CN108162578B - Erasing rubber pad printing machine and its tampon-printing process - Google Patents
Erasing rubber pad printing machine and its tampon-printing process Download PDFInfo
- Publication number
- CN108162578B CN108162578B CN201711425460.9A CN201711425460A CN108162578B CN 108162578 B CN108162578 B CN 108162578B CN 201711425460 A CN201711425460 A CN 201711425460A CN 108162578 B CN108162578 B CN 108162578B
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- erasing rubber
- component
- material path
- motor
- bat printing
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B41—PRINTING; LINING MACHINES; TYPEWRITERS; STAMPS
- B41F—PRINTING MACHINES OR PRESSES
- B41F17/00—Printing apparatus or machines of special types or for particular purposes, not otherwise provided for
- B41F17/001—Pad printing apparatus or machines
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B41—PRINTING; LINING MACHINES; TYPEWRITERS; STAMPS
- B41F—PRINTING MACHINES OR PRESSES
- B41F17/00—Printing apparatus or machines of special types or for particular purposes, not otherwise provided for
- B41F17/08—Printing apparatus or machines of special types or for particular purposes, not otherwise provided for for printing on filamentary or elongated articles, or on articles with cylindrical surfaces
- B41F17/14—Printing apparatus or machines of special types or for particular purposes, not otherwise provided for for printing on filamentary or elongated articles, or on articles with cylindrical surfaces on articles of finite length
- B41F17/20—Printing apparatus or machines of special types or for particular purposes, not otherwise provided for for printing on filamentary or elongated articles, or on articles with cylindrical surfaces on articles of finite length on articles of uniform cross-section, e.g. pencils, rulers, resistors
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- Accessory Devices And Overall Control Thereof (AREA)
Abstract
The present invention relates to erasing rubber transfer printing equipment fields, in particular to erasing rubber pad printing machine, including vibration feeding disk, adjust device, alignment means, positioning device, printer device and blanking device, the vibration feeding disk is equipped with material path, printer device includes mounting rack, driving assembly, bat printing component and the component that oils, the component that oils includes upper oiled-plate method, ink bottle and holding section, upper oiled-plate method is equipped with ink tank, the lower end of upper oiled-plate method is equipped with sliding block, mounting rack is equipped with first sliding groove, holding section includes snap-on caps and two connecting rods, the upper end of two connecting rods is equipped with cross bar, the top of two connecting rods is all provided with restraining position ring block, through slot there are two being set on mounting rack, the lower part of through slot is equipped with the first spring, the lower end of snap-on caps is equipped with engaging slot, the side of ink bottle is equipped with baffle, the present invention realizes the automatic bat printing of erasing rubber, yields Reach 99.9% or more；The technique is saved manually, improves production efficiency, and can process to various types of erasing rubbers.
Description
Technical field
The present invention relates to erasing rubber transfer printing equipment fields, in particular to erasing rubber pad printing machine and its tampon-printing process.
Background technique
Bat printing belongs to one of specialty printing mode.It can in irregular special-shaped subject surface printing word, figure and
Image is just becoming a kind of important specialty printing now.For example, the text and pattern on mobile phone surface are exactly using this printing side
Formula, there are also the surface printings of many electronic products such as computer keyboard, instrument, instrument, are all completed with bat printing.
Erasing rubber is common office appliance, can all stamp some texts and pattern on general erasing rubber surface, pass through
Text shows the manufacturer of erasing rubber with pattern or erasing rubber is made to change the appearance, to improve the sale rate of erasing rubber.Therefore
The transfer printing equipment of erasing rubber is directly related to the production efficiency of erasing rubber, and present erasing rubber pad printer needs artificial pick-and-place rubber
Wipe, people can fatigue, when bat printing, artificial hand held erasing rubber bat printing on fixture, and inaccuracy is put in position, can also print sometimes askew, caused
The text or pattern consistency of bat printing are poor；Erasing rubber model is more, different, it is necessary to a variety of positioning fixtures is used, to behaviour
It is very high to make labor claim, it is necessary to can will skillfully use the jig of every kind of model；
As the design of erasing rubber is more and more various, more and more personalized, some erasing rubber volumes are very small, pattern and text
Word is more complicated, and erasing rubber is difficult to be accurately positioned, and large error can also be generated by manually operating on localization tool, therefore, produces
The yields and consistency of product are difficult to reach 90% or more always, this is the difficult point that this industry always exists for a long time；
And current technique once can only carry out bat printing to an erasing rubber, so that the bat printing inefficiency of erasing rubber, and
And the ink of pad printer, all in naked state, ink evaporates into air, can impact to the health of worker, also to ink
Waste is caused, and present erasing rubber transfer printing equipment is only applicable to the bat printing of the erasing rubber of a model, it can not be to difference
The erasing rubber of model is processed, or needs significantly to adjust transfer printing equipment, and process is sufficiently complex and delays
Production time.
Therefore, it is badly in need of providing erasing rubber pad printing machine and its tampon-printing process, has been approached the deficiencies in the prior art.
Summary of the invention
It is an object of the present invention in view of the deficiencies of the prior art, provide erasing rubber pad printing machine.
Another object of the present invention is to provide the tampon-printing process of above-mentioned erasing rubber pad printing machine.
To solve the above problems, the present invention the following technical schemes are provided:
Erasing rubber pad printing machine, including vibration feeding disk, adjustment device, alignment means, positioning device, printer device and
Blanking device, the vibration feeding disk are equipped with from its internal outwardly extending material path, adjustment device, alignment means and positioning dress
The extending direction set along material path is set gradually, and printer device is located at the side of positioning device, and blanking device is located at the end of material path
Lower section, the printer device include mounting rack, driving assembly, bat printing component and the component that oils, driving assembly, bat printing component and on
Oily component is all set on mounting rack, and bat printing component is located at the top of material path, and the component that oils is disposed adjacent with bat printing component, described
The component that oils includes upper oiled-plate method, ink bottle and holding section, and ink bottle is in being vertically arranged and its bottleneck is arranged downward, the bottle of ink bottle
Mouth is bonded with upper oiled-plate method, and upper oiled-plate method is equipped with ink tank, and holding section is set on mounting rack, and holding section includes snap-on caps and two
The connecting rod being symmetrical set, the lower end of two connecting rods are fixedly connected with the upper end of snap-on caps, the upper end of two connecting rods
If there is the cross bar for connecting two connecting rods, the top of two connecting rods is all provided with restraining position ring block, set on mounting rack there are two
Through slot, two through slots are in cylindrical structure, and the diameter on through slot top and the diameter of connecting rod are identical, and the diameter of through slot lower part is greater than
The diameter of connecting rod, the lower part of through slot are equipped with the first spring, and the lower end of the first spring contradicts snap-on caps, and the lower end of snap-on caps is equipped with
The engaging slot engaged with the bottom of ink bottle.
