阅读说明：本技术 一种海鲜冷冻包装袋贴标机 (Seafood freezing packaging bag labeling machine ) 是由 刘慰庭 于 2020-12-31 设计创作，主要内容包括：本发明公开了一种海鲜冷冻包装袋贴标机,其结构包括：箱架、贴标滚筒、压架、卷绕辊、输送辊,所述箱架内联接贴标滚筒,贴标滚筒间隔连接箱架顶端的压架,压架上设有卷绕辊,输送辊设于箱架一侧且对应连接贴标滚筒,本发明的有益效果：利用结构中的擦吸辊中的吸水囊包与包装袋摩擦的过程中将大部分的水滴通过吸水结构吸入内部组织,残余的水珠则借助在不断旋转而改变方位的刮水网板进行去除,保证包装袋表面局部位置的干燥,为粘贴标签不脱落创造基础条件,避免标签沾水从包装袋上脱离。(The invention discloses a seafood freezing packaging bag labeling machine, which structurally comprises: the labeling device comprises a box frame, a labeling roller, a pressing frame, a winding roller and a conveying roller, wherein the labeling roller is connected in the box frame, the labeling roller is connected with the pressing frame at the top end of the box frame at intervals, the winding roller is arranged on the pressing frame, and the conveying roller is arranged on one side of the box frame and correspondingly connected with the labeling roller. Most water drops are absorbed into internal tissues through a water absorption structure in the friction process of the water absorption bag and the packaging bag in the wiping and absorbing roller in the structure, the residual water drops are removed by the aid of the water scraping screen plate which continuously rotates to change the direction, the local position of the surface of the packaging bag is guaranteed to be dry, basic conditions are created for preventing the sticking label from falling off, and the label is prevented from being soaked in water and being separated from the packaging bag.)

1. A seafood freezing packaging bag labeling machine structurally comprises: case frame (1), subsides mark cylinder (2), pressure frame (3), winding roller (4), conveying roller (5), its characterized in that:

the labeling roller (2) is connected in the box frame (1), the labeling roller (2) is connected with the pressing frame (3) at the top end of the box frame (1) at intervals, the winding roller (4) is arranged on the pressing frame (3), and the conveying roller (5) is arranged on one side of the box frame (1) and correspondingly connected with the labeling roller (2).

2. The seafood freezer packaging bag labeling machine of claim 1, wherein: the labeling roller (2) is composed of a driving frame (20), a veneering roller (21) and a drain valve (22), the end face of the driving frame (20) is connected with the veneering roller (21), and the lower part of the veneering roller (21) is communicated with the drain valve (22).

3. The seafood freezer packaging bag labeling machine of claim 2, wherein: the driving frame (20) is internally provided with a power shaft (201) and a labeling shaft (202) respectively.

4. The seafood freezer packaging bag labeling machine of claim 2, wherein: the veneering roller (21) is composed of a roller sleeve (210), a wiping and sucking roller (211), an adsorption wheel (212) and a release wheel (213), the wiping and sucking roller (211) is connected to the side edge of the roller sleeve (210), and the adsorption wheel (212) and the release wheel (213) are arranged at the position of the side edge of the roller sleeve (210) and are spaced from the wiping and sucking roller (211).

5. The seafood freezer packaging bag labeling machine of claim 4, wherein: the wiping and sucking roller (211) consists of two-column stick rods (2112) and a sucking guide pipe (2113), wherein the two-column stick rods (2112) are provided with a sucking guide pipe (2113) of which the tail ends are communicated.

6. The seafood freezer packaging bag labeling machine of claim 5, wherein: two sides of the double-column stick rod (2112) are respectively provided with a water absorption bag (211a) and a water wiping net plate (211 b).

7. The seafood freezer packaging bag labeling machine of claim 5, wherein: the suction guide pipe (2113) consists of a cross pipe sleeve (330), a spray pipe (331) and a fan turbine (332), wherein the cross pipe sleeve (330) is connected with the spray pipe (331), and the spray pipe (331) is connected with the fan turbine (332) in a penetrating mode.

8. The seafood freezer packaging bag labeling machine of claim 7, wherein: the top end of the fan turbine (332) is respectively provided with a wave-shaped fan blade (332a) and a spherical core fan blade (332 b).

