CN109159938B

CN109159938B - Packaging device for preventing side turning during television packaging

Info

Publication number: CN109159938B
Application number: CN201811161157.7A
Authority: CN
Inventors: 刘培珠
Original assignee: Central Internet Of Things Technology Jiaxing Co Ltd
Current assignee: Central Internet of things technology (Jiaxing) Co., Ltd
Priority date: 2018-09-30
Filing date: 2018-09-30
Publication date: 2020-11-10
Anticipated expiration: 2038-09-30
Also published as: CN109159938A

Abstract

The invention discloses a packaging device for preventing a television from turning on side during packaging, which structurally comprises a main body frame, wherein the main body frame is connected with a pressing frame, a dust wiping rod, a placing frame, a box placing frame and a linear motor, the linear motor is locked in an inner cavity of the main body frame, when the television is packaged, the television is placed above a lower sliding device, the operation of a linear motor body is started to drive an upper pressing plate to move downwards so that the television is moved downwards to fall onto a carton box placed above a front placing plate, when the television moves downwards, the rear side of the television is wiped and dedusted by the contact of the television and the dust wiping rod, the packaging process omits the step that a worker removes the television from a wall surface and then wipes the television and then carries the television into the carton box, and simultaneously avoids the phenomenon that the television is stably placed into the carton box to turn on side due to the overweight of the television or the unstable supporting force of the two hands of the worker when the television is carried into the carton box, causing damage to the television and injury to the staff.

Description

Packaging device for preventing side turning during television packaging

Technical Field

The invention relates to the field of household appliance packaging, in particular to a packaging device for preventing a television from turning on one side during packaging.

Background

The household electrical appliances city needs to put the sample and supplies the customer to select when selling the TV set, the sample is put and can be because of the not enough sample of messenger's customer of supply of goods after a period, the trade company needs to pack the sample again, the procedure is comparatively loaded down with trivial details need to take off the TV and clean the rear during great TV set packing, in two people or two people's assistance pack the TV into the carton, TV set weight is heavier, the volume is great, need both hands to prop up the TV upright in the in-process of packing into, then one of them hand is slow, nimble move, move to TV set rear side auxiliary stay with the TV bottom fall to the carton in.

In the prior art, once a worker does not pay attention to the slipping of hands slightly or the moving hands are not attached to the television for auxiliary support because the television is too heavy and the television is not stably matched with the hands at the upper end of the television to fix the television in a cooperative manner, the television is turned over laterally to cause damage, and the worker is possibly injured in the process of loading the television into the carton.

Disclosure of Invention

The invention mainly aims to overcome the defects of the prior art and provide a packaging device for preventing a television from turning over when packaged, so as to solve the problems that once a worker does not pay attention to the slipping of hands slightly or the moving hand is not attached to the television for auxiliary support because the television is too heavy, the television is not stably fixed in a cooperative manner by matching with the hand at the upper end of the television, the television is damaged due to the fact that the television turns over, and the worker is possibly injured in the process of packaging the television.

The invention is realized by adopting the following technical scheme: a packaging device for avoiding the side turning of a television during packaging structurally comprises a main body frame, wherein the main body frame is connected with a pressing frame, a dust wiping rod, a rack, a box placing frame and a linear motor, the linear motor is locked in an inner cavity of the main body frame, the pressing frame is in sliding connection with the main body frame through the linear motor, the dust wiping rod is buckled on the main body frame, the rack and the box placing frame are welded on the main body frame, the linear motor is electrically connected with the pressing frame and the rack, the pressing frame comprises an upper pressing plate and an upper baffle plate, the upper pressing plate is in sliding connection with the upper baffle plate, the rack comprises a middle baffle plate and a lower sliding device, the middle baffle plate is in sliding connection with the lower sliding device, the box placing frame comprises a lower baffle plate, a pushing plate, a front plate, a pushing track, a main vertical plate and a rear seat plate, the lower baffle plate is connected with the pushing plate through glue, and the lower baffle plate is in, the pushing track is locked on the front plate, and the main vertical plate is welded with the pushing track and the rear seat plate.

