A kind of liquid cosmetic filling apparatus
Technical field
The present invention relates to a kind of filling apparatus, are in particular a kind of liquid cosmetic filling apparatus.
Background technique
Such as a kind of cosmetics filling apparatus of Publication No. CN207774784U, including rack, fixed link, fixed frame,
Screw rod, cylinder, the rack side are equipped with fixed link, and fixed link top is equipped with fixed frame, and fixed link intermediate tie side
Screw rod be equipped with connecting plate, cylinder is equipped between connecting plate and fixed frame, and cylinder two sides are symmetrically arranged with strut, the cylinder with
Strut lower end connects support plate, and the support plate is square structure, and support plate side is equipped with several pouring heads, the pouring head
It being fixedly connected by bolt with fixed plate, and is equipped with cavity among the pouring head, cavity connects feeding device by expects pipe, and
The perfusion head surface is equipped with several equally distributed through-holes, and through-hole connects the cavity in pouring head, sets below the pouring head
There is mounting table, mounting table is fixedly connected by bolt with rack, and the through-hole of fixing bolt is equipped among mounting table, and described put
It sets and is equipped with groove cooperation pouring head among platform;But the device is not easy to the bulk filling of liquid cosmetic, and is not easy to adjust and fill
Dosage is filled, prolonged filling easily cause in liquid cosmetic deposited phenomenon occurs and then product-filled quality is caused to decline.
Summary of the invention
The object of the present invention is to provide a kind of liquid cosmetic filling apparatus, convenient for the bulk filling of liquid cosmetic, and
Convenient for adjusting filling dosage, there is deposited phenomenon and then guarantees cosmetics in prolonged filling not will cause in liquid cosmetic
Filling quality.
The purpose of the present invention is achieved through the following technical solutions:
A kind of liquid cosmetic filling apparatus, including power mechanism, conveying mechanism, holding structure, overhead, filling mechanism,
Stepping mechanism and auxiliary part, the power mechanism are fixedly connected on the front side of conveying mechanism upper end, and holding structure is fixedly connected
In overhead upper end, filling mechanism is fixedly connected on the lower end of holding structure, and filling mechanism is located at the surface of conveying mechanism, step
It is fixedly connected on into mechanism on the right side and auxiliary part of conveying mechanism front end, the upper end of auxiliary part is being located at filling mechanism just
Lower section;The power mechanism and conveying mechanism are sequentially connected by belt, and power mechanism and holding structure are driven by belt and are connected
It connects, power mechanism and filling mechanism are sequentially connected.
The power mechanism includes motor, belt wheel I, axis I, belt wheel II, input sheave and bearing block I, the output shaft of motor
On be fixedly connected with belt wheel I, axis I is fixedly connected on the output shaft of motor by shaft coupling, and the rear and front end of axis I is fixed respectively
It is connected with belt wheel II and input sheave, the middle-end of axis I is rotatably connected in bearing block I.
The conveying mechanism includes conveying mechanism main body, conveyer belt, the first rack, the second rack, third rack, belt wheel III
With belt wheel IV, the conveying mechanism main body includes carrier, roller I and roller II, and the left and right ends of carrier are rotatably connected to respectively
Roller I and roller II, roller I and roller II are sequentially connected by conveyer belt, and the front end of carrier is fixedly connected with the first rack, the
The front end of one rack is fixedly connected with the second rack, and the rear end of carrier is fixedly connected with third rack, and the rear end of roller I is fixed to be connected
It is connected to belt wheel III, belt wheel III and belt wheel IV to be sequentially connected by belt, belt wheel IV is fixedly connected on the rear end of roller II;The electricity
Machine is fixedly connected in the second rack, and bearing block I is fixedly connected in the first rack.
