CN208204503U - Paper cup making machine wiredrawn edge rolls up bottom lubricating arrangement - Google Patents
Paper cup making machine wiredrawn edge rolls up bottom lubricating arrangement Download PDFInfo
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- CN208204503U CN208204503U CN201820689997.XU CN201820689997U CN208204503U CN 208204503 U CN208204503 U CN 208204503U CN 201820689997 U CN201820689997 U CN 201820689997U CN 208204503 U CN208204503 U CN 208204503U
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- dips
- wiredrawn edge
- oil
- volume bottom
- font
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Abstract
The utility model discloses paper cup making machine wiredrawn edges to roll up bottom lubricating arrangement, including wiredrawn edge position and volume bottom position, wiredrawn edge position is equipped with wiredrawn edge and dips in font, wiredrawn edge dips in font and dips in malthoid and wiredrawn edge dips in oily inlet nozzle equipped with wiredrawn edge, volume bottom position is equipped with volume bottom and dips in font, font is dipped at volume bottom, and equipped with rolling up, malthoid is dipped at bottom and oily inlet nozzle is dipped at volume bottom, it is characterized by: wiredrawn edge dips in the oil outlet that oily inlet nozzle is connected to the first positive displacement quantitative distributor, dip in the oil outlet that oily inlet nozzle is connected to the second positive displacement quantitative distributor in volume bottom, first, the oil inlet of second positive displacement quantitative distributor is connected to the fuel-displaced of plunger pump, the oil inlet of plunger pump is connected to fuel tank, each fuel feeding interval time of plunger pump is controlled by PLC and forms number with the dixie cup of corresponding setting.The utility model forms the relationship of number by fuel delivery of control and dixie cup, and the sassafras oil mass to realize dixie cup wiredrawn edge volume bottom is just right.
Description
Technical field
The utility model relates to a kind of paper cup moldings, and in particular to a kind of wiredrawn edge volume bottom lubrication dress of paper cup molding
It sets.
Background technique
Paper cup molding needs the food-grade on wiredrawn edge and volume bottom position sassafras when the wiredrawn edge and volume basic skill or training for carrying out dixie cup are made
Silicone oil with lubricate paper container on the outside of inside and lower edge, to improve forming quality of products, but the prior art is difficult accurately
Oil mass is controlled, to be easy to cause the waste of unstable product quality and silicone oil.
Summary of the invention
In view of the deficiencies of the prior art, the purpose of this utility model be to provide it is a kind of by fuel delivery of control with
Dixie cup forms the relationship of number, to realize the just right paper cup making machine wiredrawn edge volume bottom lubrication dress of the sassafras oil mass at dixie cup wiredrawn edge volume bottom
It sets.
The utility model adopts the following technical scheme that complete:
Paper cup making machine wiredrawn edge rolls up bottom lubricating arrangement, including wiredrawn edge position and volume bottom position, wiredrawn edge position are equipped with wiredrawn edge and dip in font, and wiredrawn edge dips in
Font dips in malthoid equipped with wiredrawn edge and wiredrawn edge dips in oily inlet nozzle, rolls up bottom position equipped with volume bottom and dips in font, rolls up bottom and dips in font equipped with volume bottom
It dips in malthoid and oily inlet nozzle is dipped at volume bottom, it is characterised in that: wiredrawn edge dips in oily inlet nozzle and is connected to the first positive displacement quantitative distributor
The oil outlet that oily inlet nozzle is connected to the second positive displacement quantitative distributor, the distribution of the first, second positive displacement quantitative are dipped in oil outlet, volume bottom
The oil inlet of device is connected to the fuel-displaced of plunger pump, and the oil inlet of plunger pump is connected to fuel tank, and each fuel feeding interval time of plunger pump is by PLC
Control forms number with the dixie cup of corresponding setting.
After adopting the above technical scheme, can be by the quantitative silicon in the first positive displacement quantitative distributor when each fuel feeding of plunger pump
Oil is got to wiredrawn edge and is dipped in font, and the up and down action of font is then dipped in by wiredrawn edge, and wiredrawn edge dips in malthoid for silicone oil sassafras to paper container
On along inside, equally, the quantitative silicone oil in the second positive displacement quantitative distributor can also be got to volume by when plunger pump each fuel feeding
Bottom is dipped in font, then passes through the rotation of paper container, malthoid is dipped at volume bottom will be on the outside of the lower edge of silicone oil sassafras to paper container.Such one
Come, each fuel feeding interval time of dixie cup molding number and plunger pump need to be only set in PLC, the accurate control of oil mass can be realized
System, and when each fuel feeding of plunger pump the first, second positive displacement quantitative distributor only to wiredrawn edge dips in font, volume bottom is dipped in font and provided
A small amount of silicone oil, therefore accomplish that oil mass supply does not waste and just right.
