CN207913981U - It is engaged gear pump rotating vane type coating machine - Google Patents
It is engaged gear pump rotating vane type coating machine Download PDFInfo
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- CN207913981U CN207913981U CN201820102086.2U CN201820102086U CN207913981U CN 207913981 U CN207913981 U CN 207913981U CN 201820102086 U CN201820102086 U CN 201820102086U CN 207913981 U CN207913981 U CN 207913981U
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Abstract
The utility model provides a kind of occlusion gear pump rotating vane type coating machine, including machine frame, machine bench, operation panel, the first preheating cabinet, glass shield, the first stirring motor, the first feeding device, diluent device, the first natural cooling area, the first row of fan, the second stirring motor, the second feeding device, the second nature cooling zone, the second exhaust fan, the second preheating cabinet, the beneficial effects of the utility model are：The occlusion gear pump good stability of present patent application, cleaning maintenance difficulty is small, effectively promotes service efficiency height, safeguards simply, ensures that product encapsulates consistency；The wet type for solving thermistor and varistor encapsulates appearance, the foot paint consistency pursued, while also reducing the frequency and convenience of producing line equipment maintenance.
Description
【Technical field】
The utility model is related to a kind of packaging technology more particularly to a kind of occlusions suitable for thermistor and varistor
Gear pump type wet coating machine.
【Background technology】
The insulating properties encapsulation for meeting electronic product, using silicon resin coating or powder an aromatic plant metioned in ancient books resin-encapsulated pattern, coating envelope
Armored pump plays mode：Using the engaged gears mode of specially made structure, coating is uninterruptedly driven, is pumped up to nozzle and dip tank two
Station type covers application to product surface；The stability of industry inside-pumping is poor at present, and cleaning maintenance difficulty is big, and environment is dirty, uses
Efficiency is low, safeguards complicated.
【Utility model content】
The utility model aim is that the stability for solving current industry inside-pumping is poor, and cleaning maintenance difficulty is big, and environment is dirty,
Service efficiency is low, safeguards complicated, the deficiency of effect difference and a kind of novel occlusion gear pump rotating vane type coating machine for providing.
The utility model is achieved through the following technical solutions：A kind of occlusion gear pump, including machine frame, board
Plate, operation panel, the first preheating cabinet, glass shield, the first stirring motor, the first feeding device, diluent device, the first nature
Cooling zone, the first row of fan, the second stirring motor, the second feeding device, the second nature cooling zone, the second exhaust fan, second are in advance
Hot tank, the machine frame are equipped with machine bench, and the machine frame bottom is surrounded by castor pedestal, and the machine frame side is equipped with
Operation panel, the machine bench are equipped with the first preheating cabinet, glass shield are equipped with outside first preheating cabinet, and described first is pre-
Hot tank side is equipped with the first feeding device, and the first stirring motor, first feed are connected at the top of first feeding device
Device side is equipped with the first natural cooling area, and first natural cooling area side is equipped with diluent device, and described first is natural
The first row of fan is equipped at the top of cooling zone, first natural cooling area side is equipped with the second feeding device, second feed
The second stirring motor is connected at the top of device, second feeding device side is equipped with the second nature cooling zone, and described second certainly
The second exhaust fan is equipped at the top of right cooling zone, the second nature cooling zone side is equipped with the second preheating cabinet, second preheating
Glass shield is equipped with outside case.
Further, first feeding device and the second feeding device include movable machine frame, pipeline valve system, application
Lower splicing supporting plate, storage vat, agitating device, liquid application activity machine bench, four corner supporting block of coated plate, storage vat support column,
Coated plate shell, pinwheel device adjust feeding device, and pipeline valve system, the movable machine frame are equipped in the movable machine frame
Bottom, which is equipped with to apply, loads splicing supporting plate, and the movable machine frame is equipped with storage vat, the pipeline valve system and the storage vat
Bottom is connected to, and agitating device is equipped in the storage vat, liquid application activity machine bench, the liquid are equipped with above the storage vat
It is equipped with circular hole in the middle part of body application activity machine bench, coated plate shell is equipped with above the liquid application activity machine bench, it is described to stir
Circular hole of the device in the middle part of the liquid application activity machine bench is mixed to connect with coated plate shell, the agitating device respectively with it is described
The output axis connection of first stirring motor and the second stirring motor, the liquid application activity machine bench pass through coated plate quadrangle branch
Bracer is fixedly connected with the coated plate shell, and the storage vat passes through storage vat support column and the liquid application activity board
Plate is fixedly connected, and the coated plate shell is equipped with several adjusting feeding devices, two symmetrical adjusting feeding devices it
Between be equipped with pinwheel device.
