CN111453049A - Full-automatic vacuum packaging machine food machinery - Google Patents
Full-automatic vacuum packaging machine food machinery Download PDFInfo
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- CN111453049A CN111453049A CN202010268689.1A CN202010268689A CN111453049A CN 111453049 A CN111453049 A CN 111453049A CN 202010268689 A CN202010268689 A CN 202010268689A CN 111453049 A CN111453049 A CN 111453049A
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- packaging
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65B—MACHINES, APPARATUS OR DEVICES FOR, OR METHODS OF, PACKAGING ARTICLES OR MATERIALS; UNPACKING
- B65B31/00—Packaging articles or materials under special atmospheric or gaseous conditions; Adding propellants to aerosol containers
- B65B31/04—Evacuating, pressurising or gasifying filled containers or wrappers by means of nozzles through which air or other gas, e.g. an inert gas, is withdrawn or supplied
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65B—MACHINES, APPARATUS OR DEVICES FOR, OR METHODS OF, PACKAGING ARTICLES OR MATERIALS; UNPACKING
- B65B61/00—Auxiliary devices, not otherwise provided for, for operating on sheets, blanks, webs, binding material, containers or packages
- B65B61/04—Auxiliary devices, not otherwise provided for, for operating on sheets, blanks, webs, binding material, containers or packages for severing webs, or for separating joined packages
- B65B61/06—Auxiliary devices, not otherwise provided for, for operating on sheets, blanks, webs, binding material, containers or packages for severing webs, or for separating joined packages by cutting
Abstract
The invention discloses a full-automatic vacuum packaging machine food machinery, which structurally comprises: the invention realizes the matching of the packaging square groove and the arc cover top cover groove block, and ensures the circulation of the whole internal gas circuit and prevents various pressure stacks by retracting the inner concave film surface through a rack wheel in the suction process through the action of pulling the film cover and matching with the cambered surface sticking compression molding film surface traction opening, thereby improving the overall vacuum packaging wrinkle flattening effect, and improving the food guarantee effect of drum package overturning by matching with the covering surface, realizing the balance of the toughness index and the air density coefficient of the overall film surface, and simultaneously ensuring the film surface incision while ensuring the film surface compactness, thereby facilitating the neat edge coverage of later stage slide film separation continuous supply, ensuring the two-position continuous supply stability of the full-automatic mechanical swing arm vacuum packaging food, and strengthening the food packaging film anti-pressure covering feeling.
Description
Technical Field
The invention relates to a full-automatic vacuum packaging machine food machine, belonging to the field of food machines.
Background
Food machinery is to soak the washing and air-dry the operation assembly line equipment of bagging-off at last to food, and link has different equipment to carry out adaptation work one by one, and wherein vacuum packaging is the last step link of food processing, also is the operation that key fresh-keeping food was carried, and the public shortcoming of treating optimizing of prior art has:
the film pressure suction of vacuum package generates film surface to package the compactness of packaged food, so as to facilitate the air in the food to be exhausted, but the integral film surface can irregularly cause fold superposition phenomenon according to air flow, so that crisp food collapses the appearance of the food due to film pressure, so that the mixed appearance of a food dough is generated, the appetite of people after packaging is influenced, the air is coarsely pumped to seal the film and bag in the packaging process, then the edge of the film surface which is supplied continuously causes a pothole surface, the continuous supply loss of film materials in equipment and the excessive lacing of food package are synchronously influenced, and the stability of later mechanical packaging is disturbed.
Disclosure of Invention
Aiming at the defects in the prior art, the invention aims to provide a full-automatic vacuum packaging machine food machine, which aims to solve the problems that the compactness packaging of a film surface on packaged food is generated by film pressure suction of vacuum packaging, the internal air is convenient to exhaust, the integral film surface is irregular, the fold superposition phenomenon is caused according to air flow, the crisp food collapses the appearance of the food due to the film pressure, the kneading appearance of a food ball is generated, the appetite of people after packaging is influenced, the air is coarsely pumped in the packaging process to seal the film for packaging, and then the edge of the film surface which is supplied continuously causes the surface of a pit, the synchronous influence is generated on the continuous supply loss of film materials in equipment and the excessive tightening of food packaging, and the stability of later-stage mechanical packaging is influenced.
