CN109349789A - The automatic reciprocation type feather planting machine of unlike material woollen and its fur planting method - Google Patents
The automatic reciprocation type feather planting machine of unlike material woollen and its fur planting method Download PDFInfo
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- CN109349789A CN109349789A CN201811393756.1A CN201811393756A CN109349789A CN 109349789 A CN109349789 A CN 109349789A CN 201811393756 A CN201811393756 A CN 201811393756A CN 109349789 A CN109349789 A CN 109349789A
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- hair
- mao
- brush handle
- planting machine
- woollen
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- A—HUMAN NECESSITIES
- A46—BRUSHWARE
- A46D—MANUFACTURE OF BRUSHES
- A46D3/00—Preparing, i.e. Manufacturing brush bodies
- A46D3/04—Machines for inserting or fixing bristles in bodies
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Abstract
The invention discloses a kind of automatic reciprocation type feather planting machines of unlike material woollen.It includes the first feather planting machine structure and the second feather planting machine structure, workbench and pedestal, there is Y-axis guide rail to be set on the pedestal by the first support construction, there is X-axis guide rail to be slidably connected in the Y-axis guide rail by the first sliding block, the workbench lower end is equipped with the second sliding block matched with the X-axis guide rail.The present invention, which has, can be used a variety of woollens and is staggeredly planted hair to brush handle brush and be not easy the advantages of hair loss, work efficiency is high, it is less manually to expend, and cost is relatively low.The invention also discloses the fur planting methods of the automatic reciprocation type feather planting machine of the unlike material woollen.
Description
Technical field
The present invention relates to a kind of processing glass brush handle brush technical fields, and it is automatically past more specifically to say it is unlike material woollen
Return formula feather planting machine.The invention further relates to the fur planting methods of the automatic reciprocation type feather planting machine of unlike material woollen.
Background technique
It need to be handled using glass brush when the prior art needs to polish glass.
The technical requirements that glass brush plants hair are not achieved in the machine of the prior art, are typically implemented in tightening force and do not reach requirement,
Therefore, typically now using manually plant hair is carried out to glass brush, the maximum brush handle brush of glass brush tightening force of hair is planted by hand also only
There is 10-20 kilograms, there is presently no the brush handle glass brushs with machinery production that discovery tightening force is more than 20 kilograms, easily lose hair or feathers, no
Meet the tightening force demand of brush handle glass brush.
When being polished to large glass at present and (be commonly called as ground glass), needs to use large-scale brush handle glass brush and is handled,
Since the quantity of large-scale brush handle glass drilling is more (drilling hole amount there are 4000-6000), do not adopted when planting frosted glass brush by hand
With iron nail (being commonly called as spur), but by silk thread by post-tensioning fixed in the middle part of woollen to planting in pore, the woollen being implanted on hairbrush is logical
It crosses a silk thread constraint to fix, when one of silk thread fracture planted in pore, the woollen that will lead on entire glass brush will
Meeting off-line, and the tightening force for planting the large-scale brush handle glass of hair by hand is smaller, therefore, when using hand-made large-scale brush handle glass
The case where brush is when being processed by shot blasting glass surface, and hair loss or thimble are fallen when brush handle glass brush often appears in bristle,
It thus will greatly affect the polishing effect of glass surface, easily formation substandard products, and working efficiency is lower, planting hair by hand needs to expend
It is a large amount of artificial, and higher cost.There is also cannot be fixedly secured bristle to existing spur feather planting machine.
Moreover, large size brush handle glass brush uses single woollen sanding now, but single woollen is not using mixing woollen mill
Capillary effect fruit is good, using mixing woollen sanding, can enhance sanding effect, reduces corrosion or abrasion of the environmental condition to bristle, uses
It lasts a long time；But there is no now production mixing hairbrush machine, generally take implant hair production mixing hairbrush, working efficiency compared with
It is low, and tightening force is smaller, easily there is hair loss or the case where iron nail is fallen.
Therefore, research and develop it is a kind of work efficiency is high and the automatic reciprocation type feather planting machine of the biggish unlike material woollen of tightening force and
Its fur planting method becomes an important and urgent job.
Summary of the invention
The first object of the present invention is to provide for a kind of automatic reciprocation type feather planting machine of unlike material woollen, and machine automatization is planted
Hair, work efficiency is high, and cost is relatively low, replaces plant hair, the brush being interspersed using a variety of woollens produced by the present invention by hand completely
Handle swishing sound clamp force is larger, is not easy hair loss, and wearability is preferable, and sanding effect is preferable.
The second object of the present invention is to provide for the fur planting method of the automatic reciprocation type feather planting machine of unlike material woollen, automatically
Hair is planted, working efficiency is higher, and cost is relatively low.
In order to realize the first purpose of aforementioned present invention, the technical solution of the present invention is as follows: unlike material woollen is automatically round-trip
Formula feather planting machine, it is characterised in that: including the first feather planting machine structure and the second feather planting machine structure, workbench and pedestal, there is Y-axis guide rail to pass through
First support construction is set on the pedestal, has X-axis guide rail to be slidably connected in the Y-axis guide rail by the first sliding block, institute
It states workbench lower end and is equipped with the second sliding block matched with the X-axis guide rail.
In the above-mentioned technical solutions, the first feather planting machine structure is package plastic strip feather planting machine structure.
In the above-mentioned technical solutions, the workbench is equipped with brush handle location structure, has Z axis rotation motor to be set to described
On brush handle location structure；The brush handle location structure includes brush handle support construction and brush handle retaining mechanism, and the brush handle locks machine
Structure includes that clamp face plate, brush handle locking machine device and brush handle locking cylinder, the locking cylinder are set to the brush handle support construction
On, multiple brush handle locking machine devices are evenly arranged in the clamp face plate.
In the above-mentioned technical solutions, the first feather planting machine structure include package material, feed section, intermediate plate, cut hair part,
Supporting element, T-type material frame, lower hair part, feather planting machine structure, middle plate and fixed plate；The intermediate plate is fixed on middle plate by supporting element
On, the fixed plate is fixed on middle plate by supporting element, is had and is laterally sent mao time wheel between fixed plate and middle plate；
There is T-type material frame to be fixed on intermediate plate, package material is mounted in T-type material frame transverse ends；Cut hair part and centre
Plate is set in parallel and is fixed on intermediate plate lower end surface；Lower hair part is vertical setting with intermediate plate and is fixed on intermediate plate side
End face；
Feed section is located between package material and intermediate plate；Two package material are in parallel shape after feed section
State；Two package material are synchronous to pass through feed section, intermediate plate and the part Qie Mao from top to bottom, and is cut by cutting hair part
Two rules package material；Two silver lap chargings push to lower hair part and by the indentation plant of lower hair part by cutting hair part
In hair mechanism, two silver lap chargings are by feather planting machine structure from middle part bending in four rules package material.
