CN108773162B - A kind of water transfer device - Google Patents
A kind of water transfer device Download PDFInfo
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- CN108773162B CN108773162B CN201810525831.9A CN201810525831A CN108773162B CN 108773162 B CN108773162 B CN 108773162B CN 201810525831 A CN201810525831 A CN 201810525831A CN 108773162 B CN108773162 B CN 108773162B
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- water transfer
- annular groove
- supporting plate
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B41—PRINTING; LINING MACHINES; TYPEWRITERS; STAMPS
- B41F—PRINTING MACHINES OR PRESSES
- B41F16/00—Transfer printing apparatus
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Abstract
The present patent application belongs to water transfer technique field, a kind of water transfer device is specifically disclosed, including sink, rack and the conveyer belt parallel with sink, bottom of gullet is equipped with the idler wheel of the water flowing in driving sink, sink two sides are equipped with conveyer chain, and engaging has partition bar on conveyer chain；It is located at sink two sides in rack and is equipped with motor, the output shaft of motor is equipped with master gear, and shaft is rotatably connected in rack, and shaft is equipped with the slave gear engaged with master gear；Bull stick is fixed in shaft, bull stick is hinged with supporting plate far from one end of shaft, and supporting plate lower end is hinged with clump weight, is located at clump weight upper end on supporting plate and is equipped with cavity, two cavitys corresponding to two motors are symmetrical arranged towards sink, and supporting plate is at a distance from shaft not less than the distance between two partition bars.Compared with prior art, the present apparatus automatic, continuously can carry out water transfer processing to automobile parts, substantially increase the efficiency of water transfer batch machining, also protect the health of worker.
Description
Technical field
The invention belongs to water transfer technique fields, specifically disclose a kind of water transfer device.
Background technique
Water transfer technique is patterned transfer paper/plastic foil to be carried out macromolecule hydrolysis using hydraulic pressure, then coated
In a kind of printing technology of product surface.The purposes of the raising of requirement with people to product packaging and decoration, water transfer is got over
Come more extensive.Water transfers the principle of indirect printing, and perfect printing effect solves the problems, such as many product surface decorations,
Water transfer technique has been widely used on automobile parts at present.
Water transfer processing is being carried out to automobile parts at present, in order to realize mass Continuous maching, is slowly being flowed using one
Dynamic sink, the pattern that required water is transferred hydrolyze in screw clamp, and water transfer pattern will swim in the surface of sink；Work at this time
People is located at the two sides of sink, and hand-held automobile parts simultaneously slowly submerge automobile parts in sink, further takes out automobile parts, completion pair
The transfer of automobile parts is processed.In the above process, in order to carry out preferable water transfer processing on automobile parts surface, worker can only
Automobile parts are submerged in a piece of complete water transfer pattern, the automobile parts for completing water transfer processing are quickly removed into sink
When, automobile parts are easy to pull the transfer pattern of the water near water surface, cause adjacent water transfer pattern imperfect, not can be carried out
Water transfer processing extremely wastes the water transfer pattern of modulation, is unfavorable for processing automobile parts mass, also will be greatly reduced vapour
The efficiency of vehicle accessory water transfer processing.In addition, water transfer pattern itself is that chemical macromolecule hydrolysis forms, containing harmful substance,
Worker completes in automobile parts water transfer process, it will directly contacted with the water of water transfer pattern, carrying water transfer pattern,
It is very unfavorable to the health of worker.
Summary of the invention
The purpose of the present invention is providing a kind of water transfer device, is processed with solving to transfer automobile parts water, low efficiency, no
The problem of conducive to workers ' health.