The holding structure include storing barrel, axis II, belt wheel V, cam, contact plate, anti-precipitating component, main shaft, keyway I,
Tension spring and mounting plate, the storing barrel include bucket main body, afflux component and erecting bed I, and the lower end of bucket main body is fixedly connected with collection
Component is flowed, erecting bed I is fixedly connected in bucket main body and is connected to erecting bed I, the middle-end of axis II is rotatably connected in barrel main body,
The rear and front end of axis II has been respectively fixedly connected with belt wheel V and cam, and cam is contacted with contact plate, and the anti-precipitating component includes
The lower end of anti-precipitating member body, erecting bed II and key I, anti-precipitating member body is fixedly connected with erecting bed II, erecting bed II
On be fixedly connected with key I, contact plate is fixedly connected on the front end of anti-precipitating member body, is provided with keyway I on main shaft, key I is sliding
It is dynamic to be connected in keyway I, tension spring is cased on main shaft, the upper end of tension spring is fixedly connected on the lower end of erecting bed II, the mounting plate
Including mounting plate main body and key II, key II is fixedly connected in main body, and there are two mounting plate settings, and two mounting plate main bodys are solid
Surely it is connected to the inner end of barrel main body, the mounting plate main body positioned at upper end is located at the upper end of anti-precipitating member body, positioned at lower end
Mounting plate main body is located at the lower end of tension spring, and two keys II are slidably connected with keyway I, the lower end of tension spring is fixedly connected on be located under
In the mounting plate main body at end;The bucket main body, which is fixedly connected on overhead upper end, belt wheel V and belt wheel II and is driven by belt, to be connected
It connects.
The holding structure further includes upper cover, injection pipe and ring flange, and upper cover is fixedly connected on the upper end of barrel main body, bucket master
It is fixedly connected with injection pipe on body and is connected to injection pipe, ring flange is fixedly connected on injection pipe.
The filling mechanism includes output sheave, valve I, belt wheel VI, belt wheel VII, valve II, guide shell, sealing plate, communication member
And outlet tube, the valve I include valve rod I and valve body I, the rear end of valve rod I is fixedly connected with valve body I, and valve rod I is rotatablely connected
In the front side of guide shell lower end, the preceding middle both ends of valve rod I have been respectively fixedly connected with output sheave and belt wheel VI, valve body I are located at
In guide shell, belt wheel VI and belt wheel VII are sequentially connected by belt, and the valve II includes valve rod II and valve body II, valve rod II
Left end is fixedly connected with valve body II, and the right end of valve rod II is fixedly connected with belt wheel VII, and valve rod II is rotatably connected on guide shell
The front side at end, valve body II are located in guide shell, and the lower end of guide shell is fixedly connected with sealing plate, and the lower end of sealing plate is fixedly connected with
Communication member, the lower end of communication member are fixedly connected with multiple outlet tubes and are connected to multiple outlet tubes;The guide shell it is upper
End is fixedly connected on the lower end of afflux component, output sheave and input sheave transmission connection.
The filling mechanism further includes adjustment barrel, capping and adjustment means, adjustment barrel be fixedly connected on guide shell and with
Guide shell connection, for adjustment barrel between valve body I and valve body II, capping is fixedly connected on the rear end of adjustment barrel, the tune
Saving component includes rubber valve, lead screw and handle, and the left and right ends of lead screw have been respectively fixedly connected with handle and rubber valve, rubber valve mistake
Mating connection be full of in adjustment barrel, lead screw is connected through a screw thread with capping.
The stepping mechanism includes transmission shaft I, eccentric wheel, sliding slot, belt wheel VIII, roller, shaft I, driving member, fixation
Axis, mounting, pawl I, turns spring I, ratchet, transmission shaft II, pawl II, fixed link II and turns spring II fixed link I, before transmission shaft I
Middle both ends have been respectively fixedly connected with belt wheel VIII and eccentric wheel, and sliding slot is provided on eccentric wheel, and roller rolls are connected in sliding slot, turn
The rear end thereof of axis I is connected with roller, is rotatably connected on the front end of shaft I on the upside of driving member left end, under driving member
End is rotatably connected on the front end of fixing axle, and fixed link I is fixedly connected on the upside of driving member right end, and the front end of fixed link I is solid
Surely it is connected with mounting, the rear end thereof of fixed link I is connected with pawl I, turns I set of spring in fixed link I, turns the rear and front end of spring I
It is respectively fixedly connected on mounting and pawl I, pawl I is connect with ratchet driving, and ratchet is fixedly connected on transmission shaft II, pawl
II is stuck on ratchet, and pawl II is rotatably connected in fixed link II, is cased in fixed link II and turns spring II, and the front end for turning spring II is fixed
It is connected on pawl II;The rear end thereof of the transmission shaft I is connected to the right side of carrier front end, and belt wheel VIII and belt wheel I pass through skin
V belt translation connection, fixing axle are fixedly connected on the right side of carrier front end, and transmission shaft II and the front end of roller II are solid by shaft coupling
Fixed connection.