In the above-mentioned technical solutions, the feed section includes feeding cylinder, feeding roller, feeding servo motor, described to send
Material is provided with the first feeding port on part, and the second feeding port corresponding with the first feeding port is provided on the intermediate plate；It is described
Feed section is fixed on intermediate plate by supporting element；The feeding roller has two, and two feeding rollers are set in parallel, and two
Synchronous a package material is in parastate after two feeding rollers.
In the above-mentioned technical solutions, described when cutting hair part and including stationary knife and moving knife and cut a mao moving knife swing arm, cut mao moving knife
Between take turns, moving knife is connected to by cutting a mao moving knife swing arm and is cut on mao moving knife time wheel；
The stationary knife is fixed on the lower end surface of intermediate plate by connecting fulcrum；The stationary knife is set with intermediate plate in parallel
It sets；
The sliding groove matched with moving knife is provided on the stationary knife；The moving knife is slidably connected in sliding groove；It is described
Third feeding port corresponding with the second feeding port is provided on stationary knife, the third feeding port is located above the sliding groove；
Two packages material are synchronous to pass through first feeding port, the second feeding port and third feeding port, into described from top to bottom
In stationary knife；
Mao moving knife time wheel of cutting is by cutting mao moving knife swing arm drive moving knife transverse movement in sliding groove, described in two
By the moving knife cutting of transverse movement in two rules package material, two silver lap chargings are set in parallel package material；
The lower hair part includes lower woollen slot, splicing slot structure and knife shell structure, and the splicing slot structure includes splicing
Slot, longitudinal direction send mao swing arm and longitudinal direction to send a mao time wheel, and the splicing groove send a mao swing arm to be connected to longitudinal direction and send a mao time by longitudinal direction
On wheel；
The lower woollen slot is fixed on the side of intermediate plate, and the lower woollen slot is vertical setting with intermediate plate；
The lower woollen slot is equipped with longitudinal hole, and the splicing groove is slidably connected in the longitudinal hole；It is described to connect
Hopper lower end is provided with material receiving port, and the material receiving port is matched with two silver lap chargings；
The 4th feeding port corresponding with the sliding groove, the 4th feeding port are provided on the lower woollen slot side
With the longitudinal hole vertical connection；Two silver lap chargings are pushed by the moving knife of transverse movement, and synchronization passes through the cunning
Dynamic slot, is pushed into the material receiving port of splicing groove the 4th feeding port.
In the above-mentioned technical solutions, the longitudinal direction send mao time wheel to send mao swing arm to drive splicing groove described vertical by longitudinal
It is moved into through-hole；
The knife shell groove is provided on the knife shell；Two silver laps chargings are as splicing groove moves down, enters
In knife shell groove on knife shell structure；
The knife shell structure includes knife shell, blade structure, and the blade structure includes blade, laterally send a mao swing arm, transverse direction
A mao time wheel is sent, the blade is laterally sent on mao time wheel by laterally sending a mao swing arm to be connected to；The transverse direction send a mao time wheel
Band cutting blade transverse movement in knife shell, two silver lap chargings are clamped by blade, knife shell and move laterally to feather planting machine
Above the hair mouth of structure；The knife shell is vertical setting with lower woollen slot.
In the above-mentioned technical solutions, the feather planting machine structure includes boots double-action part, iron wire structure, needle double-action part, described
Boots double-action part includes hair mouth, boots cross bar, boots time wheel, and the hair mouth is connected on boots time wheel by boots cross bar；Institute
It states and is provided with V-type material guide port among mao mouth.
In order to realize the second purpose of aforementioned present invention, the technical solution of the present invention is as follows: the unlike material woollen is certainly
The fur planting method of dynamic reciprocation type feather planting machine, characterized by the following steps:
There is woollen to plant by the first feather planting machine structure and the second feather planting machine structure on the brush handle, the woollen includes first mao
Material and the second woollen；
Step 1: brush handle is mounted in clamp face plate, is adjusted locking cylinder control brush handle locking machine device and is tightly locked brush handle
In clamp face plate；
Step 2: the first feather planting machine structure plants the first woollen in the plant pore on brush handle, during planting hair, according to plant
Hair locational requirement, moves brush handle by X-axis guide rail, Y-axis guide rail, Z axis rotation motor, complete radial plant pore in a row
Plant hair；
Step 3: by X-axis guide rail mobile work platform, brush handle being moved to the working position of the second feather planting machine structure；
Step 4: the second woollen is planted and is planted in pore in the second row on brush handle by the second feather planting machine structure, during planting hair,
According to hair locational requirement is planted, brush handle is moved by X-axis guide rail, Y-axis guide rail, Z axis rotation motor, it is radial to complete second row
Plant the plant hair of pore；
Step 5: by X-axis guide rail mobile work platform, brush handle being moved to the working position of the first feather planting machine structure；
Step 6: repeating step 2 to step 5, until the intersection for completing a variety of woollens on brush handle plants hair.
In step 2, the first feather planting machine structure plants the first woollen on brush handle, includes the following steps:
Step 21: feeding, the feeding servo motor on feed section drive two feeding rollers in opposite direction rotation, feeding
The dynamic package material of roller strap moves down；The charging of two silver laps is in parastate after two feeding rollers；Across two silver laps of feeding roller
Charging sequentially passes through downwards the first feeding port on feed section, the second feeding port on intermediate plate and positioned at cutting hair
Third feeding port in part on stationary knife enters in the stationary knife for cutting hair part；
Step 22: blank, mao moving knife time wheel of cutting cut in mao part drive moving knife sliding by cutting mao moving knife swing arm
Transverse movement in slot, by two silver laps protruded into stationary knife charging cutting in two rules package material, two rules package material is in parallel shape
State；
Step 23: lateral feeding cuts mao moving knife swing arm and drives moving knife transverse movement in sliding groove, and moving knife is by two silver laps
Charging releases sliding groove, the material receiving port that material is sent into splicing groove lower end is wrapped in two rules by the 4th feeding port on lower hair part
In；
Step 24: longitudinal feeding longitudinally send mao time wheel to send mao swing arm to drive splicing groove longitudinal movement by longitudinal, downwards
Two rules package material is sent in the knife shell groove of knife shell by the splicing groove of movement by the 4th feeding port；
Step 25: lateral feeding laterally send mao time wheel by laterally sending a mao swing arm band cutting blade to squeeze in knife shell groove
Two rules be wrapped material, make two rules package material closely be located at knife shell recess sidewall on；Laterally send mao time wheel by laterally sending
Hair swing arm band cutting blade and knife shell transverse movement, by and two rules package material push to above the hair mouth on feather planting machine structure；
Step 26: planting hair, Z axis rotation motor controls brush handle rotation angle degree, and brush handle incline motor controls the inclination angle of brush handle
Degree plants hair position and angle to control；The feather planting machine structure further includes iron nail；
The iron nail is from top to bottom buckled in two rules package material middle part；Hair needle time wheel drives hair needle vertical by needle coupled arm
To movement, hair needle is moved downward to lower end contact on the top of iron nail, and boots time wheel drives the longitudinal movement of hair mouth by boots cross bar,
Hair mouth moves up；Iron nail and two rules package material middle part be pressed into the V-type material guide port in hair mouth vertically downward by hair needle and
Stretch out hair mouth；
Two rules package for stretching out hair mouth expects through the V-type material guide port bending to be in the four strip hairs of free end upward
Material；The iron nail open end for stretching out hair mouth is engaged state in compression；
The four strip woollens and iron nail for stretching out hair mouth continue the plant pore pushed, up to being pressed on brush handle by hair needle
In.