Further, the diluent device includes diluent case, diluent control pipeline, diluent control valve, described
Diluent case both sides are equipped with diluent control pipeline, and diluent control valve is connected in the diluent control pipeline.
Further, the agitating device include stirring flabellum seat, the first paddle, the second paddle, third paddle,
4th paddle, paddle fixed seat, agitating shaft, idle pulley axle bed, agitating shaft Bearing, stirring Bearing dust cover, the agitating shaft
Lower part is connected with stirring flabellum seat, and stirring flabellum seat both ends are equipped with the second paddle, and second paddle is equipped with the
One paddle, the agitating shaft middle part are connected with paddle fixed seat, and paddle fixed seat both ends are equipped with third paddle,
The third paddle is equipped with the 4th paddle, is connect with the agitating shaft Bearing across coated plate at the top of the agitating shaft,
Agitating shaft Bearing side is equipped with idle pulley axle bed, and the agitating shaft Bearing is equipped with stirring Bearing dust cover.
Further, the coated plate shell is by coated plate, coated plate front end panel, coated plate rear bearing sheet, coated plate
Left support plate, coated plate right support plate, coated plate reinforcement block composition.
Further, the pinwheel device includes pinwheel, pinwheel axis, pinwheel fixing sleeve, and the pinwheel axis passes through pinwheel, institute
It states and is sheathed with pinwheel fixing sleeve at the top of pinwheel axis.
Further, the adjusting feeding device strikes off solid including two axis regulating mechanisms, regulating mechanism L-type code plate, clout
Fixed board, clout strike off bearing seat, adjusting screw rod, adjusting screw rod fixed seat, adjust embossed wheel, is ship type dip tank, feed pipe, curved
Head, jet nozzle, discharge tube fixed block, dip-coating powder supply groove seat, regulating mechanism cushion block, spraying striker plate, charge door plunger, described two
Axis regulating mechanism side is equipped with regulating mechanism L-type code plate, and the two axis regulating mechanism medial surface strikes off fixed plate equipped with clout, institute
It states clout and strikes off fixed plate and strike off bearing seat equipped with clout, described adjusting screw rod one end is connected with clout and strikes off bearing seat, institute
It states the adjusting screw rod other end to connect with the adjusting embossed wheel across adjusting screw rod fixed seat, the ship type dip tank passes through stirring
Axis, the feed pipe are located at the two axis regulating mechanism other side, and the feed pipe is connected to by elbow with the jet nozzle, institute
It states jet nozzle and is equipped with discharge tube fixed block, the feed pipe is fixed on by dip-coating powder supply groove seat on the ship type dip tank,
The two axis regulating mechanism upper inner wall is equipped with regulating mechanism cushion block, and the clout strikes off fixed plate side and is equipped with spraying backgauge
Plate, the two axis regulating mechanism top are equipped with charge door plunger.
