CN209079463U - A kind of ink jet numbering machine - Google Patents

Abstract

The utility model relates to a kind of ink jet numbering machines, including shell, pedestal, the spray head and nozzle that shell end is arranged in, screw rod is rotatably connected on pedestal, screw rod is arranged perpendicular to ground, sliding block is threaded on screw rod, shell is connect far from nozzle end with sliding block, and the end of screw rod is connected with the driving assembly for driving screw turns, and the rotation stop component for preventing shell from rotating with the rotation of sliding block is provided on sliding block.In use, driving screw turns driving assembly, sliding block will be with the rotation of screw rod and move along the vertical direction at this time, after shell, spray head and nozzle are moved to the height of needs, stop driving assembly, then starts coding；With the movement of sliding block, rotation stop component will prevent shell with the rotation of sliding block, so that shell can be moved preferably along the vertical direction；There is the utility model sprinkler height can adjust as needed, and adjustable range is larger, increases the effect of the applicability of ink jet numbering machine.

Description

A kind of ink jet numbering machine

Technical field

The utility model relates to technical fields, more particularly, to a kind of ink jet numbering machine.

Background technique

Ink jet numbering machine is a kind of by software control, the equipment being identified on product using cordless.Existing spray By main pump, the ink into system applies certain pressure to ink recorder, so that ink is projected by the nozzle on spray head, and by being added in spray The continuous line of ink marker of injection is split into frequency by crystal oscillation model above mouth identical, equal in magnitude, the certain ink droplet of spacing, so By that will be electrically charged respectively when charging electrode, institute's carried charge size is controlled ink droplet by central processing unit afterwards, son's warp Cross detecting electrode detection the practical institute's carried charge of ink droplet and phase it is whether correct, finally, charged droplets formed in deflecting electrode it is inclined Turn to deflect in electric field, then project, beat respectively in product surface different location from the nozzle of spray head, is formed required each Mark, the ink droplets without being electrically charged such as kind text, pattern can be then driven into accumulator tank, and the ink reentered in machine follows Loop system.

A kind of online ink jet numbering machine, including bottom plate, branch are disclosed in the Chinese patent that Authorization Notice No. is CN106427210A Foot, column and circuit system, the stabilizer blade are arranged in 4 and are separately positioned on 4 angles of the bottom of pedestal, and the column is solid It is scheduled on the upper surface of the bottom plate, the circuit system is fixed on the bottom of the column, sets at the top of the circuit system It is equipped with bracket, fixed block is provided on the bracket, spray head is provided on the fixed block, the fixed block is respectively provided with spray head There are 4 and sprinkler height is different, so that changing into line ink jet numbering machine can adapt to the production requirement of different height.

But in the above-mentioned technical solutions, the height of spray head is fixed, and is only applicable to the production environment of four kinds of different heights, is fitted It is poor with property.

Utility model content

The purpose of the utility model is to provide a kind of ink jet numbering machines, adjustable with sprinkler height, increase ink jet numbering machine and are applicable in The advantages of property.

The above-mentioned purpose of utility model of the utility model has the technical scheme that

A kind of ink jet numbering machine, including shell, pedestal, the spray head and nozzle that shell end is arranged in, rotation connects on the pedestal Be connected to screw rod, the screw rod is arranged perpendicular to ground, be threaded with sliding block on the screw rod, the shell far from nozzle end with The sliding block connection, the end of the screw rod is connected with the driving assembly for driving screw turns, is provided on the sliding block Rotation stop component for preventing shell from rotating with the rotation of sliding block.

Implement above-mentioned technical proposal, in use, driving screw turns driving assembly, sliding block will be with screw rod at this time Rotation and move along the vertical direction, after shell, spray head and nozzle are moved to the height of needs, stop driving assembly, then Start coding；With the movement of sliding block, rotation stop component will prevent shell with the rotation of sliding block, so that shell can Preferably move along the vertical direction；Sprinkler height can be adjusted as needed in this way, and adjustable range is larger, increase ink jet numbering machine Applicability.

Further, the driving component includes first bevel gear, second bevel gear and motor, and the first bevel gear is solid Surely screw rod is set in close to ground surface end, and the second bevel gear fixation is set in the drive shaft of motor, the first cone tooth Wheel is engaged with second bevel gear, and the motor is set on the base.