The present invention has the advantage that
(1) present invention plants hair using machine automatization, and work efficiency is high, and cost is relatively low, using a variety of hairs produced by the present invention
Expect that brush handle swishing sound the clamp force being interspersed is larger, is not easy hair loss, does not hurt workpiece glass, sanding effect is preferable, and wearability is preferable, energy
Reduce corrosion or abrasion of the environmental condition to bristle, service life is longer；Overcoming the prior art can only be raw using implant hair
Mixing hairbrush is produced, working efficiency is lower, and the mixing hairbrush tightening force of production is smaller, hair loss easily occurs or the case where thimble is fallen
The shortcomings that；
(2) present invention can be realized the mechanization production for the brush handle brush being interspersed to large-scale a variety of woollens, not only work
The labor intensity of personnel is small, and work efficiency is high, and the tightening force of large-scale brush handle glass brush can be made to reach 35 kilograms or more,
Bristle and iron nail are more not easy to fall off, and the blank of the first feather planting machine structure, send hair, plant that hair is synchronous to carry out, and improve work effect
Rate, time saving and energy saving, save the cost replace manually wear hair completely, are worth a wide range of and promote.
Detailed description of the invention
Fig. 1 is work structure diagram one of the present invention.
Fig. 2 is working body structural schematic diagram two of the present invention.
Fig. 3 is schematic diagram of the three-dimensional structure one.
Fig. 4 is schematic diagram of the three-dimensional structure two.
Fig. 5 is magnified partial view one of the present invention.
Fig. 6 is magnified partial view two of the present invention.
Fig. 7 is the first feather planting machine structure partial sectional view of the invention.
Fig. 8 is that the present invention cuts hair part and lower hair partially connected architecture schematic diagram one.
Fig. 9 is that the present invention cuts hair part and lower hair partially connected architecture schematic diagram two.
Figure 10 is that a variety of woollens of the present invention intersect the brush handle schematic perspective view one for planting hair.
Figure 11 is that a variety of woollens of the present invention intersect the brush handle schematic perspective view two for planting hair.
The first feather planting machine of 1- structure in figure, 1.1- package material, 1.2- feed section, 1.21- feeding cylinder, 1.22- feeding roller,
The first feeding port of 1.23-, 1.24- feeding servo motor, 1.3- intermediate plate, the second feeding port of 1.31-, 1.4- cut a mao part,
1.41- stationary knife, 1.411- sliding groove, 1.412- third feeding port, 1.42- moving knife, 1.43- cut a mao moving knife swing arm, and 1.44- cuts hair
The moving knife time takes turns, 1.5- supporting element, 1.6-T moulding mixture frame, hair part under 1.7-, woollen slot under 1.71-, 1.711- longitudinal hole,
The 4th feeding port of 1.712-, 1.72- splicing slot structure, 1.721- splicing groove, 1.7211- material receiving port, 1.722- longitudinally send hair to put
Arm, 1.723- longitudinally send a mao time wheel, 1.73- knife shell structure, 1.731- knife shell, 1.7311- knife shell groove, 1.732- blade knot
Structure, 1.7321- blade, 1.7322- laterally send a mao swing arm, and 1.7323- laterally send a mao time wheel, 1.8- feather planting machine structure, 1.81- boots
Double-action part, 1.811- maos of mouths, 1.812- boots cross bar, 1.813- boots time take turns, plate in 1.9-, 1.10- fixed plate, 1.11-
Rack, 2- the second feather planting machine structure, 3- pedestal, 4-Y axis rail, 5-X axis rail, the first sliding block of 5.1-, 6- workbench, 6.1- second
Sliding block, 6.2- brush handle location structure, 6.21- brush handle support construction, 6.22- brush handle retaining mechanism, 6.221- clamp face plate,
6.222- brush handle locks machine device, 6.223- brush handle locking cylinder, 6.3-Z axis rotation motor, 7- brush handle, 7.1- plant pore, 8-
Woollen, the first woollen of 8.1-, the second woollen of 8.2-.
Specific embodiment
The performance that the invention will now be described in detail with reference to the accompanying drawings, but they and do not constitute a limitation of the invention, only
It is for example.Keep advantages of the present invention more clear by explanation simultaneously and is readily appreciated that.
Refering to known to attached drawing: the automatic reciprocation type feather planting machine of unlike material woollen, including the first feather planting machine structure 1 and second plant hair
Mechanism 2, workbench 6 and pedestal 3 have Y-axis guide rail 4 to be set on the pedestal 3 by the first support construction 4.1, there is X-axis guide rail
5 are slidably connected in the Y-axis guide rail 4 by the first sliding block 5.1, and the X-axis guide rail 5 is set to 4 top of Y-axis guide rail；
5 lower end of X-axis guide rail is equipped with the first sliding block 5.1 matched with the Y-axis guide rail 4, and 6 lower end of workbench is equipped with and institute
State the second sliding block 6.1 that X-axis guide rail 5 matches.
Pedestal 3 is gantry base, and lifting platform upper plate is connected on lifting platform pedestal by lifting platform guide post, lifting platform pedestal
In gantry base, the first feather planting machine structure 1 and the second feather planting machine structure 2 are located on lifting platform upper plate.
The first feather planting machine structure 1 is package plastic strip feather planting machine structure；The second feather planting machine structure 2 is common feather planting machine
Structure.