Further, first stirring motor and the second stirring motor include gear pump bottom plate, first gear pump diplopore
Bearing block, second gear pump diplopore bearing block bearing, sealing ring compact heap, the first Teflon sealing ring, gear pump body shell, the
Two Teflon sealing rings, positioning pin, Teflon external seal pad, stock gear, Teflon interior sealing pad, gear pump body, driving tooth
Wheel shaft, follower shaft, gear and coupling shield, transmission spur gear, shaft coupling, motor, motor cushion block, the gear pump bottom plate
Left side is equipped with first gear and pumps diplopore bearing block, and the gear pump body shell is screwed in the gear pump bottom plate
Portion, described driving gear shaft one end pass through gear pump body one end, stock gear one end and gear pump body shell one end and described the
One gear pump diplopore bearing block one end connects, and is equipped between the first gear pump diplopore bearing block and the gear pump body shell
Bearing, sealing ring compact heap and the first Teflon sealing ring are equipped with the between the gear pump body shell and the stock gear
Two Teflon sealing rings, positioning pin and Teflon external seal pad are equipped with iron fluorine between the stock gear and the gear pump body
Imperial interior sealing pad and the second Teflon sealing ring；
Described follower shaft one end passes through the gear pump body other end, the stock gear other end and the gear pump body shell other end
It is connect with the first gear pump diplopore bearing block other end, outside the first gear pump diplopore bearing block and the gear pump body
Bearing, sealing ring compact heap and the first Teflon sealing ring, the gear pump body shell and the stock gear are equipped between shell
Between be equipped with the second Teflon sealing ring, positioning pin and Teflon external seal pad, the stock gear and the gear pump body it
Between be equipped with Teflon interior sealing pad and the second Teflon sealing ring；
The second gear pump diplopore bearing seat on the right side of the gear pump bottom plate, wear by the driving gear shaft other end
It crosses gear and coupling shield one end to connect with second gear pump diplopore bearing block one end, the gear and coupling shield
It is equipped with sealing ring compact heap, transmission spur gear and bearing, the driven gear between pumping diplopore bearing block with the second gear
The axis other end passes through gear and coupling shield one end to be connect with the second gear pump diplopore bearing block other end, the gear
And it is equipped with sealing ring compact heap, transmission spur gear and bearing between coupling shield and second gear pump diplopore bearing block；
The motor is connected with driving gear shaft, follower shaft by shaft coupling point, and the motor bottom passes through motor pad
Block is fixed on the gear pump bottom plate.
Further, the feed pipe is stainless steel feed pipe；The elbow is stainless steel expects pipe.
Further, the stock gear is stainless steel stock gear.
The beneficial effects of the utility model are：The occlusion gear pump rotating vane type coating machine good stability of present patent application,
Cleaning maintenance difficulty is small, effectively promotes service efficiency height, safeguards simply, ensures that product encapsulates consistency；Solve thermistor and
The wet type of varistor encapsulates appearance, the foot paint consistency pursued, at the same also reduce producing line equipment maintenance frequency and
Convenience.
【Description of the drawings】
Fig. 1 is that the utility model is engaged gear pump rotating vane type coating machine structural schematic diagram；
Fig. 2 is the first feeding device of the utility model and the second feeding device structural schematic diagram；
Fig. 3 is the first feeding device of the utility model and the second feeding device configuration schematic diagram；
Fig. 4 is the first stirring motor of the utility model and the second stirring motor structural schematic diagram；
Fig. 5 is the first stirring motor of the utility model and the second stirring motor configuration schematic diagram；
Reference numeral：1, machine frame；2, machine bench；3, operation panel；4, the first preheating cabinet；5, glass shield；6, first
Stirring motor；601, gear pump bottom plate；602, first gear pumps diplopore bearing block；603, second gear pumps diplopore bearing block；
604, bearing；605, sealing ring compact heap；606, the first Teflon sealing ring；607, gear pump body shell；608, the second iron fluorine
Imperial sealing ring；609, positioning pin；610, Teflon external seal pad；611, stock gear；612, Teflon interior sealing pad；613, tooth
Take turns the pump housing；614, driving gear shaft；615, follower shaft；616, gear and coupling shield；617, transmission spur gear；618, join
Axis device；619, motor；620, motor cushion block；7, the first feeding device；701, movable machine frame；702, pipeline valve system；703、
Splicing supporting plate is loaded in painting；704, storage vat；705, agitating device；7050, flabellum seat is stirred；7051, the first paddle；7052、
Second paddle；7053, third paddle；7054, the 4th paddle；7055, paddle fixed seat；7056, agitating shaft；
7057, idle pulley axle bed；7058, agitating shaft Bearing；7059, Bearing dust cover is stirred；706, liquid application activity machine bench；
7060, circular hole；707, four corner supporting block of coated plate；708, storage vat support column；709, coated plate shell；7090, coated plate；
7091, coated plate front end panel；7092, coated plate rear bearing sheet；7093, coated plate left support plate；7094, coated plate right support
Plate；7095, coated plate reinforcement block；710, pinwheel device；7100, pinwheel；7101, pinwheel axis；7102, pinwheel fixing sleeve；711、
Adjust feeding device；7110, two axis regulating mechanism；7111, regulating mechanism L-type code plate；7112, clout strikes off fixed plate；7113、
Clout strikes off bearing seat；7114, adjusting screw rod；7115, adjusting screw rod fixed seat；7116, embossed wheel is adjusted；7117, ship type soaks
Painted groove；7118, feed pipe；7119, elbow；7120, jet nozzle；7121, discharge tube fixed block；7122, dip-coating powder supply groove seat；
7123, regulating mechanism cushion block；7124, striker plate is sprayed；7125, charge door plunger；8, diluent device；81 diluent casees；82、
Diluent control pipeline；83, diluent control valve；9, the first natural cooling area；10, the first row of fan；11, the second stirring horse
It reaches；12, the second feeding device；13, the second nature cooling zone；14, the second exhaust fan；15, the second preheating cabinet；16, castor pedestal.