Further preferably, the gliding device comprises a positioning device, a sliding device and a falling frame, the positioning device and the sliding device are rotatably connected and are positioned at the same axis, the positioning device is slidably connected to the falling frame and form an integrated structure, and the positioning device and the falling frame are respectively provided with a pair and are of opposite structures.

Further preferably, positioner includes pulley mounting bracket, slide button, slide rail, flexible net, telescopic frame, pulley mounting bracket and telescopic frame welding, slide button sliding connection is on the slide rail and the two clearance fit, the slide rail passes through track sliding connection with flexible net, the slide rail welding is on telescopic frame and the two constitutes to be the integral structure.

Further preferred, the landing device is including falling ring axle, ring backing shaft, it is in same axle center with the ring backing shaft to fall the ring axle, the ring backing shaft includes that elasticity backing ring, rotatory arc board, arc board connect gear shaft, internal tooth axle, rotatory arc board, arc board connection gear shaft are equipped with more than 3, the diameter of elasticity backing ring is greater than internal tooth axle, elasticity backing ring, rotatory arc board, internal tooth axle are in same axle center, elasticity backing ring and the laminating of rotatory arc board, rotatory arc board is connected the gear shaft hub connection with the arc board, the gear shaft passes through gear connection with the internal tooth axle is connected to the arc board.

Further preferably, the linear motor comprises a linear motor body and a motor switch, wherein the linear motor body is provided with the motor switch, and the linear motor body and the motor switch form an integrated structure.

Advantageous effects

According to the invention, the packaging device is placed at a designated position, and the positioning device is adjusted according to the size length and width of the television when in use, namely, the sliding button is slid by a hand and slides on the sliding rail, so that the stretching or shrinking of the telescopic net is realized during sliding, and then the length and width of the positioning device are changed; the front end part (a screen, a frame and the like) of a television mounted on a wall surface is cleaned, then the television is taken down and placed above a down-sliding device, the back surface of the television is attached to a motor switch in the placing process, the motor switch is touched and pressed to open a linear motor body when the back surface of the television is attached to the motor switch, the motor switch starts the linear motor body to move down an upper pressure plate and also starts an upper baffle plate and an upper middle baffle plate to slide (the upper baffle plate slides downwards, the middle baffle plate slides upwards, the upper baffle plate and the middle baffle plate play a similar coaming protection role), the down-moved upper pressure plate presses down the television to enable the television to move down, and the back end part (the part which cannot be cleaned when mounted on the wall surface is contacted with a dust wiping rod) of the television is wiped and dedusted; when the television is contacted with the sliding device (the lower surface of the television is contacted with the upper surface of the ring falling shaft), the downward moving television drives the ring falling shaft to rotate through downward pushing, the ring backing shaft rotates along with the ring falling shaft when the ring falling shaft rotates, namely, the inner gear shaft rotates to drive the arc plate connected gear shaft connected with the inner gear shaft to rotate, the arc plate connected gear shaft drives the rotating arc plate to turn clockwise to unfold the elastic backing ring when rotating, and then the diameter of the elastic backing ring is increased to laminate the two ends of the television to realize friction fixation; meanwhile, the upper pressing plate continuously moves the television downwards to push the television into the paper box placed on the front plate, the television stops running when the upper pressing plate moves to the position above the motor switch and is attached to the position above the motor switch (the upper pressing plate and the lower sliding device return), and then the television is pushed into the paper box by a worker to carry out subsequent packaging (the paper box is further fixed by the movement of the lower baffle plate driven by the manual sliding pushing plate when the paper box is placed on the front plate).

Compared with the prior art, the invention has the beneficial effects that: when the television is packaged, the television is placed above the lower sliding device, the upper pressing plate is driven to move downwards by starting the operation of the linear motor body, so that the television can move downwards to the paper box placed above the front plate, the television is contacted with the dust wiping rod to wipe the rear side of the television for dust removal when moving downwards, the step that a worker removes the television from a wall surface and then wipes the television firstly and then moves the television into the paper box is omitted in the packaging process, and the situation that the television is damaged and the worker is injured due to the fact that the television is not stably placed into the paper box due to the fact that the television is too heavy or the supporting force of two hands of the worker is insufficient when the worker moves the television into the paper box is avoided.

