adjusted in the corresponding height on the connecting plate by the vertical fine adjustment mechanism, and then adjusts institute
State the corresponding height of sanding head：
By rotate the rotating shaft of fine setting up and down, second fine adjustment block that is connected through of fine setting rotating shaft up and down with
And be connected to the first fine adjustment block that the bar of fine setting up and down adjusts body and drive the regulation of the fine setting up and down body rotation, by micro- up and down
Key section body, which rotates, adjusts the sanding seat in the corresponding height on the connecting plate.
The slide rail being used cooperatively with the connecting plate is provided with the revolution gear.
The setting of the slide rail, when it makes to finely tune above and below progress, the movement of the revolution gear is more stable.
Sanding head assembly described in some groups is arranged in the sanding fixed plate promoted by cylinder, sanding head group described in some groups
Revolution gear is engaged with each other part thereon, and be additionally provided with the sanding fixed plate by it is motor-driven and with the revolution gear
The sanding drive gear to match.
If by by sanding head assembly described in some groups be arranged at by cylinder promote sanding fixed plate on its be conveniently adjusted
Dry described its sanding position of sanding head assembly of group, while revolution gear is engaged with each other sanding head assembly described in some groups thereon, and
It is additionally provided with the sanding fixed plate by sanding drive gear that is motor-driven and matching with the revolution gear, by grinding
Hair drive gear can drive sanding head assembly described in some groups, and revolution gear rotates thereon, saves electric power resource.
Fine setting guide pillar is provided with the sanding seat, the fine setting guide pillar runs through the connecting plate and itself and the connecting plate
Junction is provided with the fine setting guide pin bushing of oil-free bushing composition.
By setting the fine setting guide pillar and the fine setting guide pin bushing, it makes the sanding seat in relative position on the connecting plate
The fine setting put is more stable.
The rotating shaft of fine setting up and down is connected with fine setting display device.
The fine setting display device is used for the fine setting state for finely tuning rotating shaft described in real-time display up and down, and in the market can be selected in it
Common display device.
Further, described production carriage its opposite side upper end be provided with it is corresponding with the production carriage and with
The Tang Biao mechanisms and label-sticking mechanism that the carrier set on the circulation conveying band is used in combination.
The boiling hot mark and labeling that the Tang Biao mechanisms and the label-sticking mechanism are used for after toothbrush assembling, it is normal that in the market can be selected in it
Labeling device and boiling hot marking device.
Further, it is described production carriage on be provided with it is corresponding with the Tang Biao mechanisms and the label-sticking mechanism into
Product conveyer belt apparatus.
The product conveying belt device, it is used for the conveying of finished product toothbrush, and the conventional conveyer belt of in the market can be selected in it.
Compared with prior art, a kind of beneficial effect of toothbrush automatic production line of the invention is：
1) its massive planting hair, cut hair, sanding in one, toothbrush automated production continuity is high, while is not required to configuration and manually enters
Row production auxiliary, toothbrush automated production efficiency high, reduces the occupancy to human resources, reduces the production cost of enterprise；2) its
One-time detection is carried out in the toothbrush on carrier to capturing using position limit device during conveying, is pushed away after one-time detection using one-time detection
Dynamic device corrects to the crawl for capturing unqualified toothbrush, after whether its crawl position of toothbrush is detected by secondary detection sensing device
Qualified, underproof crawl toothbrush excludes via defective products discharger；3) carrier for capturing toothbrush is suitable for different model tooth
The crawl of brush：The adjustable first crawl fixed block adjustment plate of body is adjusted in the position in carrier sliding groove by carrier, and then adjusted
Whole first crawl fixed block position, realizes the switching during crawl of different model toothbrush；4) its crawl form of the carrier of crawl toothbrush
It is convenient：When jacking plate is by external impetus jacking, folding sliding block and carrier sliding groove slides forwards, pass through its tabular triangular in shape
End is used cooperatively with the bottom jacking block inverted draw cut that bottom jacking block opens up thereon and pushes bottom jacking block, when external impetus disappears, by opening
Sliding block return unit and bottom jacking block return unit are closed, folding sliding block and bottom jacking block reset；Body adjustable first is adjusted by carrier
Fixed block adjustment plate is captured in the position in carrier sliding groove, and then adjusts the first crawl fixed block position, realizes different model
Switching when toothbrush captures；5) be used for cut hair hair-cutting machine structure can it is convenient adjustment its cut hair height and cut a mao position：Pass through rotation
First adjustment axis, the first adjustment axis band movable knife rack backing plate pass through adjusting slider and its front and back position of regulation chute progress cutter holder assembly
Regulation；By rotating the second adjustment axis, the second adjustment axis drives positioning bull gear drive by little gear of transposing, canine tooth of transposing
Wheel rotate when, its backside end face set positioning cam concomitant rotation, now transpose cam its in wavy cycloid profile with
Positioning bull gear drive, because regulation pin is used cooperatively with cycloid profile, regulation pin one end is located in regulation cotter slot, with
The height of diverse location regulation cutter fixed plate and its molding cutter device that thereon connects of the cycloid profile at regulation cotter slot
Degree；6) hair component is divided by setting, it has obvious height change when can cut bristle, avoid bristle from integrally being cut；7)
For the sanding mechanism of sanding, its sanding scope is big, and can adjust its sanding height：By setting revolution movement, it is correspondingly arranged
One group of sanding head module synchronously carry out opposite direction rotation, carry out sanding, carry out one group of sanding during the rotation of opposite direction
It will not be interfered head module to each other, increase sanding scope；Sanding seat is adjusted on connecting plate by vertical fine adjustment mechanism
Corresponding height, and then adjust sanding head corresponding height.