【Specific implementation mode】
Below in conjunction with the accompanying drawings and specific implementation mode is described further the utility model：
As shown in figure 1, figure 2, figure 3, figure 4 and figure 5, a kind of occlusion gear pump rotating vane type coating machine, including machine frame 1, board
Plate 2, operation panel 3, the first preheating cabinet 4, glass shield 5, the first stirring motor 6, the first feeding device 7, diluent device 8,
First natural cooling area 9, the first row of fan 10, the second stirring motor 11, the second feeding device 12, the second nature cooling zone 13,
Second exhaust fan 14, the second preheating cabinet 15, the machine frame 1 are equipped with machine bench 2, and 1 bottom of the machine frame is surrounded by foot
Pedestal 16 is taken turns, 1 side of the machine frame is equipped with operation panel 3, and the machine bench 2 is equipped with the first preheating cabinet 4, and described first is pre-
4 outside of hot tank is equipped with glass shield 5, and 4 side of the first preheating cabinet is equipped with the first feeding device 7, first feeding device 7
Top is connected with the first stirring motor 6, and 7 side of the first feeding device is equipped with the first natural cooling area 9, and described first is natural
9 side of cooling zone is equipped with diluent device 8, and first natural cooling area, 9 top is equipped with the first row of fan 10, and described first certainly
Right 9 side of cooling zone is equipped with the second feeding device 12, and second feeding device, 12 top is connected with the second stirring motor 11, institute
It states 12 side of the second feeding device and is equipped with the second nature cooling zone 13,13 top of the second nature cooling zone is equipped with the second air draft
Fan 14,13 side of the second nature cooling zone are equipped with the second preheating cabinet 15, and second preheating cabinet, 15 outside is equipped with glass and protects
Cover 5.
Preferably, first feeding device, 7 and second feeding device 12 includes movable machine frame 701, pipeline valve system
702, it applies and loads splicing supporting plate 703, storage vat 704, agitating device 705, liquid application activity machine bench 706, coated plate quadrangle
Supporting block 707, coated plate shell 709, pinwheel device 710, adjusts feeding device 711, the activity at storage vat support column 708
Pipeline valve system 702 is equipped in rack 701,701 bottom of the movable machine frame, which is equipped with to apply, loads splicing supporting plate 703, the work
Motivation frame 701 is equipped with storage vat 704, and the pipeline valve system 702 is connected to 704 bottom of the storage vat, the storing
Agitating device 705 is equipped in bucket 704,704 top of the storage vat is equipped with liquid application activity machine bench 706, and the liquid applies
706 middle part of dress activity machine bench is equipped with circular hole 7060, and 706 top of the liquid application activity machine bench is equipped with coated plate shell
709, the agitating device 705 passes through the circular hole 7060 at 706 middle part of liquid application activity machine bench to connect with coated plate shell 709
It connects, the output axis connection with first stirring motor, 6 and second stirring motor 12 respectively of the agitating device 705, the liquid
Body application activity machine bench 706 is fixedly connected by four corner supporting block 707 of coated plate with the coated plate shell 709, the storage
Charging basket 704 is fixedly connected by storage vat support column 708 with the liquid application activity machine bench 706, the coated plate shell
709 are equipped with several adjusting feeding devices 711, and pinwheel device is equipped between two symmetrical adjusting feeding devices 711
710。
Preferably, the diluent device 8 includes diluent case 81, diluent control pipeline 82, diluent control valve 83,
81 both sides of diluent case are equipped with diluent control pipeline 82, and diluent control is connected in the diluent control pipeline 82
Valve 83.
