Patent Application
20230103079
The present invention relates to sealing machine technical field, more particularly to a vacuum sealing machine for automatically delivering and cutting packages.
Currently, the vacuum sealing machine only can extract vacuum and seal a package, it can not achieve a whole process that firstly. delivery double layer film, then, seal a end of the double layer film and cut it to a package with one sealed end and one open end, after an article is placed in the package, extract vacuum and seals the open end to for a vacuum package with article.
When a vacuum sealing machine is in used, it needs to prepare a package or double layer plastic film with predetermined width. The vacuum sealing machine can not adapt to different size of package or double layer plastic film.
During the process of extracting vacuum, the liquid easily enters the vacuum sealing machines. Most of vacuum sealing machines are provided with a reservoir box for storing the liquid. However, the reservoir box is arranged in the vacuum sealing machine, the user can not adjust the liquid level in the reservoir box. The liquid accumulates in the vacuum sealing machine will cause sanitation deterioration in the vacuum cavity, and it is difficult to clean up the liquid.
The objection of the present invention is to provide a vacuum sealing machine to resolve the problem that “the vacuum sealing machine in the prior art can not adapt to different sizes of packages or double layer plastic films”.
The other objection of the present invention is to provide a vacuum sealing machine with the function of sealing and cutting a double layer plastic film to form, a package with one sealed end and one open end, and extracting vacuum and sealing the open end of the package to fault a vacuum package.
The another objection of the present invention is to resolve the problem of “the user can not observe the liquid level in the reservoir box. The liquid accumulating in the vacuum sealing machine is difficult to clean up”.
The present invention provides a vacuum sealing machine for automatically delivering and cutting package, which can be adjusted to adapt to different sizes of packages or double layer plastic films, the reservoir box is convenient to clean, the liquid in the vacuum cavity is easy to clean.
A vacuum sealing machine for automatically delivering and cutting packages includes a frame, a vacuum sealing mechanism arranged on the frame, a cutting and sealing mechanism arranged above the vacuum sealing mechanism, and a feeding mechanism arranged at a side of the vacuum sealing mechanism. The feeding mechanism pivots on the frame and a double layer plastic film winds on the feeding mechanism; the feeding mechanism deliveries the double layer plastic film to the cutting and sealing mechanism to cut and seal to form a package with one sealed end and one open end, an article is paced into the package, then the open end of the package is send into the vacuum sealing mechanism to extracting vacuum and sealing the open end.
The vacuum sealing mechanism includes a detachable reservoir box and an overflow tank arranged a side of the vacuum scaling machine; the reservoir box is connected with the vacuum sealing mechanism.
According to some embodiments in the present invention, the vacuum sealing mechanism includes an upper cavity and a lower cavity, the lower cavity is fixed on the frame, the overflow tank is arranged in the lower cavity, an inlet is arranged in the lower cavity, a side of the lower cavity is provided with a second sealing mechanism; the upper cavity is arranged on the lower cavity and fits with the lower cavity to form a sealing chamber therebetween.
According to some embodiments in the present invention, the vacuum sealing mechanism is provided with an one-way baffle assembly consisting of upper baffles and lower baffles, the upper baffles are arranged in the upper cavity, the lower baffles are arranged in the lower cavity, the upper baffles and the lower baffles are misaligned.
According to some embodiments in the present invention, the vacuum sealing machine has a driving mechanism, which includes a third driving portion and a vacuum driving portion; the third driving portion is connects with the upper cavity and drives the upper cavity to move up and down; the vacuum driving portion is communicated with the inlet.
According to some embodiments in the present invention, the reservoir box is communicated with the vacuum driving portion and the inlet, the reservoir box is made from transparent material.
According to some embodiments in the present invention, the cutting and sealing mechanism includes a first sealing assembly and a clipping assembly, the first sealing assembly lies a side of the clipping assembly, the clipping assembly includes a second driving portion and a cutter, the clipping assembly drives the cutter to reciprocally move; the clipping assembly is arranged on a side of the upper cavity, the first driving portion drives the clipping assembly to close to the package or the double layer plastic film.
According to some embodiments in the present invention, the feeding mechanism includes a feeding shaft, the double layer plastic film winds the feeding shaft; the feeding shaft is provided with several first limit teeth, a first clamping piece is sleeved on the feeding shaft and clamped with the first limiting teeth.
According to some embodiments in the present invention, a guiding, portion is arranged under the feeding shaft, the guiding portion includes a first driving portion fixed on the frame and a guiding shaft rotatably connected with the first driving portion; the guiding shaft is provided under the feeding shaft; two guiding pieces are respectively sleeved on both sides of the guiding shaft; the guiding pieces and the guiding shaft rotate synchronously; the frame under the guiding shaft is provided with several second limit teeth, one of the guiding pieces is provided with a second clamping piece clamped with the second limit teeth.