【Brief description of the drawings】
Fig. 1 is one of structural representation of embodiments of the invention；
Fig. 2 is the two of the structural representation of embodiments of the invention；
Fig. 3 is the three of the structural representation of embodiments of the invention；
Fig. 4 is the four of the structural representation of embodiments of the invention；
Fig. 5 is the five of the structural representation of embodiments of the invention；
Fig. 6 is the six of the structural representation of embodiments of the invention；
Fig. 7 is the enlarged drawing of part A in Fig. 3；Fig. 8 is the enlarged drawing of part B in Fig. 4；
Fig. 9 is the enlarged drawing of C portion in Fig. 5；Figure 10 is the enlarged drawing of D parts in Fig. 6；
Figure 11 is one of structural representation of carrier in embodiments of the invention；
Figure 12 is two of the structural representation of carrier in embodiments of the invention；
Figure 13 is the structural representation of one-time detection device in embodiments of the invention；
Figure 14 is one of structural representation of hair-cutting machine structure in embodiments of the invention；
Figure 15 is two of the structural representation of hair-cutting machine structure in embodiments of the invention；
Figure 16 be embodiments of the invention hair-cutting machine structure in up and down rackwork structural representation；
Figure 17 is the structural representation of wool ranking machine structure in embodiments of the invention；
Figure 18 is one of structural representation of sanding mechanism in embodiments of the invention；
Figure 19 is two of the structural representation of sanding mechanism in embodiments of the invention；
Figure 20 is three of the structural representation of sanding mechanism in embodiments of the invention；
Numeral represents in figure：
1 plants hair module；11 toothbrush displaceable members, 12 brush holder conveying assemblies, 13 bristle conveying assemblies, 14 feather planting machines；2 conveyings
Processing module；3 production carriages, 31 endless aprons；4 hair-cutting machine structures；41 laterally cut a mao component；411 bed slides；412 knives
Frame component, 4121 knife rest backing plates, 4122 knife rest risers, 41221 regulation cotter slots；413 molding cutter devices, 4131 cutters are fixed
Plate, 41311 regulation pins；Rackwork before and after 414 cutter holder assemblies, 4141 positioning supports, 4,142 first adjustment axis；415 shapings
Rackwork above and below cutter, 4151 positioning little gears, 4,152 second adjustment axis, 4153 gear wheels, 4154 positioning cams, 4155 pendulum
Line profile；416 cutting drive devices；Cut a mao component in 42 longitudinal directions；43 wobble components, 431 regulation cotter slots, 432 swing eccentric wheel；
44 points of hair components, 441 points of hair regulating blocks, 442 the 3rd adjustment axis, 443 points of hair plates；5 sanding mechanisms, 51 sanding head modules, 511 mills
Burr, 512 connecting plates；513 revolution movements, 5131 sanding seats, 5132 revolution gears, 5133 hollow shafts, 5134 elastomeric connectors,
5135 rotary heads；514 free-wheeling systems, 5141 rotary flexible shafts, 5142 flexible shaft driving devices, 5143 rotating shaft connectors, 5144 sanding heads
Rotating shaft；515 vertical fine adjustment mechanisms, about 5151 fine adjustment blocks, about 5152 fine setting rotating shafts, about 5153 fine setting regulation bodies, 5154
First fine adjustment block, 5,155 second fine adjustment blocks；52 sanding fixed plates, 53 sanding drive gears；6 toothbrush testing agencies, 61 upper limits
Device；62 one-time detection sensing devices, 621 one-time detection fixed seats, 622 one-time detection photoelectric sensors, 623 one-time detections are answered
Position part；63 one-time detection pushing meanss, 64 secondary detection sensing devices, 65 defective products dischargers；7 carriers；71 carrier bodies,
711 carrier sliding grooves, 712 folding sliding blocks, 713 jacking plates, 714 folding sliding block return units, 715 folding sliding block connecting poles；72
One crawl fixed block, 721 first crawl fixed block adjustment plates, 722 carrier regulating blocks, 723 carriers regulation body；73 bottom jacking blocks,
731 bottom jacking block return units, 732 bottom jacking block inverted draw cuts；74 ends capture block, 741 end grippers, and 742 ends capture jacking block,
743 ends capture jacking block return unit；8 carrier closing devices, 81 folding actuators, 82 folding pushing blocks；9 Tang Biao mechanisms, 91 labeling
Mechanism；92 product conveying belt devices.