Further, the bat printing component includes mounting head, and the lower end of mounting head is set there are two groove body, is set in each groove body
There is a bat printing head, the level height of the lower end surface of bat printing head is lower than the level height of the lower end surface of mounting head, each groove body
Two sides are equipped with two through-holes being symmetrical set, are equipped with bolt in through-hole, and the inside of all bolt self installation heads is to mounting head
It is external extend, one end that all bolts are located at outside mounting head is equipped with pull ring, and bolt is located on one end inside mounting head
Equipped with clamping block, the lower end of clamping block is equipped with second spring, and the upper end of bat printing head is equipped with the jack of the bolt grafting for two sides, institute
There is the connecting hole for being equipped on the side wall of jack and being engaged by clamping with clamping block.
Further, the driving component includes the first cylinder and the second cylinder, the first cylinder and the second cylinder with peace
Shelve and be fixedly connected, the first cylinder in being vertically arranged and the output end of the first cylinder is arranged downward, the output end of the first cylinder with
The upper end of mounting head is fixedly connected, and the second cylinder connects in one end of the horizontally disposed and output end of the second cylinder and upper oiled-plate method is fixed
It connects.
Further, the lower end of the upper oiled-plate method is equipped with sliding block, and the second mounting rack is equipped with the to be slidably matched with sliding block
One sliding slot.
Further, the side of the ink bottle is equipped with the baffle that strikes off the ink in ink tank, the upper end of baffle with
Mounting rack is fixedly connected, and the lower end of baffle is close to ink tank.
Further, the positioning device includes third installing frame, third motor, transmission shaft and three locating clips, third
Installing frame is sheathed in material path, and third motor is fixedly connected with third installing frame, and the one of the output end of third motor and transmission shaft
End is fixedly connected, and equally the upper end of setting and locating clip is fixedly connected with transmission shaft three locating clips.
Further, each locating clip includes the first clamp bar and the second clamp bar, all first clamp bars and the second clamp bar
It is equipped with screw thread with the junction of transmission axis connection and each first clamp bar and the second clamp bar and transmission shaft, the first clamp bar and passes
The screw thread of moving axis junction and the second clamp bar and the screw thread of transmission shaft connection place are symmetrical arranged, under the first clamp bar and the second clamp bar
Close to material path, third installing frame is equipped with the moved on the axis direction of transmission shaft for the first clamp bar and the second clamp bar at end
Three sliding slots.
Further, the blanking device includes chute, conveyer belt, the 4th motor and collecting box, the front end of chute and material
The rear end in road is fixedly connected, and one end of conveyer belt is located at the lower section of chute rear end, and collecting box is located at the lower section of the conveyer belt other end,
The output end and conveyer belt of 4th motor are sequentially connected.
Further, it is solid by bolt to be equipped with limit plate, the 4th motor and a limit plate for the two sides of the conveyer belt
Fixed connection, the chute is made of metal material and its surface is smooth.
The tampon-printing process of above-mentioned erasing rubber pad printing machine, comprising the following steps:
S1, it is poured in vibration feeding disk to the erasing rubber of bat printing, is conveyed its internal erasing rubber by vibration feeding disk
To material path；
S2, the state for making the holding of the erasing rubber in material path parallel with material path by adjusting device again, pass through alignment later
Device makes the erasing rubber in material path is neat being arranged in a row and reaching below printer device, and positioning device will arrange whole in material path
Neat erasing rubber clamps；
S3, then printer device moves down, and carries out bat printing to the erasing rubber of clamping, is completed later by blanking device to bat printing
The blanking work of the erasing rubber of completion.
The utility model has the advantages that its internal erasing rubber is delivered to by erasing rubber pad printing machine of the invention by vibration feeding disk
In material path, the state of the erasing rubber in material path is adjusted by adjusting device and alignment means later, when erasing rubber transmits
It when below to pad printer, is worked by third motor and drives transmission shaft rotation, due to the spiral shell of the first clamp bar and transmission shaft connection place
Line and the second clamp bar and the screw thread of transmission shaft connection place are symmetrical arranged so that transmission shaft is in rotation, the first clamp bar and the second clamp bar
It can move toward one another, so that the first clamp bar and the second clamp bar be made to clamp erasing rubber, the second cylinder is driven so that upper oiled-plate method moves later
It moves to the lower section of bat printing head, the first cylinder driving bat printing head declines and dip ink, and upper oiled-plate method is withdrawn, and bat printing head declines and aligns
Erasing rubber below printer device carries out bat printing, and the erasing rubber after the completion of bat printing enters chute and drops down onto conveyer belt by chute
On, erasing rubber is sent in collecting box by conveyer belt, realizes the automatic bat printing of erasing rubber, easy to operate, worker's energy
Enough while several machines are managed, saved manually, material path conveys three erasing rubbers simultaneously keeps bat printing quicker, improves and produces effect
Rate reduces ink smell using oily legendary venomous insect formula pad printer, reduces the volatilization of ink, keep the working environment of worker more preferable, material path is set
The higher and wider production that can adapt to a variety of erasing rubbers of meter clamps erasing rubber by positioning device in pad-printing process, makes
No matter processing which kind of erasing rubber, can go on smoothly, equipment that no replacement is required, which uses on vibration feeding disk
Material, discharge use unique adjustment device, alignment means, positioning device, are adjusted, are aligned to the erasing rubber in material path,
It rectifies a deviation to the erasing rubber position of transmission, is then being positioned, it is ensured that erasing rubber is accurate in bat printing front position, the text of bat printing
Word and pattern accuracy are very high, and consistency is good, and yields has reached 99.9% or more, and high degree of automation；The bat printing work
Skill is simple and reliable, high-efficient, per hour can with bat printing 5000-6000pcs, and it is artificial per hour may only bat printing 1000-
1200pcs, efficiency are artificial 4-6 times, and people can serve several machines, can satisfy different sizes, it is different thick
It spends, the bat printing of the erasing rubber of different size, it is versatile.