Technical Field

The invention relates to the field of ice fresh packaging, in particular to a labeling machine for seafood freezing packaging bags.

Background

In the seafood industry, freezing is the most common preservation technology and is one of the best preservation technologies, the seafood taste and texture can be kept to the maximum extent, so the seafood is generally adopted, when the seafood is cooled to a certain degree, moisture in cells and cells can form fine ice crystals, if the seafood stays in the temperature range, the ice crystals can continue to grow, but the volume expansion of the ice crystals in the process of continuing to grow can irreversibly damage the seafood cell structure, so that juice loss and meat quality loss in the later period are caused, therefore, in order to reduce and delay the growth of the ice crystals, proper temperature control is needed in packaging, under the condition, as the ice crystals are unstable in the growth state and even in the melting stage, water drops can be separated out on the surface of a frozen seafood packaging bag, and when labeling is carried out, the water drops can damage the label glue surface to enable the label to be separated, based on the premise, this case has researched and developed a seafood freezer packaging bag labeller in order to solve this problem.

Disclosure of Invention

Aiming at the defects of the prior art, the invention is realized by the following technical scheme: a seafood freezing packaging bag labeling machine structurally comprises: the box frame is internally connected with the labeling roller, the labeling roller is connected with the pressing frame at the top end of the box frame at intervals, the pressing frame is provided with the winding roller, the conveying roller is arranged on one side of the box frame and correspondingly connected with the labeling roller, the box frame is a main body structure of the labeling machine and is formed by combining irregular plates, a power assembly and an energy supply assembly for the operation of a labeling structure are arranged inside the box frame, meanwhile, the internal components are protected, the pressing frame is of an angle-adjustable support structure, the angle of the structure can be manually adjusted to realize the adjustment of the joint degree of the winding roller on the structure and the seafood freezing packaging bag, the wrapping bag is pressed by the winding roller to enhance the adhesion force of the wrapping bag and the labeling roller assembly at the bottom, meanwhile, the packaging bag is driven to orderly move in the labeling process through the rotation of the structure, and the conveying roller is positioned on one, the packaging bag labeling device has the advantages that the packaging bag labeling device is linked with the labeling roller, and complete packaging bag products can be output through the conveying roller to be collected and boxed after labeling operation of the packaging bags is achieved.

As a further technical supplement, the labeling roller consists of a driving frame, a labeling roller and a drain valve, wherein the end face of the driving frame is connected with the labeling roller, the drain valve is communicated below the labeling roller, the driving frame is of a main body structure of the labeling roller and integrally adopts a box body structure mode, the labeling roller on the end face is used for labeling the seafood freezing packaging bag, water stains generated by the surface of the packaging bag treated by the labeling roller can be converged to form water drops or even small water flows along with the prolonging of time in the labeling operation, the water drops are collected and discharged through the drain valve communicated with the labeling roller at the bottom, and the drain valve is opened and closed in a manual regulation mode, so that the water drops are discharged under the condition of enough water drops, and the discharge efficiency is improved.

As a further technical supplement of the invention, a power shaft and a labeling shaft are respectively arranged in the driving frame, the power shaft is provided with two power structures which are mutually connected and form a power structure for the operation of the facing roller, the power structures convert the power components into rotary kinetic energy through the function of the power components of the equipment, the labeling shaft is positioned at the side edge position of the facing roller, the main purpose is to label the seafood frozen packaging bag which is processed by the facing roller in advance, the surface of the seafood frozen packaging bag is wound with a packaging bag label for sticking, the seafood frozen packaging bag can be mutually stuck with the structure of the packaging bag and can contact the label on the labeling shaft at the moment when the packaging bag moves from the position of the facing roller to the labeling shaft, and the label can be completely stuck on the packaging bag along.