Implement above-mentioned technical proposal, in use, motor drive second bevel gear rotates, first bevel gear will be at this time The rotation of second bevel gear and drive screw rod to rotate so that sliding block will be moved with the rotation of screw rod and along the vertical direction, Achieve the purpose that adjustment housings, spray head and nozzle height.

Further, it is provided with T-shaped convex block on the periphery wall of the shell, slide bar is provided on the sliding block, it is described Slide bar offers sliding slot on the slide bar, the sliding slot corresponds to the convex block along its length perpendicular to screw rod along its length It is arranged and T-shaped, the convex block sliding is connected in the sliding slot, and the limit for limiting bump position is provided on the sliding slot Position part.

Implement above-mentioned technical proposal, in use, convex block is slid along the chute as needed, so that shell drives spray head and nozzle Length direction along the chute is slid, when shell, spray head and nozzle are moved to the position of needs, using locating part to convex block It is fixed, the position of shell, spray head and nozzle is fixed at this time, then starts coding, so that the height of spray head is not It is only adjustable, and spray head can be adjusted in the horizontal direction, further increase the applicability of the ink jet numbering machine.

Further, limiting slot is offered on the slide bar, the limiting slot is connected to the sliding slot, and the locating part includes Across the damping knob of limiting slot setting, one end of the damping knob is provided with knob, the other end and the convex block screw thread and connects It connects.

Implement above-mentioned technical proposal, slide convex block along the chute as needed, so that shell drives spray head and nozzle along the chute Length direction slid, when shell, spray head and nozzle are moved to the position of needs, damping due to rotation knob, when damping revolve When button is screwed far from knob end and convex block, bump position is fixed, then the position of shell, spray head and nozzle is fixed.

Further, the rotation stop component includes the sleeve being set on screw rod and is provided with stopping on sleeve along the vertical direction Turn trough, the sleeve are fixedly connected with pedestal, and the sliding block sliding is connected in the rotation stop groove.

Implement above-mentioned technical proposal, the rotation of motor drive second bevel gear, first bevel gear will be with second at this time The rotation of bevel gear and drive screw rod to rotate so that sliding block will be moved with the rotation of screw rod and along the vertical direction, with cunning The movement of block, rotation stop groove will will limit the position of sliding block, so that rotation will not occur for sliding block, so that shell being capable of better edge Vertical direction is mobile.

Further, the rotation stop component includes the annular groove being provided on the sliding block periphery wall, and the slide bar is far from spray Head end is provided with swivel becket in a ring, and the swivel becket is rotatably connected in the annular groove, also sets up on the swivel becket There is the fixing piece for fixed rotation ring position.

Implement above-mentioned technical proposal, the rotation of motor drive second bevel gear, first bevel gear will be with second at this time The rotation of bevel gear and drive screw rod to rotate it is sliding simultaneously so that sliding block will be moved with the rotation of screw rod and along the vertical direction Rotation will occur for block, and during screw rod rotation, hand steered slide bar, then with the rotation of sliding block, rotating block will be in annular Slot rotation, so that shell will not be rotated with the rotation of sliding block, while shell can be moved to the height of needs along the vertical direction On the other hand degree after shell is moved to the height of needs, can rotate swivel becket, when the angle that slide bar extremely needs, then lead to It crosses fixing piece swivel becket is fixed, the adjustable range further expansion of such spray head position improves the spray The applicability of ink recorder.

Further, the fixing piece includes the fixing bolt through rotation peripheral wall setting, and the fixing bolt is far from spiral shell The slot bottom of cap end and annular groove contradicts.

Implement above-mentioned technical proposal, rotate swivel becket, when slide bar to the angle needed, rotary fixing screw bolt works as fixation When bolt is pushed against far from the slot bottom of screw cap end and annular groove, rotation ring position is fixed, i.e. the position of spray head is fixed.

Further, it is provided with solvent box and print cartridge on the pedestal, solvent pipe, the print cartridge are communicated on the solvent tank On be communicated with ink-feeding tube, be connected with perfusion tube on the spray head, the ink-feeding tube, solvent pipe and perfusion tube pass through triple valve and connect It connects, is provided with booster pump on the solvent box and print cartridge.