The workbench 6 is equipped with brush handle location structure 6.2, has Z axis rotation motor 6.3 to be set to the brush handle positioning knot
On structure 6.2；The brush handle location structure 6.2 includes brush handle support construction 6.21 and brush handle retaining mechanism 6.22, the brush handle lock
Tight mechanism 6.22 includes clamp face plate 6.221, brush handle locking machine device 6.222 and brush handle locking cylinder 6.223, the locking gas
Cylinder 6.223 is set in the brush handle support construction 6.21, and three brush handle locking machine devices 6.222 are evenly arranged on the clamp face plate
On 6.221；Facilitate and brush handle 7 is fastened in the clamp face plate 6.221 (as shown in Figure 1, Figure 2, Figure 3, Figure 4).
The first feather planting machine structure 1 includes package material 1.1, feed section 1.2, intermediate plate 1.3, cuts mao part 1.4, support
Part 1.5, T-type material frame 1.6, lower hair part 1.7, feather planting machine structure 1.8, middle plate 1.9 and fixed plate 1.10；The intermediate plate 1.3 is logical
It crosses supporting element 1.5 to be fixed on middle plate 1.9, the fixed plate 1.10 is fixed on middle plate 1.9 by supporting element 1.5, there is transverse direction
Send mao time wheel 1.7323 between fixed plate 1.10 and middle plate 1.9；
There is T-type material frame 1.6 to be fixed on intermediate plate 1.3, package material 1.1 is mounted in 1.6 transverse ends of T-type material frame；It cuts
Hair part 1.4 and intermediate plate 1.3 are set in parallel and are fixed on 1.3 lower end surface of intermediate plate；Lower hair part 1.7 and intermediate plate 1.3
It is vertical setting and is fixed on 1.3 side end face of intermediate plate；
Feed section 1.2 is located between package material 1.1 and intermediate plate 1.3；Two package material 1.1 pass through feed section
It is in parastate after 1.2；Two package material 1.1 are synchronous to pass through feed section 1.2, intermediate plate 1.3 and Qie Mao from top to bottom
Part 1.4, and two rules package material is cut by cutting mao part 1.4；Two silver lap chargings are by cutting the push of mao part 1.4
It is pressed into feather planting machine structure 1.8 to lower hair part 1.7 and by lower hair part 1.7, and brush handle 7 is pressed by feather planting machine structure 1.8
It plants in pore 7.1, two silver lap chargings are by feather planting machine structure 1.8 from middle part bending in four rules package material (such as Fig. 5, figure
6, shown in Fig. 7, Fig. 8, Fig. 9).
The feed section 1.2 includes feeding cylinder 1.21, feeding roller 1.22, feeding servo motor 1.24, the feeding
It is provided with the first feeding port 1.23 on part 1.2, is provided on the intermediate plate 1.3 and the first feeding port 1.23 corresponding second
Feeding port 1.31；There is supporting element 1.5 between feed section 1.2 and intermediate plate 1.3, the feed section 1.2 passes through support
Part 1.5 is fixed on intermediate plate 1.3；The feeding roller 1.22 has two, and two feeding rollers 1.22 are set in parallel, and two
The synchronous package material 1.1 is in parastate after two feeding rollers 1.22.
Mao part 1.4 of cutting includes stationary knife 1.41 and moving knife 1.42 and cuts a mao moving knife swing arm 1.43, cuts a mao moving knife time
Wheel 1.44, moving knife 1.42 are connected to by cutting a mao moving knife swing arm 1.43 and are cut on mao moving knife time wheel 1.44；
The stationary knife 1.41 is fixed on the lower end surface of intermediate plate 1.3 by connecting fulcrum；The stationary knife 1.41 and centre
Plate 1.3 is set in parallel；
The sliding groove 1.411 matched with moving knife 1.42 is provided on the stationary knife 1.41；The sliding of moving knife 1.42 connects
It is connected in sliding groove 1.411；Third feeding port corresponding with the second feeding port 1.31 is provided on the stationary knife 1.41
1.412, the third feeding port 1.412 is located at 1.411 top of sliding groove；Two packages material 1.1 it is synchronous from upper and
Under across first feeding port 1.23, the second feeding port 1.31 and third feeding port 1.412, into the stationary knife 1.41；
Mao moving knife time wheel 1.44 of cutting is by cutting mao drive moving knife 1.42 of moving knife swing arm 1.43 in sliding groove 1.411
Transverse movement, two package material 1.1 are by the cutting of moving knife 1.42 of transverse movement in two rules package material, two items
Package material is set in parallel.
The lower hair part 1.7 includes lower woollen slot 1.71, splicing slot structure 1.72 and knife shell structure 1.73, the splicing
Slot structure 1.72 send mao swing arm 1.722 and longitudinal direction to send a mao time wheel 1.723, the splicing groove including splicing groove 1.721, longitudinal direction
1.721 send mao swing arm 1.722 to be connected to longitudinal send on mao time wheel 1.723 by longitudinal；
The lower woollen slot 1.71 is fixed on the side of intermediate plate 1.3, and the lower woollen slot 1.71 is in intermediate plate 1.3
It is vertically arranged；
The lower woollen slot 1.71 is equipped with longitudinal hole 1.711, and the splicing groove 1.721 is slidably connected to the longitudinal direction
In through-hole 1.711；1.721 lower end of splicing groove is provided with material receiving port 1.7211, the material receiving port 1.721 and two items
Package material matches；
It is provided with the 4th feeding port 1.712 corresponding with the sliding groove 1.411 on lower 1.71 side of woollen slot,
4th feeding port 1.712 and 1.711 vertical connection of longitudinal hole；Two silver lap chargings pass through transverse movement
Moving knife 1.42 pushes, synchronous to pass through the sliding groove 1.411, the 4th feeding port 1.712, the material receiving port for being pushed into splicing groove 1.721
In 1.7211；
Mao time wheel 1.723 is sent to send mao swing arm 1.722 to drive splicing groove 1.721 in the longitudinal direction by longitudinal in the longitudinal direction
It is moved in through-hole 1.711；
The knife shell groove 1.7311 is provided on the knife shell 1.731；Two silver lap chargings are with splicing groove
It 1.721 moves down, into the knife shell groove 1.7311 on knife shell structure 1.73；
The knife shell structure 1.73 includes knife shell 1.731, blade structure 1.732, and the blade structure 1.732 includes blade
1.7321, it laterally send mao swing arm 1.7322, laterally send a mao time wheel 1.7323, the blade 1.7321 is by laterally sending a mao swing arm
1.7322 are connected to lateral send on mao time wheel 1.7323；The transverse direction send 1.7323 band cutting blade 1.7321 of mao time wheel in knife
Transverse movement in shell 1.731, two silver lap chargings are clamped by blade 1.7321, knife shell 1.731 and move laterally to plant
1.811 top of hair mouth of hair mechanism 1.8；The knife shell 1.731 is vertical setting with lower woollen slot 1.71.