The auxiliary part includes demarcation plate, support plate I, support I, support plate II and support II, the demarcation plate, support
Plate I and support plate II are provided with multiple, and the left and right ends of multiple demarcation plates have been respectively fixedly connected with multiple support plates I and multiple
Support plate II, the lower end of multiple support plates I are fixedly connected with support I, and the lower end of multiple support plates II is fixedly connected with support II;
It is described to be fixedly connected with fixed link II on the demarcation plate of front end and turn spring II.
A kind of liquid cosmetic filling apparatus of the invention has the beneficial effect that
The present invention is convenient for the bulk filling of liquid cosmetic, and convenient for adjusting filling dosage, filling for a long time to make
At occurring deposited phenomenon in liquid cosmetic, and then guarantee the filling quality of cosmetics, and inside of the invention is only with one
Motor carries out drive control, and energy-saving effect is good, and entire filling process is synchronous to be carried out, and filling efficiency is high.
Detailed description of the invention
The present invention will be further described in detail with specific implementation method with reference to the accompanying drawing.
Fig. 1 is a kind of overall structure diagram of liquid cosmetic filling apparatus of the present invention;
Fig. 2 is overall structure diagram two of the invention;
Fig. 3 is whole schematic cross-sectional view of the invention;
Fig. 4 is power mechanism structural schematic diagram of the invention;
Fig. 5 is conveying mechanism structural schematic diagram of the invention;
Fig. 6 is conveying mechanism agent structure schematic diagram of the invention;
Fig. 7 is holding structure structural schematic diagram of the invention;
Fig. 8 is holding structure partial structural diagram one of the invention;
Fig. 9 is holding structure partial structural diagram two of the invention;
Figure 10 is storing barrel structural schematic diagram of the invention;
Figure 11 is anti-precipitating element structure schematic diagram of the invention;
Figure 12 is mounting plates structure schematic diagram of the invention;
Figure 13 is elevated structure schematic diagram of the invention;
Figure 14 is filling mechanism structural schematic diagram of the invention;
Figure 15 is I structural schematic diagram of valve of the invention;
Figure 16 is II structural schematic diagram of valve of the invention;
Figure 17 is adjustment means structural schematic diagram of the invention;
Figure 18 is stepping mechanism structural schematic diagram of the invention;
Figure 19 is auxiliary part structural schematic diagram of the invention.