Preferably, the agitating device 705 includes stirring flabellum seat 7050, the first paddle 7051, the second paddle
7052, third paddle 7053, the 4th paddle 7054, paddle fixed seat 7055, agitating shaft 7056, idle pulley axle bed 7057,
Agitating shaft Bearing 7058, stirring Bearing dust cover 7059,7056 lower part of the agitating shaft is connected with stirring flabellum seat 7050, described
It stirring 7050 both ends of flabellum seat and is equipped with the second paddle 7052, second paddle 7052 is equipped with the first paddle 7051,
7056 middle part of the agitating shaft is connected with paddle fixed seat 7055, and 7055 both ends of paddle fixed seat are stirred equipped with third
Leaf 7053, the third paddle 7053 are equipped with the 4th paddle 7054, and 7056 top of the agitating shaft passes through coated plate
7090 connect with the agitating shaft Bearing 7058, and 7058 side of agitating shaft Bearing is equipped with idle pulley axle bed 7057, the stirring
Axis Bearing 7058 is equipped with stirring Bearing dust cover 7059.
Preferably, the coated plate shell 709 is by coated plate 7090, coated plate front end panel 7091, coated plate rear support
Plate 7092, coated plate left support plate 7093, coated plate right support plate 7094, coated plate reinforcement block 7095 form.
Preferably, the pinwheel device 710 includes pinwheel 7100, pinwheel axis 7101, pinwheel fixing sleeve 7102, the pinwheel
Axis 7101 passes through pinwheel 7100,7101 top of the pinwheel axis to be sheathed with pinwheel fixing sleeve 7102.
Preferably, the adjusting feeding device 711 include two axis regulating mechanisms 7110, it is regulating mechanism L-type code plate 7111, remaining
Material strikes off fixed plate 7112, clout strikes off bearing seat 7113, adjusting screw rod 7114, adjusting screw rod fixed seat 7115, adjusts embossing
Wheel 7116, ship type dip tank 7117, feed pipe 7118, elbow 7119, jet nozzle 7120, discharge tube fixed block 7121, dip-coating supply
Powder tank seat 7122, regulating mechanism cushion block 7123, spraying striker plate 7124, charge door plunger 7125, the two axis regulating mechanism
7110 sides are equipped with regulating mechanism L-type code plate 7111, and two axis regulating mechanism, 7110 medial surface strikes off fixed plate equipped with clout
7112, the clout strikes off fixed plate 7112 and strikes off bearing seat 7113, the connection of 7114 one end of the adjusting screw rod equipped with clout
There is clout to strike off bearing seat 7113,7114 other end of the adjusting screw rod passes through adjusting screw rod fixed seat 7115 to be pressed with the adjusting
Floral whorl 7116 connects, and the ship type dip tank 7117 passes through agitating shaft 7056, the feed pipe 7118 to be located at two axis adjusting
7110 other side of mechanism, the feed pipe 7118 are connected to by elbow 7119 with the jet nozzle 7120, the jet nozzle 7120
It is equipped with discharge tube fixed block 7121, the feed pipe 7118 is fixed on the ship type dip tank by dip-coating powder supply groove seat 7122
On 7117, two axis regulating mechanism, the 7110 upper inner wall is equipped with regulating mechanism cushion block 7123, and the clout strikes off fixed plate
7112 sides are equipped with spraying striker plate 7124, and the two axis regulating mechanism, 7110 top is equipped with charge door plunger 7125.