In order to achieve the purpose, the invention is realized by the following technical scheme: a full-automatic vacuum packaging machine food machinery structurally comprises: the packaging machine comprises a packaging square groove, a bag opening strip pressing rod, an arc cover top cover groove block, a swinging frame rod, a workbench, an industrial control panel and a packaging machine box seat, wherein the arc cover top cover groove block is mechanically connected with the packaging square groove through the swinging frame rod, the bag opening strip pressing rod is installed inside the packaging square groove and is positioned on the same horizontal plane, the packaging square groove and the workbench are of an integral structure and are positioned on the same horizontal plane, the industrial control panel is tightly attached to the front side of the packaging machine box seat and is positioned on the same vertical plane, the workbench is nested on the top of the packaging machine box seat, the arc cover top cover groove block is provided with a film cutting knife cylinder, a trapezoidal top shell block, an arc top frame strip frame, a hemispherical inner groove, a packaging film roller cylinder, an edge strip rib frame and a cyclone suction paddle wheel, the film cutting knife cylinder and the packaging film roller cylinder are respectively installed at the left lower corner and the right lower corner of the trapezoidal top shell block are buckled with the hemispherical inner groove through the arc top frame and are positioned, the edge strip rib frame is movably connected with the air-extracting propeller wheel and is positioned on the same vertical surface, the edge strip rib frame is tightly attached to the inner part of the hemispherical inner groove, and the trapezoidal top shell block is mechanically connected with the packaging square groove through the swinging frame rod.
In order to optimize the technical scheme, the method further comprises the following steps:
as a further improvement of the invention, the film cutting and cutting knife cylinder consists of an inner bundle corrugated cylinder, a sleeve and a cutting blade, wherein the inner bundle corrugated cylinder is inserted and embedded in the sleeve, the axes of the inner bundle corrugated cylinder are collinear, and the cutting blade is movably connected with the inner bundle corrugated cylinder.
As a further improvement of the invention, the inner-bundle corrugated tube consists of a circular truncated cone funnel groove, a corrugated tube, more than two fin balancing weights and a spring buckling frame, wherein the circular truncated cone funnel groove is buckled with the corrugated tube, the axes of the circular truncated cone funnel groove and the corrugated tube are collinear, the fin balancing weights are respectively inserted and embedded at the left side and the right side of the circular truncated cone funnel groove, and the spring buckling frame is installed inside the corrugated tube.
As a further improvement of the invention, the arc top frame is composed of a meshing frame wheel, an arc top frame rod and a film strip, the meshing frame wheel is buckled with the arc top frame rod, the meshing frame wheel is in clearance fit with the film strip, and the arc top frame rod and the film strip are positioned on the same cambered surface.
As a further improvement of the invention, the engagement rack wheel consists of a spiral gradient strip, an engagement groove, a pulling and buckling wheel seat and a film pulling slide channel, wherein the spiral gradient strip is arranged in the engagement groove and is positioned on the same vertical surface, the engagement groove and the pulling and buckling wheel seat are buckled together, and the pulling and buckling wheel seat and the film pulling slide channel are of an integral structure and are communicated with each other.
As a further improvement of the invention, the packaging film roller consists of a film feeding finger rod, a film belt roller and a Chinese character bow buckle frame, wherein the film feeding finger rod is movably connected with the film belt roller, the film belt roller and the Chinese character bow buckle frame are in interference fit and are mutually vertical, and the film feeding finger rod and the Chinese character bow buckle frame are positioned on the same vertical surface.
As a further improvement of the invention, the membrane feeding finger rod consists of two trapezoidal grooves, two convex tooth blocks, a membrane squeezing and brushing frame and a vertical rod body, wherein the two trapezoidal grooves are respectively welded on the upper side and the lower side of the convex tooth blocks, the convex tooth blocks and the membrane squeezing and brushing frame are nested into a whole and are communicated with each other, and the vertical rod body is inserted under the bottom of the trapezoidal groove and is vertical to each other.
As a further improvement of the invention, the air pumping propeller wheel consists of an air valve propeller frame, an inner wheel chamber and a deflection pulley groove, wherein the air valve propeller frame is mechanically connected with the inner wheel chamber, the axle center of the air valve propeller frame is collinear, and the inner wheel chamber is arranged inside the deflection pulley groove and is positioned on the same vertical plane.