In order to achieve the above object, base case of the invention are as follows: a kind of water transfer device, including sink, bottom of gullet
Idler wheel equipped with the water flowing in driving sink, wherein further include rack and the conveyer belt parallel with sink, the sink two sides
It is equipped with the conveyer chain along the transmission of the flow direction of water, engaging is equipped with more partition bars on conveyer chain；It is located at water in the rack
Slot two sides are equipped with motor, and the output shaft of motor is equipped with master gear, are rotatably connected to shaft in the rack, shaft be equipped with
The slave gear of master gear engagement；Bull stick is fixed in shaft, bull stick is vertically arranged with shaft, and the one end of bull stick far from shaft is hinged
There is supporting plate, supporting plate lower end is hinged with clump weight, is located at clump weight upper end on supporting plate and is equipped with the cavity for placing partition bar, two motors
Two corresponding cavitys are symmetrical arranged towards sink, the supporting plate at a distance from shaft not less than between two partition bars away from
From；
Shaft between conveyer belt and sink is equipped with cam, and the bigger diameter end of cam is equipped with groove, the outer of cam
It equipped with annular groove, is slided up and down in rack and is connected with slide bar, the lower end sliding of the slide bar is fastened and connected in annular groove；Slide bar it is upper
End is rotatably connected to strut, and the sleeve being nested with outside strut is fixed in rack, is set in the sleeve towards the side of sink
There is vertical slot, is equipped with inclined annular groove in the sleeve, the low side of annular groove is connected to towards vertical slot and with vertical slot, the height of annular groove
End is equipped with short slot straight down, and the short slot is arranged close to conveyer belt, be fixed on the side wall of strut for vertical slot, annulus
The sliding bar that slot, short slot are slidably connected；The upper end of strut is connected with grasping plate, and the grasping plate lower end is equipped with multiple for adsorption vehicle
The sucker of accessory, the sucker are communicated with tracheae, and the air pump for controlling tracheae air-breathing or inflation is fixed in the rack, circle
The high-end switch for being equipped with control air pump and tracheae being inflated of annular groove；The direction of shaft overhead cam bigger diameter end is with bull stick towards unanimously.
The working principle of this base case is: before the transfer processing of automobile parts water, water will be full of in sink, by water
Pattern hydrolysis is transferred in the water of sink, water transfer pattern is made to swim in the upper surface of water and is formed complete a piece of；It will partition
Bar interval is uniformly placed on conveyer chain, and the water of sheet can be transferred pattern and separated by partition bar.Needing to carry out water transfer
The automobile parts of processing are spaced apart on a moving belt, and starting conveyer belt carries out intermittent transfer to automobile parts.
Scroll wheel at this time flows water slowly in sink by idler wheel；Electrical power, the output shaft of motor are given simultaneously
Master gear rotation will be will drive, master gear drives the slave gear rotation engaged, rotates from gear band turn axis.Shaft turns
It is dynamic, it will cam is rotated, since the outer of cam is equipped with annular groove, is slided up and down in rack and is connected with slide bar, the slide bar
Lower end is slidably connected in annular groove；Cam rotation will be such that the lower end of the slider slides in annular groove, and rack is to sliding bar direction
Limitation, so that slide bar can only slide up and down under the action of cam.Since the upper end of slide bar is rotatably connected to strut, strut will be with
Slide bar move up and down.
Due to being fixed with the sleeve being nested with outside strut in rack, it is equipped in the sleeve towards the side of sink perpendicular
Slot, the sleeve is interior to be equipped with inclined annular groove, and the low side of annular groove is connected to towards vertical slot and with vertical slot, and the high-end of annular groove sets
Have a short slot straight down, the short slot be fixed on conveyer belt, the side wall of strut for vertical slot, annular groove, short slot
The sliding bar being slidably connected；When strut moves up, sliding bar is also moved up in vertical slot and annular groove with strut, when sliding bar is in circle
When moving up in annular groove, since strut lower end and slide bar upper end are rotatablely connected, sliding bar will will drive strut and rotate with annular groove.When
Sliding bar will will drive strut rotation half-turn when rotating half-turn in sliding slot, since the bigger diameter end of cam is equipped with groove, annular groove
It is arranged in vertical slot upper end, the lower end of the slider has moved to the bigger diameter end of cam at this time, it will slides along the groove, in the effect of groove
Under, strut will be moved down and be moved up again, and strut is also moved down therewith and moved up again, and the sliding bar on strut is then moved down in short slot on again
It moves.The lower end of slide bar has already passed through the bigger diameter end of cam at this time, and cam effect will be such that slide bar moves down, and strut moves down therewith, sliding
Lever can then be moved down along another half-turn annular groove, then be moved down with vertical slot；When sliding bar is moved down along another half-turn annular groove, it will band
Dynamic strut rotates half-turn, then moves down.
