CN113682511A

CN113682511A - Intelligent quick packing mechanical equipment of commodity circulation transportation

Info

Publication number: CN113682511A
Application number: CN202110960977.8A
Authority: CN
Inventors: 李淑梅
Original assignee: Individual
Current assignee: Individual
Priority date: 2021-08-20
Filing date: 2021-08-20
Publication date: 2021-11-23

Abstract

An intelligent quick packing mechanical equipment of commodity circulation transportation includes: the main part, main part one side is provided with through fixed connection's bearing platform top gomphosis and places the platform, and main part one side gomphosis is provided with the lift rubber roll, and the main part is close to top one side gomphosis and is provided with the control panel, places the platform and has the gravity axis of bulge on the surface through middle part lift groove connection, places the platform top and restraints the displacement piece through rotor plate top displacement groove and limiting plate bottom and be connected. Limiting plate through the device setting can be when placing the commodity circulation parcel bench with the commodity circulation parcel, forces its limiting plate to carry out the displacement around through the application of pressure of its commodity circulation parcel self weight, lets its commodity circulation parcel can be in the limiting plate middle part of separating, and rethread limiting plate resets to support of its material parcel surface around to fix by the centre gripping for can not result in the parcel to be pulled to take place the skew to remove and influence the packing because of pulling not to pull out when the sticky tape winding is pulled in the rotation.

Description

Intelligent quick packing mechanical equipment of commodity circulation transportation

Technical Field

The invention relates to the technical field of logistics transportation, in particular to the technical field of intelligent rapid packaging mechanical equipment for logistics transportation.

Background

The logistics transportation means that the goods are uniformly placed together, the goods in different regions are transported to each region through transportation equipment to circulate the goods, certain packaging needs to be carried out on the goods when the logistics transportation is carried out on the goods, common packaging is that the goods are wound and adhered through adhesive tapes, some large goods need to be packaged and processed through a packaging machine, but the conventional adhesive tape winding packaging machine is easy to be pulled out by the adhesive tapes instead because the goods are fixed only by self weight in the rotating process and are unstable when the goods are wound and packaged by the packaging machine, so that the adhesive tapes can pull the goods to be shifted and moved to enable the goods to be wound and wrapped.

Disclosure of Invention

Problem (A)

In summary, the invention provides an intelligent fast packaging mechanical device for logistics transportation, which is used for solving the problem that when the existing intelligent fast packaging mechanical device for logistics transportation packages goods through an adhesive tape winding packaging machine, the goods are stabilized only through self weight, so that the packaging is affected easily because the goods are pulled to displace due to the fact that the adhesive tape is not pulled out to be blocked.

(II) technical scheme

The invention provides an intelligent rapid packaging mechanical device for logistics transportation, which comprises: the main part, bearing platform, lift rubber roll, control panel, place platform, limiting plate and rotor plate, main part one side is provided with through fixed connection's bearing platform top gomphosis and places the platform, and main part one side gomphosis is provided with the lift rubber roll, and the main part is close to top one side gomphosis and is provided with control panel, places the platform and has the gravity axle of bulge on the surface through middle part lift groove connection, places the platform top and restraint the displacement piece through rotor plate top displacement groove and limiting plate bottom and is connected.

Further, place the platform including gravity axle, limiting plate, rotor plate, lift groove and rotatory groove trace, the gravity axle is connected in the round axle in lift groove cylindrical shape recess through spring elasticity gomphosis for the bottom, and the limiting plate sets up in the panel of placing platform top surface gomphosis connection rotor plate top surface for the gomphosis, and the limiting plate is circular form for four circular arc panel intercombinations, and rotatory groove trace is for placing platform top laminating rotor plate surface thread form groove trace.

Further, the limiting plate is including drawing a bundle the displacement piece, support the axle, overlap the cover and connect the ring, run through axle and separating axis, it arranges into V font square for two slopes to both sides on limiting plate laminating rotor plate side surface to draw a bundle the displacement piece, and two separation are together through spring elastic connection between the limiting plate that the V font appears, it restraints the round axle that displacement piece one side bulge gomphosis set up for drawing a bundle to support the axle, overlap the cover and connect the ring for two and receive the displacement piece and overlap the cavity ring of one end fixed connection each other, run through the axle for running through two overlap cover connect the ring let two receive the round axles that the displacement piece is connected together, and run through axle one end surface and the laminating of rotation slot trace screw thread, the separating axis is the bigger round axle of diameter that runs through axle one side and the rotating plate surface and be connected through flexible guide arm gomphosis.

Further, the rotor plate is including the displacement groove, support groove and separating tank, and the displacement groove is the fluting that the rotor plate surface is the toper form, supports the slot and is displacement groove fluting middle part both sides bottom and supports the rectangular form recess of axle bulge looks gomphosis, and the separating tank is displacement groove fluting one end middle part both sides and separating axle screw thread gomphosis's rectangular form recess.