As a further improvement of the invention, the air valve propeller frame consists of a rotary swing frame, an air pipe support rod, a pressurizing valve seat and a suction frame opening, wherein the rotary swing frame is mechanically connected with the air pipe support rod through a shaft wheel and is positioned on the same vertical surface, the air pipe support rod and the pressurizing valve seat are in interference fit, and the suction frame opening and the air pipe support rod are buckled together and are communicated with each other.
As a further improvement of the invention, the circular truncated cone-shaped funnel trough is a hollow funnel trough seat structure formed by combining four fan plates on the front side, so that the counterweight installation of the left and right fan plates and the operation of scraping and expanding a large opening along the knife of the cambered surfaces of the upper and lower wing plates are facilitated, and the cutting uniformity of the edge after film surface pressing is improved.
As a further improvement of the invention, the film-pulling chute is of an arc chute structure with a gel arc cushion pipe at the top and a hook plate wheel seat at the bottom, so that gel lubrication at the top is input into the packaging film and output in a matched manner with the bottom in a same-direction rolling manner, and the effect of connecting and supplying the outer support arc cushion for film surface pulling is improved.
As a further improvement of the invention, the film squeezing brush valve frame is of a round frame opening structure with short brush fan laths at the upper left corner and the lower right corner, so that the operation effects of curling, compressing and tension contraction during stretching and unfolding when the film surface is input are facilitated.
As a further improvement of the invention, the pressurizing valve seat is of a valve tube seat structure which is spirally wound and is in a folded tube alternative gradient pressurizing manner, so that a forward suction pressure is conveniently formed at a folded angle buckle of the pipeline in a short distance, and the high efficiency and uniform rotating area of vacuum automatic suction in the packaging process are ensured.
Advantageous effects
The invention relates to a full-automatic vacuum packaging machine food machinery.A worker presses an industrial control panel to start a box seat of the packaging machine to supply power to a workbench and a bag opening layering rod in a packaging square groove to form rolling operation, then a wheel-guided swinging frame rod pulls a trapezoidal top shell block of a cambered cover top cover groove block to be integrally linked with a hemispherical inner groove to continuously package food in a left groove and a right groove, a film feeding finger needle rod of a packaging film roller forms the effects of forming a vertical rod body pulling the trapezoidal groove and a convex tooth block rotating and feeding the film in the middle section of a film belt roller and a bow-shaped buckle frame to ensure that a film squeezing brush valve frame is unidirectionally conducted and a binding film surface is prevented from slipping off, when the film surface reaches the arc top frame rod of the arc top frame, the film strip is connected to be pulled, a spiral gradient strip meshed with a rack wheel is pushed in the meshing groove to push a pulling wheel seat and a film pulling channel, so that the arc edge is pulled to form a drum cavity to facilitate the pulling of an internal, realize the stability of whole vacuum automated packaging, the sleeve through cutting the membrane cutter section of thick bamboo at last drives the round platform funnel groove lateral shifting bellows of restrainting a ripple section of thick bamboo and passes through fin balancing weight balanced counter weight, and the sideslip forms the hand hay cutter effect of cutting about making spring buckle frame buckle cutting blade, promotes the roughness at packaging film border, avoids the packaging film to produce the fold, also promotes the finish machining efficiency of whole inner packing, the perfect degree of the all-in-one of guarantee food package.
The invention has the following advantages after operation:
the packaging square groove is matched with the arc cover top cover groove block, the trapezoidal top shell block and the hemispherical inner groove are pressed and covered on the packaging square groove to package the food in a box groove, then, the arc top frame and the film drawing cover of the air pumping propeller wheel are used for sucking air, and the arc surface is matched with the plastic film drawing opening of the compression molding film surface, so that the circulation of the whole internal air path is ensured, the concave film surface is drawn out through the rack wheel in the sucking process to avoid various pressing and folding, the fold leveling effect of the whole vacuum packaging is improved, the covering surface is matched to improve the food guarantee effect of bulging and overturning, the balance of the toughness index and the air density coefficient of the whole film surface is realized, the film surface incision is drawn while the compactness of the film surface is ensured, the neat edge coverage of the later-stage sliding film separation continuous supply is facilitated, the two-position continuous supply stability of the full-automatic mechanical swing arm vacuum packaging food is ensured, and the fold pressure resistant covering feeling of the food packaging film surface is also enhanced.
