CN205133126U - Small and medium-sized edible oil automatic production line - Google Patents

Abstract

A full-automatic production line for medium and small edible oil comprises a flowmeter filling machine, a capping machine, a labeling machine, a computer code spraying machine and a conveying line which are sequentially connected, wherein the whole production line is linearly arranged, the flowmeter filling machine is positioned at two sides of the conveying line, the capping machine is positioned at the right lower part of the flowmeter filling machine, the capping machine is butted at the right lower part of the capping machine, the labeling machine is positioned at the right lower part of the capping machine, the code spraying machine is positioned at the end of the conveying line, the utility model can realize that a bottle is filled by adopting a flowmeter filling mode, then a cover is screwed by the automatic capping machine and the capping machine, products with screwed bottle caps sequentially enter the labeling machine through the conveying line for automatic labeling, and code spraying is carried out on product dates by the computer code spraying machine after the labeled products come out, thereby completing the full-automatic production line of automatic labeling and filling, capping, cap screwing, the method has the characteristics of simple and convenient operation, low labor cost, high precision and high working efficiency.

Description

Small and medium-sized edible oil automatic production line

technical field

The utility model relates to a small and medium-sized edible oil automatic production line, in particular to the equipment required for the production of the small and medium-sized bottle-packed edible oil automatic production line.

Background technique

At present, many small and medium-sized edible oil manufacturers in my country have single production line equipment, which cannot meet the production of diversified products. If you want to produce different products, you need to increase the equipment, which is expensive.

Contents of the invention

The purpose of this utility model is to provide a fully automatic filling, capping, labeling and coding integrated production line applicable to various bottle types of edible oil. The whole process can be carried out continuously, with a high degree of automation and good practicability .

In order to achieve the above purpose, the utility model is realized through the following technical solutions in the embodiment: a fully automatic production line for small and medium-sized edible oils, including a flow meter filling machine, a capping machine, a capping machine, and a labeling machine connected in sequence , computer inkjet printer and conveying line are generally arranged in a straight line, the flow meter filling machine is located on both sides of the conveying line, the capping machine is located at the bottom right of the flow meter filling machine, and the capping and capping machine is docked with At the bottom right of the capping machine, the labeling machine is located at the bottom right of the capping and screwing machine, and the computer inkjet printer is located at the end of the conveying line.

The metering filling machine includes a gear pump, a flow meter, a filling head, a positioning group, a material storage tank, a touch screen and a filling frame, wherein the gear pump and the material storage tank are installed in the filling frame Inside, the flow meter and the filling head are connected in series and fixed on the filling frame corresponding to the positioning group, the touch screen is installed outside the filling frame, and the filling head includes Mounting plate, action cylinder, push rod, tee and plug, the plug is installed in the tee, and the start and stop of the material liquid is controlled by the action cylinder. When the machine is running, the positioning group will position the empty bottle, and the quantitative The feed liquid passes through the filling head to fill the positioned product.

The cover machine includes a lifting device, a cover frame, a centrifugal turntable, a feeding channel and a hanging cover head, wherein the elevator is placed behind the cover frame, the centrifugal turntable and the cover hanging head are installed on the cover frame, and the material channel Connected between the centrifugal turntable and the cap hanging head, so that the caps are selected from the centrifugal turntable through the material channel, and then slide down on the cap hanging head in an orderly manner, and the filled products pass under the cap hanging head, and the caps can be taken out of the hanging cap Cover the head and hang it on the mouth of the bottle.

The forehearth also includes directional sheet metal.

The lifting device also includes a hopper, a lifting frame, and a bar conveyor belt. The motor, the hopper are fixed and the bar conveyor belt is fixed on the lifting frame, and the motor drives the bar conveyor belt to run.

The capping and screwing machine includes: a capping frame, a first bottle guide group, a capping head, a first topping group and a speed control box, wherein the first bottle guide group, the capping head, the first topping group, and a speed control box Installed on the capping rack from bottom to top, the capped bottle is screwed in place by the capping head after the bottle body is guided and the cap is stabilized.

