CN207418246U - A kind of feeding bottle cap conveying device - Google Patents
A kind of feeding bottle cap conveying device Download PDFInfo
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- CN207418246U CN207418246U CN201721582647.5U CN201721582647U CN207418246U CN 207418246 U CN207418246 U CN 207418246U CN 201721582647 U CN201721582647 U CN 201721582647U CN 207418246 U CN207418246 U CN 207418246U
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- feeding bottle
- feeding
- bottle cap
- conveyer belt
- pipe
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Abstract
The utility model discloses a kind of feeding bottle cap conveying devices, including feeding device and material-pulling device, the feeding device by feeding bottle cap being delivered to feeding bottle screw capping device, the discharge end of the feeding device and the lid inlet of the feeding bottle screw capping device are oppositely arranged, the material-pulling device is arranged on the discharge end of the feeding device, the feeding bottle cap of feeding device discharge end to be pushed into the lid inlet of feeding bottle screw capping device successively one by one.The feeding bottle cap is endlessly delivered to its discharge end from its feed end by using feeding device and is pushed into according to correct direction and successively feeding bottle cap in the lid inlet of feeding bottle screw capping device one by one by material-pulling device by the utility model, improves the whole work efficiency of feeding bottle screw capping device.
Description
Technical field
The utility model belongs to feeding device more particularly to a kind of feeding bottle cap conveying device.
Background technology
It is original all to be needed using the beverage of Lile packaging or tinplate tube packaging with the rise of infant's finished product milk drink
Suction pipe is used, and child easily stabs oneself using suction pipe, therefore similar feeding bottle plastic bottle may be employed and packed；And milk
Bottle industry is also required to tighten feeding bottle cap and feeding bottle after manufacture, and is needed for feeding bottle screw capping device continually to its inside
The feeding bottle cap that conveying nipple and block are worked good, feeding bottle cap are connected under the action of feeding bottle screw capping device with feeding bottle whorl of bottleneck,
Existing feeding bottle screw capping device is from manually or using equipment to it adding in feeding bottle cap, and the conveying efficiency of existing equipment is not
Height, and it is easy to error.
Utility model content
In order to solve the above-mentioned technical problem, it is low the purpose of this utility model is to provide a kind of efficient, error rate and from
The high feeding bottle cap feeding device of dynamicization degree.
To achieve these goals, the technical solution of the utility model is：A kind of feeding bottle cap conveying device is filled including conveying
It puts and material-pulling device, the feeding device by feeding bottle cap being delivered to feeding bottle screw capping device, the discharge end of the feeding device
It is oppositely arranged with the lid inlet of the feeding bottle screw capping device, the material-pulling device is arranged on the discharge end of the feeding device, uses
The feeding bottle cap of feeding device discharge end to be pushed into the lid inlet of feeding bottle screw capping device successively one by one.
The advantageous effect of above-mentioned technical proposal is, using feeding device by the feeding bottle cap from its feed end continually
Be delivered to its discharge end and by material-pulling device by feeding bottle cap according to correct direction and be pushed into successively one by one feeding bottle screw capping dress
In the lid inlet put, the whole work efficiency of feeding bottle screw capping device is improved.
Feeding device described in above-described embodiment includes the consistent transfer roller of two specifications, driving device, conveyer belt, multiple
U-lag pipe and stent, the feeding bottle cap base are extend into the U-lag pipe, and lid mouth end at the notch of U-lag pipe with sliding
Contact, multiple U-lag pipes are arranged side by side respectively and are continuously fixed on the surface of the conveyer belt, and the every U-lag pipe
Vertical with the direction of transfer of the conveyer belt, the notch of each U-lag pipe deviates from the surface of the conveyer belt；Two
The transfer roller side by side and is rotatably installed in the both ends of the stent, wherein, the level height of the transfer roller of discharge end be higher than into
Expect the level height of the transfer roller at end, the conveyer belt bypasses two transfer rollers, and the driving device is mounted on the branch
On frame, driving end is sequentially connected with any one transfer roller, and drives corresponding transfer roller that the conveyer belt is driven to move
Dynamic transmission.