The feather planting machine structure 1.8 includes boots double-action part 1.81, iron wire structure, needle double-action part, the boots double-action part
1.81 include hair mouth 1.811, boots cross bar 1.812, boots time wheel 1.813, and the hair mouth 1.811 is connected by boots cross bar 1.812
It is connected on boots time wheel 1.813 (as shown in Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9)；In the hair mouth 1.811
Between be provided with V-type material guide port, iron nail is opening down be buckled in two silver laps charging middle parts after, under the pressure by hair needle,
Continue to press down V-type material guide port, iron nail lower end becomes intersection construction by Open Side Down, and will be in the middle part of two silver lap chargings
It is buckled in the iron nail of intersection；
The needle double-action part includes hair needle, Mao Zhenzhu, hair needle time wheel, needle coupled arm, and the hair needle is located at hair needle column
Interior, the hair needle is connected on mao needle time wheel by needle coupled arm, and the hair needle time wheel drives hair needle by needle coupled arm
Longitudinal movement.
Iron wire structure includes iron wire, iron wire transfer structure, iron wire molding structure, and iron wire is laterally defeated by iron wire transfer structure
Be sent in iron wire molding structure, iron wire is truncated by iron wire molding structure and bending is in the iron nail that Open Side Down, the iron nail by
Up to trapping at the middle part of two silver laps chargings,
Hair needle lower end contact on the top of the iron nail, the iron nail and two silver laps chargings by hair needle vertically to
It is pushed down into the V-type material guide port and stretches out hair mouth 1.811；
Two silver lap chargings for stretching out hair mouth 1.1811 pass through iron nail and hair needle and V-type material guide port bending is in free end
Material is wrapped in four rules upward；The iron nail open end for stretching out hair mouth 1.811 is engaged state in compression；
Four rules package material and iron nail for stretching out hair mouth 1.811 continue to press to the plant pore of indentation brush handle 7 by hair needle
In 7.1.
Boots time wheel 1.813 is located at 1.10 lower section of fixed plate, and boots time wheel 1.813 passes through organ's camshaft and belt
It is connect with motor, boots time wheel 1.813 is located in rack 1.11；Hair needle time wheel is supported up and down by hair needle coupled arm and hair
Needle coupled arm connection (as shown in Figure 1, Figure 2, shown in Fig. 3, Fig. 4, Fig. 5, Fig. 6).
Motor rotation one is enclosed, and also and then rotation is turned around for head rack camshaft, main camshaft etc., i.e. motor and head rack
Camshaft, main camshaft etc. are in 1:1 state；
Jackshaft send a mao power for time wheel as longitudinal；The power that head rack camshaft is taken turns as the boots time；Umbellate form
Helical gear plays steering-effecting；Vertical camshaft is as the power for laterally mao time being sent to take turns；Middle plane cam axis is as cutting mao time wheel
Power；
Motor drives the rotation of head rack camshaft by belt, and head rack camshaft drives jackshaft rotation, intermediate
Axis (sending a mao power for time wheel as longitudinal) drives the main shaft of front；Head rack camshaft (power as boots time wheel)
It is turned to by umbellate form helical gear (playing steering-effecting) and is driven vertical camshaft；Vertical camshaft (as a mao power for time wheel is laterally sent)
Plane cam axis in transmission (as a mao power for time wheel is cut)；Middle plane cam axis and main camshaft are located on middle plate and intermediate plate；
Other camshafts are located in rack 1.11 (as shown in Figure 1, Figure 2, shown in Fig. 3, Fig. 4, Fig. 5, Fig. 6).
Refering to known to attached drawing: the fur planting method of the automatic reciprocation type feather planting machine of the unlike material woollen, including walk as follows
It is rapid:
There is woollen 8 to plant by the first feather planting machine structure 1 and the second feather planting machine structure 2 on the brush handle 7, the woollen 8 includes
First woollen 8.1 and the second woollen 8.2；
Step 1: brush handle 7 is mounted in clamp face plate 6.221, is adjusted locking cylinder 6.223 and is controlled brush handle locking machine device
6.222 tightly lock brush handle 7 in clamp face plate 6.221；
Step 2: the first feather planting machine structure 1 plants the first woollen 8.1 in the plant pore 7.1 on brush handle 7, is planting hair process
In, according to hair locational requirement is planted, brush handle 7 is moved by X-axis guide rail 5, Y-axis guide rail 4, Z axis rotation motor 6.3, is completed
One row radially plants the plant hair of pore 7.1；
Step 3: by 5 mobile work platform 6 of X-axis guide rail, brush handle 7 being moved to the working position of the second feather planting machine structure 2；
Step 4: the second woollen 8.2 is planted and is planted in pore 7.1 in the second row on brush handle 7 by the second feather planting machine structure 2, is planting hair
In the process, according to hair locational requirement is planted, brush handle 7 is moved by X-axis guide rail 5, Y-axis guide rail 4, Z axis rotation motor 6.3,
Complete the plant hair that second row radially plants pore 7.1；
Step 5: by 5 mobile work platform 6 of X-axis guide rail, brush handle 7 being moved to the working position of the first feather planting machine structure 1；
Step 6: repeating step 2 to step 5, until the intersection for completing a variety of woollens on brush handle 7 plants hair (as shown in Figure 1, Figure 2, figure
3, shown in Fig. 4, Fig. 8).