As a further technical supplement of the invention, the veneering roller consists of a roller sleeve, a wiping and sucking roller, an adsorption wheel and a release wheel, wherein the side edge of the roller sleeve is connected with the wiping and sucking roller, the adsorption wheel and the release wheel are arranged at the side edge position of the roller sleeve and are mutually spaced from the wiping and sucking roller, the roller sleeve is a shell structure of the veneering roller and is also a carrier for driving the structure to rotate, the adsorption wheel connected to the surface of the roller sleeve is made of a material which can react with a plastic packaging bag and generate an electrostatic adsorption effect, the position of the adsorption wheel is mutually attached to the packaging bag under the condition that the adsorption wheel rotates along with the roller sleeve, the adsorption wheel structure is attached to the packaging bag firmly by using the electrostatic adsorption principle in the process, and the auxiliary wiping and sucking roller is used for synchronously treating the packaging bag to avoid the separation between the packaging. The release wheel is made of a material which repels plastic packaging bags, when the packaging bags are in contact with the rotating release wheel, the position of the packaging bags is judged according to the position of the packaging bags, the packaging bags are wiped by the suction roller to complete the treatment of the packaging bags and need to be moved to the position of the labeling shaft, the packaging bags are separated from the adsorption wheel through the contact with the release wheel, and the movement of the packaging bags is realized under the rotation driving of the roller sleeve so that the packaging bags reach the position of the labeling shaft to be labeled.

As a further technical supplement of the invention, the wiping and sucking roller consists of a double-column roller rod and a sucking guide pipe, wherein the double-column roller rod is provided with a sucking guide pipe, the tail end of the double-column roller rod is communicated with the sucking guide pipe, the double-column roller rod is a main body structure of the wiping and sucking roller, the whole double-column roller rod is of a cylinder-like structure, linkage is realized along with rotation of the double-column roller rod by means of a connection mode that a roller sleeve is attached to the side edge of the double-column roller rod, water drops formed on the surface of the packaging bag are adsorbed and removed by the double-column roller rod in the rotation process, meanwhile, water drops on the surface of the packaging bag are dripped by the sucking guide pipe communicated with the tail end of the double-column roller rod and are collected, and the phenomenon that the.

As a further technical supplement of the invention, two sides of the double-column stick rod are respectively provided with a water absorbing bag and a water wiping screen plate, the water absorbing bag is positioned at one side of the double-column stick rod and is made of water absorbing material with a fine bubble organizational structure, the surface of the water absorbing bag is attached to a packaging bag and rubs against the packaging bag during rotation, the packaging bag does not keep a heat preservation relation with a refrigerating machine before labeling, so that ice crystals in the packaging bag stop growing, water is analyzed out of the surface of the packaging bag and forms water drops due to the temperature difference between the inside and the outside of the packaging bag during the process, most of the water drops are sucked into the internal organization through the water absorbing structure during the rubbing process of the water absorbing bag, the residual water drops change the direction by means of continuous rotation until the water wiping screen plate contacted with the packaging bag is removed, the water wiping screen plate is made of non-hydrophilic silica gel material, and grid-shaped protruding ribs, when the adhesive tape is in contact with the packaging bag, pressure on the packaging bag is formed by means of the structural section, and water drops are scraped away by the silica gel plate surface in the continuous rotating process, so that the drying of the local position of the surface of the packaging bag is ensured, and basic conditions are created for preventing the adhesive tape from falling off.

As a further technical supplement of the invention, the suction conduit consists of a cross pipe sleeve, a spray pipe and a fan turbine, wherein the cross pipe sleeve is connected with the spray pipe, the spray pipe is connected with the fan turbine in a penetrating way, a cross rib structure is arranged in the cross pipe sleeve and used for enhancing the connectivity between the structure and the spray pipe, the spray pipe is used as a channel structure penetrated by the airflow pipe to realize that the airflow is output from the position of the double-column stick rod to the tail end of the suction conduit, and the fan turbine is used as a power structure for manufacturing the airflow and collects entrained water drops by guiding the airflow to transfer, so that the water drops are prevented from.

As a further technical supplement of the invention, the top end of the fan turbine is respectively provided with a wave-shaped fan blade and a spherical fan blade, the wave-shaped fan blade is made of special wave-shaped plates, the wave-shaped fan blade can form downward pressure by virtue of special structures of the plates while depending on the rotation of the fan turbine, airflow is accelerated to be output to the tail end of the suction guide pipe under the influence of the downward pressure, meanwhile, the spherical fan blade at the input port position guides the airflow to be input inwards through air hole spherical structures at two ends of the structure, and inward and outward equidirectional guide forces are respectively formed at two ends of the suction guide pipe, so that the output of the airflow containing water drops.