The labeling machine includes: a bottle dividing group, a second bottle guiding group, a second top pressing group, a labeling group, a positioning and labeling group, and a labeling frame, wherein the bottle separating group, the first bottle guiding group, and the second top pressing The group, labeling group, and positioning and labeling group are distributed on the labeling frame from left to right in turn. After the cap is screwed, the product runs through the conveying line and passes through the labeling machine for accurate and fast labeling.

The bottle-separating group is placed on the conveying mechanism, and includes a bottle-separating adjustment, a bottle-separating motor, a reversing gear, a transmission shaft and a bottle-separating wheel installed on the adjustment, and the bottle-separating motor drives the two bottle-separating wheels to rotate in opposite directions.

The first bottle guide group is placed on the conveying mechanism, including a guide adjustment, a gear box, a flat top belt, a transmission synchronous wheel, an elastic block, a transmission sprocket and a transmission shaft, and the gear box is installed on the guide adjustment, The flat top belt, transmission synchronous wheel, elastic block, transmission sprocket and transmission shaft are all installed on the gear box in sequence. The power comes from the second section of the conveying motor, which drives the transmission sprocket through the chain, and drives the flat top belt through the gearbox to guide the product.

The jacking mechanism is placed on the labeling frame, including an input shaft, a rotating arm, an output shaft, a jacking adjustment group and a synchronous group. The jacking adjustment group is a supporting unit. Output, the output shaft drives the synchronous group to rotate, which is consistent with the conveying speed of the conveying line.

The header group is placed on both sides of the conveying mechanism, including header adjustment group, header plate, label, brake group, electric eye frame group, label stripping group, traction group and receiving group. The whole header is installed on the label On the head adjustment group, six degrees of freedom adjustment can be realized. The label, brake group, electric eye frame group, label stripping group, traction group and material receiving group are arranged on the head plate. The head group mainly realizes peeling the label from the backing paper out, and then accurately paste the function on the product.

The positioning and labeling group is placed behind the labeling group and distributed on both sides of the conveying, including labeling adjustment, labeling cylinder, labeling driven wheel, labeling stepping motor, transmission synchronous wheel and labeling The driving wheel, wherein the standard covering cylinder, the standard covering stepping motor, the transmission synchronous wheel and the standard covering driving wheel are installed on the standard covering adjustment, and the standard covering driven wheel is installed on the standard covering cylinder.

The labeling frame is the support unit of the labeling machine, with built-in electrical devices, and controls the labeling through PLC.

The computer inkjet printer includes: a computer control box, a touch screen, a jetting dock, and a coding fixing frame, wherein the coding fixing frame is used as a fixed jetting dock, and the coding is controlled by a computer.

The conveying line includes: conveying motor A, conveying motor B, conveying section A, and conveying section B, wherein conveying motor A is fixed at the end of conveying section A and controlled, and conveying motor B is fixed in the middle of conveying section B, and It and the top pressing of the labeling machine are controlled.

The full-automatic production line of small and medium-sized edible oils is controlled by PLC, and the touch screen is an operation interface.

The function of this utility model: firstly, manually place the bottle used for filling edible oil on the conveying line, start the conveying line to transport the bottle to the bottom of the linear flowmeter filling machine, and then fill it. After the filling is completed, the bottle Move to the position of the automatic capping machine through the conveying line, and then pass through the capping machine to accurately place the cap on the bottle mouth, and then enter the position of the automatic capping and screwing machine to seal the bottle. After the sealing is completed, enter the automatic labeling machine that can label round and square bottles at the same time to label the product. After the labeling is completed, the position detection and coding of the bottle are performed by the computer inkjet printer equipped at the back end of the conveyor line. , complete the flow out of the conveying line in sequence.

Description of drawings

Below in conjunction with accompanying drawing and embodiment the utility model is further described.