In step 2, the first feather planting machine structure 1 plants the first woollen 8.1 on brush handle 7, includes the following steps:
Step 21: feeding, the feeding servo motor on feed section 1.2 drive two feeding rollers 1.22 to turn in opposite direction
Dynamic, feeding roller 1.22 drives package material 1.1 to move down；Two silver laps charging 1.1 is in parallel shape after passing through two feeding rollers 1.22
State；Two silver laps charging 1.1 across feeding roller 1.22 sequentially passes through downwards the first feeding port on feed section 1.2
1.23, the second feeding port 1.31 on intermediate plate 1.3 and positioned at the third feeding port cut in mao part 1.4 on stationary knife 1.41
1.412, it enters and cuts in the stationary knife 1.41 of mao part 1.4；
Step 22: blank, mao moving knife time wheel 1.44 of cutting cut in mao part 1.4 are driven by cutting mao moving knife swing arm 1.43
Moving knife 1.42 in sliding groove 1.411 transverse movement, by two silver laps protruded into stationary knife 1.41 charging 1.1 cutting be in two silver laps
Charging, two rules package material is in parastate；
Step 23: lateral feeding cuts mao moving knife swing arm 1.43 and drives the transverse movement in sliding groove 1.411 of moving knife 1.42,
Moving knife 1.42 by two rules be wrapped material release sliding groove 1.411, by the 4th feeding port 1.712 on lower hair part 1.7 by two
Rule package material is sent into the material receiving port 1.7211 of 1.721 lower end of splicing groove；
Step 24: longitudinal feeding longitudinally send mao time wheel 1.723 to send mao swing arm 1.722 to drive splicing groove by longitudinal
Two rules package material is sent to knife by the 4th feeding port 1.712 by 1.721 longitudinal movements, the splicing groove 1.721 moved downward
In the knife shell groove 1.7311 of shell 1.731；
Step 25: lateral feeding laterally send mao time wheel 1.7323 by laterally sending mao swing arm 1.7322 with cutting blade
Material is wrapped in 1.7321 two rules squeezed in knife shell groove 1.7311, and two rules package material is made closely to be located at knife shell groove 1.7311
On side wall；Laterally send mao time wheel 1.7323 by laterally sending mao swing arm 1.7322 horizontal with cutting blade 1.7321 and knife shell 1.731
To movement, by and two rules package material push to 1.811 top of hair mouth on feather planting machine structure 1.8；
Step 26: planting hair, Z axis rotation motor 6.3 controls brush handle rotation angle degree, and brush handle incline motor controls the inclination of brush handle
Angle plants hair position and angle to control；The feather planting machine structure 1.8 further includes iron nail；
The iron nail is from top to bottom buckled in two rules package material middle part；Hair needle time wheel drives hair needle vertical by needle coupled arm
To movement, hair needle is moved downward to lower end contact on the top of iron nail, and boots time wheel 1.813 drives hair by boots cross bar 1.812
Mouth 1.811 vertically moves, and hair mouth 1.811 moves up；Iron nail and two rules package material middle part are pressed into vertically downward by hair needle
In V-type material guide port in hair mouth 1.811 and stretch out hair mouth 1.811；
Two rules package for stretching out hair mouth 1.811 expects through the V-type material guide port bending to be in four rules of free end upward
Shape woollen；The iron nail open end for stretching out hair mouth 1.811 is engaged state in compression；
The four strip woollens and iron nail of stretching hair mouth 1.811 continue pushing by hair needle, until being pressed on brush handle 7
It plants in pore 7.1；Hair needle time wheel drives hair needle uplink return by needle coupled arm, and boots time wheel 1.813 passes through boots cross bar
1.812 drive 1.811 uplink return of hair mouth (as shown in Figure 1, Figure 2, shown in Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7).Hair is planted using the present invention
Glass brush the first woollen 8.1 and the second woollen 8.2 be in arranged for interval (as shown in Figure 10, Figure 11), tightening force is larger, is not easy
Hair；First woollen 8.1 and the second woollen 8.2 are the woollen of unlike material.
First woollen 8.1 is square plastic strip, and item is wrapped for plastics in the package material 1.1, and the silver lap charging is square
Plastic strip, the first woollen 8.1 are square plastic strip, and square plastic material strip wearability is preferable, and sanding effect is preferable；Second woollen
8.2 be general pig hair, and pig hair is soft, and sanding effect is preferable, can reduce corrosion or abrasion of the environmental condition to bristle, service life
It is longer.The pig hair provides for client, on sale on open market.
The length and thickness that material is wrapped in the present invention are fixed value, through the invention cut mao part 4 by the width of setting
Degree is cut into wide silver lap charging, and the thickness and width of silver lap charging can be set as identical value, and the length of silver lap charging and package are expected
Equal length and be all larger than thickness, silver lap charging length, thickness, width unit be millimeter；Material is wrapped in the present invention
It is provided for client, it is on sale on open market.
Now by the automatic reciprocation type feather planting machine of unlike material woollen of the present invention and its fur planting method and existing woollen
The brush handle brush being interspersed plants hair (existing to plant hair to intersect by hand) and compares, and comparing result enters as follows:
As seen from the above table: the automatic reciprocation type feather planting machine of unlike material woollen of the present invention and its fur planting method with it is existing
The brush handle brush that is interspersed of woollen plant hair and compare, using feather planting machine structure of the present invention and its fur planting method, brush handle is not easy hair loss, work
It is higher to make efficiency, labor intensive is less, and cost is relatively low.
Other unaccounted parts belong to the prior art.
Claims (10)
1. the automatic reciprocation type feather planting machine of unlike material woollen, it is characterised in that: including the first feather planting machine structure (1) and the second feather planting machine
Structure (2), workbench (6) and pedestal (3) have Y-axis guide rail (4) to be set to the pedestal (3) by the first support construction (4.1)
On, there are X-axis guide rail (5) to be slidably connected on the Y-axis guide rail (4) by the first sliding block (5.1), workbench (6) lower end
Equipped with the second sliding block (6.1) matched with the X-axis guide rail (5).
2. the automatic reciprocation type feather planting machine of unlike material woollen according to claim 1, it is characterised in that: described first plants hair
Mechanism (1) is package plastic strip feather planting machine structure.
3. the automatic reciprocation type feather planting machine of unlike material woollen according to claim 1 or 2, it is characterised in that: the work
Platform (6) is equipped with brush handle location structure (6.2), has Z axis rotation motor (6.3) to be set on the brush handle location structure (6.2)；
The brush handle location structure (6.2) includes brush handle support construction (6.21) and brush handle retaining mechanism (6.22), the brush handle locking
Mechanism (6.22) includes clamp face plate (6.221), brush handle locking machine device (6.222) and brush handle locking cylinder (6.223), described
Locking cylinder (6.223) is set on the brush handle support construction (6.21), and multiple brush handle lockings machine device (6.222) are evenly arranged on institute
It states on clamp face plate (6.221).