Preferably, the first, second positive displacement quantitative distributor has identical structure, including distributor socket, distributor socket
Left end setting oil inlet, right end oil outlet is set, the internal cavity of distributor socket is movably equipped with piston and one-way sealing seal, single
It is located on the left of piston to sealing ring, reset spring is equipped on the right side of piston, is enclosed between the left end face and oil inlet of one-way sealing seal
Oil suction chamber out, crosses left grease chamber between the right end face of one-way sealing seal and the left end face of piston, the right end face of piston with
Right grease chamber is crossed between oil outlet, the central movable of piston is equipped with piston tube, and piston tube, which is equipped with axial hole and sidewise hole, makes left and right
Grease chamber communicates, the right opening face oil outlet of axial hole.By above-mentioned design, when each fuel feeding of plunger pump, regardless of plunger pump
The output quantity of pump oil length of time, volume quantitative distributor is only determined by the stroke of piston, then cooperates these to export oil masses and be only
It sets dixie cup molding number to use, thereby, it is ensured that accomplishing that oil mass supply does not waste and just right.
Preferably, wiredrawn edge, which dips in font, dips in oily oil outlet equipped with wiredrawn edge, volume bottom dips in font and dips in oily oil outlet equipped with volume bottom, rolls up
Mouth dip in oily oil outlet and volume bottom dip in oily oil outlet be connected to recycle oil drum.By above-mentioned design, wiredrawn edge dips in font, volume bottom is dipped in font
Extra lubricating oil can be recycled in recycling oil drum, reduces oil liquid leakage pollution work top, reduces and give product bring health
Risk.
Detailed description of the invention
The utility model has following attached drawing:
Fig. 1 is the structural schematic diagram of the utility model,
Fig. 2 is the structural schematic diagram of positive displacement quantitative distributor.
Specific embodiment
As shown, the paper cup making machine wiredrawn edge of the utility model rolls up bottom lubricating arrangement, including wiredrawn edge position and volume bottom position, wiredrawn edge position
Font 2 is dipped in equipped with wiredrawn edge, and wiredrawn edge dips in that font 2 dips in malthoid 3 equipped with wiredrawn edge and wiredrawn edge dips in oily inlet nozzle, oil outlet, and volume bottom position is set
There is volume bottom to dip in font 6, volume bottom dips in font 6 and is equipped with that malthoid 5 is dipped at volume bottom and oily inlet nozzle, oil outlet are dipped in volume bottom, wiredrawn edge dip in oil into
Oil nozzle is connected to the oil outlet of the first positive displacement quantitative distributor 1, and volume bottom dips in oily inlet nozzle and is connected to the second positive displacement quantitative distributor 7
Oil outlet, fuel-displaced, the oil inlet of plunger pump 8 connection of the oil inlet connection plunger pump 8 of the first, second positive displacement quantitative distributor
Fuel tank 9, fuel tank 9 is interior to be equipped with liquid level sensor 10, and each fuel feeding interval time of plunger pump 8 is controlled by PLC with corresponding setting
Dixie cup form number, wiredrawn edge dip in oily oil outlet and volume bottom dip in oily oil outlet be connected to recycle oil drum 4.