Detailed description of the invention
Fig. 1 is schematic perspective view of the invention；
Fig. 2 is partial sectional view one of the invention；
Fig. 3 is sectional perspective structural schematic diagram one of the invention；
Fig. 4 is partial sectional view two of the invention；
Fig. 5 is partial sectional view three of the invention；
Fig. 6 is the enlarged drawing in Fig. 5 at A；
Fig. 7 is partial sectional view four of the invention；
Fig. 8 is the enlarged drawing in Fig. 7 at B；
Fig. 9 is partial sectional view five of the invention；
Figure 10 is the enlarged drawing in Fig. 9 at C:
Description of symbols: vibration feeding disk 1 adjusts device 2, the first installing frame 2a, slideway 2a1, the first adjustment component
2b, first clamping plate 2b1, second clamping plate 2b2, first level extension board 2b3, the second horizontal extension plate 2b4, second adjustment component
2c, third clamping plate 2c1, the 4th clamping plate 2c2, third horizontal extension plate 2c3, the 4th horizontal extension plate 2c4, third adjust component
2d, five-layer plywood 2d1, the 6th clamping plate 2d2, the 5th horizontal extension plate 2d3, the 6th horizontal extension plate 2d4, transmission component 2e, the
One motor 2e1, the second motor 2e2, first gear 2e3, second gear 2e4, convex block 2f, rack gear 2g, alignment means 3, second pacifies
Frame up 3a, groove 3a1, second sliding slot 3a2, alignment component 3b, electromagnet 3b1, metal block 3b2, fin 3b2a, intercepts door 3b3,
Positioning device 4, third installing frame 4a, third motor 4b, transmission shaft 4c, locating clip 4d, the first clamp bar 4d1, the second clamp bar 4d2,
Printer device 5, mounting rack 5a, through slot 5a1, driving assembly 5b, the first cylinder 5b1, the second cylinder 5b2, bat printing component 5c, installation
Head 5c1, through-hole 5c1a, bolt 5c2, clamping block 5c2a, pull ring 5c3, bat printing head 5c4, jack 5c4a, oil component 5d, oils
Plate 5d1, sliding block 5d1a, ink tank 5d1b, ink bottle 5d2, holding section 5d3, snap-on caps 5d3a, connecting rod 5d3b, cross bar 5d3c,
Stop collar 5d3d, the first spring 5d4, blanking device 6, chute 6a, conveyer belt 6b, limit plate 6b1, the 4th motor 6c, collecting box
6d, material path 7, the first demarcation plate 7a, the second demarcation plate 7b, first passage 7c, second channel 7d, third channel 7e, baffle 8, vibration
Dynamic device 9.
Specific embodiment
With reference to the accompanying drawings of the specification and embodiment, specific embodiments of the present invention are described in further detail:
Embodiment 1
Referring to figs. 1 to erasing rubber pad printing machine shown in Fig. 10, including vibration feeding disk 1, adjustment device 2, alignment dress
3, positioning device 4, printer device 5 and blanking device 6 are set, the vibration feeding disk 1 is equipped with from its internal outwardly extending material
Road 7, adjustment device 2, alignment means 3 and positioning device 4 are set gradually along the extending direction of material path 7, and printer device 5 is located at positioning
The side of device 4, blanking device 6 are located at below the end of material path 7, and the printer device 5 includes mounting rack 5a, driving assembly
5b, bat printing component 5c and the component 5d that oils, driving assembly 5b, bat printing component 5c and the component 5d that oils are all set in mounting rack 5a
On, bat printing component 5c is located at the top of material path 7, and the component 5d that oils is disposed adjacent with bat printing component 5c, the component 5d packet that oils
Include oiled-plate method 5d1, ink bottle 5d2 and holding section 5d3, ink bottle 5d2 is in being vertically arranged and its bottleneck is arranged downward, ink bottle
The bottleneck of 5d2 is bonded with upper oiled-plate method 5d1, and upper oiled-plate method 5d1 is equipped with ink tank 5d1b, and holding section 5d3 is set on mounting rack 5a,
Holding section 5d3 includes snap-on caps 5d3a and two connecting rod 5d3b being symmetrical set, the lower end of two connecting rod 5d3b with
The upper end of snap-on caps 5d3a is fixedly connected, and the upper end of two connecting rod 5d3b is equipped with the cross for connecting two connecting rod 5d3b
Bar 5d3c, the top of two connecting rod 5d3b are all provided with restraining position ring block 5d3d, are set on mounting rack 5a there are two through slot 5a1, two logical
Slot 5a1 is in cylindrical structure, and the diameter on the top through slot 5a1 is identical as the diameter of connecting rod 5d3b, and the diameter of the lower part through slot 5a1 is big
Snap-on caps are contradicted equipped with the lower end of the first spring 5d4, the first spring 5d4 in the lower part of the diameter of connecting rod 5d3b, through slot 5a1
The lower end of 5d3a, snap-on caps 5d3a are equipped with the engaging slot engaged with the bottom of ink bottle 5d2；It will be in it by vibration feeding disk 1
The erasing rubber in portion is delivered in material path 7, in the shape for making the erasing rubber in material path 7 keep parallel with material path 7 by adjusting device 2
State makes the erasing rubber in material path 7 is neat being arranged in a row and reaching below printer device 5, positioning by alignment means 3 later
Erasing rubber is stepped up to position by device 4, and printer device 5 carries out bat printing to the erasing rubber having good positioning, and is completed later by blanking device 6
To the blanking work for the erasing rubber that bat printing is completed；Using unique adjustment device 2, alignment means 3, positioning device 4, to material path
Erasing rubber on 7 is adjusted, is aligned, and rectifies a deviation, is then being positioned, it is ensured that erasing rubber to erasing rubber position to transmission
Accurate in bat printing front position, the text and pattern accuracy of bat printing are very high, and consistency is good, and yields has reached 99.9% or more,
And high degree of automation.