According to some embodiments in the present invention, the guiding piece is provided with several guiding teeth.
According to some embodiments in the present invention, the vacuum sealing machine also includes a power supply assembly, a controlling assembly and a nozzle; the power supply assembly is arranged at the back of the vacuum sealing machine; the controlling assembly is arranged above the vacuum sealing machine, the nozzle is communicated with the reservoir box 410 and the vacuum sealing machine.
According to some embodiments in the present invention, the vacuum sealing machine for automatically delivering and cutting package at least has the following advantages:
The feeding mechanism pivots on the frame, the double layer plastic film sealed at a left side and a right side winds the feeding mechanism, the users can adjust the effective width of the feeding shaft according to the width of the double layer plastic film, so that the feeding mechanism can be used for double layer plastic films with different sizes.
The cutting and sealing mechanism can automatically seal the double layer plastic film and cut a package with an sealed end and an open end with appropriate size, and delivery the package with an sealed end and an open end out of the vacuum sealing machine, after an article is put into the package, the open end of the package is sent into the vacuum sealing mechanism to seal.
The vacuum sealing mechanism is provided with a detachable overflow tank and a reservoir box, after it is used for a long time, the users can disassemble the overflow tank to clean the cavity of the vacuum sealing mechanism. The reservoir box is detachably coupled at the side of the vacuum sealing machine, when the liquid level in the reservoir box 410 reaches a certain value, the user can disassemble the reservoir box easily to clean the liquid.
The above-described and/or additional aspects and advantages of the present invention will become apparent and easily understood from the description of the embodiments in combination with the following accompanying drawings:
Embodiments of the present invention are described in detail below, and the embodiment are illustrated in the drawings, the same or similar reference marks indicate the same or similar elements or elements having the same or similar functions. The following embodiments described with the drawings are exemplary only for interpreting the present invention and cannot be understood as a limitation on the present invention.
In the description of the present invention, it should be understood that the orientation or location relationships, such as upper, bottom, front, rear, left, right, top, bottom, are based only to facilitate the description of the present invention and simplify the description, rather than indicating or implying that the device or element must have specific orientation and operation, and therefore it cannot be understood as a limitation on the present invention.
In the description of the present invention, if there is a description that the first and the second are only for the purpose of distinguishing technical characteristics, it can not be understood as indicating or implying relative importance or implicitly indicating the number or the technical characteristics indicated.
In the description of the present invention, unless otherwise clearly defined, the words of setting, installation and connection should be clearly defined, and those skilled in the technical art may reasonably determine the specific meaning of the words in the present invention in combination with the specific contents of the technical scheme.
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Two guiding pieces 240a and 240b are respectively sleeved on both sides of the guiding shaft 232. The two guiding pieces 240a and 240b on the guiding shaft 232 arc respectively attached to both <sides of the double layer plastic film 201 so that the guiding pieces 240a and 240b can guide the double layer plastic film 201 into the cutting and sealing mechanism 300. The guiding piece 240b is fixed on the guiding portion 230. The position of the guiding pieces 240a is corresponding to that of the first clamping piece 222 on the feeding shaft 220, several second limit teeth 244 are provided below that guiding piece 240 close to the first clamping piece 222. The guiding piece 240a is provided with a second clamping piece 245 clamped with the second limit teeth 244. That guiding piece 240a can adjust its position on the second limit teeth 244 by moving along the second limit teeth 244, thereby the guiding piece 240a can adjust position according to the width of the double layer plastic film 201, which promises the effect of delivering double layer plastic film 201. Specifically, the second limit teeth 244 is arranged on the frame under the guiding shaft 232. The guiding piece 240a consists of a guiding wheel 241 and a guiding seat 243. The guiding wheel 241 is rotatably connected to the guiding seat 243 and both of the guiding wheel 241 and the guiding seat 243 are sleeved on the guiding shaft 232. The bottom of the guiding seat 243 extends to form the second clamping piece 245 which is clamped with the second limit teeth 244, thereby changing the position of that guiding piece 240a on the guiding shaft 232.
The structure of guiding piece 240b is the same as the guiding piece 240a besides that the guiding piece 240b has no the second clamping piece 245.
In some embodiments according to the present invention, referring to
It should be understood that the guiding teeth 242 and the holes are not the only structure for stably delivery the double layer plastic film 201, the present invention does not repeat the structures for stably delivery the double layer plastic film 201 in the guiding piece 240, and it should be understood that the structure for stably delivery the double layer plastic film 201 without leaving the basic conception in the present invention should be considered within the protection scope defined by the claim.
The structure of guiding piece 240b is the same as the guiding piece 240a besides that the guiding piece 240b has no the second clamping piece 245.