The advantageous effect of above-mentioned technical proposal is that circumferentially distributed U-lag pipe, wherein U shapes barrel cause on a moving belt
When feeding bottle cap is placed on a moving belt, can it is automatic it is small upside down, upper end falling in U-lag pipe upward, and its lid mouth with
The notch of the U-lag pipe and sliding contact, i.e. feeding bottle cap can be slided along its length in U shapes barrel, in the vertical court of notch
On go to notch and rotate ° to during horizontality, feeding bottle cap is all without departing from corresponding U-lag pipe, therefore conveyer belt inclines
When setting obliquely, the angle of the U-lag tube seat mouth and horizontal plane is enough to stay in feeding bottle cap in U-lag pipe.
Hopper is further included in above-mentioned technical proposal, the hopper is hung on for one above the feeding device feed end
Frid, the notch of the frid is towards the discharge end of the feeding device, and the lower end of three side sides of the frid is to downward
It extends close to the upper end of corresponding position U-lag pipe, the frid is enclosed upper end and one side with the conveyer belt positioned at its lower end and opens
The cavity of mouth, the cavity is interior to hold feeding bottle cap, and the feeding bottle cap falls to downwards the U-lag of lower section in the hopper
In pipe.
The advantageous effect of above-mentioned technical proposal is, many feeding bottle caps can be pre-placed in corresponding cavity, by passing
It send and part feeding bottle cap is gradually delivered to by its end according to probability successively during band rotation, reduce cost of labor, and its is more efficient.
Feeding device described in above-mentioned technical proposal further includes two deflecting rollers and a slewing rollers, two deflecting rollers
It is mutually juxtaposed and is rotatably installed in the both sides of the mid-stent respectively, the slewing rollers both ends are rotatably installed in the stent
The both sides in portion, and close to one end of feeding device discharge end below two deflecting rollers；The conveyer belt both sides difference
To shirt rim is extended outward to form, the shirt rim of conveyer belt upper end both sides bypasses the lower end of respective side deflecting roller respectively, described
Conveyer belt lower end bypasses the lower end of the slewing rollers, the deflecting roller and slewing rollers to by the conveyer belt along its conveying direction
Bending, and the angle formed between the conveyer belt feed end and horizontal plane be less than formed between conveyer belt discharge end and horizontal plane
Angle.
The advantageous effect of above-mentioned technical proposal is, causes conveyer belt bending operation using deflecting roller and slewing rollers, wherein
Feed end angle of inclination is gentle or horizontality is conducive to quickly coordinate in feed end feeding bottle cap and U-lag pipe.
Hopper is further included in above-mentioned technical proposal, the hopper is hung on for one above the feeding device feed end
Frid, feed end of the notch of the frid away from the feeding device simultaneously extend, three side sides of the frid towards deflecting roller
The lower end on side is extended downward into close to the upper end of corresponding position U-lag pipe, and the frid is enclosed with the conveyer belt positioned at its lower end
The cavity of upper end and a side opening is formed, the cavity is interior to hold feeding bottle cap, and the feeding bottle cap is downward in the hopper
It falls in the U-lag pipe of lower section.
The advantageous effect of above-mentioned technical proposal is, hopper is extended at deflecting roller so that is not engaged with U-shaped sliding slot
Feeding bottle cap can automatically drop in corresponding cavity at deflecting roller, i.e., the feeding bottle cap transported from cavity is all and U-shaped
The feeding bottle cap that barrel is worked good does not continue to coordinate with U-lag pipe in cavity with the feeding bottle of U-lag pipe cooperation.