【Embodiment】
Embodiment:
Reference picture 1- Figure 20, the present embodiment provide a kind of toothbrush automatic production line, including the plant hair module 1 being correspondingly arranged
With conveying processing module 2；
Conveying processing module 2 includes being provided with the production carriage 3 of endless apron 31, is arranged at endless apron
Carrier 7 on 31, be correspondingly arranged in production carriage 3 its side and the endless apron 31 with its lower end is used in combination
Hair-cutting machine structure 4, with the 4 corresponding setting of hair-cutting machine structure and the sanding mechanism 5 that is used in combination；
Plant the toothbrush displaceable member 11 that hair module 1 includes being used in combination with carrier 7.
Plant brush holder conveying assembly 12, bristle conveying assembly 13 that hair module 1 includes being correspondingly arranged and relative with the two
Feather planting machine 14 that is should setting and being used in combination.
Tooth-brush handle is transported on feather planting machine 14 by brush holder conveying assembly 12, passes through bristle conveying assembly 13 accordingly
Bristle is transported to the plant hair carried out on feather planting machine 14 to tooth-brush handle, feather planting machine 14 can use the common feather planting machine of in the market, together
When brush holder conveying assembly 12 and bristle conveying assembly 13 are all provided with being set to common stepping transmit band forms, be easy to plant hair process
It is carried out continuously.
Carry out plant hair and make the toothbrush after industry, reach carrier 7 via the specialty of toothbrush displaceable member 11, and captured by carrier；Tooth
Brush displaceable member 11 can be made up of the common crawl clamping jaw being arranged on linear module, plant hair do the toothbrush after industry via
The crawl of crawl clamping jaw is simultaneously driven the crawl to toothbrush for making toothbrush reach the corresponding progress of carrier 7 carrier 7 by linear module.
Endless apron 31 is stepping conveying belt, and produces and be provided with the tooth corresponding with hair-cutting machine structure 4 on carriage 3
Testing agency 6 is brushed, toothbrush testing agency 6 includes being arranged on the production carriage 3 and position limit device corresponding with carrier 7
61st, one-time detection sensing device 62 that is being arranged at the lower section of position limit device 61 and being used in combination with position limit device 61, with
The one-time detection pushing meanss 63 of 7 corresponding setting of carrier and the secondary detection sensing device being used in combination with carrier 7
64。
Position limit device 61 is correspondingly arranged with carrier 7, its be used for detect capture in its end of the toothbrush on carrier 7 whether
Raise, capture when its end of the toothbrush on carrier 7 raises up, endless apron 31 drives be arranged on and crawl to have toothbrush
When carrier 7 is by position limit device 61, position limit device 61 is touched in its end of toothbrush, and one-time detection sensing device 62 accesses
Stopping means 61 is touched signal, and controls one-time detection pushing meanss 63 to enter when its stepping off-position beat of endless apron 31
Its crawl correction of row toothbrush, after whether by secondary detection sensing device 64 detect toothbrush its crawl position qualified.
Position limit device 61 is made up of sensing chip.
One-time detection device 62 includes being used to rotate setting the one-time detection fixed seat 621 of position limit device 61, being arranged at
One-time detection photoelectric sensor 622 that is in one-time detection fixed seat 621 and being used in combination with position limit device 61.
The one-time detection return unit 623 being made up of spring is provided between one-time detection fixed seat 621 and position limit device 61,
The both ends of one-time detection return unit 623 connect one-time detection fixed seat 621 and position limit device 61 respectively.
Secondary detection sensing device 64 is made up of displacement transducer.
The bottom of secondary detection sensing device 64 is provided with defective products discharger 65.
Defective products discharger 65 is made up of conveyer belt, and it is used to appoint so crawl not through the detection of secondary detection sensing device 64
Qualified product.
Carrier 7 include with endless apron 31 connect carrier body 71, be arranged on carrier body 71 and it is corresponding
First crawl fixed block 72, bottom jacking block 73 and end crawl block 74；
Carrier sliding groove 711 is offered on carrier body 71, is slidably provided with carrier sliding groove 711 and is captured with end
The folding sliding block 712 that block 74 and bottom jacking block 73 are used in combination, folding sliding block 712 are in three with end crawl block 73 corresponding end
The angular tabular other end is provided with jacking plate 713.
The bottom of carrier sliding groove 711 is provided with the folding sliding block return unit 714 being made up of spring, and folding sliding block 712 passes through
The sliding block return unit 714 of folding sliding block connecting pole 715 connects.