Preferably, the first stirring horse 6 reaches and the second stirring motor 11 includes gear pump bottom plate 601, first gear pump
Diplopore bearing block 602, second gear pump diplopore bearing block 603, bearing 604, sealing ring compact heap 605, the sealing of the first Teflon
Ring 606, gear pump body shell 607, the second Teflon sealing ring 608, positioning pin 609, Teflon external seal pad 610, stock tooth
Wheel 611, Teflon interior sealing pad 612, gear pump body 613, driving gear shaft 614, follower shaft 615, gear and shaft coupling shield
Cover 616, transmission spur gear 617, shaft coupling 618, motor 619, motor cushion block 620, the left side of the gear pump bottom plate 601 are equipped with the
One gear pump diplopore bearing block 602, the gear pump body shell 607 are screwed in 601 middle part of the gear pump bottom plate,
614 one end of the driving gear shaft passes through 607 one end of 613 one end of gear pump body, 611 one end of stock gear and gear pump body shell
It is connect with 602 one end of first gear pump diplopore bearing block, the first gear pump diplopore bearing block 602 and the gear pump
Bearing 604, sealing ring compact heap 605 and the first Teflon sealing ring 606 are equipped between body case 607, outside the gear pump body
The second Teflon sealing ring 608, positioning pin 609 and Teflon external seal pad are equipped between shell 607 and the stock gear 611
610, it is equipped with Teflon interior sealing pad 612 between the stock gear 611 and the gear pump body 613 and the second Teflon seals
Ring 608；
615 one end of the follower shaft passes through 613 other end of gear pump body, 611 other end of stock gear and gear pump body
607 other end of shell is connect with 602 other end of first gear pump diplopore bearing block, and the first gear pumps diplopore bearing block
Bearing 604, sealing ring compact heap 605 and the first Teflon sealing ring 606 are equipped between 602 and the gear pump body shell 607,
The second Teflon sealing ring 608, positioning pin 609 and iron are equipped between the gear pump body shell 607 and the stock gear 611
Fluorine dragon external seal pad 610 is equipped with Teflon interior sealing pad 612 and the between the stock gear 611 and the gear pump body 613
Two Teflon sealing rings 608；
The second gear pump diplopore bearing block 603 is located at 601 right side of the gear pump bottom plate, the driving gear shaft
614 other ends pass through gear and 616 one end of coupling shield to be connect with 603 one end of second gear pump diplopore bearing block, institute
It states and is equipped with sealing ring compact heap 605 between gear and coupling shield 616 and second gear pump diplopore bearing block 603, pass
Dynamic spur gear 617 and bearing 604,615 other end of the driven gear shaft pass through gear and 616 one end of coupling shield with it is described
Second gear pumps 603 other end connection of diplopore bearing block, and the gear and coupling shield 616 pump diplopore with the second gear
Sealing ring compact heap 605, transmission spur gear 617 and bearing 604 are equipped between bearing block 603；
The motor 619 is divided by shaft coupling 618 is connected with driving gear shaft 614, follower shaft 615, the motor 619
Bottom is fixed on by motor cushion block 620 on the gear pump bottom plate 601.
Preferably, the feed pipe 7118 is stainless steel feed pipe；The elbow 7119 is stainless steel expects pipe.
Preferably, the stock gear 611 is stainless steel stock gear.
According to the disclosure and teachings of the above specification, the utility model those skilled in the art can also be to above-mentioned reality
The mode of applying carries out change and modification appropriate.Therefore, the utility model is not limited to specific implementation disclosed and described above
Mode should also be as falling into the protection scope of the claims of the present utility model to some modifications and changes of the utility model.
In addition, although having used some specific terms in this specification, these terms are merely for convenience of description, not to this reality
With novel composition any restrictions.
Claims (10)
1. a kind of occlusion gear pump rotating vane type coating machine, it is characterised in that：In advance including machine frame, machine bench, operation panel, first
Hot tank, glass shield, the first stirring motor, the first feeding device, diluent device, the first natural cooling area, the first row of fan,
Second stirring motor, the second feeding device, the second nature cooling zone, the second exhaust fan, the second preheating cabinet are set on the machine frame
There are machine bench, the machine frame bottom to be surrounded by castor pedestal, the machine frame side is equipped with operation panel, the machine bench
It is equipped with the first preheating cabinet, glass shield is equipped with outside first preheating cabinet, first preheating cabinet side is equipped with first and supplies
Expect device, the first stirring motor is connected at the top of first feeding device, first feeding device side is equipped with first certainly
Right cooling zone, first natural cooling area side are equipped with diluent device, first are equipped at the top of first natural cooling area
Exhaust fan, first natural cooling area side are equipped with the second feeding device, second are connected at the top of second feeding device
Stirring motor, second feeding device side are equipped with the second nature cooling zone, and the is equipped at the top of the second nature cooling zone
Two exhaust fans, the second nature cooling zone side are equipped with the second preheating cabinet, glass shield are equipped with outside second preheating cabinet.