The lid inlet of the device of feeding bottle screw capping described in above-mentioned technical proposal has been connected to and in communication with a feed pipe, the charging
The other end of pipe is arranged on the one side of the feeding device discharge end, and the material-pulling device is arranged on the feeding device discharge end
Opposite side, the feed pipe is oppositely arranged close to the pusher end of one end of feeding device and material-pulling device, the conveyer belt rotation
Go to each U-lag pipe successively with the feed pipe and corresponding material-pulling device when, the material-pulling device will corresponding U-lag pipe
Interior feeding bottle cap is pushed in feed pipe.
The advantageous effect of above-mentioned technical proposal is, at the feeding bottle cap vertical feed pipe nozzle in U-lag pipe, due to pushing away
The effect at material device pusher end to collide with tube wall when block bottom is at vertical feed pipe nozzle, and so that cover port is advanced
Enter into feed pipe, not only realized and chased after a pusher but also be pushed into bottle cap in feed pipe according to correct unwrapping wire.
Material-pulling device described in above-mentioned technical proposal includes air pump and air current spray nozzle, and the air current spray nozzle is arranged on the biography
The respective side of band is sent, the air inlet of the air current spray nozzle and the gas outlet of air pump are connected to and in communication with by pipeline.
The advantageous effect of above-mentioned technical proposal is, sets air current spray nozzle that air-flow is caused with linear convergent rate, to improve air-flow
It blows and hits power.
Putty sensing device and control device are further included in above-mentioned technical proposal, the putty sensing device is to sense
State in feed pipe whether putty, the putty sensing device, driving device and air pump are electrically connected respectively with control device, described stifled
Expect that sensing device controls the operation shape of driving device and air pump by the information conveyance sensed to control device and by control device
State.
The advantageous effect of above-mentioned technical proposal is, putty sensing device and control device is set to cause one end in feed pipe
It blocks, you can stop the operation of driving device and air pump, stop conveying, the discharging of conveyer belt discharge end is avoided not cause milk freely
Bottle cap falls.
Description of the drawings
Fig. 1 is the structure diagram of feeding bottle cap conveying device described in the utility model embodiment；
Fig. 2 is the structure diagram of feeding bottle cap conveying device described in the utility model embodiment 1；
Fig. 3 is the structure diagram of feeding bottle cap conveying device described in the utility model embodiment 2；
Fig. 4 is the fiting relation figure of the utility model embodiment conveyer belt and material-pulling device；
Fig. 5 is the matching relationship side view of the utility model embodiment conveyer belt and material-pulling device；
Fig. 6 is the stereogram of U-lag pipe described in the utility model embodiment；
Fig. 7 is feeding bottle cap described in the utility model embodiment and the structure chart of U-lag pipe cooperation.
Fig. 8：The electrical connection graph of control device described in the utility model embodiment.
In figure：1 feeding device, 11 transfer rollers, 12 driving devices, 121 motors, 122 speed reducers, 13 conveyer belts, 14U shape slots
Pipe, 15 stents, 16 deflecting rollers, 17 slewing rollers, 2 material-pulling devices, 21 air pumps, 22 air current spray nozzles, 3 feeding bottle caps, 4 feeding bottle screw cappings dress
Put, 41 feed pipes, 5 hoppers, 6 putty sensing devices, 61 infrared generators, 62 infrared receivers, 7 control devices.
Specific embodiment
The principle and feature of the utility model are described below in conjunction with attached drawing, example is served only for explaining this practicality
It is new, it is not intended to limit the scope of the utility model.
As shown in Figure 1, a kind of feeding bottle cap conveying device, including feeding device 1 and material-pulling device 2, the feeding device 1 is used
Feeding bottle cap 3 is delivered to feeding bottle screw capping device 4, the discharge end of the feeding device 1 and the feeding bottle screw capping device 4 are into lid
It mouthful is oppositely arranged, the material-pulling device 2 is arranged on the discharge end of the feeding device 1, to by the milk of 1 discharge end of feeding device
Bottle cap 3 is pushed into successively one by one in the lid inlet of feeding bottle screw capping device 4.Using feeding device by the feeding bottle cap from its feed end source
Source is constantly delivered to its discharge end and according to correct direction and feeding bottle cap is pushed into feeding bottle successively one by one by material-pulling device
In the lid inlet of screw capping device, the whole work efficiency of feeding bottle screw capping device is improved.