It is acted in strut with cam and is moved up along vertical slot, moves up and rotate half-turn along half-turn annular groove, moved down on again along short slot
It moves, move down and rotate half-turn along another half-turn annular groove, along each cyclic process that vertical slot moves down, it will make strut upper end
Grasping plate circulation, which is realized, to be moved up, rotates half-turn, moves down the process for moving up again, rotating half-turn, moving down.Since sink is parallel with conveyer belt
Setting, rack is between conveyer belt and sink, and vertical slot is close to sink, and for short slot close to conveyer belt, grasping plate moves down court when moving up again
Air pump is powered to conveyer belt, during this, air pump can make sucker be in suction condition by tracheae, and grasping plate is towards under conveyer belt
Shifting moves up again, can the automobile parts on conveyer belt is sucked and be grabbed.Next grasping plate rotates half-turn will turn to water
Above slot, grasping plate moves down again, it will moves down the automobile parts in grasping plate therewith, two partition bars will be submerged in folding process
Between water in, to automobile parts carry out water transfer processing, moved up after moving down will automobile parts take out water in, after moving up again
The automobile parts that completion water transfers processing will be turned to conveyer belt upper end by rotation half-turn.High-end due to annular groove is equipped with control
The switch that air pump processed inflates tracheae, completing in automobile parts will touching switch after water transfer processing turns on conveyer belt
Inflate air pump to tracheae, tracheae inflation inflates sucker also, to the automobile parts for completing water transfer processing be decontroled, at this time
Automobile parts are located above conveyer belt, and automobile parts can fall to conveyer belt and be transmitted.
The above process will persistently be carried out with the rotation of cam, be added to realize to the water transfer of automobile parts duration
Work, automobile parts entire water transfer process without human intervention, thus strictly avoid worker and water transfer pattern and
The water of carrying water transfer pattern directly contacts, and protects the health of worker.The pattern of water transfer simultaneously is separated by partition bar, vapour
Vehicle accessory, which is submerged every time between two partition bars, completes water transfer processing, avoids in automobile parts water transfer process,
Influence the water transfer pattern of the adjacent water surface.
Cam rotates a circle i.e. shaft rotation one week, and bull stick will rotate with it one week.Bar rotation one week, supporting plate will be with
Bull stick rotate a circle.During supporting plate rotates a circle, since supporting plate and bull stick end are hinged, supporting plate lower end is equipped with counterweight
Block is located at clump weight upper end on supporting plate and is equipped with the cavity for placing partition bar, during supporting plate was with bar rotation one week, in counterweight
Under the gravity of block, the cavity on supporting plate remains horizontal position during rotating a circle with supporting plate.Due to sink
Both ends are equipped with motor, master gear, from gear, shaft, bull stick, supporting plate, clump weight, cavity, open simultaneously in two motors
In the case of, shaft and the velocity of rotation of bull stick are consistent with rotation direction；Two cavitys as corresponding to two motors are towards water
Slot is symmetrical arranged, and cavity rotate in place during sink upper end, and the both ends for separating bar will be located in cavity, and in cavity
Rotary action under along water flow upper downstream, and as cavity turns to the lower section of sink, so that partition bar is placed on biography
It send on chain.Since supporting plate is not less than the distance between two partition bars at a distance from shaft, cavity rotates a circle will be water flow
The partition bar in downstream lifts and is placed into water flow upstream in rotary course, so that partition bar be made to transfer in each automobile parts water
It is moved up after processing primary.Although water in sink on the water surface water transfer pattern and conveyer chain slowly transmitting,
Under the turning effort of supporting plate, duration is moved along partition bar in the transmit process of conveyer chain, begins to make to separate bar
It is maintained at the same position of sink eventually.Since the direction of shaft overhead cam bigger diameter end is consistent with bull stick direction, in grasping plate to automobile
Accessory crawl, in rotation process, bull stick realizes the movement to partition bar in the rotation of shaft upper end, when grasping plate moves down, moves up to vapour
Vehicle accessory carries out in water transfer process, and bull stick is mobile in shaft lower end, will not influence automobile parts water transfer process.
The beneficial effect of this base case is:
1, in the present apparatus, cam per revolution is, it can be achieved that transferring processing to the crawl of automobile parts, water and putting down dynamic
Make, during cam continuous rotation, can the successional automobile parts to batch carry out water transfer processing, and process without
Manual operation is needed, the health of worker is protected.
2, the present apparatus carries out in process automobile parts, separates using partition bar to water transfer pattern, keeps away
Exempting from a certain automobile parts water transfer processing influences other water transfer patterns on the water surface；The transmission of conveyer chain water avoids water transfer figure
Case is accumulated after being separated by partition bar because of transmission, and partition bar can transfer processing with automobile parts water and intermittent is shifted up, from
And each automobile parts is made to complete water transfer processing all before two partition bars.