Referring to shown in Fig. 7 and Fig. 8, the bat printing component 5c includes mounting head 5c1, there are two the lower end of mounting head 5c1 is set
Groove body, each groove body is interior to be equipped with a bat printing head 5c4, and the level height of the lower end surface of bat printing head 5c4 is lower than under mounting head 5c1
The level height of end face, the two sides of each groove body are equipped with two through-hole 5c1a being symmetrical set, are equipped in through-hole 5c1a
The inside of bolt 5c2, all equal self installation head 5c1 of bolt 5c2 extend to the external of mounting head 5c1, and all bolt 5c2 are located at peace
One end outside dress head 5c1 is equipped with pull ring 5c3, and bolt 5c2 is located at one end inside mounting head 5c1 equipped with clamping block
The lower end of 5c2a, clamping block 5c2a are equipped with second spring, upper end the inserting equipped with the bolt 5c2 grafting for two sides of bat printing head 5c4
Hole 5c4a is equipped with the connecting hole being engaged by clamping with clamping block 5c2a on the side wall of all jack 5c4a；It will be moved by bolt 5c2
Print head 5c4 is fixed on the upper of mounting head 5c1, and bat printing head 5c4 is quickly disassembled from mounting head 5c1 or fastly
Speed is installed on mounting head 5c1, can be quick when to unused erasing rubber bat printing or wanting the different pattern of bat printing
Replace bat printing head 5c4.
The driving component 5b includes the first cylinder 5b1 and the second cylinder 5b2, the first cylinder 5b1 and the second cylinder 5b2 equal
It is fixedly connected with mounting rack 5a, the first cylinder 5b1 is in being vertically arranged and the output end of the first cylinder 5b1 is arranged downward, the first gas
The output end of cylinder 5b1 is fixedly connected with the upper end of mounting head 5c1, and the second cylinder 5b2 is in horizontally disposed and the second cylinder 5b2 defeated
Outlet is fixedly connected with one end of upper oiled-plate method 5d1；Upper oiled-plate method 5d1 can be made to move up in the horizontal direction by the second cylinder 5b2 work
It is dynamic, and the ink band on upper oiled-plate method 5d1 will be attached in ink bottle 5d2 to the lower section of bat printing head 5c4, pass through the first cylinder later
5b1 drives so that bat printing head 5c4 decline dips ink.
Referring to shown in Fig. 9 and Figure 10, the lower end of the upper oiled-plate method 5d1 is equipped with sliding block 5d1a, and mounting rack 5a is equipped with and cunning
The first sliding groove that block 5d1a is slidably matched；Enable upper oiled-plate method 5d1 first by sliding block 5d1a and being slidably matched for first sliding groove
It is moved in the length axes of sliding slot.
The side of the ink bottle 5d2 is equipped with the baffle 8 that strikes off the ink in ink tank 5d1b, the upper end of baffle 8 with
Mounting rack 5a is fixedly connected, and the lower end of baffle 8 is close to ink tank 5d1b；When upper oiled-plate method 5d1 is mobile to bat printing component 5c, baffle
8 lower end the ink on upper oiled-plate method 5d1 can be struck off and make its be attached on upper oiled-plate method 5d1, dipped in convenient for bat printing component 5c
Take ink.
Referring to Fig.1 shown in, the material path 7 be equipped with the first demarcation plate 7a and the second demarcation plate 7b, the first demarcation plate 7a and
Material path 7 is separated into first passage 7c, second channel 7d and third channel 7e by the second demarcation plate 7b, and first passage 7c, second are led to
Road 7d's and third channel 7e is of same size, and the lower section of material path 7, which is located between vibration feeding disk 1 and adjustment device 2, is equipped with vibration
The output end of device 9, vibrator 9 is fixedly connected with the lower end of material path 7；By the first reticle and the second demarcation plate 7b by material path 7
It is divided into first passage 7c, second channel 7d and third channel 7e so that the feeding speed of erasing rubber doubles, but also bat printing
Device 5 can give three erasing rubber bat printings simultaneously.
Referring to shown in Fig. 2 and Fig. 3, the adjustment device 2 includes the first installing frame 2a, the first adjustment component 2b, the second tune
Whole group part 2c, third adjustment component 2d and transmission component 2e, the first installing frame 2a are set in material path 7, the first adjustment component 2b,
Second adjustment component 2c, third adjustment component 2d and transmission component 2e are fixedly connected with the first installing frame 2a, the first installing frame
2a is equipped with several slideways 2a1；By the first installing frame 2a by the first adjustment component 2b, second adjustment component 2c and third tune
Whole group part 2d is fixed with above material path 7, and the first adjustment component 2b, second adjustment component 2c and third is enabled to adjust component 2d
The erasing rubber on first passage 7c, second channel 7d and third channel 7e is adjusted simultaneously.
The transmission component 2e includes first motor 2e1, the second motor 2e2, first gear 2e3 and second gear 2e4, and
One motor 2e1, the second motor 2e2, first gear 2e3 and second gear 2e4 be respectively positioned on the ipsilateral of material path 7 and with material path 7
It is arranged in parallel, the output end and first gear 2e3 of first motor 2e1 is sequentially connected, the output end and the second tooth of the second motor 2e2
Wheel 2e4 is fixedly connected, and first motor 2e1 is symmetrical set with the second motor 2e2 and first motor 2e1 and the second motor 2e2 are equal
It is fixedly connected with the first installing frame 2a；First gear 2e3 rotation and the second motor 2e2 is driven to drive the by first motor 2e1
Two gear 2e4 rotation, so that the first adjustment component 2b, second adjustment component 2c and third be driven to adjust component 2d work, by the
Erasing rubber on one channel 7c, second channel 7d and third channel 7e is adjusted.