As shown in Fig. 2,5,6,7, feeding device 1 described in above-described embodiment include the consistent transfer roller 11 of two specifications,
Driving device 12, conveyer belt 13, multiple U-lag pipes 14 and stent 15,3 base of feeding bottle cap extend into the U-lag pipe 14
Interior, lid mouth end and sliding contact at the notch of U-lag pipe 14, multiple U-lag pipes 14 are respectively side by side and continuous fixed
On the surface of the conveyer belt 13, and the every U-lag pipe 14 is vertical with the direction of transfer of the conveyer belt 13, each
The notch of the U-lag pipe 14 deviates from the surface of the conveyer belt 13；Two transfer rollers 11 are arranged side by side and are rotatably installed in
The both ends of the stent 15, wherein, the level height of the transfer roller 11 of discharge end is high higher than the level of the transfer roller 11 of feed end
Degree, the conveyer belt 13 bypass two transfer rollers 11, and the driving device 12 is mounted on the stent 15, driving
End is sequentially connected with any one live-roller 11, and drives corresponding transfer roller 11 that the movement of conveyer belt 13 is driven to pass
It send.It, can be automatic small when circumferentially distributed U-lag pipe on a moving belt, wherein U-lag pipe so that feeding bottle cap is placed on a moving belt
Upside down, upper end falling in U-lag pipe upward, and notch and sliding contact of its lid mouth with the U-lag pipe, i.e. feeding bottle
It covers and can be slided along its length in U-lag pipe, going to notch upward vertically in notch rotates 90 ° of processes to horizontality
In, feeding bottle cap is all without departing from corresponding U shapes barrel, therefore when conveyer belt tilts upward setting, the U-lag tube seat mouth with
The angle of horizontal plane is enough to stay in feeding bottle cap in U-lag pipe.Hopper 5 is further included in above-described embodiment, the hopper 5 is one
The frid being hung on above 1 feed end of feeding device, the notch of the frid towards the feeding device 1 discharge end,
The lower end of three side sides of the frid is extended downward into close to the upper end of corresponding position U shapes barrel 14, and the frid is with being located at
The conveyer belt 13 of its lower end is enclosed the cavity of upper end and a side opening, holding feeding bottle cap 3, the milk in the cavity
Bottle cap 3 is fallen to downwards in the hopper in the U-lag pipe 14 of lower section.Many feeding bottle caps can be pre-placed in corresponding sky
Part feeding bottle cap is gradually delivered to its end by intracavitary successively when being rotated by conveyer belt according to probability, reduces cost of labor, and its
It is more efficient.