Fig. 1 is the structural diagram of the utility model complete machine;

Fig. 2A is a structural diagram of the metering filling machine of the present invention;

Fig. 2B is a structural diagram of the filling head of the metering filling machine of the present invention;

Fig. 3 is the structural diagram of the utility model top cover machine;

Fig. 4 is the structural diagram of the utility model capping machine;

Fig. 5 is a structural diagram of a labeling machine of the present invention;

Fig. 6 is the structural diagram of the computer inkjet printer of the present invention;

Fig. 7 is the structural diagram of the utility model conveying line;

Fig. 8 is a structural schematic diagram of the utility model bottle group

Fig. 9 is a structural schematic diagram of the guiding group of the utility model

Fig. 10 is a structural schematic diagram of the second top pressing group of the utility model

Figure 11 is a structural schematic diagram of the header group of the utility model

Figure 12 is a structural schematic diagram of the positioning and labeling group and the labeling group of the utility model

Figure 13 is a schematic diagram of the position of the touch screen of the utility model

In Figure 1: 100, flow meter filling machine 200, capping machine 300, fully automatic capping and capping machine 400, labeling machine 500, computer inkjet printer 600, conveyor line;

In Fig. 2A and Fig. 2B: 110 gear pump, 120 flow meter, 130 filling head, 140 positioning group, 150 storage tank, 160 touch screen, 170 filling frame;

In Fig. 3: 210 hoisting device, 215 upper cover frame, 214 centrifugal turntable, 216 material channel and 217 hanging cover head;

In Fig. 4: 310 capping frame, 320 first bottle guide group, 330 capping head, 340 first top pressing group, 350 speed control box;

In Fig. 5: 410 bottle dividing group, 420 second bottle guide group, 430 second top pressing group, 440 labeling group, 450 positioning and labeling group, 460 labeling frame;

In Fig. 6: 511 computer control box, 512 touch screen, 513 inkjet dock, 514 inkjet fixed frame;

In Fig. 7: 611 conveying motor A, 612 conveying motor B, 613 conveying section A, 614 conveying section B

detailed description

The specific embodiment of the utility model small and medium-sized edible oil automatic production line is described below with reference to accompanying drawing.

As shown in Figure 1, the utility model small and medium-sized edible oil fully automatic production line includes a flow meter filling machine 100, a capping machine 200, a capping machine 300, a labeling machine 400, and a computer inkjet printer 500 connected in sequence and conveyor line 600.

As shown in Fig. 2A and Fig. 2B, the flow meter filling machine includes a gear pump 110, a flow meter 120, a filling head 130, a positioning group 140, a storage tank 150, a touch screen 160 and a filling frame 170, wherein The gear pump 110 and the storage tank 150 are installed in the filling frame 170, and the flowmeter 120 and the filling head 130 are connected in series and fixed on the filling frame correspondingly with the positioning group 140 170, the touch screen 160 is installed outside the filling frame 170, wherein the filling head 130 includes a mounting plate 134, an action cylinder 131, a push rod 132, a tee 133 and a plug 135, and the plug 135 is installed in three In the passage 133, the start and stop of the feed liquid is controlled by the action cylinder 131. When the machine is running, the positioning group 140 positions the empty bottle, and the quantitative feed liquid is drawn through the gear pump 110 and passed through the filling head 130 to the positioned product. Do the filling.

As shown in Figure 3, described loam cake machine 200 comprises, hoisting device 210, loam cake frame 215, centrifugal rotating disk 214, feedway 216 and hanging cap head 217, wherein hoist machine 210 places loam cake frame 215 rear, centrifugal The turntable 214 and the cap hanging head 217 are installed on the upper cover frame 215, and the material channel 216 is connected between the centrifugal turntable 214 and the cap hanging head 217, so that after the cover is selected from the centrifugal turntable 214 through the material channel 216, it slides down in an orderly manner. On the hanging cap head 217, the product that has been filled passes through under the hanging cap head 217, and the cap can be taken out of the hanging cap head 217 and hung on the bottle mouth.

As shown in FIG. 3 , the forehearth 216 also includes a direction-selection sheet metal 218 , and the direction-selection sheet metal 218 is fixed at the front and bottom of the forehearth 216 .

As shown in FIG. 3 , the lifting device 210 also includes a hopper 211 , a lifting frame 213 , and a bar conveyor belt 212 . The hopper 211 and the bar conveyor belt 212 are fixed on the lifting frame 213, and the motor drives the bar conveyor belt 212 to run.