The first adjustment component 2b includes first clamping plate 2b1 and second clamping plate 2b2, first clamping plate 2b1 and second clamping plate
2b2 is located at the two sides of first passage 7c, and the upper end of first clamping plate 2b1 sets that there are two the first levels being symmetrical set to extend
Plate 2b3, the upper end of second clamping plate 2b2 set that there are two the second horizontal extension plate 2b4 for being symmetrical set, first level extension boards
2b3 and the second horizontal extension plate 2b4 extends to transmission component 2e, the top and bottom point of each first level extension board 2b3
Not She You rack gear 2g and convex block 2f, the top and bottom of each second horizontal extension plate 2b4 be respectively equipped with convex block 2f and rack gear 2g,
Each convex block 2f is slidably matched with slideway 2a1 corresponding with its own, close to first gear 2e3 rack gear 2g with the first tooth
2e3 engagement is taken turns, the rack gear 2g close to second gear 2e4 is engaged with second gear 2e4；Pass through rack gear 2g and first gear 2e3
With the engagement of second gear 2e4, first gear 2e3 and second gear 2e4 is enabled to drive first level to prolong in rotation
Plate 2b3 is stretched to move to the direction far from transmission component 2e while driving the second horizontal extension plate 2b4 to the direction of transmission component 2e
Movement protects erasing rubber and material path 7 so that first clamping plate 2b1 and second clamping plate 2b2 is close to each other to clamp erasing rubber
Maintain an equal level row.
The second adjustment component 2c includes third clamping plate 2c1 and the 4th clamping plate 2c2, third clamping plate 2c1 and the 4th clamping plate
2c2 is located at the two sides of second channel 7d, and the upper end of third clamping plate 2c1 sets that there are two the third horizontal extensions being symmetrical set
Plate 2c3, the upper end of the 4th clamping plate 2c2 set that there are two the 4th horizontal extension plate 2c4 that is symmetrical set, third horizontal extension plates
2c3 and the 4th horizontal extension plate 2c4 extends to transmission component 2e, the top and bottom point of each third horizontal extension plate 2c3
Not She You rack gear 2g and convex block 2f, the top and bottom of each 4th horizontal extension plate 2c4 be respectively equipped with convex block 2f and rack gear 2g,
Each convex block 2f and slideway 2a1 corresponding with its own are slidably matched, close to first gear 2e3 rack gear 2g and first gear
2e3 engagement, the rack gear 2g close to second gear 2e4 are engaged with second gear 2e4；By rack gear 2g and first gear 2e3 and
The engagement of second gear 2e4 enables first gear 2e3 and second gear 2e4 to drive third horizontal extension in rotation
Plate 2c3 is moved to the direction far from transmission component 2e while the 4th horizontal extension plate 2c4 being driven to transport to the direction of transmission component 2e
It is dynamic, keep erasing rubber and material path 7 so that third clamping plate 2c1 and the 4th clamping plate 2c2 is close to each other to clamp erasing rubber
In parallel.
The third adjustment component 2d includes five-layer plywood 2d1 and the 6th clamping plate 2d2, five-layer plywood 2d1 and the 6th clamping plate
2d2 is located at the two sides of third channel 7e, and the upper end of five-layer plywood 2d1 sets that there are two the 5th horizontal extensions being symmetrical set
Plate 2d3, the upper end of the 6th clamping plate 2d2 set that there are two the 6th horizontal extension plate 2d4 that is symmetrical set, the 5th horizontal extension plates
2d3 and the 6th horizontal extension plate 2d4 extends to transmission component 2e, the top and bottom point of each 5th horizontal extension plate 2d3
Not She You rack gear 2g and convex block 2f, the top and bottom of each 6th horizontal extension plate 2d4 be respectively equipped with convex block 2f and rack gear 2g,
Each convex block 2f and slideway 2a1 corresponding with its own are slidably matched, close to first gear 2e3 rack gear 2g and first gear
2e3 engagement, the rack gear 2g close to second gear 2e4 are engaged with second gear 2e4；By rack gear 2g and first gear 2e3 and
The engagement of second gear 2e4 enables first gear 2e3 and second gear 2e4 to drive the 5th horizontal extension in rotation
Plate 2d3 is moved to the direction far from transmission component 2e while the 6th horizontal extension plate 2d4 being driven to transport to the direction of transmission component 2e
It is dynamic, keep erasing rubber and material path 7 so that five-layer plywood 2d1 and the 6th clamping plate 2d2 is close to each other to clamp erasing rubber
In parallel.
The width of the first passage 7c, second channel 7d and third channel 7e are about 4cm, and first passage 7c, second are led to
The Sidewall Height of road 7d and third channel 7e are about 2cm；Such width and height make the type skin of most of models wipe equal energy
It is enough to pass through from first passage 7c, second channel 7d and third channel 7e.
7 leading portion of material path is inclined to set, and the level height of material path 7 extends along direction and gradually decreases；7 front end of material path
The transport being obliquely installed convenient for erasing rubber in material path 7.
Referring to shown in Fig. 4, the alignment means 3 include the second installing frame 3a and alignment component 3b, the second installing frame 3a set
In material path 7, the lower part of the second installing frame 3a sets that there are two for installing the second sliding slot 3a2 of alignment component 3b；Pass through
Alignment component 3b is fixed in material path 7 by two installing frame 3a.
The alignment component 3b includes two electromagnet 3b1, two metal block 3b2 and three interception door 3b3, two electromagnetism
Iron 3b1 is respectively arranged in the upper end of two second sliding slot 3a2, and two metal block 3b2 are respectively arranged under second sliding slot 3a2
End, three interception door 3b3 are respectively arranged in first passage 7c, the top of second channel 7d and third channel 7e and three interception doors
The upper end of 3b3 is fixedly connected to form one, and the lower end of metal block 3b2 is fixedly connected with the upper end for intercepting door 3b3；By by electromagnetism
Three interception door 3b3 are put down in iron 3b1 power-off, first passage 7c, second channel 7d and third channel 7e are blocked, so that first
Erasing rubber marshalling on channel 7c, second channel 7d and third channel 7e is powered, by metal block later to electromagnet 3b1
3b2 is adsorbed upwards, so that three interception door 3b3 rise, is opened first passage 7c, second channel 7d and third channel 7e and is allowed the
Three erasing rubbers of marshalling enter on one channel 7c, second channel 7d and third channel 7e processes in next step.