In figure: power mechanism 1;Motor 1-1;I 1-2 of belt wheel;I 1-3 of axis;II 1-4 of belt wheel;Input sheave 1-5;Bearing block I
1-6;Conveying mechanism 2;Conveying mechanism main body 2-1;Carrier 2-1-1;I 2-1-2 of roller;II 2-1-3 of roller;Conveyer belt 2-2;First
Rack 2-3;Second rack 2-4;Third rack 2-5;III 2-6 of belt wheel;IV 2-7 of belt wheel;Holding structure 3;Storing barrel 3-1;Storage
Bucket main body 3-1-1;Afflux component 3-1-2;I 3-1-3 of erecting bed;II 3-2 of axis;V 3-3 of belt wheel;Cam 3-4;Contact plate 3-5;It is anti-
Precipitate component 3-6;Anti- precipitating member body 3-6-1;II 3-6-2 of erecting bed;I 3-6-3 of key;Main shaft 3-7;I 3-8 of keyway;Tension spring
3-9;Mounting plate 3-10;Mounting plate main body 3-10-1;II 3-10-2 of key;Upper cover 3-11;Injection pipe 3-12;Ring flange 3-13;It is high
Frame 4;Filling mechanism 5;Export sheave 5-1;I 5-2 of valve;I 5-2-1 of valve rod;I 5-2-2 of valve body;VI 5-3 of belt wheel;VII 5-4 of belt wheel;
II 5-5 of valve;II 5-5-1 of valve rod;II 5-5-2 of valve body;Guide shell 5-6;Sealing plate 5-7;Communication member 5-8;Outlet tube 5-9;It adjusts
Save cylinder 5-10;Cover 5-11;Adjustment means 5-12;Rubber valve 5-12-1;Lead screw 5-12-2;Handle 5-12-3;Stepping mechanism 6;
I 6-1 of transmission shaft;Eccentric wheel 6-2;Sliding slot 6-3;VIII 6-4 of belt wheel;Roller 6-5;I 6-6 of shaft;Driving member 6-7;Fixing axle 6-
8;I 6-9 of fixed link;Mounting 6-10;I 6-11 of pawl;Turn I 6-12 of spring;Ratchet 6-13;II 6-14 of transmission shaft;II 6-15 of pawl;Gu
II 6-16 of fixed pole;Turn II 6-17 of spring;Auxiliary part 7;Demarcation plate 7-1;I 7-2 of support plate;I 7-3 of support;II 7-4 of support plate;Branch
II 7-5 of seat.
Specific embodiment
The present invention is described in further detail below in conjunction with the accompanying drawings.
Specific embodiment 1:
As shown in figures 1-19, a kind of liquid cosmetic filling apparatus, including power mechanism 1, conveying mechanism 2, holding structure
3, overhead 4, filling mechanism 5, stepping mechanism 6 and auxiliary part 7, the present invention are convenient for the bulk filling of liquid cosmetic, and are convenient for
Filling dosage is adjusted, deposited phenomenon occurs in prolonged filling not will cause in liquid cosmetic, and then guarantees the filling of cosmetics
Packing quality, and inside of the invention carries out drive control only with a motor, energy-saving effect is good, the entire filling same stepping of process
Row, filling efficiency are high.
The power mechanism 1 is fixedly connected on the front side of 2 upper end of conveying mechanism, and holding structure 3 is fixedly connected on overhead 4
Upper end, filling mechanism 5 are fixedly connected on the lower end of holding structure 3, and filling mechanism 5 is located at the surface of conveying mechanism 2, stepper
Structure 6 is fixedly connected on the right side and auxiliary part 7 of 2 front end of conveying mechanism, and the upper end of auxiliary part 7 is located at filling mechanism 5
Underface;The power mechanism 1 is sequentially connected with conveying mechanism 2 by belt, and power mechanism 1 and holding structure 3 pass through belt
Transmission connection, power mechanism 1 and filling mechanism 5 are sequentially connected.
Specific embodiment 2:
As shown in figures 1-19, the power mechanism 1 includes motor 1-1, I 1-2 of belt wheel, I 1-3 of axis, II 1-4 of belt wheel, input
I 1-6 of sheave 1-5 and bearing block is fixedly connected with I 1-2 of belt wheel on the output shaft of motor 1-1, and I 1-3 of axis is fixed by shaft coupling
It being connected on the output shaft of motor 1-1, the rear and front end of I 1-3 of axis has been respectively fixedly connected with II 1-4 of belt wheel and input sheave 1-5,
The middle-end of I 1-3 of axis is rotatably connected in I 1-6 of bearing block.