2. occlusion gear pump rotating vane type coating machine described in claim 1, it is characterised in that：First feeding device and
Two feeding devices include movable machine frame, pipeline valve system, apply and load splicing supporting plate, storage vat, agitating device, liquid application work
Motivation platen, storage vat support column, coated plate shell, pinwheel device, adjusts feeding device at four corner supporting block of coated plate, described
Pipeline valve system is equipped in movable machine frame, the movable machine frame bottom, which is equipped with to apply, loads splicing supporting plate, on the movable machine frame
Equipped with storage vat, the pipeline valve system is connected to the storing bottom of the barrel, and agitating device is equipped in the storage vat, described
It is equipped with liquid application activity machine bench above storage vat, circular hole, the liquid are equipped in the middle part of the liquid application activity machine bench
Coated plate shell is equipped with above application activity machine bench, the agitating device passes through the circular hole in the middle part of liquid application activity machine bench
It is connect with coated plate shell, the agitating device connects with the output shaft of first stirring motor and the second stirring motor respectively
It connects, the liquid application activity machine bench is fixedly connected by four corner supporting block of coated plate with the coated plate shell, the storage
Charging basket is fixedly connected by storage vat support column with the liquid application activity machine bench, and the coated plate shell is equipped with several
A adjusting feeding device is equipped with pinwheel device between two symmetrical adjusting feeding devices.
3. occlusion gear pump rotating vane type coating machine described in claim 1, it is characterised in that：The diluent device includes dilute
Agent case, diluent control pipeline, diluent control valve are released, diluent case both sides are equipped with diluent control pipeline, described dilute
It releases and is connected with diluent control valve in agent control pipeline.
4. the occlusion gear pump rotating vane type coating machine described in claim 2, it is characterised in that：The agitating device includes stirring
Flabellum seat, the first paddle, the second paddle, third paddle, the 4th paddle, paddle fixed seat, agitating shaft, idler shaft
Seat, agitating shaft Bearing, stirring Bearing dust cover, the agitating shaft lower part are connected with stirring flabellum seat, the stirring flabellum seat two
End is equipped with the second paddle, and second paddle is equipped with the first paddle, it is solid that paddle is connected in the middle part of the agitating shaft
Reservation, paddle fixed seat both ends are equipped with third paddle, and the third paddle is equipped with the 4th paddle, described to stir
It mixes and is connect with the agitating shaft Bearing across coated plate at the top of axis, agitating shaft Bearing side is equipped with idle pulley axle bed, described to stir
It mixes axis Bearing and is equipped with stirring Bearing dust cover.
5. the occlusion gear pump rotating vane type coating machine described in claim 2, it is characterised in that：The coated plate shell is by application
Plate, coated plate front end panel, coated plate rear bearing sheet, coated plate left support plate, coated plate right support plate, coated plate reinforcement block group
At.
6. the occlusion gear pump rotating vane type coating machine described in claim 2, it is characterised in that：The pinwheel device includes needle
Wheel, pinwheel axis, pinwheel fixing sleeve, the pinwheel axis pass through pinwheel, pinwheel fixing sleeve are sheathed at the top of the pinwheel axis.
7. the occlusion gear pump rotating vane type coating machine described in claim 2, it is characterised in that：The adjusting feeding device includes
Two axis regulating mechanisms, regulating mechanism L-type code plate, clout strikes off fixed plate, clout strikes off bearing seat, adjusting screw rod, adjusting screw rod
Fixed seat adjusts embossed wheel, ship type dip tank, feed pipe, elbow, jet nozzle, discharge tube fixed block, dip-coating powder supply groove seat, adjusts
Mechanism cushion block, spraying striker plate, charge door plunger are saved, the two axis regulating mechanism side is equipped with regulating mechanism L-type code plate, described
Two axis regulating mechanism medial surfaces strike off fixed plate equipped with clout, and the clout strikes off fixed plate and strikes off bearing seat equipped with clout,
Described adjusting screw rod one end is connected with clout and strikes off bearing seat, and the adjusting screw rod other end passes through adjusting screw rod fixed seat and institute
It states and adjusts embossed wheel connection, the ship type dip tank passes through agitating shaft, and it is another that the feed pipe is located at the two axis regulating mechanism
Side, the feed pipe are connected to by elbow with the jet nozzle, and the jet nozzle is equipped with discharge tube fixed block, the feed pipe
It is fixed on the ship type dip tank by dip-coating powder supply groove seat, the two axis regulating mechanism upper inner wall is equipped with regulating mechanism
Cushion block, the clout strike off fixed plate side and are equipped with spraying striker plate, and charge door plunger is equipped at the top of the two axis regulating mechanism.