Implement above-mentioned technical proposal, when work, by triple valve ink-feeding tube is connected to perfusion tube, solvent pipe and infusion Pipe closure, then booster pump is pressurized into print cartridge, so that ink is flowed out by ink-feeding tube and perfusion tube, then passes through spray head and spray Mouth carries out coding；After having sprayed code, by triple valve ink-feeding tube is connected to perfusion tube closure, solvent pipe with perfusion tube, then Booster pump is pressurized into solvent box, so that solvent flows out to spray head by solvent pipe and perfusion tube, to be rinsed to spray head, is kept away Exempt from ink and remain in spray head, spray head is caused to block.

In conclusion the advantageous effects of the utility model are as follows:

1. such sprinkler height can be adjusted as needed, and adjustable range is larger, increases the applicability of ink jet numbering machine；

2. spray head can be adjusted in the horizontal direction, the applicability of the ink jet numbering machine is further increased；

3. after coding, being connected to ink-feeding tube with perfusion tube closure, solvent pipe with perfusion tube by triple valve, then Booster pump is pressurized into solvent box, so that solvent flows out to spray head by solvent pipe and perfusion tube, is rinsed, is avoided to spray head Ink remains in spray head, and spray head is caused to block.

Detailed description of the invention

Fig. 1 is the overall structure diagram of the utility model embodiment one.

Fig. 2 is the part-structure sectional view of the utility model embodiment one.

Fig. 3 is the partial structure diagram of the utility model embodiment one.

Fig. 4 is the partial enlargement diagram of part A in Fig. 1.

Fig. 5 is the part-structure explosive view of the utility model embodiment one, it is intended that shows convex block, slide bar and damping knob Connection relationship.

Fig. 6 is the overall structure diagram of the utility model embodiment two.

Fig. 7 is the partial enlargement diagram of part B in Fig. 6.

In figure, 1, shell；11, spray head；111, perfusion tube；12, nozzle；13, convex block；131, knob is damped；1311, it revolves Button；2, pedestal；21, screw rod；22, sliding block；221, slide bar；2211, sliding slot；2212, limiting slot；23, solvent box；231, solvent Pipe；24, print cartridge；241, ink-feeding tube；25, triple valve；26, booster pump；3, rotation stop component；31, sleeve；32, rotation stop groove；33, ring Shape slot；331, swivel becket；3311, fixing bolt；4, driving assembly；41, motor；411, second bevel gear；42, the first cone tooth Wheel.

Specific embodiment

The utility model is described in further detail below in conjunction with attached drawing.

Referring to Fig.1,2, it is a kind of ink jet numbering machine disclosed by the utility model, including shell 1, pedestal 2, setting at 1 end of shell The spray head 11 and nozzle 12 in portion are provided with solvent box 23 and print cartridge 24 on pedestal 2, solvent pipe 231, print cartridge are communicated on solvent tank It is communicated with ink-feeding tube 241 on 24, perfusion tube 111 is connected on spray head 11, wherein ink-feeding tube 241, solvent pipe 231 and perfusion tube 111 are connected by triple valve 25, and are provided with booster pump 26 on solvent box 23 and print cartridge 24；At work, swivel tee valve 25 ink-feeding tube 241 is connected to perfusion tube 111, solvent pipe 231 and perfusion tube 111 are closed, then booster pump 26 is to print cartridge 24 Then interior pressurization carries out coding by spray head 11 and nozzle 12 so that ink is flowed out by ink-feeding tube 241 and perfusion tube 111；When After having sprayed code, swivel tee valve 25 is closed ink-feeding tube 241 with perfusion tube 111, solvent pipe 231 is connected to perfusion tube 111, so After booster pump 26 is pressurized into solvent box 23, so that solvent flows out to spray head 11 by solvent pipe 231 and perfusion tube 111, with right Spray head 11 is rinsed, and ink is avoided to remain in spray head 11, and is caused after a period of time has passed, and ink is dry to cause spray head 11 Blocking.