Drawings
Other features, objects, and advantages of the present invention will become more apparent from the following detailed description of the embodiments of the invention when taken in conjunction with the accompanying drawings, in which:
fig. 1 is a schematic structural view of a food machine of a full-automatic vacuum packaging machine according to the present invention.
FIG. 2 is a detailed structural diagram of the arc hood top cover groove block, the film cutting and cutting knife cylinder, the arc top frame, the packaging film roller and the air-extracting propeller wheel.
FIG. 3 is a schematic side view of the inner-bundle bellows according to the present invention.
Fig. 4 is a schematic side sectional view of the operating state of the rack wheel according to the present invention.
FIG. 5 is a schematic side-sectional view of the film feeding needle rod in working state.
Fig. 6 is an enlarged partial cross-sectional structural view of the working state of the air valve propeller support of the present invention.
Description of reference numerals: packaging square groove-1, bag opening strip pressing rod-2, arc cover top cover groove block-3, swinging frame rod-4, workbench-5, industrial control panel-6, packaging machine box seat-7, film cutting cutter cylinder-3A, trapezoidal top shell block-3B, arc top frame strip frame-3C, hemispherical inner groove-3D, packaging film roller-3E, edge strip rib frame-3F, air suction propeller wheel-3G, inner bundle corrugated cylinder-3A 1, sleeve-3A 2, cutting blade-3A 3, circular truncated cone funnel groove-3A 11, corrugated pipe-3A 12, fin counterweight-3A 13, spring buckle frame-3A 14, meshing strip frame wheel-3C 1, arc top frame strip rod-3C 2, film strip-3C 3, spiral gradient strip-3C 11, meshing groove-3C 12, The device comprises a pulling buckle wheel seat-3C 13, a pulling film slide channel-3C 14, a film feeding needle rod-3E 1, a film belt roller-3E 2, a bow-shaped buckle frame-3E 3, a trapezoidal groove-3E 11, a convex tooth block-3E 12, a film squeezing brush valve frame-3E 13, a vertical rod-3E 14, an air valve propeller rotating frame-3G 1, an inner wheel chamber-3G 2, a deflection sleeve wheel groove-3G 3, a rotary swing frame-3G 11, a trachea support rod-3G 12, a pressurizing valve seat-3G 13 and a suction frame opening-3G 14.
Detailed Description
In order to make the technical means, the creation characteristics, the achievement purposes and the effects of the invention easy to understand, the invention is further described with the specific embodiments.
The first embodiment is as follows:
referring to fig. 1 to 6, the present invention provides a food machine of a full-automatic vacuum packaging machine, which comprises: the packaging square groove 1, the bag opening batten rod 2, the arc cover top cover groove block 3, the swing frame rod 4, the workbench 5, the industrial control panel 6 and the packaging machine box seat 7, wherein the arc cover top cover groove block 3 is mechanically connected with the packaging square groove 1 through the swing frame rod 4, the bag opening batten rod 2 is installed inside the packaging square groove 1 and is positioned on the same horizontal plane, the packaging square groove 1 and the workbench 5 are of an integral structure and are positioned on the same horizontal plane, the industrial control panel 6 is tightly attached to the front side of the packaging machine box seat 7 and is positioned on the same vertical plane, the workbench 5 is nested on the top of the packaging machine box seat 7, the arc cover top cover groove block 3 is provided with a film cutting knife cylinder 3A, a trapezoidal top shell block 3B, an arc top frame strip frame 3C, a hemispherical inner groove 3D, a packaging film roller 3E, a rib frame 3F and an air exhaust rotary edge strip wheel 3G, the film cutting knife cylinder 3A and the packaging film roller 3E are respectively installed at the left corner and the right corner of the trapezoidal top shell block 3, trapezoidal top shell piece 3B is in the same cambered surface through arc top frame 3C and hemisphere inside groove 3D lock together, strake muscle frame 3F and the oar wheel 3G swing joint that airs exhaust are in same vertical face, strake muscle frame 3F hugs closely in hemisphere inside groove 3D's inside, trapezoidal top shell piece 3B is through swing hack lever 4 and encapsulation square groove 1 mechanical connection.