(III) advantageous effects

(1) Limiting plate through the device setting can be when placing the commodity circulation parcel bench with the commodity circulation parcel, forces its limiting plate to carry out the displacement around through the application of pressure of its commodity circulation parcel self weight, lets its commodity circulation parcel can be in the limiting plate middle part of separating, and rethread limiting plate resets to support of its material parcel surface around to fix by the centre gripping for can not result in the parcel to be pulled to take place the skew to remove and influence the packing because of pulling not to pull out when the sticky tape winding is pulled in the rotation.

(2) The device still is provided with and restraints the displacement piece, lets limiting plate connect carry out the displacement on the rotor plate through restrainting the displacement piece, and the combination setting of the V font shape through restrainting the displacement piece simultaneously makes it accumulate its thrust that resets when carrying out the displacement along the rotor plate surface, lets it can produce thrust and resets and lean on the centre gripping to the commodity circulation parcel.

(3) The device still is provided with the separating tank, can let its penetrating shaft take place certain lift and rotatory groove mark after binding displacement piece along the rotor plate displacement certain distance through the separating tank and separate, lets it bind displacement piece and stops to promote the displacement because screw thread groove mark gomphosis, then lets it bind displacement piece and be in the state self-propelled that does not have the atress and reset.

Drawings

FIG. 1 is a schematic view of the overall structure of the present invention;

FIG. 2 is a schematic view of the overall structure of the standing board of the present invention;

FIG. 3 is a schematic view of a partial side cross-sectional structure of the standing board of the present invention;

FIG. 4 is an enlarged view of the structure at A in FIG. 3 according to the present invention;

FIG. 5 is a schematic view of the overall structure of a limiting plate according to the present invention;

FIG. 6 is an enlarged view of the structure of FIG. 5 at B according to the present invention;

in fig. 1 to 6, the corresponding relationship between the part names or lines and the reference numbers is:

the device comprises a main body 1, a bearing table 101, a lifting rubber roller 102, a control board 103, a placing table 2, a gravity shaft 201, a limiting board 202, a closing displacement block 2021, a butting shaft 2022, an overlapping sleeve ring 2023, a penetrating shaft 2024, a separating shaft 2025, a rotating board 203, a displacement groove 2031, a butting groove 2032, a separating groove 2033, a lifting groove 204 and a rotating groove mark 205.

Detailed Description

Please refer to fig. 1 to 6:

an intelligent quick packing mechanical equipment of commodity circulation transportation includes: the device comprises a main body 1, a placing table 2 is arranged on one side of the main body 1 through the top end of a bearing table 101 which is fixedly connected in an embedded manner, a lifting rubber roller 102 is arranged on the main body 1 in an embedded manner, a control panel 103 is arranged on one side of the main body 1 close to the top end in an embedded manner, the placing table 2 is connected with a gravity shaft 201 with a convex part on the surface through a middle lifting groove 204, the top end of the placing table 2 is connected with a bottom end convergence displacement block 2021 of a limit plate 202 through a top end displacement groove 2031 of a rotating plate 203, the placing table 2 comprises the gravity shaft 201, a limit plate 202, the rotating plate 203, a lifting groove 204 and a rotating groove mark 205, the gravity shaft 201 is a circular shaft with the bottom end connected in a cylindrical groove of the lifting groove 204 through elastic embedding of a spring, the limit plate 202 is a plate which is embedded and arranged on the top end surface of the placing table 2 and connected with the top end surface of the rotating plate 203, the limit plate 202 is formed by combining four arc plates into a circular shape, and the rotation groove mark 205 is a thread-shaped groove mark formed on the top end of the placing table 2 and attached to the surface of the rotation plate 203. When the logistics package is placed on the placing table 2, the gravity shaft 201 with the convex part in the middle is pressed on the surface, the gravity shaft 201 is contracted along the groove of the lifting groove 204 by the pressing of the gravity shaft 201, the thread groove marks around the gravity shaft 201 when the gravity shaft 201 is contracted along the lifting groove 204 are jointed with the groove marks of the inner wall of the circular groove in the middle of the rotating plate 203 to force the rotating plate 203 to start rotating, when the rotating plate 203 starts rotating, the limiting plate 202 with the connected top ends is driven to rotate together, the limiting plate 202 is connected through the displacement groove 2031 in which the bunching displacement block 2021 at the bottom end is embedded in the rotating plate 203, the abutting shaft 2022 of the convex part at one end of the bunching displacement block 2021 is embedded in the abutting groove 2032 at the two sides of the middle of the displacement groove 2031 to prevent the bunching displacement block 2021 from separating out of the displacement groove 2031, and the displacement groove 1 is also arranged in a conical shape because the bunching displacement block 2021 is arranged in a V-shaped combination In the arrangement, only the abutting shaft 2022 at one end of the closing displacement block 2021 is connected to the abutting groove 2032 in the displacement groove 2031, the placing table 2 has a diameter of 0.8m, 0.9m, 1m, 1.1m, 1.3m according to the diameter of the logistics parcel, the placing table 2 can be changed according to the current placing area, the material of the placing table 2 can be made according to the weight of the goods to be wrapped, the material of the placing table 2 is plastic, stainless steel, cast steel or synthetic metal, the limiting plate 202 comprises the closing displacement block 2021, the abutting shaft 2022, the overlapped sleeved ring 2023, the penetrating shaft 2024 and the separating shaft 2025, the closing displacement block 2021 is formed by attaching the limiting plate 202 to one side surface of the rotating plate 203, two limiting plates are arranged in a V-shaped inclined manner towards two sides, and the two limiting plates 202 separated in a V-shaped manner are elastically connected together by a spring, the abutting shaft 2022 is a circular shaft formed by embedding a protruding portion at one side of one end of the convergence displacement block 2021, the overlapping sleeve ring 2023 is a hollow circular ring formed by two convergence displacement blocks 2021 with their overlapping ends fixedly connected, the penetrating shaft 2024 is a circular shaft passing through the two overlapping sleeve rings 2023 to connect the two convergence displacement blocks 2021 together, the surface of one end of the penetrating shaft 2024 is in threaded engagement with the rotation groove 205, and the separating shaft 2025 is a circular shaft with a larger diameter formed by embedding one side of the penetrating shaft 2024 and the surface of the rotation plate 203 through a telescopic guide rod. When the position-limiting plate 202 displaces along the rotating plate 203 due to the closing displacement block 2021, the physical distribution package contacts and places on the rotating plate 203 due to the contraction of the gravity axis 201 and stops the rotation of the rotating plate 203, and when the rotation plate 203 stops rotating, the separation axis 2025, which connects the closing displacement blocks 2021 in the displacement groove 2031 and penetrates through one end of the shaft 2024, also moves into the separation groove 2033, and the engagement of the threads of the middle surface of the separation groove 2033 and the peripheral surface of the separation axis 2025 causes the separation axis 2025 to rotate up and down, so that the separation axis 2024 is driven by the separation axis 2024 and the rotation groove mark 205 to separate and not contact, and the closing displacement blocks 2021, which are contracted and closed together, are not limited, and the closing displacement blocks 2021, which are contracted and closed together, are separated towards both sides due to the elasticity of the compression spring between the middle parts, and the thrust generated during separation drives the closing displacement blocks 2021 to reset and move along the displacement groove 1, the rotation of the shaft 2022 will reduce the friction and allow the beam-converging displacement block 2021 to be displaced under better force until it abuts against and clamps the stream parcel on the surface of the rotating plate 203, the reset distances of different limiting plates 202 can also clamp the logistics wrap surfaces with different shapes, so that when the adhesive tape in the lifting rubber roller 102 is pulled by the rotating logistics package, the logistics package is not shifted by the pulling force to cause the winding package to be affected, the rotating plate 203 comprises the displacement groove 2031, the displacement groove 2032 and the separation groove 2033, the displacement groove 2031 is a tapered slot on the surface of the rotating plate 203, the displacement groove 2032 is a rectangular slot with the bottom end at the middle part of the slot of the displacement groove 2031 and the protrusion part of the support shaft 2022 embedded, and the separation groove 2033 is a rectangular slot with the middle part of the slot of the displacement groove 2031 and the thread embedded of the separation shaft 2025.