The both ends of the metal block 3b2 are equipped with fin 3b2a, and the second installing frame 3a is equipped with to be matched with fin 3b2a sliding
The groove 3a1 of conjunction；The glide direction of metal block 3b2 can be limited by fin 3b2a and being slidably matched for groove 3a1.
Referring to figure 5 and figure 6 shown in, the positioning device 4 include third installing frame 4a, third motor 4b, transmission shaft 4c and
Three locating clip 4d, third installing frame 4a are sheathed in material path 7, and third motor 4b is fixedly connected with third installing frame 4a, third
The output end of motor 4b is fixedly connected with one end of transmission shaft 4c, three locating clip 4d equally setting and locating clip 4d
Upper end is fixedly connected with transmission shaft 4c；It is worked by third motor 4b and drives transmission shaft 4c rotation, so that positioning device 4 works
Erasing rubber in material path 7 is clamped and positioned.
Each locating clip 4d includes the folder of the first clamp bar 4d1 and the second clamp bar 4d2, all first clamp bar 4d1 and second
4d2 is connect with transmission shaft 4c and the junction of each first clamp bar 4d1 and the second clamp bar 4d2 and transmission shaft 4c is equipped with spiral shell
Line, the screw thread of the junction the first clamp bar 4d1 and transmission shaft 4c and the screw thread of the junction the second clamp bar 4d2 and transmission shaft 4c are symmetrically set
It sets, close to material path 7, third installing frame 4a, which is equipped with, supplies the first clamp bar 4d1 for the lower end of the first clamp bar 4d1 and the second clamp bar 4d2
The third sliding slot moved on the axis direction of transmission shaft 4c with the second clamp bar 4d2；Connected by the first clamp bar 4d1 and transmission shaft 4c
The screw thread of the screw thread and the second clamp bar 4d2 and the junction transmission shaft 4c that meet place is symmetrical arranged so that transmission shaft 4c is in rotation, the
One clamp bar 4d1 and the second clamp bar 4d2 can be moved toward one another or mutually from movement, to realize the first clamp bar 4d1 and the second clamp bar 4d2
Erasing rubber can be clamped or unclamp erasing rubber.
Shown in referring to Fig.1, the blanking device 6 includes chute 6a, conveyer belt 6b, the 4th motor 6c and collecting box 6d, tiltedly
The front end of road 6a is fixedly connected with the rear end of material path 7, and one end of conveyer belt 6b is located at the lower section of the rear end chute 6a, and collecting box 6d
In the lower section of the conveyer belt 6b other end, the output end and conveyer belt 6b of the 4th motor 6c is sequentially connected；Rubber after the completion of bat printing
It wipes and enters chute 6a and dropped down on conveyer belt 6b by chute 6a, erasing rubber is sent in collecting box 6d by conveyer belt 6b.
It is solid by bolt that the two sides of the conveyer belt 6b are equipped with limit plate 6b1, the 4th motor 6c and a limit plate 6b1
Fixed connection；Limit plate 6b1 can prevent erasing rubber from sliding from conveyer belt 6b.
The chute 6a is made of metal material and its surface is smooth；Metal material corrosion resistance is stronger and more durable,
Smooth surface slides from chute 6a to conveyer belt 6b convenient for erasing rubber；The mistake that the good erasing rubber of bat printing conveys in transmission belt
Cheng Zhong also dries the effect of ink, so that the text and pattern of bat printing are solid.
Embodiment 2
Please refer to Fig. 1 to Figure 10, the tampon-printing process of erasing rubber pad printing machine described in embodiment 1, comprising the following steps:
S1, it is poured in vibration feeding disk 1 to the erasing rubber of bat printing, it is by vibration feeding disk 1 that its internal erasing rubber is defeated
It send to material path 7；
S2, make the erasing rubber in material path 7 keep the state parallel with material path 7 again by adjusting device 2, pass through later pair
Neat device 3 makes the erasing rubber in material path 7 is neat being arranged in a row and reaching below printer device 5, and positioning device 4 will be in material path
The erasing rubber of marshalling clamps；
S3, then printer device 5 moves down, and carries out bat printing to the erasing rubber of clamping, is completed later by blanking device 6 to shifting
Print the blanking work for the erasing rubber completed.
Specifically, the tampon-printing process of erasing rubber pad printing machine of the invention is as follows: passing through vibration feeding disk 1 first will
Its internal erasing rubber is delivered in material path 7, later by adjusting device 2 and alignment means 3 to the shape of the erasing rubber in material path 7
State is adjusted, and when erasing rubber is sent to below pad printer, is worked by third motor 4b and is driven transmission shaft 4c rotation, due to
The screw thread and the second clamp bar 4d2 of first clamp bar 4d1 and the junction transmission shaft 4c and the screw thread of the junction transmission shaft 4c are symmetrical arranged
So that transmission shaft 4c rotation when, the first clamp bar 4d1 and the second clamp bar 4d2 can be moved toward one another, thus make the first clamp bar 4d1 and
Second clamp bar 4d2 clamps erasing rubber, and the second cylinder 5b2 drives so that upper oiled-plate method 5d1 is moved to the lower section of bat printing head 5c4 later,
First cylinder 5b1 driving bat printing head 5c4 declines and dips ink, and upper oiled-plate method 5d1 is withdrawn, and bat printing head 5c4 decline is simultaneously moved to being located at
The erasing rubber that printing equipment sets 5 lower sections carries out bat printing, and the erasing rubber after the completion of bat printing enters chute 6a and drops down onto transmission by chute 6a
On band 6b, erasing rubber is sent in collecting box 6d by conveyer belt 6b, realizes the automatic production of erasing rubber bat printing.The bat printing work
Skill is simple and reliable, high-efficient, per hour can with bat printing 5000-6000pcs, and it is artificial per hour may only bat printing 1000-
1200pcs, efficiency are artificial 4-6 times, and people can serve several machines, can satisfy different sizes, it is different thick
It spends, the bat printing of the erasing rubber of different size, it is versatile.