Specific embodiment 3:
As shown in figures 1-19, the conveying mechanism 2 include conveying mechanism main body 2-1, conveyer belt 2-2, the first rack 2-3,
Second rack 2-4, IV 2-7 of third rack 2-5, III 2-6 of belt wheel and belt wheel, the conveying mechanism main body 2-1 includes carrier 2-1-
1, II 2-1-3 of I 2-1-2 of roller and roller, the left and right ends of carrier 2-1-1 are rotatably connected to I 2-1-2 of roller and roller II respectively
2-1-3, I 2-1-2 of roller and II 2-1-3 of roller are sequentially connected by conveyer belt 2-2, and the front end of carrier 2-1-1 is fixedly connected with
First rack 2-3, the front end of the first rack 2-3 are fixedly connected with the second rack 2-4, and the rear end of carrier 2-1-1 is fixedly connected with
Third rack 2-5, the rear end of I 2-1-2 of roller are fixedly connected with III 2-6 of belt wheel, III 2-6 of belt wheel and IV 2-7 of belt wheel and pass through belt
Transmission connection, IV 2-7 of belt wheel are fixedly connected on the rear end of II 2-1-3 of roller;The motor 1-1 is fixedly connected on the second rack 2-
On 4, I 1-6 of bearing block is fixedly connected on the first rack 2-3.Conveying mechanism 2 is mainly used for being advanced intermittently filling vessel,
When filling vessel stop, filling operation starts, and when filling vessel are mobile, filling operation stops, first filling vessel needs is put
In the middle of conveyer belt 2-2, the i.e. underface of outlet tube 5-9, the corresponding filling vessel in the lower section of each outlet tube 5-9.
Specific embodiment 4:
As shown in figures 1-19, the holding structure 3 includes storing barrel 3-1, II 3-2 of axis, V 3-3 of belt wheel, cam 3-4, connects
Touch panel 3-5, anti-precipitating component 3-6, main shaft 3-7, I 3-8 of keyway, tension spring 3-9 and mounting plate 3-10, the storing barrel 3-1 include
Bucket main body 3-1-1, I 3-1-3 of afflux component 3-1-2 and erecting bed, the lower end of bucket main body 3-1-1 is fixedly connected with afflux component 3-
It is fixedly connected with I 3-1-3 of erecting bed on 1-2, bucket main body 3-1-1 and is connected to I 3-1-3 of erecting bed, the middle-end rotation of II 3-2 of axis
It is connected on barrel main body 3-1-1, the rear and front end of II 3-2 of axis has been respectively fixedly connected with belt wheel V 3-3 and cam 3-4, cam 3-4
It is contacted with contact plate 3-5, the anti-precipitating component 3-6 includes anti-precipitating member body 3-6-1, I 3- of II 3-6-2 of erecting bed and key
The lower end of 6-3, anti-precipitating member body 3-6-1 are fixedly connected with II 3-6-2 of erecting bed, are fixedly connected on II 3-6-2 of erecting bed
There are I 3-6-3 of key, contact plate 3-5 to be fixedly connected on the front end of anti-precipitating member body 3-6-1, is provided with keyway I on main shaft 3-7
3-8, I 3-6-3 of key are slidably connected in I 3-8 of keyway, and tension spring 3-9 is cased on main shaft 3-7, and the upper end of tension spring 3-9 is fixedly connected on
The lower end of II 3-6-2 of erecting bed, the mounting plate 3-10 include II 3-10-2 of mounting plate main body 3-10-1 and key, II 3-10-2 of key
It is fixedly connected on main body 3-10-1, there are two mounting plate 3-10 settings, and two mounting plate main body 3-10-1 are fixedly connected with
The inner end of bucket main body 3-1-1, the mounting plate main body 3-10-1 positioned at upper end are located at the upper end of anti-precipitating member body 3-6-1, position
Mounting plate main body 3-10-1 in lower end is located at the lower end of tension spring 3-9, and two II 3-10-2 of key are slidably connected with I 3-8 of keyway,
The lower end of tension spring 3-9 is fixedly connected on the mounting plate main body 3-10-1 of lower end;The bucket main body 3-1-1 is fixedly connected on
Overhead 4 upper end, V 3-3 of belt wheel and II 1-4 of belt wheel are sequentially connected by belt.Tension spring 3-9 be used for II 3-6-2 of erecting bed to
Under power, and then contact contact plate 3-5 with cam 3-4 always.