The bottom jacking block return unit 731 that bottom jacking block 73 is made up of spring is arranged at the load in the front of the first crawl fixed block 72
Have in sliding groove 711, the bottom that its tabular end triangular in shape is used in combination with folding sliding block 712 is offered on bottom jacking block 73
Jacking block inverted draw cut 732.
When jacking plate 713 is by external impetus jacking, folding sliding block 712 passes through it in the slides forwards of carrier sliding groove 711
Tabular end triangular in shape is used cooperatively with the bottom jacking block inverted draw cut 732 that bottom jacking block 73 opens up thereon and pushes bottom jacking block 73, outside
When portion's power disappears, by folding sliding block return unit 714 and bottom jacking block return unit 731, folding sliding block 712 and bottom jacking block 73
Reset.
First crawl fixed block 72 is arranged in the first crawl fixed block adjustment plate 721, the first crawl fixed block adjustment plate
721 are arranged in carrier sliding groove 711 and the end of carrier body 71 is provided with by carrier regulating block 722 and the first crawl is fixed
The carrier regulation body 723 that what block adjustment plate 721 was used in combination be made up of bolt.
The adjustable first crawl fixed block adjustment plate 721 of body 723 is adjusted in the position in carrier sliding groove by carrier, entered
And the first crawl fixed block 72 position is adjusted, realize the switching during crawl of different model toothbrush.
End crawl block 74 includes rotatable one group of end grippers being arranged on carrier body 71 of corresponding distribution
741st, it is arranged at crawl jacking block in end in carrier chute 711 and being connected and being used in combination with end grippers 741
742, end crawl jacking block 742 is corresponding with folding sliding block 712 and is used in combination, and it is with one end with connecting inside carrier body 71
The other end connection of the end being made up of spring crawl jacking block return unit 743 connect.
Folding sliding block 712 pushes end crawl jacking block 742, and end crawl jacking block 742 compresses end crawl jacking block return unit
743 and the rotating opening of end grippers 741 is driven, when folding sliding block 712 exits, jacking block return unit 743 is captured by end,
End crawl jacking block 742 resets, and captures toothbrush disposed within.
The carrier closing device 8 being used in combination with jacking plate 713, carrier closing device 8 are provided with production carriage 3
Including be arranged at production carriage on the folding actuator 81 being made up of cylinder and be connected to folding actuator 81 and with load
The folding pushing block 82 that tool 7 is used cooperatively.
Carrier closing device 8 can drive the jacking block that jacking is carried out to jacking plate 713 using corresponding Linear Driving module
Replacement also may be used.
The transverse direction that hair-cutting machine structure 4 includes being correspondingly arranged cuts mao component 41 and mao component 42 is cut in longitudinal direction, laterally cuts mao component 41
Including the bed slide 411, slidably and the cutter holder assembly that is horizontally set on bed slide 411 being arranged on wobble component 43
412, the molding cutter device 413 that is arranged on cutter holder assembly 412, be arranged on bed slide 411 and with cutter holder assembly 412
Rackwork 414 before and after the cutter holder assembly being used in combination, be arranged on cutter holder assembly 412 and with molding cutter device 413
The molding cutter that is used in combination up and down rackwork 415 and be arranged at cutter holder assembly 412 and with molding cutter device
The 413 cutting drive devices 416 being used in combination.
Pass through the drive belt movable knife rack bottom plate 411 of wobble component 43 and its bed slide 411 and molding cutter that set thereon
Device 413 is swung；During swing, the bristle of its bristle of the progress toothbrush of molding cutter device 413 is driven by cutting drive device 416
The common bristle cutting knife system of in the market can be selected in cutting, molding cutter device 413.
Cutting drive device 416 is made up of motor, and it is used cooperatively by " V " type and molding cutter device.
Cutter holder assembly 412 include slidably be arranged on bed slide 411 knife rest backing plate 4121, be arranged at knife rest backing plate
Knife rest riser 4122 on 4121, molding cutter device 413 are arranged on knife rest riser 4122 by cutter fixed plate 4131.
Before and after cutter holder assembly rackwork 414 include be arranged on bed slide 411 positioning support 4141, be arranged at tune
The first adjustment axis 4142 being made up of regulating bolt axle on the support 4141 of position, the first adjustment axis 4142 connect with knife rest backing plate 4121
Connect.
Its lower end surface of knife rest backing plate 4121 is provided with adjusting slider (not marked in figure), is offered on bed slide 411
The chute (not marked in figure) to match with adjusting slider (not marked in figure).
By rotating the first adjustment axis 4142, the first adjustment axis 4142 passes through adjusting slider (figure with movable knife rack backing plate 4121
In do not mark) and regulation chute (not marked in figure) carry out the regulation of cutter holder assembly 412 its front and back position.