3, water transfer processing is carried out to automobile parts using the present apparatus, can makes automobile parts are continuous, are automatically performed water to transfer
Processing substantially increases the efficiency of automobile parts water transfer processing to be conducive to the transfer processing of automobile parts mass water.
Compared with prior art, the present apparatus automatic, continuously can carry out water transfer processing to automobile parts, substantially increase
Water transfers the efficiency of batch machining, also protects the health of worker.
Further, the grasping plate lower end is equipped with more telescopic rods, and more telescopic rod intervals are uniform, and the sucker is fixed on stretches
Contracting bar lower end, the telescopic rod are equipped with the buckle for fixing telescopic location.Structure is complicated for automobile parts, and telescopic rod can basis
The structure of automobile parts is adjusted, to keep sucker more preferable to the adsorption effect of automobile parts, the more conducively water of automobile parts
Transfer processing.
Further, the cam bigger diameter end radius is greater than three times of cam miner diameter end radius, and the master gear diameter is less than
From five times of gear diameter.Such mode of cam is arranged, and the distance that slide bar, strut, grasping plate can be made to move up and down is bigger, more conducively
The water of automobile parts transfers processing.Master gear diameter is less than five times from gear diameter, can make to subtract significantly from the angular speed of gear
It is small, so that making the revolving speed of bull stick, cam and shaft reduces, it is more advantageous to the water transfer processing of automobile parts.
Further, the bull stick is equipped with the short axle parallel with shaft far from one end of shaft, is fixed with outside the short axle
Bearing, supporting plate are rotatablely connected by bearing and short axle；The partition bar is three, and supporting plate is equal to two partitions at a distance from shaft
The distance between bar.Bearing can reduce the frictional force between supporting plate and short axle, be made under the gravity of clump weight using supporting plate
Cavity remains horizontal position, more conducively in the water transfer process of automobile parts, the transfer to partition bar.
Further, the vertical slot, annular groove, short slot cross section be it is arc-shaped, the sliding boom end is embedded with use
In the ball being slidably connected with vertical slot, annular groove, short slot.It may make the jail that is slidably connected of sliding bar and vertical slot, annular groove, short slot
Gu and friction is small, thus make automobile parts water transfer process it is more smooth.
Detailed description of the invention
Fig. 1 is a kind of structural schematic diagram of water transfer device embodiment of the present invention；
Fig. 2 is the cross-sectional view in Fig. 1 at A-A.
Specific embodiment
Below by specific embodiment, the present invention is described in further detail:
Appended drawing reference in Figure of description include: sink 10, idler wheel 11, conveyer chain 12, partition bar 13, conveyer belt 14,
Motor 20, master gear 21, from gear 22, shaft 23, bull stick 30, supporting plate 31, short axle 32, bearing 33, clump weight 34, cavity 35,
Cam 40, annular groove 42, slide bar 43, strut 50, sliding bar 51, ball 52, sleeve 53, vertical slot 54, annular groove 55, is opened groove 41
Rack, air pump and tracheae are not shown in pass 56, short slot 57, grasping plate 60, telescopic rod 61, buckle 62, sucker 63, Fig. 1 and Fig. 2.
As shown in Figure 1 and Figure 2, a kind of water transfer device, including sink 10, rack and the conveyer belt 14 parallel with sink 10,
10 bottom of sink is provided with the idler wheel 11 of the water flowing in driving sink 10, and 10 two sides of sink are provided with along the flow direction of water
The conveyer chain 12 of transmission, engaging is provided with more partition bars 13 on conveyer chain 12, and partition bar 13 takes three in the present embodiment.Rack
Rack including being located at 10 two sides of sink is located at 10 two sides of sink in rack and is symmetrically fixed with two motors 20, motor 20 it is defeated
Shaft is fixed with master gear 21, and shaft 23 is rotatably connected in rack, and the slave tooth engaged with master gear 21 is fixed in shaft 23
Wheel 22.Since motor 20 is symmetrically arranged in 10 two sides of sink, master gear 21 in the present embodiment is from gear 22, shaft 23
Two and along 10 two sides of sink be symmetrical arranged.In order to reduce the revolving speed of shaft 23, in the present embodiment, 21 diameter of master gear be less than from
Five times of 22 diameter of gear.