Referring to fig. 2, the film cutting and cutting drum 3A is composed of an inner-bundle corrugated drum 3A1, a sleeve 3A2 and a cutting blade 3A3, the inner-bundle corrugated drum 3A1 is inserted and embedded in the sleeve 3A2 and the axes thereof are collinear, the cutting blade 3A3 is movably connected with the inner-bundle corrugated drum 3A1, the arc top frame 3C is composed of a rack wheel 3C1, an arc top frame bar 3C2 and a film strip 3C3, the rack wheel 3C1 is buckled with the arc top frame bar 3C2, the rack wheel 3C1 is in clearance fit with the film strip 3C3, the arc top frame bar 3C2 is in the same arc with the film strip 3C3, the packaging film drum 3E is composed of a film feeding finger rod 3E 5, a film belt roller 2E 2 and an arch frame 3E3, the film feeding finger roller 24 is connected with the film belt roller 593E and the film belt roller 599 is in interference fit with the needle bar 593E 599, the film feeding needle rod 3E1 and the bow-shaped buckle frame 3E3 are positioned on the same vertical surface, the inner bundle corrugated cylinder 3A1 drives a knife face to smooth and shave a film strip 3C3, the film strip roller 3E2 is enabled to be continuously supplied and stopped suddenly to achieve the purpose that after the food vacuum packaging operation of a first working position is completed, the secondary drawing packaging operation of the smooth film surface is carried out in cooperation with a second working position, and the repeatability and the stability of the whole work are guaranteed.
Referring to fig. 3, the inner bundle corrugated tube 3a1 is composed of a circular truncated cone funnel groove 3a11, a corrugated tube 3a12, a fin balancing weight 3a13, and a spring snap-in frame 3a14, the circular truncated cone funnel groove 3a11 and the corrugated tube 3a12 are fastened together and the axes are collinear, the fin balancing weight 3a13 is provided with more than two and respectively inserted and embedded in the left and right sides of the circular truncated cone funnel groove 3a11, the spring snap-in frame 3a14 is installed inside the corrugated tube 3a12, the circular truncated cone funnel groove 3a11 is a hollow funnel groove seat structure combined by four fan plates on the front side, so that the counterweight installation of the left and right fan plates and the operation of brushing large opening along the knife line of the cambered surfaces of the upper and lower wing plates are facilitated, the cutting regularity of the rear edge of the pressing cover is improved, and the through pipe horizontal cutting effect of the through the fin balancing weight 3a13 on the two sides of the corrugated tube 3a 12.
Referring to fig. 4, the engaging rack wheel 3C1 is composed of a spiral gradient strip 3C11, an engaging groove 3C12, a pulling buckle wheel seat 3C13, and a film pulling slide channel 3C14, the spiral gradient strip 3C11 is installed inside the engaging groove 3C12 and is located on the same vertical plane, the engaging groove 3C12 and the pulling buckle wheel seat 3C13 are fastened together, the pulling buckle wheel seat 3C13 and the film pulling slide channel 3C14 are integrated and communicated, the film pulling slide channel 3C14 is an arc channel structure with a hook plate wheel seat at the bottom of a top gel arc cushion tube, so that the top gel lubrication input packaging film is matched with the bottom of the film to be output in the same direction, the effect of pulling the outer support arc cushion connection is improved, and the spiral gradient strip 3C11 forms a moving engagement on the film pulling slide channel 3C14 to push and press the flat fold of the support film surface, thereby improving the toughness and the extensibility of the film.
Referring to fig. 5, the film feeding needle rod 3E1 is composed of a trapezoidal groove 3E11, a protruding tooth block 3E12, a film squeezing brush flap frame 3E13, and a vertical rod body 3E14, two trapezoidal grooves 3E11 are respectively welded on the upper and lower sides of the protruding tooth block 3E12, the protruding tooth block 3E12 and the film squeezing brush flap frame 3E13 are nested into a whole and are communicated with each other, the vertical rod body 3E14 is inserted and embedded under the bottom of the trapezoidal groove 3E11 and are perpendicular to each other, the film squeezing brush flap frame 3E13 is a circular frame mouth structure with short brush fan slats on the upper left corner and the lower right corner, so as to facilitate the curling, compression, stretching, tension, contraction and expansion effects during film input, and constant frame ring mouth after the protruding tooth block 3E12 and the film squeezing brush flap frame 3E13 are compressed and buckled, so as to prevent the unidirectional output of film breaking and packaging food loss.