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 a schematic structural diagram of a packaging device for preventing a television from turning on one side during packaging.

Fig. 2 is a schematic structural diagram of a side view section of a packaging device for preventing a television from turning on one side during packaging.

Fig. 3 shows a schematic view of the gliding device according to the invention in a front section.

Fig. 4 shows a schematic structural diagram of the positioning device of the present invention.

Fig. 5 shows a schematic view in plan view of a gliding device according to the invention.

Figure 6 shows a schematic view of the front side of the slide-down device of the present invention.

Fig. 7 shows a schematic structural view of the front face of the drop ring shaft of the present invention.

Fig. 8 shows a schematic view of the ring washer shaft in a front cut-away configuration.

FIG. 9 shows a front cut-away view of the increased diameter ring collar of the present invention.

In the figure: the main body frame 1, the pressure frame 2, the dust wiping rod 3, the rack 4, the box placing frame 5, the linear motor 6, the upper pressure plate 20, the upper baffle 21, the middle baffle 40, the lower sliding device 41, the lower baffle 50, the pushing plate 51, the front plate 52, the pushing track 53, the main vertical plate 54, the rear seat plate 55, the positioning device 410, the sliding device 411, the falling frame 412, the pulley mounting frame 4100, the sliding button 4101, the sliding rail 4102, the telescopic net 4103, the telescopic frame 4104, the falling ring shaft 4110, the ring cushion shaft 4111, the elastic cushion ring 41110, the rotary arc plate 41111, the arc plate connecting gear shaft 41112, the internal gear shaft 41113, the linear motor body 60 and the motor switch 61.

Detailed Description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

Referring to fig. 1-9, the present invention provides a technical solution of a packaging device for preventing a tv from turning over when packaging: the structure of the dust cleaning device comprises a main body frame 1, wherein the main body frame 1 is connected with a pressing frame 2, a dust cleaning rod 3, a placing frame 4, a box placing frame 5 and a linear motor 6, the linear motor 6 is locked in an inner cavity of the main body frame 1, the pressing frame 2 is in sliding connection with the main body frame 1 through the linear motor 6, the dust cleaning rod 3 is buckled on the main body frame 1, the pressing frame 2, the placing frame 4 and the box placing frame 5 are parallel to each other, the placing frame 4 and the box placing frame 5 are welded on the main body frame 1, the linear motor 6 is electrically connected with the pressing frame 2 and the placing frame 4, the pressing frame 2 consists of an upper pressing plate 20 and an upper baffle plate 21, the upper pressing plate 20 is in sliding connection with the upper baffle plate 21, the placing frame 4 consists of a middle baffle plate 40 and a lower sliding device 41, the upper baffle plate 21 and the middle baffle plate 40 are respectively adjacent to the upper end and the lower end of a television, if a worker holds the unstable upper baffle, the middle baffle 40 is connected with the lower sliding device 41 in a sliding manner, the box placing frame 5 is composed of a lower baffle 50, a pushing plate 51, a front plate 52, a pushing track 53, a main vertical plate 54 and a rear seat plate 55, the lower baffle 50 is connected with the pushing plate 51 through glue, the lower baffle 50 is connected with the front plate 52 in a sliding manner, the pushing track 53 is locked on the front plate 52, the main vertical plate 54 is welded with the pushing track 53 and the rear seat plate 55, the T-shaped structure is formed by the main vertical plate, the pushing track 53, the rear seat plate 55, the supporting force and the stability of the whole packaging device are improved, the lower sliding device 41 comprises a positioning device 410, a sliding device 411 and a falling frame 412, the positioning device 410 is connected with the falling frame 411 in a rotating manner, the positioning device 410 is connected with the falling frame 412 in a sliding manner, a pair of the positioning device 410 and the falling frame 412 are arranged in an opposite structure, the outer surface of the falling frame 412 is provided with scales capable, the situation that the television cannot be fixed on the lower sliding device 41 due to different specifications of the television is avoided, the positioning device 410 comprises a pulley mounting frame 4100, a sliding button 4101, a sliding rail 4102, a telescopic net 4103 and a telescopic frame 4104, the pulley mounting frame 4100 is welded with the telescopic frame 4104, the sliding button 4101 is connected on the sliding rail 4102 in a sliding way, the sliding rail 4102 is connected with the telescopic net 4103 in a sliding way through a rail, the sliding rail 4102 is welded on the telescopic frame 4104, the positioning device 410 is used for adjusting the size of the cavity position of the falling frame 412, the cavity position is reduced when the positioning device moves inwards, the cavity position is increased when the positioning device moves outwards, the adjustment is flexible, the sliding device 411 comprises a falling ring shaft 4110 and a ring pad shaft 4111, the falling ring shaft 4110 and the ring pad shaft 4111 are in the same shaft center, the sliding device 411 further reinforces the television to avoid that the television cannot be fixed tightly by manual adjustment of the falling frame 412, the television cannot be adjusted tightly, realize landing device 411 and the cooperation of top board 20 and steadily move down the TV set, ring axle 4110 that falls plays the effect of bearing, plays the rotation that drives ring axle 4111 through the rotation of self simultaneously and realizes that ring axle 4111 carries out driven effect, ring axle 4111 includes elasticity backing ring 41110, rotatory arc plate 41111, arc plate connection gear axle 41112, internal tooth axle 41113, elasticity backing ring 41110, rotatory arc plate 41111, internal tooth axle 41113 are in same axle center, elasticity backing ring 41110 and rotatory arc plate 41111 laminating, rotatory arc plate 41111 is connected gear axle 41112 hub with the arc plate, arc plate connection gear axle 41112 passes through gear connection with internal tooth axle 41113, internal tooth axle 41113 realizes the increase of elasticity backing ring 41110 diameter through rotating, rethread elasticity backing ring 41110 and TV set laminating are rubbed fixedly, realize strengthening the fixing of TV set 41 on sliding device down, linear electric motor 6 includes linear electric motor body 60, The linear motor body 60 is provided with the motor switch 61, and the linear motor body 60 acts on the upper pressing plate 20 to move the television downwards.