Bull stick 30 is respectively and fixedly provided in two shafts 23, bull stick 30 is vertically arranged with shaft 23, and bull stick 30 is far from shaft 23
One end is hinged with supporting plate 31；In the present embodiment, bull stick 30 is provided with the short axle 32 parallel with shaft 23 far from one end of shaft 23,
Bearing 33 is fixed with outside short axle 32, supporting plate 31 is rotatablely connected by bearing 33 and short axle 32.31 lower end of supporting plate is hinged with counterweight
Block 34 is located at 34 upper end of clump weight on supporting plate 31 and is provided with the cavity 35 for placing partition bar 13.Since shaft 23 is along 10 liang of sink
Side is symmetrical arranged, therefore supporting plate 31, short axle 32, bearing 33, clump weight 34, cavity 35 are also two, and is located at 10 liang of sink
Side is symmetrical arranged.Supporting plate 31 is not less than the distance between two partition bars 13, supporting plate 31 in the present embodiment at a distance from shaft 23
Be equal to the distance between two partition bars 13 at a distance from shaft 23.
Cam 40 is fixed in shaft 23 between conveyer belt 14 and sink 10, the bigger diameter end of cam 40 is provided with recessed
Slot 41, the outer of cam 40 are provided with annular groove 42, slide up and down in rack and be connected with slide bar 43, and the lower end of slide bar 43, which is slided, to be fastened
It is connected in annular groove 42；In the present embodiment, the cross section of annular groove 42 be it is arc-shaped, the lower end of slide bar 43 is to be slidably fastened in annular groove
Spherical shape in 42.The upper end of slide bar 43 is rotatably connected to strut 50, and the sleeve 53 being nested with outside strut 50 is fixed in rack,
It is provided with vertical slot 54 towards the side of sink 10 in sleeve 53, is provided with inclined annular groove 55 in sleeve 53, annular groove 55
Low side is connected to towards vertical slot 54 and with vertical slot 54, the high-end short slot 57 being provided with straight down of annular groove 55, and short slot 57 is close
Conveyer belt 14 is arranged, and the sliding bar for being slidably connected with vertical slot 54, annular groove 55, short slot 57 is fixed on the side wall of strut 50
51；In the present embodiment, vertical slot 54, annular groove 55, short slot 57 cross section be it is arc-shaped, 51 end of sliding bar, which has been embedded, to be used for
The ball 52 being slidably connected with vertical slot 54, annular groove 55, short slot 57.
The upper end of strut 50 is connected with grasping plate 60, and 60 lower end of grasping plate is provided with more telescopic rods 61, between more telescopic rods 61
Every uniform, provided with fixed telescopic location on telescopic rod 61 buckle 62.The lower end of telescopic rod 61 is provided with sucker 63, sucker 63
For the upper surface of adsorption vehicle accessory, sucker 63 is communicated with tracheae, is fixed in rack for controlling tracheae air-breathing or inflation
Air pump, annular groove is provided with the switch 56 inflated to tracheae of control air pump close to one end of short slot 57.23 overhead cam 40 of shaft
For the direction of bigger diameter end with bull stick 30 towards consistent, 40 bigger diameter end radius of cam is greater than three times of 40 miner diameter end radius of cam.
Before the transfer processing of automobile parts water, water will be full of in sink 10, by water transfer pattern hydrolysis in sink 10
In water, so that water transfer pattern is swum in the upper surface of water and formed complete a piece of；Partition bar 13 is spaced and is uniformly placed on biography
It send on chain 12, the water of sheet can be transferred pattern and separated by partition bar 13, and water transfer pattern is made to be separated into strip.Need
The automobile parts for carrying out water transfer processing are spaced apart on a conveyor belt 14, and starting conveyer belt 14 carries out interval to automobile parts
Formula transmission.Can be according to the structural stretch or shortening telescopic rod 61 of automobile parts, and the length of the fixed telescopic rods 61 of buckle 62 are used,
Absorption convenient for sucker 63 to automobile parts.