The working process is as follows: a worker presses an industrial control panel 6 to start a packing machine box seat 7 to supply power to a workbench 5 and a bag opening strip pressing rod 2 in a packaging square groove 1 to form rolling operation, then a wheel-guided swinging frame rod 4 pulls a trapezoidal top shell block 3B of an arc cover top cover groove block 3 and a hemispherical inner groove 3D to integrally link left and right grooves to continuously package food, a film feeding finger rod 3E1 of a packaging film roller 3E has the effect of pulling a trapezoidal groove 3E11 and a convex tooth block 3E12 to rotate and feed the film in a film belt roller 3E2 and a bow-shaped buckling frame 3E3, the one-way conduction and tightening film surface anti-slipping operation of a film squeezing brush valve frame 3E13 is guaranteed, when the film is fed to an arc top frame strip rod 3C2 of an arc top frame 3C, the film strip 3C3 is pulled, the spiral gradient strip 3C11 of an edge strip meshing frame wheel 3C1 is pushed in a groove 3C13 in a pulling groove and is pulled with a drawing arc top frame 3C 6853C 3C to form a pulling ring for forming a later stage of a drawing and pulling ring so as to be convenient for erecting a cyclone drawing Internal environment air, realize the stability of whole vacuum automated packaging, sleeve 3A2 through cutting film cutter section of thick bamboo 3A drives the round platform funnel groove 3A11 lateral shifting bellows 3A12 of restrainting corrugated cylinder 3A1 and through fin balancing weight 3A13 balance weight at last, make the spring inlay detain frame 3A14 and inlay the sideslip about cutting blade 3A3 and form the hand hay cutter effect of cutting, promote the roughness at encapsulation film border, avoid the packaging film to produce the fold, also promote the finish machining efficiency of whole inner packing, the perfect degree of all-in-one of guarantee food package.
Example two:
referring to fig. 1 to 6, the present invention provides a food machine of a full-automatic vacuum packaging machine, which is otherwise the same as embodiment 1 except that:
referring to fig. 2, the air pumping propeller wheel 3G is composed of an air valve propeller frame 3G1, an inner wheel chamber 3G2 and a deflecting pulley groove 3G3, the air valve propeller frame 3G1 is mechanically connected with the inner wheel chamber 3G2, the axes of the air valve propeller frame and the inner wheel chamber 3G2 are collinear, the inner wheel chamber 3G2 is installed inside the deflecting pulley groove 3G3 and is located on the same vertical plane, and a large and small wheel diameter circular orbit deflecting effect is formed by the inner wheel chamber 3G2 and the deflecting pulley groove 3G3, so that the balance value of the air pressure of the whole high and low dislocation position is improved.
Referring to fig. 6, the air valve propeller bracket 3G1 is composed of a swing frame 3G11, an air pipe bracket rod 3G12, a pressure-increasing valve seat 3G13, and a suction frame port 3G14, the swinging block 3G11 is mechanically connected with the tracheal stent rod 3G12 through a shaft wheel and is positioned on the same vertical plane, the air pipe bracket rod 3G12 and the pressurizing valve seat 3G13 adopt interference fit, the suction frame port 3G14 and the air pipe bracket rod 3G12 are buckled together and are communicated with each other, the pressurizing valve seat 3G13 is a valve tube seat structure which is spirally wound and is in a folded tube alternative gradient pressurizing manner, thereby facilitating the formation of a forward pumping pressure at the folded angle buckle of the pipeline in a short distance, ensuring the high efficiency and uniform rotating area of vacuum automatic pumping in the packaging process, a pumping effect is formed on one side of the suction frame opening 3G14 through the pressurization valve seat 3G13, and the round surface uniform work efficiency of the integral rotary suction is improved.