Rackwork 415 includes what is be connected with the positioning little gear 4151 set on knife rest riser 4122 to molding cutter up and down
Second adjustment axis 4152, it is arranged on knife rest riser 4122 and corresponding with positioning little gear 4152 and is used in combination big
Gear 4153；
Positioning cam 4154 is provided with the backside end face of gear wheel 4153, positioning cam 4154 its one end is in wavy
Cycloid profile 4155, cutter fixed plate 4131 are slidably arranged on knife rest riser 4122 and are provided with and cycloid profile
The 4155 regulation pins 41311 being used in combination, and the tune corresponding with regulation pin 41311 is offered on knife rest riser 4122
Save cotter slot 41221.
By rotating the second adjustment axis 4152, the second adjustment axis 4152 drives positioning gear wheel by little gear 4151 of transposing
4153 rotate, transpose bull gear drive 4153 when, its backside end face set the concomitant rotation of positioning cam 4154, now transpose convex
It is rotated wheel 4154 in wavy cycloid profile 4155 with positioning gear wheel 4153, due to regulation pin 41311 and Cycloidal Wheel
Exterior feature 4155 is used cooperatively, and regulation pin 41311 one end is in regulation cotter slot 41221, with cycloid profile 4155 in adjustment pin
Follow closely the height of the diverse location regulation cutter fixed plate 4131 and its molding cutter device 413 connected thereon at groove 41221.
First adjustment axis 4142 and the second adjustment axis 4152 are respectively connected with small-sized position indicator (not marked in figure), and into
Chip collecting device (not marked in figure) is connected with type cutter arrangement.
By setting small-sized position indicator (not marked in figure) can the regulation of the first adjustment axis of real-time display 4142 or second
Its regulated quantity of axle 4152, it is easy to the progress of positioning, the conventional display device of in the market can be selected in it.
Longitudinal direction cuts mao component 42 and forms basically identical with laterally cutting mao component 41, is cut positioned at the longitudinal direction that is it and includes is distinguished
Cutter holder assembly 412 is in be longitudinally disposed on bed slide 411 to hair component 42 thereon.
Oscillatory gearing mechanism 431 that wobble component 43 includes being made up of motor, it is connected to the swing of oscillatory gearing mechanism 431
Eccentric wheel 432 and it is arranged to swing and is used to connect the oscillating cam follower block of bed slide 411 (in figure on eccentric wheel 432
Do not mark).
Laterally cut the top of mao component 41 and be correspondingly arranged on a point hair component 44, divide hair component 44 to include dividing hair regulating block 441, setting
The 3rd adjustment axis 442 that is placed on point hair regulating block 441, be connected to the 3rd adjustment axis 442 and one end be slideably positioned in a point hair
What the other end of regulating block 441 offered hair separating groove (not marked in figure) divides hair plates 443.
Divide hair component 44 by setting, it has obvious height change when can cut bristle, avoid bristle from integrally being cut
Cut.
Sanding mechanism 5 includes some groups of sanding head assemblies (not marked in figure) being correspondingly arranged, and sanding head assembly is (in figure not
Mark) include being correspondingly arranged in one group of sanding head module 51 on connecting plate, sanding head module 51 includes that sanding is first 511, connection
In revolution movement 513 that is on connecting plate 512 and being used in combination with sanding first 511, be connected on connecting plate 512 and with public affairs
Rotation mechanism 513 it is being correspondingly arranged and with first 511 free-wheeling system 514 that is being connected and being used in combination of sanding, on connecting plate 512
It is provided with the vertical fine adjustment mechanism 515 being used in combination with sanding first 511.
By setting revolution movement 514, the synchronous rotation for carrying out opposite direction of one be correspondingly arranged group sanding head module 51,
Carry out sanding, when carrying out the rotation of opposite direction one group of sanding head module 51 its will not interfere to each other, increase sanding model
Enclose.
Sanding seat 5131 that revolution movement 513 includes being connected on connecting plate 512, sanding is arranged at by hollow shaft 5133
Seat 5131 in revolution gear 5132, be connected to the elastomeric connector 5134 of revolution gear 5132, be connected to elastomeric connector
5134 rotary head 5135.
Free-wheeling system 514 includes being arranged in sanding seat 5131 and through hollow shaft 5133 rotary flexible shaft 5141, led to
Cross rotating shaft connector 5143 it is being connected with rotary flexible shaft 5141 and be made up of motor flexible shaft driving device 5142, be connected to flexible axle
5141 and through rotary head 5135 sanding head rotating shaft 5144, sanding head rotating shaft 5144, which is connected and is engaged with sanding first 511, to be made
With.