Advantageous effects

The invention is applied to the technical aspect of labeling of seafood freezing packaging bags, and mainly aims to solve the problems that water drops can be separated out on the surface of a frozen seafood packaging bag, and the water drops can damage the adhesive surface of a label during labeling so that the label is separated;

the invention solves the problem by arranging the labeling roller on the structure, most water drops are absorbed into internal tissues through the water absorption structure in the process of rubbing the water absorption bag in the wiping and absorbing roller in the structure with the packaging bag, and residual water drops are removed by the aid of the water wiping screen plate which continuously rotates to change the direction, so that the drying of the local position of the surface of the packaging bag is ensured, the basic condition is created for preventing the adhesive label from falling off, and the label is prevented from being separated from the packaging bag by water.

Drawings

Other features, objects and advantages of the invention will become more apparent upon reading of the detailed description of non-limiting embodiments with reference to the following drawings:

fig. 1 is an external structure schematic diagram of the seafood freezing packaging bag labeling machine of the invention.

FIG. 2 is a side sectional view of a labeling drum structure of the seafood freezing packaging bag labeling machine of the present invention.

FIG. 3 is a side sectional view of a face-contacting roller structure of a labeling drum of the seafood freezing packaging bag labeling machine.

Fig. 4 is a front sectional view of the wiping roller structure of the labeling roller of the seafood freezing packaging bag labeling machine.

FIG. 5 is a side sectional view of a suction conduit structure of a wiping roller of a labeling drum of the seafood freezing packaging bag labeling machine.

In the figure: the device comprises a box frame-1, a labeling roller-2, a pressing frame-3, a winding roller-4, a conveying roller-5, a driving frame-20, a veneering roller-21, a drain valve-22, a power shaft-201, a labeling shaft-202, a roller sleeve-210, a wiping roller-211, an adsorption wheel-212, a release wheel-213, a double-column stick rod-2112, a suction guide pipe-2113, a water suction bag packet-211 a, a water wiping net plate-211 b, a cross pipe sleeve-330, a spray pipe-331, a fan turbine-332, a wave-shaped fan blade-332 a and a sphere core fan blade-332 b.

Detailed Description

In order to make the technical means, the original characteristics, the achieved purposes and the effects of the invention easy to understand, the following description and the accompanying drawings further illustrate the preferred embodiments of the invention.

Examples

Referring to fig. 1, the present invention provides a seafood freezing packaging bag labeling machine, which structurally comprises: the box frame 1, the labeling roller 2, the pressing frame 3, the winding roller 4 and the conveying roller 5 are connected, the labeling roller 2 is connected in the box frame 1, the labeling roller 2 is connected with the pressing frame 3 at the top end of the box frame 1 at intervals, the winding roller 4 is arranged on the pressing frame 3, the conveying roller 5 is arranged on one side of the box frame 1 and correspondingly connected with the labeling roller 2, the box frame 1 is a main body structure of the labeling machine and is formed by combining irregular plates, a power component and an energy supply component for the operation of a labeling structure are arranged in the box frame, meanwhile, internal components are protected, the pressing frame 3 is an angle-adjustable support structure, the adjustment of the fitting degree of the structural winding roller 4 and the seafood freezing packaging bag can be realized by manually adjusting and controlling the angle of the structure, the packaging bag is pressed by the winding roller 4 to enhance the attaching force of the packaging bag and the labeling roller 2 component at the bottom, and the packaging bag, conveying roller 5 is located structure one side, and it has linkage relation with pasting between the mark cylinder 2, realizes pasting the mark operation back at the wrapping bag, can collect the vanning with complete wrapping bag product output through conveying roller 5.