Referring to Fig. 3, the screw rod 21 perpendicular to ground setting is rotatably connected on pedestal 2, the end connection of screw rod 21 is useful In the driving assembly 4 that driving screw rod 21 rotates, driving assembly 4 include first bevel gear 42, engaged with first bevel gear 42 the Two bevel gears 411 and motor 41, for the fixed screw rod 21 that is set in of first bevel gear 42 close to ground surface end, second bevel gear 411 is solid Surely it is set in the drive shaft of motor 41, motor 41 is arranged on pedestal 2, is provided on sliding block 22 for preventing shell 1 The rotation stop component 3 rotated with the rotation of sliding block 22, to guarantee that shell 1, spray head 11 and nozzle 12 can be replaced along the vertical direction Movement.

Referring to Fig. 4, it is threaded with sliding block 22 on screw rod 21, is provided on sliding block 22 along its length perpendicular to screw rod 21 Slide bar 221, and T-shaped sliding slot 2211 is offered on slide bar 221 along its length；Referring to Fig. 5, on the periphery wall of shell 1 It is provided with T-shaped convex block 13, the sliding of convex block 13 is connected in sliding slot 2211.

Referring to Fig. 5, the locating part for limiting 13 position of convex block is provided on sliding slot 2211, offered on slide bar 221 with The limiting slot 2212 that sliding slot 2211 is connected to, locating part include the damping knob 131 being arranged across limiting slot 2212, wherein damping One end of knob 131 is provided with knob 1311, the other end is threadedly coupled with convex block 13.2211 slide convex block along the chute as needed 13 so that shell 1 drive spray head 11 and nozzle 12 along the chute 2211 length direction slid, when shell 1,11 and of spray head When nozzle 12 is moved to the position of needs, damping due to rotation knob 131, when damping knob 131 is far from 1311 end of knob and convex block 13 When screwing, 13 position of convex block is fixed, then the position of shell 1, spray head 11 and nozzle 12 is fixed.

Embodiment one

Referring to Fig. 4, the structure of rotation stop component 3 may is that sleeve 31 including being set on screw rod 21 and along the vertical direction The rotation stop groove 32 being provided on sleeve 31, wherein sleeve 31 and pedestal 2(are as shown in connection with fig. 3) it is fixedly connected, and sliding block 22 slides It is connected in rotation stop groove 32.

The implementation principle of the present embodiment are as follows: in use, motor 41 drives second bevel gear 411 to rotate, first bore at this time Gear 42 will be with the rotation of second bevel gear 411 and screw rod 21 driven to rotate, so that sliding block 22 turns with screw rod 21 It moves and moves along the vertical direction, after shell 1, spray head 11 and nozzle 12 are moved to the height of needs, stop motor 41, then 2211 sliding convex block 13 along the chute as needed so that shell 1 drive spray head 11 and nozzle 12 along the chute 2211 length direction It is slid, when shell 1, spray head 11 and nozzle 12 are moved to the position of needs, damping due to rotation knob 131, by convex block 13 Position is fixed, and coding is then started；With the movement of sliding block 22, rotation stop groove 32 will will limit the position of sliding block 22, make Rotation will not be occurred by obtaining sliding block 22.

Embodiment two

Referring to Fig. 6,7, the structure of rotation stop component 3 may is that the annular groove 33 including being provided on 22 periphery wall of sliding block, sliding Bar 221 is provided with swivel becket 331 in a ring far from 11 end of spray head, wherein and swivel becket 331 is rotatably connected in annular groove 33, Fixing bolt 3311, slot bottom of the fixing bolt 3311 far from screw cap end Yu annular groove 33 are provided through on 331 peripheral wall of swivel becket When abutting, the position of swivel becket 331 is fixed.

The implementation principle of the present embodiment are as follows: in use, motor 41 drives second bevel gear 411 to rotate, first bore at this time Gear 42 will be with the rotation of second bevel gear 411 and screw rod 21 driven to rotate, so that sliding block 22 turns with screw rod 21 It is dynamic and move along the vertical direction, wherein during screw rod 21 rotates, hand steered slide bar 221, then with the rotation of sliding block 22, Rotating block will be rotated in annular groove 33, so that shell 1 will not be rotated with the rotation of sliding block 22, while shell 1 being capable of edge Vertical direction is moved to the height of needs, and after shell 1 is moved to the height of needs, rotary fixing screw bolt 3311 is to swivel becket 331 are fixed, and stop motor 41, then 2211 slide convex block 13 along the chute as needed, so that shell 1 drives spray head 11 With nozzle 12 along the chute 2211 length direction slid, when shell 1, spray head 11 and nozzle 12 are moved to the position of needs When, the position of convex block 13 is fixed, then starts coding by damping due to rotation knob 131.