4. the automatic reciprocation type feather planting machine of unlike material woollen according to claim 3, it is characterised in that: described first plants hair
Mechanism (1) includes package material (1.1), feed section (1.2), intermediate plate (1.3), cuts hair part (1.4), supporting element (1.5), T
Moulding mixture frame (1.6), lower hair part (1.7), feather planting machine structure (1.8), middle plate (1.9) and fixed plate (1.10)；The intermediate plate
(1.3) it is fixed on middle plate (1.9) by supporting element (1.5), during the fixed plate (1.10) is fixed on by supporting element (1.5)
On plate (1.9), has and a mao time wheel (1.7323) is laterally sent to be located between fixed plate (1.10) and middle plate (1.9)；
There is T-type material frame (1.6) to be fixed on intermediate plate (1.3), package material (1.1) is mounted on T-type material frame (1.6) transverse ends
On；Hair part (1.4) and intermediate plate (1.3) are cut to be set in parallel and be fixed on intermediate plate (1.3) lower end surface；Lower hair part
(1.7) it is vertical setting with intermediate plate (1.3) and is fixed on intermediate plate (1.3) side end face；
Feed section (1.2) is located between package material (1.1) and intermediate plate (1.3)；Two package material (1.1) pass through feeding
Partially (1.2) are in parastate afterwards；Two package material (1.1) are synchronous to pass through feed section (1.2), intermediate plate from top to bottom
(1.3) it and cuts hair part (1.4), and be cut into two rules package material by cutting hair part (1.4)；Two silver lap chargings pass through
Hair part (1.4) is cut to push to lower hair part (1.7) and be pressed into feather planting machine structure (1.8) by lower hair part (1.7), two
The silver lap charging is expected from middle part bending in the package of four rules by feather planting machine structure (1.8).
5. the automatic reciprocation type feather planting machine of unlike material woollen according to claim 4, it is characterised in that: the feed section
(1.2) include feeding cylinder (1.21), feeding roller (1.22), feeding servo motor (1.24), set on the feed section (1.2)
It is equipped with the first feeding port (1.23), is provided with the second feeding corresponding with the first feeding port (1.23) on the intermediate plate (1.3)
Mouth (1.31)；The feed section (1.2) is fixed on intermediate plate (1.3) by supporting element (1.5)；The feeding roller (1.22)
There are two, two feeding rollers (1.22) are set in parallel, and two package material (1.1) are synchronous across two feeding rollers
It (1.22) is afterwards in parastate.
6. the automatic reciprocation type feather planting machine of unlike material woollen according to claim 5, it is characterised in that: described to cut a mao part
(1.4) include stationary knife (1.41) and moving knife (1.42) and cut a mao moving knife swing arm (1.43), cut mao moving knife time wheel (1.44), moving knife
(1.42) it is connected to by cutting a mao moving knife swing arm (1.43) and is cut on mao moving knife time wheel (1.44)；
The stationary knife (1.41) is fixed on the lower end surface of intermediate plate (1.3) by connecting fulcrum；The stationary knife (1.41) is in
Between plate (1.3) be set in parallel；
The sliding groove (1.411) matched with moving knife (1.42) is provided on the stationary knife (1.41)；The moving knife (1.42) is sliding
It is dynamic to be connected in sliding groove (1.411)；Third corresponding with the second feeding port (1.31) is provided on the stationary knife (1.41)
Feeding port (1.412), the third feeding port (1.412) are located above the sliding groove (1.411)；Two package material
(1.1) synchronous to pass through first feeding port (1.23), the second feeding port (1.31) and third feeding port from top to bottom
(1.412), into the stationary knife (1.41)；
Mao moving knife time wheel (1.44) of cutting is by cutting mao moving knife swing arm (1.43) drive moving knife (1.42) in sliding groove
(1.411) interior transverse movement, two package material (1.1) are wrapped by moving knife (1.42) cutting of transverse movement in two rules
Material, two silver lap chargings are set in parallel.
7. the automatic reciprocation type feather planting machine of unlike material woollen according to claim 6, it is characterised in that: the lower hair part
It (1.7) include lower woollen slot (1.71), splicing slot structure (1.72) and knife shell structure (1.73), the splicing slot structure (1.72)
A mao swing arm (1.722) and longitudinal direction is sent to send a mao time wheel (1.723), the splicing groove including splicing groove (1.721), longitudinal direction
(1.721) a mao swing arm (1.722) is sent to be connected to longitudinal send on mao time wheel (1.723) by longitudinal；
The lower woollen slot (1.71) is fixed on the side of intermediate plate (1.3), the lower woollen slot (1.71) and intermediate plate
(1.3) it is vertical setting；
The lower woollen slot (1.71) is equipped with longitudinal hole (1.711), and the splicing groove (1.721) is slidably connected to described vertical
Into through-hole (1.711)；Splicing groove (1.721) lower end is provided with material receiving port (1.7211), the material receiving port (1.721) with
Two silver lap chargings match；
The 4th feeding port corresponding with the sliding groove (1.411) is provided on lower woollen slot (1.71) side
(1.712), the 4th feeding port (1.712) and the longitudinal hole (1.711) vertical connection；Two silver lap chargings are logical
The moving knife (1.42) for crossing transverse movement pushes, synchronous to be connect by the sliding groove (1.411), the 4th feeding port (1.712), push-in
In the material receiving port (1.7211) of hopper (1.721)；
Mao time wheel (1.723) is sent to send a mao swing arm (1.722) to drive splicing groove (1.721) described vertical by longitudinal in the longitudinal direction
It is moved in through-hole (1.711)；
The knife shell groove (1.7311) is provided on the knife shell (1.731)；Two silver lap chargings are with splicing groove
(1.721) it moves down, is interior into the knife shell groove (1.7311) on knife shell structure (1.73)；
The knife shell structure (1.73) includes knife shell (1.731), blade structure (1.732), and the blade structure (1.732) includes
Blade (1.7321) laterally send a mao swing arm (1.7322), laterally send a mao time wheel (1.7323), and the blade (1.7321) passes through
It laterally send a mao swing arm (1.7322) to be connected to laterally to send on mao time wheel (1.7323)；The transverse direction send a mao time wheel (1.7323)
Band cutting blade (1.7321) passes through blade (1.7321), knife shell in knife shell (1.731) interior transverse movement, two silver lap chargings
(1.731) it clamps and moves laterally to above the hair mouth (1.811) of feather planting machine structure (1.8)；The knife shell (1.731) and lower hair
Hopper (1.71) is vertical setting.
8. the automatic reciprocation type feather planting machine of unlike material woollen according to claim 7, it is characterised in that: the feather planting machine structure
It (1.8) include boots double-action part (1.81), iron wire structure, needle double-action part (), the boots double-action part (1.81) includes hair mouth
(1.811), boots cross bar (1.812), boots time wheel (1.813), the hair mouth (1.811) are connected by boots cross bar (1.812)
In on boots time wheel (1.813)；V-type material guide port is provided among the hair mouth (1.811).