Scroll wheel 11 at this time flow water slowly in sink 10 by idler wheel 11；It is powered simultaneously to motor 20, motor
20 output shaft will will drive master gear 21 and rotate, and master gear 21 drives the slave gear 22 engaged to rotate, from 22 band of gear
Turn axis 23 rotates.Shaft 23 between conveyer belt 14 and sink 10 rotates, it will rotates cam 40, cam 40 rotates
43 lower end of slide bar will be made to slide in annular groove 42, the limitation due to rack to 43 glide direction of slide bar, so that slide bar 43 can only
It is slided up and down under the action of cam 40.Since the upper end of slide bar 43 is rotatably connected to strut 50, strut 50 will be with slide bar 43
It moves up and down.
Due to being fixed with the sleeve 53 being nested with outside strut 50 in rack, it is arranged in sleeve 53 towards the side of sink 10
Vertical slot 54 is provided with inclined annular groove 55 in sleeve 53, and the low side of annular groove 55 is connected to towards vertical slot 54 and with vertical slot 54,
The high-end short slot 57 being provided with straight down of annular groove 55, short slot 57 are fixed on conveyer belt 14, the side wall of strut 50
Sliding bar 51 for being slidably connected with vertical slot 54, annular groove 55, short slot 57；When strut 50 moves up, sliding bar 51 is also with branch
Bar 50 moves up in vertical slot 54 and annular groove 55, when sliding bar 51 moves up in annular groove 55, due to 50 lower end of strut and cunning
The rotation connection of 43 upper end of bar, sliding bar 51 will will drive strut 50 and rotate with annular groove 55.When sliding bar 51 rotates in sliding slot
Strut 50 will be will drive when half-turn and rotate half-turn, since the bigger diameter end of cam 40 is provided with groove 41, the setting of annular groove 55 is perpendicular
54 upper end of slot, 43 lower end of slide bar has moved to the bigger diameter end of cam 40 at this time, it will slides along groove 41, in the work of groove 41
Under, strut 50 will be moved down and be moved up again, and strut 50 also moves down therewith to be moved up again, and the sliding bar 51 on strut 50 is then in short slot 57
It inside moves down and moves up again.The lower end of slide bar 43 has already passed through the bigger diameter end of cam 40 at this time, and the effect of cam 40 will make under slide bar 43
It moves, strut 50 moves down therewith, and sliding bar 51 can then be moved down along another half-turn annular groove 55, then be moved down with vertical slot 54；Sliding bar 51
When being moved down along another half-turn annular groove 55, it will drive strut 50 to rotate half-turn, then move down.
It is acted in strut 50 with cam 40 and is moved up along vertical slot 54, half-turn moved up and rotated along half-turn annular groove 55, along short slot
57 move down and move up again, move down and rotate half-turn along another half-turn annular groove 55, along each cyclic process that vertical slot 54 moves down, will
The grasping plate 60 of 50 upper end of strut can be made to recycle realization to move up, rotate half-turn, move down the process for moving up again, rotating half-turn, moving down.By
It is arranged in parallel in sink 10 and conveyer belt 14, rack is between conveyer belt 14 and sink 10, and vertical slot 54 is close to sink 10, short slot
57 close to conveyer belt 14, and grasping plate 60 is moved down towards conveyer belt 14 when moving up again, and air pump is powered by this in the process, and air pump passes through tracheae
Sucker 63 can be made to be in suction condition, grasping plate 60 is moved down towards conveyer belt 14 and moved up again, can be by the automobile parts on conveyer belt 14
It is sucked and grabs.Next rotation half-turn will turn to 10 top of sink to grasping plate 60, and grasping plate 60 moves down again, it will makes to grab
Automobile parts on plate 60 move down therewith, will submerge in the water between two partition bars 13 in folding process, to automobile parts
Water transfer processing is carried out, automobile parts will be taken out in water by moving up after moving down, and half-turn is rotated further by after moving up will be completion water
The automobile parts of transfer processing turn to conveyer belt upper end.Since annular groove is provided with control air pump pair close to one end of short slot 57
The switch 56 of tracheae inflation, automobile parts complete after water transfer processing turns on conveyer belt 14 will touching switch 56 make
Air pump inflates tracheae, and tracheae inflation inflates sucker 63 also, to the automobile parts for completing water transfer processing be decontroled, at this time
Automobile parts are located at 14 top of conveyer belt, and automobile parts can fall to conveyer belt 14 and be transmitted.