The above described is only a preferred embodiment of the present invention, not making any limit to technical scope of the invention
System, therefore any subtle modifications, equivalent variations and modifications to the above embodiments according to the technical essence of the invention,
In the range of still falling within technical solution of the present invention.
Claims (10)
1. erasing rubber pad printing machine, it is characterised in that: including vibration feeding disk (1), adjustment device (2), alignment means (3),
Positioning device (4), printer device (5) and blanking device (6), the vibration feeding disk (1) is equipped with to be extended outwardly from inside it
Material path (7), adjustment device (2), alignment means (3) and positioning device (4) sets gradually along the extending direction of material path (7), shifting
Printing equipment sets the side that (5) are located at positioning device (4), and blanking device (6) is located at below the end of material path (7), the printer device
It (5) include mounting rack (5a), driving assembly (5b), bat printing component (5c) and the component that oils (5d), driving assembly (5b), bat printing group
Part (5c) and the component that oils (5d) are all set on mounting rack (5a), and bat printing component (5c) is located at the top of material path (7), and oil group
Part (5d) is disposed adjacent with bat printing component (5c), and the component that oils (5d) includes upper oiled-plate method (5d1), ink bottle (5d2) and card
Conjunction portion (5d3), ink bottle (5d2) is in being vertically arranged and its bottleneck is arranged downward, the bottleneck and upper oiled-plate method of ink bottle (5d2)
(5d1) fitting, upper oiled-plate method (5d1) are equipped with ink tank (5d1b), and holding section (5d3) is set on mounting rack (5a), holding section
(5d3) includes snap-on caps (5d3a) and two connecting rods (5d3b) being symmetrical set, and the lower end of two connecting rods (5d3b) is equal
It is fixedly connected with the upper end of snap-on caps (5d3a), the upper end of two connecting rods (5d3b) is equipped with for connecting two connecting rods
The cross bar (5d3c) of (5d3b), the top of two connecting rods (5d3b) are all provided with restraining position ring block (5d3d), and mounting rack (5a) is equipped with
Two through slots (5a1), two through slots (5a1) are in cylindrical structure, and the diameter on the top through slot (5a1) is straight with connecting rod (5d3b)
Diameter is identical, and the diameter of the lower part through slot (5a1) is greater than the diameter of connecting rod (5d3b), and the lower part of through slot (5a1) is equipped with the first spring
The lower end of (5d4), the first spring (5d4) contradict snap-on caps (5d3a), and the lower end of snap-on caps (5d3a) is equipped with and ink bottle (5d2)
Bottom engaging engaging slot.
2. erasing rubber pad printing machine according to claim 1, it is characterised in that: the bat printing component (5c) includes installation
Head (5c1), the lower end of mounting head (5c1) are set there are two groove body, and each groove body is interior to be equipped with a bat printing head (5c4), bat printing head
The level height of lower end surface of the level height of the lower end surface of (5c4) lower than mounting head (5c1), the two sides of each groove body, which are equipped with, is in
Symmetrically arranged two through-holes (5c1a), through-hole (5c1a) is interior to be equipped with bolt (5c2), all bolt (5c2) self installation heads
The inside of (5c1) extends to the external of mounting head (5c1), and all bolts (5c2) are located at the external one end of mounting head (5c1) and are all provided with
Have pull ring (5c3), bolt (5c2) is located at the internal one end of mounting head (5c1) and is equipped with clamping block (5c2a), clamping block (5c2a)
Lower end be equipped with second spring, the upper end of bat printing head (5c4) is equipped with the jack (5c4a) of bolt (5c2) grafting for two sides, institute
The connecting hole being engaged by clamping with clamping block (5c2a) is equipped on the side wall for having jack (5c4a).
3. erasing rubber pad printing machine according to claim 2, it is characterised in that: the driving component (5b) includes first
Cylinder (5b1) and the second cylinder (5b2), the first cylinder (5b1) and the second cylinder (5b2) are fixedly connected with mounting rack (5a),
First cylinder (5b1) is in being vertically arranged and the output end of the first cylinder (5b1) is arranged downward, the output end of the first cylinder (5b1)
Be fixedly connected with the upper end of mounting head (5c1), the second cylinder (5b2) in the horizontally disposed and output end of the second cylinder (5b2) with
One end of upper oiled-plate method (5d1) is fixedly connected.
4. erasing rubber pad printing machine according to claim 1, it is characterised in that: the lower end of the upper oiled-plate method (5d1) is set
Have sliding block (5d1a), mounting rack (5a) is equipped with the first sliding groove being slidably matched with sliding block (5d1a).
5. erasing rubber pad printing machine according to claim 1, it is characterised in that: the side of the ink bottle (5d2) is set
There is the baffle (8) for striking off the ink in ink tank (5d1b), the upper end of baffle (8) is fixedly connected with mounting rack (5a), baffle
(8) lower end is close to ink tank (5d1b).
6. erasing rubber pad printing machine according to claim 1, it is characterised in that: the adjustment device (2) includes first
Installing frame (2a), the first adjustment component (2b), second adjustment component (2c), third adjustment component (2d) and transmission component (2e),
First installing frame (2a) is set on material path (7), and the first adjustment component (2b), second adjustment component (2c), third adjust component
(2d) and transmission component (2e) are fixedly connected with the first installing frame (2a), and the first installing frame (2a) is equipped with several slideways
(2a1), the transmission component (2e) include first motor (2e1), the second motor (2e2), first gear (2e3) and second gear
(2e4), first motor (2e1), the second motor (2e2), first gear (2e3) and second gear (2e4) are respectively positioned on the same of material path
It side and is arranged in parallel with material path (7), the output end and first gear (2e3) of first motor (2e1) are sequentially connected, the second electricity
The output end of machine (2e2) is fixedly connected with second gear (2e4), and first motor (2e1) is symmetrical set with the second motor (2e2)
And first motor (2e1) is fixedly connected with the first installing frame (2a) with the second motor (2e2), the alignment means (3) include
Second installing frame (3a) and alignment component (3b), the second installing frame (3a) are sheathed on material path (7), under the second installing frame (3a)
Portion is set there are two the second sliding slot (3a2) for installing alignment component (3b), and the positioning device (4) includes third installing frame
(4a), third motor (4b), transmission shaft (4c) and three locating clips (4d), third installing frame (4a) are sheathed on material path (7), the
Three motors (4b) are fixedly connected with third installing frame (4a), and one end of the output end and transmission shaft (4c) of third motor (4b) is fixed
Connection, equally the upper end of setting and locating clip (4d) is fixedly connected with transmission shaft (4c) three locating clips (4d).