By setting free-wheeling system 514, it is used to drive sanding first 511 to carry out rotation：
The device of driven by quill shaft 5142 drives, and drives flexible axle 5141 to rotate by rotating shaft connector 5143, and flexible axle 5141 will revolve
Turn to be transferred to sanding head rotating shaft 5144, most rotate at last and be transferred to sanding first 511, drive sanding first 511 to rotate and carry out sanding work
Sequence.
Sanding chip collecting device (not marked in figure) is provided between rotary head 5135 and sanding seat 5131, and in rotary head 5135
It is provided with the rotary head case (not marked in figure) for being covered in its outer end.
By setting sanding chip collecting device (not marked in figure), it, which is used to collecting sanding, does sanding caused by industry and cuts
Bits, keep doing the cleaning of industry environment, by setting rotary head case (not marked in figure), it avoids sanding chip from entering sanding seat
Industry is done in 5131 influence sandings.
Vertical fine adjustment mechanism 515 include be connected on connecting plate 512 fine adjustment block up and down 5151, be arranged at up and down fine adjustment block
Rotating shaft 5152, one end are connected to sanding seat 5131 to finely tuning up and down on 5151 and are correspondingly arranged with fine setting rotating shaft 5152 up and down
The fine setting up and down being made up of trapezoidal screw adjusts body 5153, is connected to fine setting regulation body 5153 up and down and upper and lower fine setting rotating shaft 5152
The first fine adjustment block 5154 being made up of helical gear of corresponding end and be connected to fine setting rotating shaft 5152 up and down its with the first fine adjustment block
5154 corresponding ends and the second fine adjustment block 5155 being made up of helical gear by matching with the first fine adjustment block 5154.
515 whole sanding seats are adjusted in the corresponding height on connecting plate by vertical fine adjustment mechanism, and then adjust sanding first 511
Corresponding height：
By rotate fine setting rotating shaft 5152 up and down, up and down the second fine adjustment block 5155 for being connected through of fine setting rotating shaft 5153 with
And be connected to up and down fine setting bar regulation body 5153 the first fine adjustment block 5154 drive up and down fine setting regulation body 5153 rotate, by upper
Lower fine setting regulation body 5153 rotates regulation sanding seat 5131 in the corresponding height on connecting plate 512.
The slide rail (not marked in figure) being used cooperatively with connecting plate 512 is provided with revolution gear 5132.
The setting of slide rail (not marked in figure), when it makes to finely tune above and below progress, the movement of revolution gear 5132 is more stable.
Some groups of sanding head assemblies (not marked in figure) are arranged at the sanding fixed plate for being promoted and (not marked in figure) by cylinder
On 52, revolution gear 5132 is engaged with each other some groups of sanding head assemblies (not marked in figure) thereon, and in sanding fixed plate 52 also
It is provided with by sanding drive gear 53 that is motor-driven and matching with revolution gear 5132.
By by some groups of sanding head assemblies (not marked in figure) be arranged at by cylinder promote sanding fixed plate 52 on its
It is conveniently adjusted its sanding position of some groups of sanding head assemblies, while some groups of sanding head assemblies (not marked in figure) are revolved round the sun tooth thereon
Wheel 5132 is engaged with each other, and is additionally provided with sanding fixed plate 52 by mill that is motor-driven and matching with revolution gear 5132
Hair drive gear 53, some groups of sanding head assemblies (not marked in figure) revolution gear thereon can be driven by sanding drive gear 53
5132 rotate, and save electric power resource.
Fine setting guide pillar (not marked in figure) is provided with sanding seat 5131, fine setting guide pillar (not marked in figure) runs through connecting plate
512 and its fine setting guide pin bushing (not marked in figure) of oil-free bushing composition is provided with the junction of connecting plate 512.
By setting fine setting guide pillar (not marked in figure) and fine setting guide pin bushing (not marked in figure), it makes sanding seat 5131 in even
The fine setting of relative position is more stable on fishplate bar 512.
Fine setting rotating shaft 5152 up and down is connected with fine setting display device (not marked in figure).
Finely tune display device (not marked in figure) and be used for the fine setting state that real-time display finely tunes rotating shaft 5152 up and down, its is optional
With the display device that in the market is common.
Production carriage 3 its opposite side upper end be provided with it is corresponding with producing carriage 3 and with endless apron 31
The Tang Biao mechanisms 9 and label-sticking mechanism 91 that the carrier 7 of setting is used in combination.
The boiling hot mark and labeling that Tang Biao mechanisms 9 and label-sticking mechanism 91 are used for after toothbrush assembling, it can be selected what in the market was commonly used
Labeling device and boiling hot marking device.
The product conveying belt device 92 corresponding with Tang Biao mechanisms 9 and label-sticking mechanism 91 is provided with production carriage 3.
Product conveying belt device 92, it is used for the conveying of finished product toothbrush, and the conventional conveyer belt of in the market can be selected in it.