Referring to
All of the upper baffles 451 and the lower baffles 452 are in triangle shape with straight edges and an oblique edge. The oblique edge is closed to the cutting and sealing mechanism 300, the straight edges are far away from the cutting and sealing mechanism 300 and close to a material port of the vacuum sealing machine. After the double layer plastic film 201 is sealed by the cutting and sealing mechanism 300, the feeding mechanism 200 deliveries the double layer plastic film 201 to enter the vacuum sealing mechanism 400 from the one-way baffle assembly 450. At this time, the oblique edge can be pushed to rotate by the double layer plastic film 201 so that the double layer plastic film 201 can be sent into the vacuum sealing mechanism 400. When the user performs a vacuum sealing operation with a package with a sealed end and an opened end, the open end of the package is put into the vacuum sealing mechanism 400 and is blocked by the straight edges of the one-way baffle assembly 450 so as to promise that the open end of the package can be in the sealing chamber 401 of the vacuum sealing mechanism 400, thereby ensuring the vacuum effect.
It should be understood that it is not the only implementation to limit a place of the package in the vacuum sealing mechanism 400 by the one-way baffle assembly 450. In some other embodiments, it can adopt a limiting piece, which should be defined in the lower cavity 440 of the vacuum sealing mechanism 400, extending upward perpendicular to the lower cavity 440. When the package enters the vacuum sealing mechanism 400, it is limited at a place to promise that the package is at the working interval of the vacuum sealing mechanism 400. The present invention does not repeat the various structures of the one-way baffle assembly 450, and it should be understood that the structures of the one-way baffle assembly 450 varies without leaving the basic conception in the present invention should be considered within the protection scope defined by the claim.
Referring to
The vacuum driving portion 520 is a vacuum pump communicated with an inlet 424 of the vacuum sealing mechanism 400 by a pipe so that the vacuum driving portion 520 can extract vacuum in the vacuum sealing mechanism 400. The vacuum driving portion 520 is also communicated with a vent valve 521. The vent valve 521 is communicated with a sealing chamber 401 and can inject air into the sealing chamber 401 in the vacuum sealing mechanism 400 in, vacuum state to balance the air pressure inside and outside the sealing chamber 401 in the vacuum sealing mechanism 400. Thus, the upper cavity 430 can easily separated from the lower cavity 440 under the pull of the cylinder 511. In using, the vacuum sealing mechanism 400 is in vacuum state, the vent valve 521 is closed so that the upper cavity 430 and the lower cavity 440 are pressed to achieve the effect, of vacuum; when the upper cavity 430 and the lower cavity 440 need to be separated, the vent valve 521 opens, the air enters the sealing chamber 401 of the vacuum sealing mechanism 400 to balance the internal and external air pressure, and the cylinder 511 can easily separate the upper cavity 430 and the lower cavity 440.
It should be understood that it is not the only implementation to drive the upper cavity 430 by the cylinders 511 and the pump 512. In some other embodiments, it can use a motor to directly drive the upper cavity 430 up and down. The present invention does not repeat the structures of the third driving portion 510 It should be understood that the structures of the third driving portion 510 varies flexibly without leaving the basic conception in the present invention should be considered within the protection scope defined by the claim.
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In the embodiment, the inlet 424 is arranged in middle of the overflow tank 420. What needs to explain is that, the inlet 424 is not limited in middle of the overflow tank 420. In some embodiments, the inlet 424 can be arranged at a side wall of the overflow tank 420 or the bottom edge of the overflow tank 420. The present invention does not repeat the position of the inlet 424. It should be understood that the position of the inlet 424 varies flexibly should be considered within the protection scope defined by the claim.
In some embodiments, referring to
The reservoir box 410 is made of transparent material. The user can directly observe the liquid level in the reservoir box 410. When the liquid level reaches a certain value, the user only needs to detach the reservoir box 410 from the left side of the vacuum sealing machine and pour out the liquid. The operation is convenient. It should be understood that the reservoir box 410 made of transparent material is not the only implementation. In some other embodiments, it can use a reservoir box 410 with level sensor to inspect the liquid level. The present invention does not repeat the structures of the reservoir box 410. It should be understood that the structures of the reservoir box 410 varies flexibly without leaving the basic conception in the present invention should be considered within the protection scope defined by the claim.
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It should be understood that the gear motor 331 drive the belt 332 and bring the cutter 340 is not the only implementation. In some other embodiments, it can use a wire motor directly drives the cutter 340 in reciprocating motion to cut the package or the double layer plastic file. The present invention does not repeat the structures of the second driving portion 330. It should be understood that the structures of the second driving portion 330 varies flexibly without leaving, the basic conception in the present invention should be considered within the protection scope defined by the claim.
In some embodiments, referring to