As shown in Figure 4, the capping and capping machine 300 includes: a capping frame 310, a first bottle guide group 320, a capping head 330, a first top pressing group 340 and a speed control box 350, wherein the first bottle guide group 320 , the capping head 330, the first top pressing group 340, and the speed control box 350 are installed on the capping frame 310 from bottom to top in sequence. The cap screwed into place.

As shown in Figure 5, the labeling machine 400 includes: a bottle dividing group 410, a second bottle guide group 420, a second top pressing group 430, a labeling group 440, a positioning and labeling group 450, and a labeling frame 460, wherein The bottle sorting group 410, the second bottle guide group 420, the second top pressing group 430, the labeling group 440, and the positioning and labeling group 450 are distributed on the labeling frame 460 from left to right. The conveying line 600 runs through the labeling machine 400 for accurate and fast labeling.

As shown in Figure 8, the bottle-separating group 410 is placed on the conveying line 600, including an adjustment 413, a bottle-separating motor 411, a reversing gear 414, a transmission shaft 412 and a bottle-separating wheel 415 are installed on the adjustment 413, The bottle motor 411 drives the two bottle-separating wheels 415 to rotate in opposite directions, which plays the role of opening the distance between the products.

As shown in Fig. 9, the guide set 420 is placed on the conveying line 600, including a guide adjustment 421, a gear box 422, a flat top belt 423, a drive synchronous wheel 424, an elastic block 425, a drive sprocket 426 and Power transmission shaft 427, gear box 422 are installed on guide and adjust upper 421, flat top belt 423, transmission synchronous wheel 424, elastic block 425, transmission sprocket wheel 426 and transmission shaft 427 are all installed on the gear box 422 in order. The power comes from the second conveying motor, which drives the transmission sprocket 426 through the chain, and drives the flat top belt 423 through the gear box 422 to guide the product.

As shown in Figure 10, the second pressing group 430 includes an input shaft 431, a rotating arm 432, an output shaft 433, a pressing adjustment group 434 and a synchronous group 435, the pressing adjustment group 435 is a supporting unit, and the power enters from the input shaft 731, It is output from the output shaft 433 via the rotating arm 732 , and the output shaft 433 drives the synchronous group 435 to rotate, which is consistent with the delivery speed of the delivery line 600 .

As shown in Figure 11, the header group 440 includes a header adjustment group 441, a header plate 442, a label 443, a brake group 444, an electric eye frame group 445, a label stripping group 446, a traction group 447 and a receiving group 448. The head is installed on the head adjustment group 441, which can realize six-degree-of-freedom adjustment. The label 443, the brake group 444, the electric eye frame group 445, the stripping group 446, the traction group 447 and the material collection 448 are arranged on the head plate 442. The head group mainly realizes the function of peeling off the label 443 from the backing paper, and then accurately pasting it on the product. Among them, the traction group 447 is under the action of the stepping motor to drive the active force of the label 443, the electric eye frame group 445 is the place where the stop signal occurs, the brake group 444 is used for buffering and maintaining the tension of the label, and the receiving group 448 is used for recycling the label bottom paper.

As shown in Figure 12, the positioning and labeling group 450 is placed behind the labeling group 440 and distributed on both sides of the conveying line 600, including a labeling adjustment 451, a labeling cylinder 452, and a labeling driven wheel 453 , covering standard stepper motor 454, transmission synchronous wheel 455 and covering standard driving wheel 456, wherein covering standard cylinder 452, covering standard stepping motor 454, transmission synchronous wheel 455 and covering standard driving wheel 456 are installed on covering standard adjustment 451, Covering the standard driven wheel 453 is installed on the covering standard cylinder 452, covering the standard driving wheel 456 and two covering standard driven wheels constitute three points, to the circular product positioning, drive the covering standard driving wheel 456 by 453 covering the standard stepping motor 454, Spread the labeled round product evenly.

The labeling frame 560 is a support unit of the labeling machine, with built-in electrical devices, and controls the labeling through PLC.