Wherein：
1) its massive planting hair, cut hair, sanding in one, toothbrush automated production continuity is high, while is not required to configuration and manually enters
Row production auxiliary, toothbrush automated production efficiency high, reduces the occupancy to human resources, reduces the production cost of enterprise；
2) one-time detection, one-time detection are carried out in the toothbrush on carrier 7 to capturing using position limit device 61 when it is conveyed
The crawl for capturing unqualified toothbrush is corrected using one-time detection pushing meanss 63 afterwards, after examined by secondary detection sensing device 64
Whether qualified survey its crawl position of toothbrush, underproof crawl toothbrush excludes via defective products discharger 65；
3) carrier 7 for capturing toothbrush is suitable for the crawl of different model toothbrush：Body 723 adjustable first is adjusted by carrier
Fixed block adjustment plate 721 is captured in the position in carrier sliding groove, and then adjusts the first crawl fixed block 72 position, is realized different
Switching when model toothbrush captures；
4) its crawl form of the carrier 7 of crawl toothbrush is convenient：When jacking plate 713 is by external impetus jacking, folding sliding block 712
In the slides forwards of carrier sliding groove 711, the bottom jacking block opened up thereon by its tabular end triangular in shape and bottom jacking block 73
Inverted draw cut 732 when external impetus disappears, passes through folding sliding block return unit 714 and bottom jacking block with the use of bottom jacking block 73 is pushed
Return unit 731, folding sliding block 712 and bottom jacking block 73 reset；
5) be used for cut hair hair-cutting machine structure 4 can it is convenient adjustment its cut hair height and cut a mao position：By rotating the first regulation
Axle 4142, the first adjustment axis 4142 by adjusting slider (not marked in figure) and adjust chute (in figure with movable knife rack backing plate 4121
Do not mark) carry out the regulation of cutter holder assembly 412 its front and back position；By rotating the second adjustment axis 4152, the second adjustment axis 4152
By transpose little gear 4151 drive positioning gear wheel 4153 rotate, transpose bull gear drive 4153 when, its backside end face set
The concomitant rotation of positioning cam 4154, now transpose cam 4154 its in wavy cycloid profile 4155 with positioning gear wheel
4153 rotate, and because regulation pin 41311 is used cooperatively with cycloid profile 4155, regulation pin 41311 one end is located at adjustment pin
Follow closely in groove 41221, with diverse location of the cycloid profile 4155 at regulation cotter slot 41221 adjust cutter fixed plate 4131 and its
The height of the molding cutter device 413 connected thereon；
6) hair component 44 is divided by setting, it has obvious height change when can cut bristle, avoid bristle by entirety
Cutting；
7) it is used for the sanding mechanism 5 of sanding, its sanding scope is big, and can adjust its sanding height：By setting revolution machine
Structure 514, the synchronous rotation for carrying out opposite direction of one group of sanding head module 51 being correspondingly arranged, carries out sanding, carries out opposite direction
Rotation when one group of sanding head module 51 its will not interfere to each other, increase sanding scope；Adjusted by vertical fine adjustment mechanism
515 whole sanding seats adjust the corresponding height of sanding first 511 in the corresponding height on connecting plate.
A kind of toothbrush automatic production line of the present embodiment, toothbrush is produced each process and concentrated by it, and continuous production is high,
Ensure the production efficiency of toothbrush production and reduce the occupancy to human resources and the occupancy to the resources of production.
Above-described is only some embodiments of the present invention.For the person of ordinary skill of the art, not
On the premise of departing from the invention design, various modifications and improvements can be made, these belong to the protection model of the present invention
Enclose.
Claims (8)
- A kind of 1. toothbrush automatic production line, it is characterised in that：Including the plant hair module being correspondingly arranged and conveying processing module；The conveying processing module includes being provided with the production carriage of endless apron, is arranged at the endless apron On carrier, be correspondingly arranged in production carriage its side and the endless apron with its lower end be used in combination Hair-cutting machine structure, setting corresponding with the hair-cutting machine structure and the sanding mechanism that is used in combination, the plant hair module include The toothbrush displaceable member being used in combination with the carrier；The endless apron is stepping conveying belt, and is provided with the production carriage corresponding with the hair-cutting machine structure Toothbrush testing agency；The toothbrush testing agency includes being arranged on the production carriage and corresponding with the carrier Position limit device, be arranged at below the position limit device and the one-time detection that is used in combination with the position limit device Sensing device, setting corresponding with the carrier one-time detection pushing meanss and be used in combination with the carrier two Secondary detection sensing device；The carrier include with the carrier body of the circulation conveying band connection, be arranged on carrier body and corresponding the One crawl fixed block, bottom jacking block and end crawl block；Carrier sliding groove is offered on the carrier body, the carrier slides The folding sliding block for capturing block and the bottom jacking block with the end and being used in combination, the folding are slidably provided with groove Sliding block is provided with jacking plate with the end crawl block corresponding end tabular other end triangular in shape.