7. erasing rubber pad printing machine according to claim 6, it is characterised in that: each locating clip (4d) includes the
One clamp bar (4d1) and the second clamp bar (4d2), all first clamp bars (4d1) and the second clamp bar (4d2) are connect with transmission shaft (4c)
And the junction of each first clamp bar (4d1) and the second clamp bar (4d2) and transmission shaft (4c) are equipped with screw thread, the first clamp bar
The screw thread and the second clamp bar (4d2) of (4d1) and the junction transmission shaft (4c) and the screw thread of the junction transmission shaft (4c) are symmetrical arranged,
Close to material path (7), third installing frame (4a) is equipped with for the first folder for the lower end of first clamp bar (4d1) and the second clamp bar (4d2)
The third sliding slot that item (4d1) and the second clamp bar (4d2) move on the axis direction of transmission shaft (4c).
8. erasing rubber pad printing machine according to claim 1, it is characterised in that: the blanking device (6) includes chute
(6a), conveyer belt (6b), the 4th motor (6c) and collecting box (6d), the fixed company in the front end of chute (6a) and the rear end of material path (7)
It connects, one end of conveyer belt (6b) is located at the lower section of the rear end chute (6a), and collecting box (6d) is located under conveyer belt (6b) other end
Side, the output end and conveyer belt (6b) of the 4th motor (6c) are sequentially connected.
9. erasing rubber pad printing machine according to claim 8, it is characterised in that: the two sides of the conveyer belt (6b) are all provided with
Have limit plate (6b1), the 4th motor (6c) is bolted to connection with a limit plate (6b1), the chute (6a) gold
Category material is made and its surface is smooth.
10. the tampon-printing process of -9 described in any item erasing rubber pad printing machines according to claim 1, which is characterized in that including
Following steps:
S1, it is poured in vibration feeding disk (1) to the erasing rubber of bat printing, it is by vibration feeding disk (1) that its internal erasing rubber is defeated
It send on material path (7)；
S2, the state for making the holding of the erasing rubber on material path (7) parallel with material path (7) by adjusting device (2) again, pass through later
Alignment means (3) make the erasing rubber on material path (7) is neat being arranged in a row and reaching below printer device (5), positioning device
(4) erasing rubber of marshalling in material path is clamped；
S3, then printer device (5) moves down, and carries out bat printing to the erasing rubber of clamping, is completed later by blanking device (6) to shifting
Print the blanking work for the erasing rubber completed.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711425460.9A CN108162578B (en) | 2017-12-25 | 2017-12-25 | Erasing rubber pad printing machine and its tampon-printing process |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711425460.9A CN108162578B (en) | 2017-12-25 | 2017-12-25 | Erasing rubber pad printing machine and its tampon-printing process |
Publications (2)
| Publication Number | Publication Date |
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| CN108162578A CN108162578A (en) | 2018-06-15 |
| CN108162578B true CN108162578B (en) | 2019-09-20 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201711425460.9A Active CN108162578B (en) | 2017-12-25 | 2017-12-25 | Erasing rubber pad printing machine and its tampon-printing process |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN111572186B (en) * | 2020-05-07 | 2022-05-17 | 刘益贾 | Flowerpot pattern printing device |
| CN112009088B (en) * | 2020-09-16 | 2022-04-15 | 江苏正红彩印有限公司 | Carton box printing and dyeing packaging all-in-one machine |
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| DE3744979C2 (en) * | 1987-11-07 | 1994-10-06 | Tampoprint Gmbh | Ink containers for silk screen printing machine |
| JPH11123810A (en) * | 1997-10-21 | 1999-05-11 | Navitas Co Ltd | Pad printing machine |
| US6983688B1 (en) * | 2003-08-26 | 2006-01-10 | The Gem Group, Inc. | Decoration for bags and cases and method for applying the same |
| CN203381328U (en) * | 2013-07-16 | 2014-01-08 | 福建省邦手氟塑制品有限公司 | Automatic core pad printer |
| CN203381330U (en) * | 2013-07-22 | 2014-01-08 | 深圳雷柏科技股份有限公司 | Guide groove type full-automatic transfer printing equipment |
| CN103407285B (en) * | 2013-07-22 | 2015-08-19 | 深圳雷柏科技股份有限公司 | The full-automatic transfer printing equipment of guide type |
| KR101673225B1 (en) * | 2016-03-14 | 2016-11-07 | 주식회사 엠에스프린텍 | A printing Apparatus using roll-type pad printing method of using the same |
| JP3205342U (en) * | 2016-05-09 | 2016-07-21 | ナビタス株式会社 | Pad printing machine |
| CN205853603U (en) * | 2016-08-07 | 2017-01-04 | 绍兴市奥创智能科技有限公司 | Optical fiber jacket pad printer |
| CN106274045B (en) * | 2016-08-15 | 2019-02-22 | 苏州奥比特精密注塑有限公司 | Plastic marking device and marking production line and marking method |
| CN206011991U (en) * | 2016-08-20 | 2017-03-15 | 湖南创一电子科技有限公司 | A kind of hi-Fix transfer printing equipment |
| CN106743397A (en) * | 2017-02-27 | 2017-05-31 | 湖北阳超机电科技有限公司 | A kind of plastic bottle closure automatic charging device |
| CN206653735U (en) * | 2017-02-27 | 2017-11-21 | 东莞市钰磁电子科技有限公司 | A kind of pad printing machine |
| CN206665541U (en) * | 2017-03-27 | 2017-11-24 | 佛山市三水毅品电器配件有限公司 | One kind vibrations feeder |
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- 2017-12-25 CN CN201711425460.9A patent/CN108162578B/en active Active
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