Specific embodiment 5:
As shown in figures 1-19, the holding structure 3 further includes upper cover 3-11, injection pipe 3-12 and ring flange 3-13, upper cover
3-11 is fixedly connected on a barrel upper end of main body 3-1-1, be fixedly connected on bucket main body 3-1-1 injection pipe 3-12 and with injection pipe 3-
12 are connected to, and are fixedly connected with ring flange 3-13 on injection pipe 3-12, injection pipe 3-12 can make up by ring flange 3-13 connection
Product raw material mixing plant etc., convenient for the injection of liquid cosmetic.
Specific embodiment 6:
As shown in figures 1-19, the filling mechanism 5 include output sheave 5-1, I 5-2 of valve, VI 5-3 of belt wheel, VII 5-4 of belt wheel,
II 5-5 of valve, guide shell 5-6, sealing plate 5-7, communication member 5-8 and outlet tube 5-9, I 5-2 of valve include I 5-2-1 of valve rod and valve
I 5-2-2 of main body, the rear end of I 5-2-1 of valve rod are fixedly connected with I 5-2-2 of valve body, and I 5-2-1 of valve rod is rotatably connected on guide shell
The front side of the lower end 5-6, the preceding middle both ends of I 5-2-1 of valve rod have been respectively fixedly connected with output sheave 5-1 and VI 5-3 of belt wheel, valve body
I 5-2-2 is located in guide shell 5-6, and VI 5-3 of belt wheel and VII 5-4 of belt wheel are sequentially connected by belt, and II 5-5 of valve includes valve
II 5-5-2 of II 5-5-1 of bar and valve body, the left end of II 5-5-1 of valve rod are fixedly connected with II 5-5-2 of valve body, II 5-5-1 of valve rod
Right end be fixedly connected with VII 5-4 of belt wheel, II 5-5-1 of valve rod is rotatably connected on the front side of the upper end guide shell 5-6, II 5- of valve body
5-2 is located in guide shell 5-6, and the lower end of guide shell 5-6 is fixedly connected with sealing plate 5-7, and the lower end of sealing plate 5-7 is fixedly connected with company
Logical component 5-8, the lower end of communication member 5-8 is fixedly connected with multiple outlet tube 5-9 and is connected to multiple outlet tube 5-9;It is described
The upper end of guide shell 5-6 is fixedly connected on the lower end of afflux component 3-1-2, and output sheave 5-1 and input sheave 1-5 transmission connect
It connects.I 5-2-2 of valve body is vertical setting with II 5-5-2 of valve body, i.e., as shown in Figure 3, I 5-2-2 of valve body is horizontally disposed, valve
II 5-5-2 of main body is vertically arranged for making I 5-2-2 of valve body and II 5-5-2 of valve body always block guide shell 5- for only one
6, when I 5-2-2 of valve body blocks guide shell 5-6, the liquid cosmetic positioned at I lower end 5-2-2 of valve body will be discharged or make valve
Liquid cosmetic is not present in I lower end 5-2-2 of main body, when II 5-5-2 of valve body blocks guide shell 5-6, can make II 5-5-2 of valve body
Upper end be full of liquid cosmetic.
Specific embodiment 7:
As shown in figures 1-19, the filling mechanism 5 further includes adjustment barrel 5-10, capping 5-11 and adjustment means 5-12, is adjusted
Section cylinder 5-10 is fixedly connected on guide shell 5-6 and is connected to guide shell 5-6, and adjustment barrel 5-10 is located at I 5-2-2 of valve body and valve
Between II 5-5-2 of main body, capping 5-11 is fixedly connected on the rear end of adjustment barrel 5-10, and the adjustment means 5-12 includes rubber valve
5-12-1, lead screw 5-12-2 and handle 5-12-3, the left and right ends of lead screw 5-12-2 be respectively fixedly connected with handle 5-12-3 and
Rubber valve 5-12-1, rubber valve 5-12-1 interference fit are connected in adjustment barrel 5-10, and lead screw 5-12-2 passes through with capping 5-11
It is threadedly coupled, adjustment means 5-12 is used to adjust dosage filling every time, and as swing handle 5-12-3, handle 5-12-3 is driven
Lead screw 5-12-2 rotation, lead screw 5-12-2 drives rubber valve 5-12-1 mobile, and then changes the capacity of adjustment barrel 5-10, Jin Ergai
Become filling dosage.