- A kind of 2. toothbrush automatic production line according to claim 1, it is characterised in that：The plant hair module includes corresponding The brush holder conveying assembly of setting, bristle conveying assembly and with the two be homogeneously correspondingly arranged and the feather planting machine that is used in combination.
- A kind of 3. toothbrush automatic production line according to claim 1, it is characterised in that：Set on the production carriage There is the carrier closing device being used in combination with the jacking plate, the carrier closing device includes being arranged at the production conveying The folding actuator being made up of cylinder on frame and it is connected to the folding actuator and is opened with what the carrier was used cooperatively Close pushing block.
- A kind of 4. toothbrush automatic production line according to claim 1, it is characterised in that：The hair-cutting machine structure includes corresponding The transverse direction of setting cuts mao component and a mao component is cut in longitudinal direction, and the transverse direction cuts the knife rest bottom that mao component includes being arranged on wobble component Plate, slidably and the cutter holder assembly that is horizontally set on the bed slide, the molding cutter being arranged on the cutter holder assembly Device, be arranged on the bed slide and rackwork before and after the cutter holder assembly that is used in combination with the cutter holder assembly, Be arranged at rackwork above and below molding cutter that is on the cutter holder assembly and being used in combination with the molding cutter device, with And it is arranged at cutting drive device that is on the cutter holder assembly and being used in combination with the molding cutter device.
- A kind of 5. toothbrush automatic production line according to claim 4, it is characterised in that：The transverse direction is cut above mao component Be correspondingly arranged on a point hair component, described point of hair component include dividing hair regulating block, be arranged at it is described divide on hair regulating block the 3rd adjust Nodal axisn, be connected to the 3rd adjustment axis and one end be slideably positioned in and described divide the other end of hair regulating block to offer hair separating groove Divide hair plates.
- A kind of 6. toothbrush automatic production line according to claim 1, it is characterised in that：The sanding mechanism includes corresponding Some groups of sanding head assemblies set, the sanding head assembly include one group of sanding head module being correspondingly arranged on connecting plate, The sanding head module includes sanding head, be connected on the connecting plate and the revolution machine that is used in combination with the sanding head Structure, be connected on the connecting plate and be correspondingly arranged with the revolution movement and be connected with the sanding head and match The free-wheeling system used is closed, the vertical fine adjustment mechanism being used in combination with the sanding head is provided with the connecting plate.
- A kind of 7. toothbrush automatic production line according to claim 1, it is characterised in that：Its is another for the production carriage Side upper end is provided with corresponding and the carrier with being set on the circulation conveying band is used in combination with the production carriage Tang Biao mechanisms and label-sticking mechanism.
- A kind of 8. toothbrush automatic production line according to claim 7, it is characterised in that：Set on the production carriage There is the product conveying belt device corresponding with the Tang Biao mechanisms and the label-sticking mechanism.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610750143.3A CN106175071B (en) | 2016-08-29 | 2016-08-29 | Toothbrush automatic production line |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610750143.3A CN106175071B (en) | 2016-08-29 | 2016-08-29 | Toothbrush automatic production line |
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| Publication Number | Publication Date |
|---|---|
| CN106175071A CN106175071A (en) | 2016-12-07 |
| CN106175071B true CN106175071B (en) | 2017-12-22 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201610750143.3A Active CN106175071B (en) | 2016-08-29 | 2016-08-29 | Toothbrush automatic production line |
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| CN (1) | CN106175071B (en) |
Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109106055B (en) * | 2018-08-30 | 2020-10-02 | 贝尔纳塑料制品（苏州）有限公司 | Automatic production line for interdental brushes |
| CN111483643A (en) * | 2020-04-27 | 2020-08-04 | 苏州迅益科系统科技有限公司 | Toothbrush colour presss from both sides material proportioning mechanism |
Family Cites Families (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR19990022132U (en) * | 1999-03-04 | 1999-06-25 | 김영상 | Cutting machine of a nylon yarn for brush |
| CN2744227Y (en) * | 2004-10-25 | 2005-12-07 | 武汉智丰机械数控系统有限公司 | Hair brush automatic sequence circulating product line feeding working device |
| CN205125436U (en) * | 2015-11-18 | 2016-04-06 | 倍加洁口腔护理用品宿迁有限公司 | Toothbrush sanding machine with automatic discharge device |
| CN206025581U (en) * | 2016-08-29 | 2017-03-22 | 苏州博众精工科技有限公司 | Toothbrush automation line |
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2016
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Address after: The 215200 West Jiangsu city of Suzhou province Wujiang economic and Technological Development Zone No. 666 Patentee after: Bo Seiko Polytron Technologies Inc Address before: The 215200 West Jiangsu city of Suzhou province Wujiang economic and Technological Development Zone No. 666 Patentee before: Suzhou Bozhong Precision Industry Technology Co., Ltd. |
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