After the pretreatment is carried out through the early-stage film pulling, a drum cavity effect is formed by erecting the environment in the food, the air valve propeller rotating frame 3G1 of the air pumping propeller wheel 3G can conveniently turn over in the inner wheel cavity 3G2 and the deflection pulley groove 3G3 while air can conveniently move away, so that the horizontal inertia swing of the rotating swing square frame 3G11 on the air pipe support rod 3G12 is driven, the pushing and pressurizing valve seat 3G13 generates pumping acting force on the pumping square frame opening 3G14, the air around the food in the inner groove of the packaging film is sucked completely, and the food corrosion prevention range operating efficiency is improved. The working time of vacuum packaging is also ensured to be shortened, and the vacuum packaging is convenient and rapid to operate.
The invention achieves the aims of applying the square packaging groove 1 and the arc cover top cover groove block 3 to be matched with each other, packaging food in a box groove by pressing and covering the trapezoidal top shell block 3B and the hemispherical inner groove 3D on the square packaging groove 1, then leading the inner concave film surface to be retracted to avoid various overlapping by the action of the arc top frame 3C and the cyclone pumping wheel 3G which greatly pump air, matching with the drawing and covering of the cambered surface pasting and pressing molding film surface, ensuring the circulation of the whole internal air path, leading the concave film surface to be retracted to avoid various overlapping in the pumping process by the meshing frame wheel 3C1, improving the fold and flattening effect of the whole vacuum packaging, matching with the covering surface to improve the guarantee effect of the drum package turnover food, realizing the balance of the toughness index and the air density coefficient of the whole film surface, simultaneously pulling the film surface incision while ensuring the compactness of the film surface, facilitating the later sliding and pulling the edge coverage of the film connection, and leading the two-position connection and supply stability of the food packaged by the full-automatic mechanical swing arm, the anti-wrinkle covering feeling of the food packaging film surface is also enhanced, so that the problems that the compactness packaging of the film surface on the packaged food is generated by film pressure suction of vacuum packaging, the internal air is convenient to exhaust, the whole film surface is irregular, the wrinkle overlapping phenomenon is caused according to air flow, the food appearance is crushed by crisp food due to the film pressure, the kneading appearance of a food dough is generated, the appetite of people after packaging is influenced, the rough air suction is performed in the packaging process to seal the film packaging bag, then the edge of the film surface which is supplied continuously causes the surface of a pit, the continuous supply loss of film materials in equipment and the excessive tightening of the food packaging are synchronously influenced, and the stability of later mechanical packaging is interfered are solved.
The specific embodiments described herein are merely illustrative of the invention. Various modifications or additions may be made to the described embodiments or alternatives may be employed by those skilled in the art without departing from the scope of the invention or exceeding the scope of the claims appended hereto.
Claims (9)
1. A full-automatic vacuum packaging machine food machinery structurally comprises: encapsulation square groove (1), sack pressure strip pole (2), arc cover top cap groove block (3), swing hack lever (4), workstation (5), industry control panel (6), packagine machine case seat (7), its characterized in that:
the arc hood top cover groove block (3) is mechanically connected with the packaging square groove (1) through a swing frame rod (4), the bag opening strip pressing rod (2) is installed inside the packaging square groove (1), the packaging square groove (1) and the workbench (5) are of an integrated structure, the industrial control panel (6) is tightly attached to the front side of the packaging machine box seat (7), and the workbench (5) is nested on the top of the packaging machine box seat (7);
the arc hood top cover groove block (3) is provided with a film cutting and cutting knife cylinder (3A), a trapezoidal top shell block (3B), an arc top frame strip frame (3C), a hemispherical inner groove (3D), a packaging film roller (3E), an edge strip rib frame (3F) and a gas suction propeller wheel (3G);
cut membrane cutter section of thick bamboo (3A) and packaging film roller (3E) and install respectively in the lower corner about trapezoidal top shell piece (3B), trapezoidal top shell piece (3B) is in the same place through arc top frame strip frame (3C) and hemisphere inside groove (3D) lock, strake rib frame (3F) and take out cyclone paddle wheel (3G) swing joint, strake rib frame (3F) hug closely in the inside of hemisphere inside groove (3D), trapezoidal top shell piece (3B) is through swing hack lever (4) and encapsulation square groove (1) mechanical connection.