As shown in figure 3, feeding device 1 described in above-described embodiment further includes two deflecting rollers 16 and a slewing rollers 17,
Two deflecting rollers 16 are mutually juxtaposed and are rotatably installed in the both sides at 15 middle part of stent, 17 liang of the slewing rollers respectively
End is rotatably installed in the both sides of the mid-stent, and positioned at two 16 lower sections of deflecting roller close to 1 discharge end of feeding device
One end, it is preferred that the lower end of two deflecting rollers 16 and the upper end of the transfer roller of feed end are in same level height, institute
The lower end for stating the lower end of slewing rollers and the transfer roller of feed end is in same level height, and two deflecting rollers are located at the biography
The upper end of band is sent, the slewing rollers are located in the ring of the conveyer belt；13 both sides of conveyer belt are respectively to the shape that extends outwardly
Into shirt rim 131, the shirt rim of the 13 upper end both sides of conveyer belt bypasses the lower end of respective side deflecting roller 16, the conveyer belt 13 respectively
Lower end bypasses the lower end of the slewing rollers 17, the deflecting roller 16 and slewing rollers 17 to by the conveyer belt 13 along its conveying side
To bending, and the angle formed between 13 feed end of the conveyer belt and horizontal plane be less than 13 discharge end of conveyer belt and horizontal plane it
Between the angle that is formed.Cause conveyer belt bending operation using deflecting roller and slewing rollers, wherein feed end angle of inclination it is gentle or
Horizontality is conducive to quickly coordinate in feed end feeding bottle cap and U-lag pipe.Hopper 5 is further included, the hopper is outstanding for one
The frid being located above 1 feed end of feeding device, feed end of the notch of the frid away from the feeding device 1 and court
Extending to deflecting roller 16, the lower end of three side sides of the frid is extended downward into close to the upper end of corresponding position U-lag pipe 14,
The frid and the conveyer belt 13 positioned at its lower end are enclosed the cavity of upper end and a side opening, holding in the cavity
Feeding bottle cap 3.Hopper is extended at deflecting roller so that can not automatically fall at deflecting roller with the matched feeding bottle cap of U-shaped sliding slot
Fall in corresponding cavity, i.e., the feeding bottle cap transported from cavity is all the feeding bottle cap worked good with U-lag pipe, not with U-shaped
The feeding bottle of barrel cooperation continues to coordinate with U-lag pipe in cavity.
As shown in figure 4, the lid inlet of the device of feeding bottle screw capping described in above-described embodiment 4 has been connected to and in communication with a feed pipe
41, the other end of the feed pipe 41 is arranged on the one side of 1 discharge end of feeding device, and the material-pulling device 2 is arranged on institute
The opposite side of 1 discharge end of feeding device is stated, the feed pipe 41 is close to one end of feeding device 1 and the pusher end of material-pulling device 2
It is oppositely arranged, the conveyer belt 13 rotates corresponding with the feed pipe 41 and material-pulling device 2 successively to each U-lag pipe 14
When, the material-pulling device 2 pushes to the feeding bottle cap 3 in corresponding U-lag pipe 14 in feed pipe 41.
Using air-flow by the feeding bottle cap vertical feed pipe nozzle in U-lag pipe, since the effect of air-flow causes block bottom
It is collided when portion is at vertical feed pipe nozzle with tube wall, and cover port is introduced into feed pipe, both realized and chased after a pusher
Bottle cap is blown into according to correct unwrapping wire in feed pipe again.The material-pulling device 2 includes air pump 21 and air current spray nozzle 22, described
Air current spray nozzle 22 is arranged on the respective side of the conveyer belt 13, the air inlet of the air current spray nozzle 22 and the gas outlet of air pump 21
It is connected to and in communication with by pipeline.Set air current spray nozzle that air-flow is caused with linear convergent rate, to improve blowing for air-flow and hit power.Further include putty
Sensing device 6 and control device 7, the putty sensing device 6 to sense in the feed pipe 41 whether putty, the putty
Sensing device 6, driving device 12 and air pump 21 are electrically connected respectively with control device 7, and the putty sensing device 6 will sense
Information conveyance controls driving device 12 and the working condition of air pump 21 to control device 7 and by control device 7, driving device and
The working condition of air pump is driving device and air pump at this time when sensing device senses that signal or interval sense signal always
Normal operation can assert that putty occurs in feed pipe for feeding bottle cap when signal was not detected more than 3 seconds in putty sensing device, by
In process of the feeding bottle cap in feed pipe speed quickly, therefore be set as three seconds, when putty occurs, then air pump and driving device
Working condition is off running.Putty sensing device and control device is set so that one end blocks in feed pipe, you can stop
The only operation of driving device and air pump stops conveying, and the discharging of conveyer belt discharge end is avoided freely feeding bottle cap not to be caused to fall.It is wherein stifled
Expect that sensing device includes infrared generator and infrared receiver, the infrared generator and infrared receiver dress
It puts and is electrically connected respectively with the control device, the infrared generator and infrared receiver are oppositely arranged on the feed pipe
On 41 opposite both sides inner walls, when the feeding bottle cap passes through sensing device successively, putty sensing device senses intermittency signal,
If no feeding bottle cap passes through, infrared generator and infrared touch device sense signal always, at this time control device
Think that no feeding bottle cap enters, when infrared receiving device is more than that 3s senses the signal less than infrared generator, this time control
Device processed thinks generation putty in feed pipe, and control device can control air pump and driving device out of service at this time.