Specific embodiment 8:
As shown in figures 1-19, the stepping mechanism 6 include I 6-1 of transmission shaft, eccentric wheel 6-2, sliding slot 6-3, VIII 6-4 of belt wheel,
Roller 6-5, I 6-6 of shaft, driving member 6-7, fixing axle 6-8, I 6-9 of fixed link, mounting 6-10, I 6-11 of pawl, turn I 6- of spring
12, ratchet 6-13, II 6-14 of transmission shaft, II 6-15 of pawl, II 6-16 of fixed link and turn II 6-17 of spring, before I 6-1 of transmission shaft in
Both ends have been respectively fixedly connected with belt wheel VIII 6-4 and eccentric wheel 6-2, and sliding slot 6-3 is provided on eccentric wheel 6-2, and roller 6-5, which is rolled, to be connected
It connects in sliding slot 6-3, the rear end thereof of I 6-6 of shaft is connected with roller 6-5, and driving member 6-7 is rotatably connected on the upside of left end
The front end of I 6-6 of shaft, the lower end of driving member 6-7 are rotatably connected on the front end of fixing axle 6-8, driving member 6-7 right end it is upper
Side is fixedly connected with I 6-9 of fixed link, and the front end of I 6-9 of fixed link is fixedly connected with mounting 6-10, and the rear end of I 6-9 of fixed link turns
It is dynamic to be connected with I 6-11 of pawl, turn I 6-12 of spring and cover on I 6-9 of fixed link, the rear and front end for turning I 6-12 of spring is respectively fixedly connected with
On I 6-11 of mounting 6-10 and pawl, I 6-11 of pawl and ratchet 6-13 are sequentially connected, and ratchet 6-13 is fixedly connected on transmission shaft II
On 6-14, II 6-15 of pawl is stuck on ratchet 6-13, and II 6-15 of pawl is rotatably connected on II 6-16 of fixed link, II 6- of fixed link
It is cased on 16 and turns II 6-17 of spring, the front end for turning II 6-17 of spring is fixedly connected on II 6-15 of pawl;After I 6-1 of transmission shaft
End is rotatably connected on the right side of the front end carrier 2-1-1, VIII 6-4 of belt wheel and I 1-2 of belt wheel and is sequentially connected by belt, fixing axle 6-8
It is fixedly connected on the right side of the front end carrier 2-1-1, the front end of II 6-14 of transmission shaft and II 2-1-3 of roller passes through the fixed company of shaft coupling
It connects.Its center of rotation of the rotation connection mode of eccentric wheel 6-2 has clearly a need for turning I 6-12 of spring for making I 6- of pawl for eccentric position
11 with ratchet 6-13 convenient for being driven, and turn II 6-17 of spring for making II 6-15 of pawl makes ratchet convenient for blocking ratchet 6-13 in turn
6-13 cannot be to rotating counterclockwise, and stepping mechanism 6 is mainly used for making conveyer belt 2-2 intermittent movement, and then makes to prevent on it
Filling vessel intermittent movement.
Specific embodiment 9:
As shown in figures 1-19, the auxiliary part 7 includes demarcation plate 7-1, I 7-2 of support plate, I 7-3 of support, support plate II
7-4 and support II 7-5, the demarcation plate 7-1, I 7-2 of support plate and II 7-4 of support plate are provided with multiple, multiple demarcation plate 7-
1 left and right ends have been respectively fixedly connected with II 7-4 of multiple I 7-2 of support plate and multiple support plates, the lower end of multiple I 7-2 of support plate
It is fixedly connected with I 7-3 of support, the lower end of multiple II 7-4 of support plate is fixedly connected with II 7-5 of support;Point positioned at front end
It is fixedly connected with II 6-16 of fixed link on partition 7-1 and turns II 6-17 of spring, demarcation plate 7-1 can prevent filling vessel from moving forwards, backwards
It is dynamic, convenient for the placement and movement of filling vessel.