Referring to fig. 2, the present invention provides a seafood freezing packaging bag labeling machine, which structurally comprises: the subsides mark cylinder 2 comprises the carriage 20, the roller 21 of subsides, the drain valve 22 of subsides, the roller 21 of subsides is connected to carriage 20 terminal surface position, the roller 21 below intercommunication drain valve 22 of subsides, carriage 20 is the major structure of subsides mark cylinder 2, wholly constitute for box structural style, the roller 21 of subsides of its terminal surface is used for carrying out the subsides mark operation to seafood freezing wrapping bag, the produced water stain of wrapping bag surface is handled by the roller 21 of subsides can collect along with the extension of time and form water droplet even little strand rivers at this in-process, these water droplets then collect and discharge through the drain valve 22 that the bottom switched on with the roller 21 of subsides, the drain valve 22 adopts manual regulation and control mode to open and close, ensure to discharge under the circumstances of water droplet capacity, improve discharge efficiency, be equipped with power axle 201 and subsides mark axle 202 in the carriage 20 respectively, power axle 201 is equipped with two, link up each other and constitute the power structure that supplies the roller 21 of subsides to move, it is through the power component function of equipment and convert it into rotatory kinetic energy, pastes mark axle 202 and is located the position of wainscot roller 21 side, and its main aim at carries out the subsides mark operation to the seafood freezing wrapping bag after passing through wainscot roller 21 processing in advance, and its surface twines has the wrapping bag label that is used for pasting, can laminate each other and contact the label on the mark axle 202 with its structure in the twinkling of an eye at the wrapping bag removes from wainscot roller 21 position to pasting mark axle 202, can paste on the wrapping bag completely along with the removal label of wrapping bag.

Referring to fig. 3, the present invention provides a seafood freezing packaging bag labeling machine, which structurally comprises: the wainscot roller 21 comprises roller shell 210, wiping suction roller 211, adsorption wheel 212, release wheel 213, roller shell 210 is the shell structure of wainscot roller 21, the carrier that is used for driving the structure rotation simultaneously, its surperficial adsorption wheel 212 of connecting adopts material and plastic packaging bag can interact and produce the material of electrostatic absorption effect and make with release wheel 213 all locating roller shell 210 side position and wiping suction roller 211 interval each other, under the rotatory condition of roller shell 210 is followed to adsorption wheel 212, laminate each other between its position and the wrapping bag, the adsorption wheel 212 structure utilizes the electrostatic absorption principle to firmly attach on the wrapping bag in this in-process, supplementary wiping suction roller 211 handles the wrapping bag in step, avoid the wrapping bag with wipe and inhale and break away from between the roller 211. The releasing wheel 213 is made of a material that repels the plastic packaging bag, when the packaging bag contacts the rotating releasing wheel 213, the cleaning roller 211 needs to move to the labeling shaft 202 position according to the position judgment of the packaging bag, the packaging bag is separated from the absorbing wheel 212 by contacting the releasing wheel 213, and the packaging bag moves to reach the labeling shaft 202 position to be labeled under the driving of the rotation of the roller sleeve 210.

Referring to fig. 4, the present invention provides a seafood freezing packaging bag labeling machine, which structurally comprises: the wiping and sucking roller 211 is composed of a double-column rod 2112 and a sucking guide tube 2113, the double-column rod 2112 is provided with the sucking guide tube 2113 of which the tail end is communicated, the double-column rod 2112 is the main body structure of the wiping and sucking roller 211 and is integrally in a cylinder-like structure, and is linked with the rotation of the roller sleeve 210 by the connection mode of attaching the side edge to the roller sleeve, water drops formed on the surface of the packaging bag are absorbed and removed by the structural double-column rod 2112 in the rotation process, meanwhile, the water drops dropped on the surface of the packaging bag and the water drops absorbed by the structure of the double-column rod 2112 are collected by the sucking guide tube 2113 of which the tail end is communicated, so that the water drops are prevented from sliding down due to the self weight of the water drops when being scraped, the surface of the packaging bag is prevented from being polluted again to form new water drops, a water absorbing bag 211a and a water absorbing screen plate 211b are respectively arranged on two sides of the double-column rod 2112, the water absorbing bag 211a is positioned on one side of the double-column, the surface of the packaging bag is attached to the packaging bag and rubbed with the packaging bag during rotation, the packaging bag is not kept in a heat preservation relation with a freezing mechanism before labeling, so that ice crystals in the packaging bag stop growing, water is analyzed out of the surface of the packaging bag and water drops are formed in the process due to the temperature difference between the inside and the outside of the packaging bag, most of the water drops are absorbed into the internal tissues through a water absorption structure in the friction process of the water absorption bag 211a, residual water drops change the direction through continuous rotation until the water drops are removed by the water scraping screen plate 211b in contact with the packaging bag, the water scraping screen plate 211b is made of non-hydrophilic silica gel materials, grid-shaped protruding ribs are distributed on the surface of the water dropping screen plate, the pressure on the packaging bag is formed by means of a structural section when the water dropping screen plate is in contact with the packaging bag, the water drops are scraped away through, and a basic condition is created for preventing the sticking label from falling off.