The packaging device is placed at a designated position, the positioning device 410 is adjusted according to the size length and width of the television when in use, namely, the sliding button 4101 is slid by hands, the sliding button 4101 slides on the sliding rail 4102, the stretching or shrinking of the telescopic net 4103 is realized during sliding, and then the length and width of the positioning device 410 are changed; the front end part (screen, frame and the like) of the television mounted on the wall surface is wiped cleanly, then the television is taken down and placed above the lower sliding device 41, the back surface of the television is attached to the motor switch 61 in the placing process, the motor switch 61 is touched and pressed to start the linear motor body 60 when the television is attached, the motor switch 61 starts the linear motor body 60 to move the upper pressing plate 20 downwards and also starts the upper baffle plate 21 to slide with the upper middle baffle plate 40 (the upper baffle plate 21 slides downwards, the middle baffle plate 40 slides upwards, and the upper baffle plate 21 and the middle baffle plate 40 play a role similar to coaming protection), the upper pressing plate 20 moving downwards presses the television downwards to enable the television to move downwards, and the rear end part (the part which cannot be wiped when the television is mounted on the wall surface is contacted with the dust wiping rod 3) of the television is wiped and dedusted through the dust wiping rod 3; when the television is in contact with the sliding device 411 (the lower surface of the television is in contact with the upper surface of the ring falling shaft 4110), the downward moving television drives the ring falling shaft 4110 to rotate by pushing down, the ring cushion shaft 4111 rotates along with the ring falling shaft 4110 when the ring falling shaft 4110 rotates, namely, the inner gear shaft 41113 rotates to drive the arc plate connecting gear shaft 41112 connected with the inner gear shaft through a gear to rotate, the arc plate connecting gear shaft 41112 drives the rotary arc plate 41111 to turn clockwise to prop open the elastic cushion ring 41110 when rotating, and then the diameter of the elastic cushion ring 41110 is increased to extrude the two ends of the television to realize friction fixation; meanwhile, the upper pressing plate 20 continuously moves the television downwards to push the television into the carton placed on the front plate 52, when the upper pressing plate 20 moves to the position above the motor switch 61 and is attached to the position above the motor switch 61, the operation is stopped (the upper pressing plate 20 and the lower sliding device 41 return along with the movement), and then the television is pushed into the carton by a worker for subsequent packaging (when the carton is placed on the front plate 52, the carton is further fixed by driving the lower baffle 50 to move through the manual sliding pushing plate 51).