The driving device 12 includes motor 121 and speed reducer 122, output terminal and the stent of the speed reducer 122
The upper transfer roller away from conveyer belt feed end is sequentially connected, the driving end of the motor 121 and the input terminal of the speed reducer 122
It is sequentially connected.
The above is only the preferred embodiment of the present invention, is not intended to limit the utility model, all in this practicality
Within new spirit and principle, any modifications, equivalent replacements and improvements are made should be included in the guarantor of the utility model
Within the scope of shield.
Claims (8)
1. a kind of feeding bottle cap conveying device, which is characterized in that including feeding device (1) and material-pulling device (2), the feeding device
(1) feeding bottle cap (3) is delivered to feeding bottle screw capping device (4), discharge end and the feeding bottle screw capping of the feeding device (1)
The lid inlet of device (4) is oppositely arranged, and the material-pulling device (2) is arranged on the discharge end of the feeding device (1), to will be defeated
The feeding bottle cap (3) of material device (1) discharge end is pushed into successively one by one in the lid inlet of feeding bottle screw capping device (4).
2. feeding bottle cap conveying device according to claim 1, which is characterized in that the feeding device (1) includes two rule
The consistent transfer roller of lattice (11), driving device (12), conveyer belt (13), multiple U-lag pipes (14) and stent (15), the feeding bottle
Lid (3) base is extend into the U-lag pipe (14), lid mouth end and sliding contact at the notch of U-lag pipe (14), Duo Gesuo
It states U-lag pipe (14) and is fixed on side by side and continuously the surface of the conveyer belt (13), and the every U-lag pipe (14) respectively
Vertical with the direction of transfer of the conveyer belt (13), the notch of each U-lag pipe (14) deviates from the conveyer belt
(13) surface；Two transfer rollers (11) are arranged side by side and are rotatably installed in the both ends of the stent (15), wherein, discharge end
The level height of transfer roller (11) is higher than the level height of the transfer roller (11) of feed end, and the conveyer belt (13) is around two institutes
Transfer roller (11) is stated, the driving device (12) is mounted on the stent (15), driving end and any one transmission
Roller (11) is sequentially connected, and corresponding transfer roller (11) is driven to drive the mobile transmission of the conveyer belt (13).
3. feeding bottle cap conveying device according to claim 2, which is characterized in that further include hopper (5), the hopper (5)
The frid being hung on for one above the feeding device (1) feed end, the notch of the frid is towards the feeding device (1)
Discharge end, the lower ends of three side sides of the frid is extended downward into close to the upper end of corresponding position U-lag pipe (14), described
Frid and the conveyer belt (13) positioned at its lower end are enclosed the cavity of upper end and a side opening, holding milk in the cavity
Bottle cap (3), the feeding bottle cap (3) are fallen to downwards in the hopper in the U-lag pipe (14) of lower section.