A kind of liquid cosmetic filling apparatus of the invention, its working principle is that:
Before using the present invention, liquid cosmetic is fitted into storing barrel 3-1 first, then filling vessel are placed on conveyer belt
On 2-2, start motor 1-1, on the one hand, output shaft band I 1-2 of movable belt pulley of motor 1-1 is rotated, belt wheel I 1-2 band VIII 6- of movable belt pulley
4 rotations, VIII 6-4 of belt wheel drive I 6-1 of transmission shaft rotation, and transmission shaft I 6-1 band movable eccentric wheel 6-2 is rotated, and eccentric wheel 6-2 drives rolling
Sub- 6-5 is swung, and roller 6-5 drives driving member 6-7 to swing, and driving member 6-7 band I 6-11 of pawl is swung, and I 6-11 of pawl is pushed away
Dynamic ratchet 6-13 intermittent rotary, the rotation direction are that clockwise, ratchet 6-13 drives II 6-14 of transmission shaft around own axes
It rotates clockwise, and then II 6-14 of transmission shaft drives II 2-1-3 of roller to rotate clockwise around own axes, roller
Son II 2-1-3 band IV 2-7 of movable belt pulley is rotated clockwise around own axes, and IV 2-7 of belt wheel passes through belt band movable belt pulley III
2-6 is rotated clockwise around own axes, and then I 2-1-2 of roller and II 2-1-3 of roller make conveyer belt 2-2 can only be to suitable
Clockwise rotation, conveyer belt 2-2 drive filling vessel intermittent movement to the right;The output shaft band moving axis I of another aspect motor 1-1
1-3 rotation, axis I 1-3 band II 1-4 of movable belt pulley are rotated, and II 1-4 of belt wheel is rotated by belt band V 3-3 of movable belt pulley, V 3-3 of belt wheel
Band II 3-2 of moving axis is rotated, and axis II 3-2 band moving cam 3-4 is rotated, and cam 3-4 moves up and down contact plate 3-5 with tension spring 3-9,
And then anti-precipitating member body 3-6-1 is moved up and down, anti-precipitating member body 3-6-1 can make to be located at the lower end bucket main body 3-1-1
Liquid cosmetic moves up, and then prevents deposited phenomenon;I 1-3 of axis also will drive input sheave 1-5 rotation, input slot
Wheel 1-5 per revolution will drive output sheave 5-1 and rotate 90 degree, output sheave 5-1 band I 5-2-1 of ovable valve stem and valve body I
5-2-2 turns 90 degree every time, and then valve rod I 5-2-1 band VI 5-3 of movable belt pulley and VII 5-4 of belt wheel turns 90 degree, and then belt wheel every time
VII 5-4 makes II 5-5-2 of valve body turn 90 degree every time, and in filling vessel stop motion, II 5-5-2 of valve body will not be blocked
Guide shell 5-6, filling operation start, and when filling vessel are mobile, II 5-5-2 of valve body blocks the filling operation of guide shell 5-6 and stops,
I 5-2-2 of valve body will not block guide shell 5-6 at this time, can be full of cosmetics liquid in guide shell 5-6, wait valve master next time
The rotation of II 5-5-2 of body, and then continue pouring in liquid cosmetics, i.e., filling vessel movement, filling operation stops, and filling vessel stop
It only moves, filling operation starts.
Certainly, above description is not limitation of the present invention, and the present invention is also not limited to the example above, the art
The variations, modifications, additions or substitutions that those of ordinary skill is made within the essential scope of the present invention also belong to guarantor of the invention
Protect range.