Compared with the prior art, the invention has the technical progress that: when the television is packaged, the television is placed above the lower sliding device 41, the operation of the linear motor body 60 is started to drive the upper pressing plate 20 to move downwards, so that the television can move downwards to the paper box placed above the front plate 52, the television is contacted with the dust wiping rod 3 to wipe the rear side of the television for dust removal during moving downwards, the step that a worker removes the television from a wall surface and then wipes the television firstly and then moves the television into the paper box is omitted, and the situation that the television is damaged and the worker is injured due to the fact that the television is not stably placed into the paper box due to too heavy television or insufficient supporting force of two hands when the worker moves the television into the paper box is avoided.

Although the present invention has been described in detail with reference to the foregoing embodiments, it will be apparent to those skilled in the art that various changes in the embodiments and/or modifications of the invention can be made, and equivalents and modifications of some features of the invention can be made without departing from the spirit and scope of the invention.

Claims

1. The utility model provides a packing plant who turns on one's side when avoiding TV set packing, its structure includes main part frame (1), its characterized in that: the dust cleaning device is characterized in that the main body frame (1) is connected with a pressing frame (2), a dust cleaning rod (3), a placing frame (4), a box placing frame (5) and a linear motor (6), the linear motor (6) is locked in an inner cavity of the main body frame (1), the pressing frame (2) is in sliding connection with the main body frame (1) through the linear motor (6), the dust cleaning rod (3) is buckled on the main body frame (1), the placing frame (4) and the box placing frame (5) are welded on the main body frame (1), and the linear motor (6) is electrically connected with the pressing frame (2) and the placing frame (4); the pressing frame (2) comprises an upper pressing plate (20) and an upper baffle plate (21), the upper pressing plate (20) is connected with the upper baffle plate (21) in a sliding mode, the placing frame (4) comprises a middle baffle plate (40) and a lower sliding device (41), the middle baffle plate (40) is connected with the lower sliding device (41) in a sliding mode, the placing box frame (5) comprises a lower baffle plate (50), a pushing plate (51), a front plate (52), a pushing track (53), a main vertical plate (54) and a rear seat plate (55), the lower baffle plate (50) is connected with the pushing plate (51) in an adhesive mode, the lower baffle plate (50) is connected with the front plate (52) in a sliding mode, the pushing track (53) is locked on the front plate (52), the main vertical plate (54) is welded with the pushing track (53) and the rear seat plate (55), the lower sliding device (41) comprises a positioning device (410), a sliding device (411), A frame (412) falls, positioner (410) and landing device (411) rotate to be connected, positioner (410) sliding connection falls on frame (412), positioner (410) and frame (412) fall are equipped with a pair ofly respectively and are relative structure, positioner (410) include pulley mounting frame (4100), draw knob (4101), slide rail (4102), expansion net (4103), telescopic frame (4104), pulley mounting frame (4100) and telescopic frame (4104) welding, draw knob (4101) sliding connection is on slide rail (4102), slide rail (4102) and telescopic net (4103) pass through track sliding connection, slide rail (4102) welding is on telescopic frame (4104), landing device (411) are including falling ring axle (4110), ring axle (4111), ring axle (4110) and ring axle (4111) are in same axle center, ring axle (4111) includes elastic cushion ring (41110), Rotatory arc board (41111), arc board connecting gear axle (41112), internal gear axle (41113), elasticity backing ring (41110), rotatory arc board (41111), internal gear axle (41113) are in same axle center, elasticity backing ring (41110) and rotatory arc board (41111) laminating, rotatory arc board (41111) is connected gear axle (41112) with the arc board, gear axle (41112) is connected through gear connection with internal gear axle (41113) to the arc board, linear electric motor (6) includes linear electric motor body (60), motor switch (61), linear electric motor body (60) is equipped with motor switch (61).