(IV) working principle

The invention provides intelligent quick packaging mechanical equipment for logistics transportation, which is characterized in that logistics packages to be packaged are placed on a placing table 2 at the top end of a bearing table 101 on one side of a main body 1, then the placing table 2 is driven by a motor in the bearing table 101 to rotate so that the logistics packages rotate, when the logistics packages rotate on the placing table 2, one side of an adhesive tape on a lifting rubber roll 102 can be attached to the logistics packages, the adhesive tape is pulled out through rotation of the logistics packages and then wound on the surface of the logistics packages for packaging, when the logistics packages are placed on the placing table 2, a gravity shaft 201 of a protruding part in the middle is pressed on a gravity shaft 201 on the surface through the weight of the logistics packages, the gravity shaft 201 is pressed to shrink along a groove of a lifting groove 204, and when the gravity shaft 201 shrinks along the lifting groove 204, thread groove marks on the periphery of the gravity shaft 201 can be attached to groove marks on the inner wall of a circular groove in the middle of a rotating plate 203 The rotating plate 203 is forced to rotate, when the rotating plate 203 rotates, the limiting plate 202 with the top end connected together is driven to rotate together, the limiting plate 202 is connected by the beam closing displacement block 2021 at the bottom end thereof being embedded in the displacement groove 2031 in the rotating plate 203, the abutting shaft 2022 of the projecting part at one end of the beam closing displacement block 2021 is embedded in the abutting grooves 2032 at the two sides of the middle part of the displacement groove 2031 to prevent the beam closing displacement block 2021 from separating out of the displacement groove 2031, because the beam closing displacement block 2021 is arranged in a V-shaped combination and the displacement groove 2031 is also arranged in a cone shape, the abutting shaft 2022 at only one end of the beam closing displacement block 2021 is connected with the abutting groove 2032 in the displacement groove 2031, and because one end of the penetrating shaft 2024 penetrating between the beam closing displacement blocks 2021 is in threaded engagement with the rotation groove 205, when the rotating plate 203 rotates to drive the beam closing displacement block 2021 to rotate together along the displacement groove 2031, the beam closing displacement block 2021 is forced by the threaded screw 2021 to displace, therefore, the limiting plate 202 extends and expands around, and when the closing displacement block 2021 displaces in the displacement groove 2031, the two closing displacement blocks 2021 combined in a V shape move together along the through shaft 2024 through the overlapping socket ring 2023 at one end so that they can displace along the displacement groove 2031 due to the reduction of the distance therebetween, and finally when the limiting plate 202 displaces along the rotating plate 203 due to the closing displacement block 2021, the material flow package contacts and is placed on the rotating plate 203 due to the contraction of the gravity shaft 201, and then stops the rotation of the rotating plate 203, and when the rotating plate 203 stops rotating, the separation shaft 2025, which connects the closing displacement blocks 2021 in the displacement groove 1 with each other at one end of the through shaft 2024, will also just move into the separation groove 3, and when moving into the separation groove 2033, the separation shaft 2025 will be forced to rotate and ascend and descend by the engagement of the threads of the middle surface of the separation groove 2033 and the peripheral surface of the separation shaft 2025, so that the penetrating shaft 2024 is driven to separate from the rotating groove mark 205 without contacting with each other, and the converging displacement block 2021 which is contracted and closed together is not limited, the bunching displacement blocks 2021 which contract together will separate to either side due to the resilience of the springs compressing together between the middle portions, the thrust generated during the separation will drive the converging displacement block 2021 to perform a resetting movement along the displacement groove 2031, the rotation of the shaft 2022 will reduce the friction and allow the beam-converging displacement block 2021 to be displaced under better force until it abuts against and clamps the stream parcel on the surface of the rotating plate 203, the reset distances of different limiting plates 202 can also clamp the logistics wrap surfaces with different shapes, so that when the adhesive tape in the lifting rubber roller 102 is pulled by the rotating logistics package, the logistics package is not deviated due to the pulling force, and the winding package is not affected.

Claims

1. An intelligent quick packing mechanical equipment of commodity circulation transportation includes: the rubber roller lifting device comprises a main body (1), wherein a bearing table (101) on one side of the main body (1) is movably connected with a placing table (2), and the main body (1) controls a movable lifting rubber roller (102) through a control plate (103); the gravity shaft (201) is connected with the lifting groove (204) in the middle of the placing table (2), and the rotating plate (203) at the top end of the placing table (2) is movably connected with the limiting plate (202).

2. The intelligent rapid packaging mechanical equipment for logistics transportation according to claim 1, wherein: place platform (2) including gravity axle (201), limiting plate (202), rotor plate (203), lift groove (204) and rotatory groove mark (205), gravity axle (201) are connected on placing platform (2) in lift groove (204), limiting plate (202) and place platform (2) on rotation board (203) swing joint together, rotatory groove mark (205) are rotor plate (203) surface groove mark.

3. The intelligent rapid packaging mechanical equipment for logistics transportation according to claim 1, wherein: the limiting plate (202) comprises a bunching displacement block (2021), a butt shaft (2022), an overlapped sleeving ring (2023), a through shaft (2024) and a separating shaft (2025), the bunching displacement block (2021) connected with the butt shaft (2022) is connected with the through shaft (2024) through the overlapped sleeving ring (2023), and the separating shaft (2025) is a round shaft with a larger diameter at one side of the through shaft (2024).

4. The intelligent rapid packaging mechanical equipment for logistics transportation according to claim 1, wherein: the rotating plate (203) comprises a displacement groove (2031), a resisting groove (2032) and a separating groove (2033), the displacement groove (2031) is a groove connected in the displacement groove (2031), and the separating groove (2033) is a groove which is formed by the displacement groove (2031) and is embedded in a separating shaft (2025) in a threaded mode.