The embodiment of present embodiment is the preferred embodiment of the utility model, and not limitation is originally practical new according to this The protection scope of type, therefore: the equivalence changes that all structures, shape, principle according to the utility model are done should all be covered by practical Within novel protection scope.

Claims (8)

1. a kind of ink jet numbering machine, including shell (1), pedestal (2), setting shell (1) end spray head (11) and nozzle (12), It is characterized in that: being rotatably connected to screw rod (21) on the pedestal (2), the screw rod (21) is arranged perpendicular to ground, the screw rod (21) it is threaded on sliding block (22), the shell (1) connect far from spray head (11) end with the sliding block (22), the screw rod (21) end is connected with the driving assembly (4) for driving screw rod (21) to rotate, and is provided on the sliding block (22) for hindering The only rotation stop component (3) that shell (1) is rotated with the rotation of sliding block (22).

2. a kind of ink jet numbering machine according to claim 1, it is characterised in that: the driving component (4) includes first bevel gear (42), second bevel gear (411) and motor (41), fixed be set in screw rod (21) of the first bevel gear (42) are close to ground End, second bevel gear (411) fixation are set in the drive shaft of motor (41), the first bevel gear (42) and second Bevel gear (411) engagement, the motor (41) are arranged on pedestal (2).

3. a kind of ink jet numbering machine according to claim 1, it is characterised in that: be provided on the periphery wall of the shell (1) in T The convex block (13) of shape is provided with slide bar (221) on the sliding block (22), and the slide bar (221) is along its length perpendicular to screw rod (21), it is offered along its length sliding slot (2211) on the slide bar (221), the corresponding convex block (13) of the sliding slot (2211) It is arranged and T-shaped, convex block (13) sliding is connected in the sliding slot (2211), is provided with and is used on the sliding slot (2211) Limit the locating part of convex block (13) position.

4. a kind of ink jet numbering machine according to claim 3, it is characterised in that: offer limiting slot on the slide bar (221) (2212), the limiting slot (2212) is connected to the sliding slot (2211), and the locating part includes setting across limiting slot (2212) One end of the damping knob (131) set, damping knob (131) is provided with knob (1311), the other end and the convex block (13) it is threadedly coupled.

5. a kind of ink jet numbering machine according to claim 1, it is characterised in that: the rotation stop component (3) includes being set in screw rod (21) sleeve (31) on and the rotation stop groove (32) being provided on sleeve (31) along the vertical direction, the sleeve (31) and pedestal (2) it is fixedly connected, sliding block (22) sliding is connected in the rotation stop groove (32).

6. a kind of ink jet numbering machine according to claim 3, it is characterised in that: the rotation stop component (3) is described including being provided with Annular groove (33) on sliding block (22) periphery wall, the slide bar (221) are provided with swivel becket in a ring far from spray head (11) end (331), the swivel becket (331) is rotatably connected in the annular groove (33), is additionally provided with and is used on the swivel becket (331) The fixing piece of fixed swivel becket (331) position.

7. a kind of ink jet numbering machine according to claim 6, it is characterised in that: the fixing piece includes running through swivel becket (331) The fixing bolt (3311) of peripheral wall setting, the fixing bolt (3311) contradict far from the slot bottom of screw cap end and annular groove (33).

8. a kind of ink jet numbering machine according to claim 1, it is characterised in that: be provided with solvent box (23) on the pedestal (2) With print cartridge (24), it is communicated with solvent pipe (231) on the solvent tank, is communicated with ink-feeding tube (241) on the print cartridge (24), it is described It is connected on spray head (11) perfusion tube (111), the ink-feeding tube (241), solvent pipe (231) and perfusion tube (111) pass through threeway Valve (25) connects, and is provided with booster pump (26) on the solvent box (23) and print cartridge (24).