8. occlusion gear pump rotating vane type coating machine described in claim 1, it is characterised in that：First stirring motor and
Two stirring motors include gear pump bottom plate, first gear pump diplopore bearing block, second gear pump diplopore bearing block bearing, sealing ring
Compact heap, the first Teflon sealing ring, gear pump body shell, the second Teflon sealing ring, positioning pin, Teflon external seal pad,
Stock gear, Teflon interior sealing pad, gear pump body, driving gear shaft, follower shaft, gear and coupling shield, transmission are just
Gear, shaft coupling, motor, motor cushion block, the gear pump bottom plate left side are equipped with first gear and pump diplopore bearing block, the gear
Pump housing shell is screwed in the middle part of the gear pump bottom plate, described driving gear shaft one end pass through gear pump body one end,
Stock gear one end and gear pump body shell one end are connect with first gear pump diplopore bearing block one end, the first gear
It pumps and is equipped with bearing, sealing ring compact heap and the first Teflon sealing ring, institute between diplopore bearing block and the gear pump body shell
It states and is equipped with the second Teflon sealing ring, positioning pin and Teflon external seal pad between gear pump body shell and the stock gear,
Teflon interior sealing pad and the second Teflon sealing ring are equipped between the stock gear and the gear pump body；
Described follower shaft one end passes through the gear pump body other end, the stock gear other end and the gear pump body shell other end and institute
First gear pump diplopore bearing block other end connection is stated, is set between the gear pump diplopore bearing block and the gear pump body shell
There are bearing, sealing ring compact heap and the first Teflon sealing ring, is equipped between the gear pump body shell and the stock gear
Second Teflon sealing ring, positioning pin and Teflon external seal pad are equipped with iron between the stock gear and the gear pump body
Fluorine dragon interior sealing pad and the second Teflon sealing ring；
For the second gear pump diplopore bearing seat on the right side of the gear pump bottom plate, the driving gear shaft other end passes through tooth
Wheel and coupling shield one end and the second gear pump diplopore bearing block one end and connect, the gear and coupling shield and institute
It states between second gear pumps diplopore bearing block and is equipped with sealing ring compact heap, transmission spur gear and bearing, the driven gear shaft is another
One end passes through gear and coupling shield one end to be connect with the second gear pump diplopore bearing block other end, the gear and connection
It is equipped with sealing ring compact heap, transmission spur gear and bearing between axis device shield and second gear pump diplopore bearing block；
The motor is connected with driving gear shaft, follower shaft by shaft coupling point, and the motor bottom is solid by motor cushion block
It is scheduled on the gear pump bottom plate.
9. the occlusion gear pump rotating vane type coating machine described in claim 7, it is characterised in that：The feed pipe send for stainless steel
Expects pipe；The elbow is stainless steel expects pipe.
10. occlusion gear pump rotating vane type coating machine according to any one of claims 8, it is characterised in that：The stock gear is stainless
Steel stock gear.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820102086.2U CN207913981U (en) | 2018-01-22 | 2018-01-22 | It is engaged gear pump rotating vane type coating machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820102086.2U CN207913981U (en) | 2018-01-22 | 2018-01-22 | It is engaged gear pump rotating vane type coating machine |
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| Publication Number | Publication Date |
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| CN207913981U true CN207913981U (en) | 2018-09-28 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109332036A (en) * | 2018-10-09 | 2019-02-15 | 东莞为勤电子有限公司 | A kind of automatic wet-type coating machine |
-
2018
- 2018-01-22 CN CN201820102086.2U patent/CN207913981U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109332036A (en) * | 2018-10-09 | 2019-02-15 | 东莞为勤电子有限公司 | A kind of automatic wet-type coating machine |
| CN109332036B (en) * | 2018-10-09 | 2021-08-27 | 东莞为勤电子有限公司 | Automatic wet-type coating machine |
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