Referring to fig. 5, the present invention provides a seafood freezing packaging bag labeling machine, which structurally comprises: the suction conduit 2113 is composed of a cross pipe sleeve 330, a spray pipe 331 and a fan turbine 332, the cross pipe sleeve 330 is connected with the spray pipe 331, the spray pipe 331 is connected with the fan turbine 332 in a penetrating manner, a cross rib structure is arranged in the cross pipe sleeve 330 and used for enhancing the connectivity between the structure and the spray pipe, the spray pipe 331 is used as a channel structure penetrated by an airflow pipe to realize that the airflow is output from the position of the double-column stick bar 2112 to the tail end of the suction conduit 2113, the fan turbine 332 is used as a power structure for manufacturing the airflow, entrained water drops are collected by guiding the airflow transfer to avoid the water drops remaining in the structure, the top end of the fan turbine 332 is respectively provided with a wave-shaped fan blade 332a and a sphere-core fan blade 332b, the wave-shaped fan blade 332a is made of a special wave-shaped plate, the downward pressure is formed by the special structure of the plate while the fan turbine 332, meanwhile, the spherical fan blades 332b at the input port position guide the air flow to be input inwards through the air hole spherical structures at the two ends of the structure, and inward and outward equidirectional guide forces are respectively formed at the two ends of the suction guide pipe 2113, so that the output of the air flow containing water drops is accelerated.

Example 2

With reference to fig. 2, 3 and 4, the end surface of the driving frame 20 is connected to the surface attaching roller 21, the lower portion of the surface attaching roller 21 is communicated with the drain valve 22, the side of the roller sleeve 210 is connected to the wiping roller 211, the absorption wheel 212 and the release wheel 213 are both arranged at the side of the roller sleeve 210 and spaced from the wiping roller 211, the two-column rod 2112 is provided with the suction guide tube 2113, the end of the absorption guide tube 2113 is communicated with the end of the absorption guide tube 2112, when the seafood freezing packaging bag moves to the position of the surface attaching roller 21, the absorption wheel 212 is attached to the packaging bag, the auxiliary wiping roller 211 synchronously treats the packaging bag, the water-absorbing bag 211a on the two-column rod 2112 is attached to the packaging bag and rubs with the packaging bag to absorb most of water drops into the internal tissues through the water-absorbing structure, and the residual water drops change their orientation by means of continuous rotation until the water-wiping mesh plate 211b contacting with the, in the process, the roller sleeve 210 rotates, when the packaging bag is in contact with the rotating release wheel 213, the wiping roller 211 finishes the processing of the packaging bag, the position of the packaging bag to be labeled is in a dry state, the label can be prevented from being separated due to water drops, the packaging bag is separated from the adsorption wheel 212 through the contact with the release wheel 213, and the packaging bag is moved to reach the position of the labeling shaft 202 to be labeled under the driving of the rotation of the roller sleeve 210.

While there have been shown and described what are at present considered the fundamental principles of the invention, the essential features and advantages thereof, it will be understood by those skilled in the art that the present invention is not limited by the embodiments described above, which are merely illustrative of the principles of the invention, but rather, is capable of numerous changes and modifications in various forms without departing from the spirit or essential characteristics thereof, and it is intended that the invention be limited not by the foregoing descriptions, but rather by the appended claims and their equivalents.

Furthermore, it should be understood that although the present description refers to embodiments, not every embodiment may contain only a single embodiment, and such description is for clarity only, and those skilled in the art should integrate the description, and the embodiments may be combined as appropriate to form other embodiments understood by those skilled in the art.