4. feeding bottle cap conveying device according to claim 2, which is characterized in that the feeding device (1) further includes two
Deflecting roller (16) and a slewing rollers (17), two deflecting rollers (16) are mutually juxtaposed and are rotatably installed in the stent respectively
(15) both sides in the middle part of, slewing rollers (17) both ends are rotatably installed in the both sides of the mid-stent, and positioned at described in two
Close to one end of feeding device (1) discharge end below deflecting roller (16)；Conveyer belt (13) both sides are respectively to extending outwardly
It is formed shirt rim (131), the shirt rim of conveyer belt (13) the upper end both sides bypasses the lower end of respective side deflecting roller (16) respectively, described
Conveyer belt (13) lower end bypasses the lower end of the slewing rollers (17), and the deflecting roller (16) and slewing rollers (17) are to by the biography
Band (13) is sent to be bent along its conveying direction, and the angle that the conveyer belt (13) is formed between feed end and horizontal plane is less than transmission
The angle that band (13) is formed between discharge end and horizontal plane.
5. feeding bottle cap conveying device according to claim 4, which is characterized in that further include hopper (5), the hopper is one
A frid being hung on above the feeding device (1) feed end, the notch of the frid away from the feeding device (1) into
Expect end and extend towards deflecting roller (16), the lower end of three side sides of the frid is extended downward into close to corresponding position U-lag
The upper end of (14) is managed, the frid is enclosed the cavity of upper end and a side opening, institute with the conveyer belt (13) positioned at its lower end
It states to hold feeding bottle cap (3) in cavity, the feeding bottle cap (3) falls to downwards the U-lag pipe of lower section in the hopper
(14) in.
6. the feeding bottle cap conveying device according to any one of claim 2-5, which is characterized in that the feeding bottle screw capping device
(4) lid inlet has been connected to and in communication with a feed pipe (41), and the other end of the feed pipe (41) is arranged on the conveying dress
The one side of (1) discharge end is put, the material-pulling device (2) is arranged on the opposite side of the feeding device (1) discharge end, the charging
Pipe (41) is oppositely arranged close to one end of feeding device (1) and the pusher end of material-pulling device (2), and conveyer belt (13) rotation is extremely
Each U-lag pipe (14) successively with the feed pipe (41) and corresponding material-pulling device (2) when, the material-pulling device (2) will
Feeding bottle cap (3) in corresponding U-lag pipe (14) is pushed in feed pipe (41).
7. feeding bottle cap conveying device according to claim 6, which is characterized in that the material-pulling device (2) includes air pump
(21) and air current spray nozzle (22), the air current spray nozzle (22) are arranged on the respective side of the conveyer belt (13), the air current spray nozzle
(22) air inlet and the gas outlet of air pump (21) are connected to and in communication with by pipeline.
8. feeding bottle cap conveying device according to claim 7, which is characterized in that further include putty sensing device (6) and control
Device (7) processed, the putty sensing device (6) to sense in the feed pipe (41) whether putty, the putty sensing dress
It puts (6), driving device (12) and air pump (21) to be electrically connected with control device (7) respectively, the putty sensing device (6) will sense
The information conveyance arrived is to control device (7) and by control device (7) control driving device (12) and the operating status of air pump (21).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721582647.5U CN207418246U (en) | 2017-11-23 | 2017-11-23 | A kind of feeding bottle cap conveying device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721582647.5U CN207418246U (en) | 2017-11-23 | 2017-11-23 | A kind of feeding bottle cap conveying device |
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| Publication Number | Publication Date |
|---|---|
| CN207418246U true CN207418246U (en) | 2018-05-29 |
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ID=62302635
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721582647.5U Active CN207418246U (en) | 2017-11-23 | 2017-11-23 | A kind of feeding bottle cap conveying device |
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| CN (1) | CN207418246U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107777637A (en) * | 2017-11-23 | 2018-03-09 | 湖北酷我乳业股份有限公司 | A kind of feeding bottle cap conveying device |
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2017
- 2017-11-23 CN CN201721582647.5U patent/CN207418246U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107777637A (en) * | 2017-11-23 | 2018-03-09 | 湖北酷我乳业股份有限公司 | A kind of feeding bottle cap conveying device |
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