9. according to claim 1 in -8 the automatic reciprocation type feather planting machine of unlike material woollen described in any claim plant cant
Method, characterized by the following steps:
There are woollen (8) by the first feather planting machine structure (1) and the plant of the second feather planting machine structure (2) on the brush handle (7), the woollen
It (8) include the first woollen (8.1) and the second woollen (8.2)；
Step 1: brush handle (7) is mounted on clamp face plate (6.221), adjusts locking cylinder (6.223) control brush handle locking machine dress
It sets (6.222) and tightly locks brush handle (7) on clamp face plate (6.221)；
Step 2: the first feather planting machine structure (1) plants the first woollen (8.1) in the plant pore (7.1) on brush handle (7), is planting hair mistake
Cheng Zhong carries out brush handle (7) by X-axis guide rail (5), Y-axis guide rail (4), Z axis rotation motor (6.3) according to hair locational requirement is planted
It is mobile, the complete radial plant hair for planting pore (7.1) in a row, first feather planting machine structure (1) return；
Step 3: by X-axis guide rail (5) mobile work platform (6), brush handle (7) being moved to the work department of the second feather planting machine structure (2)
Position；
Step 4: the second woollen (8.2) are planted and are planted in pore (7.1) in the second row on brush handle (7) by the second feather planting machine structure (2),
During planting hair, according to hair locational requirement is planted, by X-axis guide rail (5), Y-axis guide rail (4), Z axis rotation motor (6.3) to brush handle
(7) it is moved, completes the plant hair that second row radially plants pore (7.1), second feather planting machine structure (2) return；
Step 5: by X-axis guide rail (5) mobile work platform (6), brush handle (7) being moved to the work department of the first feather planting machine structure (1)
Position；
Step 6: repeating step 2 to step 5, until the intersection for completing a variety of woollens on brush handle (7) plants hair.
10. the fur planting method of the automatic reciprocation type feather planting machine of unlike material woollen according to claim 9, it is characterised in that:
In step 2, the first feather planting machine structure (1) plants the first woollen (8.1) on brush handle (7), includes the following steps:
Step 21: feeding, the feeding servo motor on feed section (1.2) drive two feeding rollers (1.22) to turn in opposite direction
Dynamic, feeding roller (1.22) drives package material (1.1) to move down；Two silver laps charge (1.1) after two feeding rollers (1.22)
In parastate；Two silver laps charging (1.1) across feeding roller (1.22) sequentially passes through on feed section (1.2) downwards
First feeding port (1.23), the second feeding port (1.31) being located on intermediate plate (1.3) and positioned at cutting stationary knife in hair part (1.4)
(1.41) third feeding port (1.412) on is entered and is cut in the stationary knife (1.41) of hair part (1.4)；
Step 22: blank is cut in hair part (1.4) and cuts mao moving knife time wheel (1.44) by cutting mao moving knife swing arm (1.43) band
Dynamic moving knife (1.42) in the interior transverse movement of sliding groove (1.411), the two silver laps charging (1.1) in stationary knife (1.41) will be protruded into cut off
It is wrapped and expects in two rules, two rules package material is in parastate；
Step 23: lateral feeding cuts mao moving knife swing arm (1.43) and moving knife (1.42) is driven laterally to transport in sliding groove (1.411)
Dynamic, two rules are wrapped material and release sliding groove (1.411), by the 4th feeding port on lower hair part (1.7) by moving knife (1.42)
(1.712) material is wrapped in two rules to be sent into the material receiving port (1.7211) of splicing groove (1.721) lower end；
Step 24: longitudinal feeding longitudinally send mao time wheel (1.723) to send a mao swing arm (1.722) to drive splicing groove by longitudinal
(1.721) it vertically moves, the splicing groove (1.721) moved downward send two rules package material by the 4th feeding port (1.712)
Enter into the knife shell groove (1.7311) of knife shell (1.731)；
Step 25: lateral feeding laterally send mao time wheel (1.7323) by laterally sending a mao swing arm (1.7322) band cutting blade
(1.7321) material is wrapped in two rules squeezed in knife shell groove (1.7311), and two rules package material is made closely to be located at knife shell groove
(1.7311) on side wall；Laterally send mao time wheel (1.7323) by laterally sending a mao swing arm (1.7322) band cutting blade (1.7321)
With knife shell (1.731) transverse movement, incites somebody to action and two rules package material pushes to above the hair mouth (1.811) on feather planting machine structure (1.8)；
Step 26: planting hair, Z axis rotation motor (6.3) controls brush handle rotation angle degree, and brush handle incline motor controls the inclination angle of brush handle
Degree plants hair position and angle to control；The feather planting machine structure (1.8) further includes iron nail；
The iron nail is from top to bottom buckled in two rules package material middle part；Hair needle time wheel drives hair needle longitudinally to move by needle coupled arm
Dynamic, hair needle is moved downward to lower end contact on the top of iron nail, and the boots time takes turns (1.813) and drives hair by boots cross bar (1.812)
Mouth (1.811) longitudinal movement, hair mouth (1.811) move up；Iron nail and two rules package material middle part pass through hair needle vertically downward
It is pressed into the V-type material guide port in hair mouth (1.811) and stretches out hair mouth (1.811)；
Two rules package for stretching out hair mouth (1.811) expects through the V-type material guide port bending to be in four strips of free end upward
Woollen；The iron nail open end for stretching out hair mouth (1.811) is engaged state in compression；
The four strip woollens and iron nail of stretching hair mouth (1.811) continue pushing by hair needle, until being pressed on brush handle (7)
It plants in pore (7.1).
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811393756.1A CN109349789B (en) | 2018-11-21 | 2018-11-21 | Automatic reciprocating type hair planting machine for hair materials of different materials and hair planting method thereof |
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| CN201811393756.1A CN109349789B (en) | 2018-11-21 | 2018-11-21 | Automatic reciprocating type hair planting machine for hair materials of different materials and hair planting method thereof |
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| CN109349789B CN109349789B (en) | 2020-05-22 |
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| CN110833254A (en) * | 2019-11-21 | 2020-02-25 | 湖北智丰数控机械有限公司 | Fur-planting process and device for white leather strips and rubber wires through two-hole drilling |
| CN112914226A (en) * | 2021-02-07 | 2021-06-08 | 湖北智丰数控机械有限公司 | Positive and negative angle oblique hair planting method for large mobile phone glass disc brush |
| CN112914226B (en) * | 2021-02-07 | 2023-01-20 | 湖北智丰数控机械有限公司 | Positive and negative angle oblique hair planting method for large mobile phone glass disc brush |
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