The above process will persistently be carried out with the rotation of cam 40, be added to realize to the water transfer of automobile parts duration
Work, automobile parts entire water transfer process without human intervention, thus strictly avoid worker and water transfer pattern and
The water of carrying water transfer pattern directly contacts, and protects the health of worker.The pattern of water transfer simultaneously is separated by partition bar 13,
Automobile parts, which are submerged every time between two partition bars 13, completes water transfer processing, avoids transferring process to automobile parts water
In, influence the water transfer pattern of the adjacent water surface.
Cam 40 rotates a circle i.e. the rotation of shaft 23 one week, and bull stick 30 will rotate with it one week.Bull stick 30 rotates one week,
Supporting plate 31 will rotate a circle with bull stick 30.During supporting plate 31 rotates a circle, since supporting plate 31 and 30 end of bull stick are hinged,
31 lower end of supporting plate is provided with clump weight 34, is located at 34 upper end of clump weight on supporting plate 31 and is provided with the cavity 35 for placing partition bar 13,
During supporting plate 31 rotates one week with bull stick 30, under the gravity of clump weight 34, the cavity 35 on supporting plate 31 is with branch
Plate 31 remains horizontal position during rotating a circle.Due to 10 both ends of sink be provided with motor 20, master gear 21, from
Gear 22, shaft 23, bull stick 30, supporting plate 31, clump weight 34, cavity 35, in the case where two motors 20 are opened simultaneously, shaft
23 is consistent with rotation direction with the velocity of rotation of bull stick 30；Two cavitys 35 as corresponding to two motors 20 are towards sink 10
It being symmetrical arranged, cavity 35 rotate in place during 10 upper end of sink, and the both ends for separating bar 13 will be located in cavity 35, and
Along the upper downstream of water flow under the rotary action of cavity 35, and as cavity 35 turns to the lower section of sink 10, thus will be every
Disconnected bar 13 is placed on conveyer chain 12.Since supporting plate 31 is not less than the distance between two partition bars 13 at a distance from shaft 23,
Cavity 35, which rotates a circle, will lift the partition bar 13 in water flow downstream and be placed into water flow upstream in rotary course, to make
Partition bar 13 moves up primary after the transfer processing of each automobile parts water.Although the water in sink 10 is transferred with the water on the water surface
Pattern and conveyer chain 12 are slowly transmitting, but under the turning effort of supporting plate 31, continue in the transmit process of conveyer chain 12
Property partition bar 13 is moved along, remain at the same position of sink 10 to make to separate bar 13.Due in shaft 23
The direction of 40 bigger diameter end of cam is with bull stick 30 towards consistent, and in grasping plate 60 in automobile parts crawl, rotation process, bull stick 30 exists
The movement to partition bar 13 is realized in the rotation of 23 upper end of shaft, when grasping plate 60 moves down, moves up and carries out water transfer processing to automobile parts
In the process, bull stick 30 is mobile in 23 lower end of shaft, will not influence automobile parts water transfer process.
What has been described above is only an embodiment of the present invention, and the common sense such as well known specific structure and characteristic are not made herein in scheme
Excessive description.It, without departing from the structure of the invention, can be with it should be pointed out that for those skilled in the art
Several modifications and improvements are made, these also should be considered as protection scope of the present invention, these all will not influence what the present invention was implemented
Effect and patent practicability.
Claims (5)
1. a kind of water transfer device, including sink, bottom of gullet is equipped with the idler wheel of the water flowing in driving sink, and feature exists
In further including rack and the conveyer belt parallel with sink, the sink two sides are equipped with the transmission along the transmission of the flow direction of water
Chain, engaging is equipped with more partition bars on conveyer chain；It is located at sink two sides in the rack and is equipped with motor, the output shaft of motor is set
There is master gear, shaft is rotatably connected in the rack, shaft is equipped with the slave gear engaged with master gear；It is fixed in shaft
Bull stick, bull stick are vertically arranged with shaft, and bull stick is hinged with supporting plate far from one end of shaft, and supporting plate lower end is hinged with clump weight, branch
It is located at clump weight upper end on plate and is equipped with the cavity for placing partition bar, two cavitys corresponding to two motors is symmetrically set towards sink
It sets, the supporting plate is at a distance from shaft not less than the distance between two partition bars；
Shaft between conveyer belt and sink is equipped with cam, and the bigger diameter end of cam is equipped with groove, and the outer of cam is equipped with
Annular groove slides up and down in rack and is connected with slide bar, and the lower end sliding of the slide bar is fastened and connected in annular groove；The upper end of slide bar turns
It is dynamic to be connected with strut, it is fixed with the sleeve being nested with outside strut in rack, is equipped in the sleeve towards the side of sink perpendicular
Slot, the sleeve is interior to be equipped with inclined annular groove, and the low side of annular groove is connected to towards vertical slot and with vertical slot, and the high-end of annular groove sets
Have a short slot straight down, the short slot is arranged close to conveyer belt, be fixed on the side wall of strut for vertical slot, annular groove,
The sliding bar that short slot is slidably connected；The upper end of strut is connected with grasping plate, and the grasping plate lower end is matched equipped with multiple for adsorption vehicle
The sucker of part, the sucker are communicated with tracheae, the air pump for controlling tracheae air-breathing or inflation, annulus are fixed in the rack
The high-end switch for being equipped with control air pump and tracheae being inflated of slot；The direction of shaft overhead cam bigger diameter end is with bull stick towards unanimously.