First, second positive displacement quantitative distributor has identical structure, including distributor socket 22, the left end of distributor socket 22
Oil inlet 11, right end setting oil outlet 19 are set, and the internal cavity of distributor socket 22 is movably equipped with piston 15 and one-way sealing seal
13, one-way sealing seal 13 is located at 15 left side of piston, is equipped with reset spring 17, the left end face of one-way sealing seal 13 on the right side of piston 15
Oil suction chamber 12 is crossed between oil inlet 11, crosses a left side between the right end face of one-way sealing seal 13 and the left end face of piston 15
Grease chamber 14, crosses right grease chamber 16 between the right end face and oil outlet 19 of piston 15, the central movable of piston 15 is equipped with piston tube
20, piston tube 20 is fixed in distributor socket 22, and piston tube 20, which is equipped with axial hole 21 and sidewise hole 18, communicates left and right grease chamber, axis
To the right opening face oil outlet 19 in hole 21.Positive displacement quantitative distributor works in this way: when plunger pump acts every time, from into
The pressure lubrication oil that hydraulic fluid port enters oil suction chamber will push one-way sealing seal and move to right the left opening for contacting and closing piston tube axial hole,
With the raising of oil pressure, lubricating oil, which squeezes and passes through one-way sealing seal, reaches left grease chamber；When plunger pump pump oil reaches certain pressure
When, the spring force that oil pressure will push piston overpowers reset spring moves to right, and lubricating oil in right grease chamber is squeezed by sidewise hole, axial hole
Oil outlet out, when piston covers stroke, encounters the right chamber wall of internal cavity, this oil extraction terminates；At this moment plunger pump stops supplying
Oil and releasing pressure automatically, reset spring return band piston moves to left, and pushes one-way sealing seal left by the indoor lubricating oil of left oil
It moves, then left grease chamber and the indoor oil liquid mixing of right oil do standard after each component empties back into initial position for next task
It is standby.
Claims (3)
1. paper cup making machine wiredrawn edge rolls up bottom lubricating arrangement, including wiredrawn edge position and volume bottom position, wiredrawn edge position are equipped with wiredrawn edge and dip in font, and wiredrawn edge dips in oil
Seat is equipped with that wiredrawn edge dips in malthoid and wiredrawn edge dips in oily inlet nozzle, and volume bottom position is equipped with volume bottom and dips in font, and volume bottom, which dips in font and is equipped with volume bottom, dips in
Oily inlet nozzle is dipped at malthoid and volume bottom, it is characterised in that: wiredrawn edge dips in oily inlet nozzle and is connected to going out for the first positive displacement quantitative distributor
The oil outlet that oily inlet nozzle is connected to the second positive displacement quantitative distributor, the first, second positive displacement quantitative distributor are dipped in hydraulic fluid port, volume bottom
Oil inlet connection plunger pump it is fuel-displaced, the oil inlet of plunger pump is connected to fuel tank, and each fuel feeding interval time of plunger pump is controlled by PLC
System forms number with the dixie cup of corresponding setting.
2. paper cup making machine wiredrawn edge as described in claim 1 rolls up bottom lubricating arrangement, it is characterised in that: the first, second positive displacement quantitative
Distributor has identical structure, including distributor socket, and oil outlet, distribution is arranged in left end setting oil inlet, the right end of distributor socket
The internal cavity of device seat is movably equipped with piston and one-way sealing seal, and one-way sealing seal is located on the left of piston, is equipped on the right side of piston multiple
Position spring, crosses oil suction chamber, the right end face and piston of one-way sealing seal between the left end face and oil inlet of one-way sealing seal
Left end face between cross left grease chamber, right grease chamber, the central movable of piston are crossed between the right end face and oil outlet of piston
Equipped with piston tube, piston tube, which is equipped with axial hole and sidewise hole, communicates left and right grease chamber, the right opening face oil outlet of axial hole.
3. paper cup making machine wiredrawn edge as described in claim 1 rolls up bottom lubricating arrangement, it is characterised in that: wiredrawn edge dips in font and dips in equipped with wiredrawn edge
Oily oil outlet, volume bottom, which dips in font and is equipped with volume bottom, dips in oily oil outlet, and wiredrawn edge, which dips in oily oil outlet and rolls up bottom and dip in oily oil outlet, is connected to recycling
Oil drum.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820689997.XU CN208204503U (en) | 2018-05-10 | 2018-05-10 | Paper cup making machine wiredrawn edge rolls up bottom lubricating arrangement |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820689997.XU CN208204503U (en) | 2018-05-10 | 2018-05-10 | Paper cup making machine wiredrawn edge rolls up bottom lubricating arrangement |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208204503U true CN208204503U (en) | 2018-12-07 |
Family
ID=64520566
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820689997.XU Active CN208204503U (en) | 2018-05-10 | 2018-05-10 | Paper cup making machine wiredrawn edge rolls up bottom lubricating arrangement |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208204503U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113601907A (en) * | 2021-07-30 | 2021-11-05 | 浙江新发现机械制造有限公司 | Paper cup machine book end structure |
-
2018
- 2018-05-10 CN CN201820689997.XU patent/CN208204503U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113601907A (en) * | 2021-07-30 | 2021-11-05 | 浙江新发现机械制造有限公司 | Paper cup machine book end structure |
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