2. The full automatic vacuum packaging machine food machine according to claim 1, wherein: the film cutting and cutting knife cylinder (3A) is composed of an inner bundling corrugated cylinder (3A1), a sleeve (3A2) and a cutting blade (3A3), the inner bundling corrugated cylinder (3A1) is inserted into the sleeve (3A2), and the cutting blade (3A3) is movably connected with the inner bundling corrugated cylinder (3A 1).
3. The full automatic vacuum packaging machine food machine according to claim 2, wherein: the inner-bundle corrugated tube (3A1) is composed of a circular truncated cone funnel groove (3A11), a corrugated tube (3A12), a fin balancing weight (3A13) and a spring buckling frame (3A14), the circular truncated cone funnel groove (3A11) and the corrugated tube (3A12) are buckled together, the fin balancing weight (3A13) is more than two and is respectively inserted and embedded in the left side and the right side of the circular truncated cone funnel groove (3A11), and the spring buckling frame (3A14) is installed inside the corrugated tube (3A 12).
4. The full automatic vacuum packaging machine food machine according to claim 1, wherein: arc top frame (3C) comprises a meshing frame wheel (3C1), an arc top frame rod (3C2) and a film strip (3C3), the meshing frame wheel (3C1) is buckled with the arc top frame rod (3C2), and the meshing frame wheel (3C1) is matched with the film strip (3C 3).
5. The food machine of claim 4, wherein the food machine comprises: the engagement rack wheel (3C1) is composed of a spiral gradient strip (3C11), an engagement groove (3C12), a traction buckle wheel seat (3C13) and a traction film slide channel (3C14), wherein the spiral gradient strip (3C11) is installed inside the engagement groove (3C12), the engagement groove (3C12) and the traction buckle wheel seat (3C13) are buckled together, and the traction buckle wheel seat (3C13) and the traction film slide channel (3C14) are of an integral structure.
6. The full automatic vacuum packaging machine food machine according to claim 1, wherein: the packaging film roller (3E) is composed of a film feeding needle finger rod (3E1), a film belt roller (3E2) and a bow-shaped buckle frame (3E3), the film feeding needle finger rod (3E1) is movably connected with the film belt roller (3E2), and the film belt roller (3E2) is matched with the bow-shaped buckle frame (3E 3).
7. The food machine of claim 6, wherein: send membrane finger pole (3E1) to constitute by trapezoidal recess (3E11), dogtooth piece (3E12), crowded membrane brush lamella frame (3E13), upright body of rod (3E14), trapezoidal recess (3E11) are equipped with two and weld respectively in the upper and lower both sides of dogtooth piece (3E12), dogtooth piece (3E12) and crowded membrane brush lamella frame (3E13) nestification become an organic whole, upright body of rod (3E14) is inserted and is inlayed under the bottom of trapezoidal recess (3E 11).
8. The full automatic vacuum packaging machine food machine according to claim 1, wherein: the air valve propeller rotating wheel (3G) is characterized in that the air pump propeller rotating wheel (3G) consists of an air valve propeller rotating frame (3G1), an inner wheel chamber (3G2) and a deflection pulley groove (3G3), the air valve propeller rotating frame (3G1) is mechanically connected with the inner wheel chamber (3G2), and the inner wheel chamber (3G2) is installed inside the deflection pulley groove (3G 3).
9. The food machine of claim 8, wherein the food machine comprises: the air valve propeller rotating frame (3G1) is composed of a rotary swing frame (3G11), an air pipe support rod (3G12), a pressurization valve seat (3G13) and a suction frame opening (3G14), the rotary swing frame (3G11) is mechanically connected with the air pipe support rod (3G12) through a shaft wheel, the air pipe support rod (3G12) is matched with the pressurization valve seat (3G13), and the suction frame opening (3G14) is buckled with the air pipe support rod (3G 12).
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| CN111453049B (en) | 2021-08-31 |
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Effective date of registration: 20210818 Address after: 277700 Xiang Cheng Zhen Hou Yao Cun, Lanling County, Linyi City, Shandong Province Applicant after: Lanling Chengda Food Co.,Ltd. Address before: No.710049, Beilin Road, Xi'an City, Shaanxi Province Applicant before: Xin Guisheng |