2. a kind of water transfer device as described in claim 1, which is characterized in that the grasping plate lower end is equipped with more telescopic rods,
More telescopic rod intervals are uniform, and the sucker is fixed on telescopic rod lower end, and the telescopic rod is equipped with for fixing telescopic location
Buckle.
3. a kind of water transfer device as described in claim 1, which is characterized in that it is small that the cam bigger diameter end radius is greater than cam
Three times of diameter end radius, the master gear diameter are less than five times from gear diameter.
4. a kind of water transfer device as described in claim 1, which is characterized in that the bull stick far from one end of shaft be equipped with
The parallel short axle of shaft, bearing is fixed with outside the short axle, and supporting plate is rotatablely connected by bearing and short axle；The partition bar is
Three, supporting plate is equal to the distance between two partition bars at a distance from shaft.
5. a kind of water transfer device according to any one of claims 1-4, which is characterized in that the vertical slot, annular groove, short slot
Cross section be it is arc-shaped, the sliding boom end is embedded with the ball for being slidably connected with vertical slot, annular groove, short slot.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810525831.9A CN108773162B (en) | 2018-05-28 | 2018-05-28 | A kind of water transfer device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810525831.9A CN108773162B (en) | 2018-05-28 | 2018-05-28 | A kind of water transfer device |
Publications (2)
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| CN108773162A CN108773162A (en) | 2018-11-09 |
| CN108773162B true CN108773162B (en) | 2019-11-05 |
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Families Citing this family (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109397856B (en) * | 2018-11-27 | 2020-11-17 | 绍兴市德帏纺织科技有限公司 | Special water transfer printing film pasting equipment for container-shaped structure |
| CN111685454B (en) * | 2020-07-02 | 2021-11-16 | 佛山市百厚鞋业有限公司 | Automatic water transfer printing device for shoemaking |
| CN111873616B (en) * | 2020-07-08 | 2021-12-07 | 台州市安锋智能科技有限公司 | Vase watermark device |
| CN111923580B (en) * | 2020-07-23 | 2022-08-05 | 刘小艳 | Knife handle water transfer printing device for manufacturing knife |
| CN112590367A (en) * | 2020-12-08 | 2021-04-02 | 李明霞 | Ink transfer printing auxiliary equipment for processing outer surface of pen container |
| CN112894920A (en) * | 2021-01-21 | 2021-06-04 | 青岛颐晟泰海洋生物科技有限公司 | Slicing device for agricultural product processing and slicing method thereof |
Family Cites Families (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS5831754A (en) * | 1981-08-18 | 1983-02-24 | Suzuki Sogyo Kk | Printer |
| CN1462685A (en) * | 2002-05-28 | 2003-12-24 | 陈添水 | Full-automatic operation equipment for transfering water watermark and its transfering method |
| CN202498815U (en) * | 2012-01-10 | 2012-10-24 | 易光华 | Full-automatic water transfer printing equipment |
| CN202727550U (en) * | 2012-07-10 | 2013-02-13 | 易光华 | Full-automatic water transfer printing equipment |
| CN105129426B (en) * | 2015-09-17 | 2017-06-16 | 重庆市魏来雄鑫橡塑制品有限责任公司 | Water transfers production line |
| CN207156663U (en) * | 2017-07-28 | 2018-03-30 | 重庆卓林塑料制品有限公司 | A kind of marbling imitated water transfer device |
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