As shown in Figure 6, the computer inkjet printer 500 includes: a computer control box 511, a touch screen 512, a jetting dock 513, and a coding fixing frame 514, wherein the coding fixing frame 514 is used as a fixed inkjet coding 513 head, controlled by a computer Coding.

As shown in Figure 7, the conveying line 600 includes: a conveying motor A611, a conveying motor B612, a conveying A section 613, and a conveying B section 614, wherein the conveying motor A611 is fixed at the end of the conveying A613 section and controlled, and the conveying motor B612 It is fixed in the middle of the conveying section B 614, and it is controlled with the second pressing group 430 and the guiding group 420 of the labeling machine 400 to realize synchronous product conveying.

As shown in Figure 13, the full-automatic production line for small and medium-sized edible oils includes a first touch screen 160, a second touch screen 460, and a third touch screen 560. Only a simple operation of the touch screen is required, and the production of the entire line is carried out first by using PLC and lines. control.

Claims (7)

1. one kind middle-size and small-size cooking oil automatic production line, it is characterized in that: comprise the flow counter bottle placer, tegmen machine, gland cap rotating machine, labelling machine, computer ink jet numbering machine and the travel line that are sequentially connected, totally be arranged in a linear, described flow counter bottle placer is positioned at travel line both sides, described tegmen machine is positioned at flow counter bottle placer lower right, described gland cap rotating machine butts up against tegmen machine lower right, and described labelling machine is positioned at gland cap rotating machine lower right, and it is last that described computer ink jet numbering machine is positioned at travel line.

2. the middle-size and small-size cooking oil automatic production line of one according to claim 1, it is characterized in that: described flow counter bottle placer comprises gear type pump, flow counter, filling head, location group, storage tank, touch-screen and filling frame, wherein gear type pump and storage tank are loaded in filling frame, flow counter and filling head are corresponding to location group after connecting to be fixed in filling frame, touch-screen is loaded on outside filling frame, extracts feed liquid carry out filling through filling head to the product of having good positioning by described gear type pump.

3. the middle-size and small-size cooking oil automatic production line of one according to claim 1, it is characterized in that: described tegmen machine comprises: bont, upper cover frame, centrifugal turntable, material road and extension headkerchief, wherein gig is placed in upper cover frame rear, centrifugal turntable and extension headkerchief are arranged in upper cover frame, material road is connected to centrifugal turntable and hangs between headkerchief, make lid backward selected through punishment in advance road from centrifugal turntable, orderly landing is on extension headkerchief, filled product passes through from extension headkerchief, can lid be taken out of extension headkerchief, hang over bottleneck.

4. the middle-size and small-size cooking oil automatic production line of one according to claim 1, it is characterized in that: described gland cap rotating machine comprises: spiral cover frame, first leads a bottle group, Cao rotating head, first bears down on one group and governor box, wherein first lead a bottle group, bear down on one group, governor box of Cao rotating head, first be arranged in spiral cover frame from lower to upper successively, lid to be screwed by Cao rotating head and puts in place by the bottle hanging up properly lid after correcting body and the steady lid of pressure.

5. the middle-size and small-size cooking oil automatic production line of one according to claim 1, it is characterized in that: described labelling machine comprises: sub-bottle group, second lead a bottle group, second bear down on one group, labeling group, location cover mark group, labeling frame, wherein sub-bottle group, first is led bear down on one group, labeling group, location of a bottle group, second and is covered mark group and be distributed in successively from left to right in labeling frame, and the product after having revolved lid runs through labelling machine by described travel line to carry out accurately posting label fast.

6. the middle-size and small-size cooking oil automatic production line of one according to claim 1, it is characterized in that: described computer ink jet numbering machine comprises: conputer controlled case, code spraying head, coding fixed mount, the wherein coding fixed mount code spraying head that fixes, by conputer controlled coding.

7. the middle-size and small-size cooking oil automatic production line of one according to claim 1, it is characterized in that: described travel line comprises: conveying motor A, conveying motor B, conveying A section, conveying B section, motor A is wherein carried to be fixed on conveying A section end, and it is controlled, conveying motor B is fixed in the middle part of conveying B section, and controls itself and bearing down on one of described labelling machine.