CN205931541U - Automatic a bag leak hunting device turns over - Google Patents
Automatic a bag leak hunting device turns over Download PDFInfo
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- CN205931541U CN205931541U CN201620866269.2U CN201620866269U CN205931541U CN 205931541 U CN205931541 U CN 205931541U CN 201620866269 U CN201620866269 U CN 201620866269U CN 205931541 U CN205931541 U CN 205931541U
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- support
- bag
- guide rail
- sack
- belt
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- 230000007246 mechanism Effects 0.000 claims abstract description 111
- 230000003028 elevating effect Effects 0.000 claims abstract description 38
- 239000007787 solid Substances 0.000 claims description 7
- 230000000694 effects Effects 0.000 claims description 6
- ATJFFYVFTNAWJD-UHFFFAOYSA-N Tin Chemical compound [Sn] ATJFFYVFTNAWJD-UHFFFAOYSA-N 0.000 claims description 4
- 230000013011 mating Effects 0.000 claims description 3
- 230000000630 rising effect Effects 0.000 claims description 3
- 238000001514 detection method Methods 0.000 description 5
- 238000010586 diagram Methods 0.000 description 4
- 238000000034 method Methods 0.000 description 4
- 230000007306 turnover Effects 0.000 description 4
- 230000008859 change Effects 0.000 description 2
- 230000008569 process Effects 0.000 description 2
- 238000005034 decoration Methods 0.000 description 1
- 230000007812 deficiency Effects 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 230000004048 modification Effects 0.000 description 1
- 238000012986 modification Methods 0.000 description 1
- 238000005096 rolling process Methods 0.000 description 1
- 230000032258 transport Effects 0.000 description 1
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Abstract
The utility model provides an automatic a bag leak hunting device turns over, it includes the frame, be equipped with bag manipulator, upper and lower mechanism in the frame, prop a bag support, elevating system, leave over the piece and spread the mechanism and get a bag mechanism, at first, through last bag manipulator, upper and lower mechanism, prop the upset that bag support and telescopic machanism realized the sack, after that, spread the mechanism and accept leaving over and will leave over the piece and convey out automatic a bag leak hunting device turns over after the sack upset through leaving over the piece, catch again, take off and convey out automatic a bag leak hunting device turns over through the sack of getting after bag mechanism will overturn from telescopic machanism, just having replaced the manual work through a series of actions of the aforesaid and having turned over the bag, high efficiency hunts leak thoroughly simultaneously, has satisfied the requirement of express delivery trade flourishing day by day to leak hunting efficiency.
Description
Technical field
The utility model is related to a kind of automatic turning bag leak test plant.
Background technology
At present, courier, when to sender's pickup, is to fill courier packages with a big bag, then will be equipped with fast
The sack passing parcel transports terminal to, and when terminal carries out express parcel sorting, needing will be whole for the courier packages in sack
Take out, then according to express delivery address is sorted.In sort process, whether whole in order to check the courier packages inside sack
Take out, be all that sack is turned around by the bottom manually holding sack, make the opening down of sack, and shaken,
So just may determine that whether the courier packages inside sack all take out, this artificial leak hunting method efficiency is very low, no
Method meets the requirement to leak detection efficiency for the increasingly flourishing express delivery industry.
Utility model content
The purpose of this utility model is to overcome above-mentioned the deficiencies in the prior art, provides a kind of automatic turning bag leak test plant.
The utility model is achieved in that a kind of automatic turning bag leak test plant, including frame, is provided with described frame
Bag manipulator, upper and lower mechanism, support bag bracket, elevating mechanism, leave part and spread out of mechanism and bag taking mechanism；
Described in two, upper bag manipulator is symmetrically slidedly arranged on described both sides in-house up and down, and described upper bag manipulator is used for pressing from both sides
Hold four corners of bag opening and bag opening is opened；
It is fixedly connected with inside the two of described frame respectively outside the two of described upper and lower mechanism, described upper and lower mechanism is used for carrying
Move described upper bag manipulator to move up and down, so that sack moves up and down；
Described support bag bracket be located at upper and lower mechanism centre, described support bag bracket inner hollow, described support bag bracket upper
End is fixedly arranged on the top of described frame, and the cross-sectional area when the maximum cross-section area of described support bag bracket struts less than sack,
Described support bag bracket makes sack sack be sheathed on described support upwards under the mating reaction of bag manipulator and upper and lower mechanism on described
Bag bracket outer it is achieved that the strutting and fixing of sack；
Described elevating mechanism is fixedly arranged on below described support bag bracket, and props up positioned at described support bag after the rising of described elevating mechanism
In frame, described elevating mechanism is used for the sack bottom up jack-up that will be fixed on described support bag bracket, on described elevating mechanism
While liter, described upper and lower mechanism drives the sack of the sack on described upper bag manipulator to move down, and described elevating mechanism is in institute
State and realize under bag manipulator, described upper and lower mechanism and described support bag bracket collective effect turning over bag, sack is sheathed after turning over
Outside described elevating mechanism, and it is located in described support bag bracket；
Described part of leaving spreads out of the both sides located at described elevating mechanism for the mechanism, described leave part and spread out of mechanism turn over for undertaking
The courier packages that leave courier packages are carried out after bag；
Described bag taking mechanism located at described elevating mechanism top and is arranged in described support bag bracket, and described bag taking mechanism is used for
Clamp four corners of upturned sack bottom and sack is carried out.
Further, described upper bag manipulator includes one first fixed plate, in described first fixed plate along its length
It is provided with one first guide rail, described first guide rail is slidably equipped with one first slide plate, described first slide plate is installed with along its length
One second guide rail, described second guide rail one end along its length is provided with a first baffle, and described second guide rail is along its length
The other end in direction is provided with a second baffle, and the described first baffle side relative with second baffle is installed with one first guide wheel,
The described second baffle side relative with described first baffle is installed with one second guide wheel, and described first guide wheel and described second is led
One first belt is arranged with wheel, described first belt is fixedly connected with described first fixed plate by a fixed block, described
One first sliding support is slidably equipped with two guide rails, described first sliding support is fixedly connected with described first belt, described second
One end of guide rail is installed with one first fixed support, and described first fixed support is located at described second baffle and described first gear
One first clamp is installed with respectively on the relative side of plate, described first sliding support and described first fixed support, described
One first cylinder is fixedly provided with one fixed plate, the cylinder rod of described first cylinder is fixedly connected with described first slide plate.
Further, described upper and lower mechanism includes a U-shaped support, and the side of described U-shaped support is arranged with two the 3rd and leads
Rail, the opposite side of described U-shaped support is arranged with two the 4th guide rails, and described 3rd guide rail and described 4th guide rail are symmetrical arranged,
One second slide plate is slidably equipped with the 3rd guide rail described in two, the 4th guide rail described in two is slidably equipped with one the 3rd slide plate, described second is sliding
Plate and described 3rd slide plate are symmetrical arranged, and described second slide plate is installed with one second sliding support, described second sliding support
It is fixedly arranged on one second belt, described 3rd slide plate is installed with one the 3rd sliding support, described 3rd sliding support is fixedly arranged on
On one the 3rd belt, one end of described second belt is set on one the 3rd guide wheel of a rotating shaft one end, described second belt
The other end is sheathed on a four guide idler, and one end of described 3rd belt is set in one the 5th guide wheel of the described rotating shaft other end
On, the other end of described 3rd belt is sheathed on one the 6th guide wheel, and described in two, upper bag manipulator is fixedly arranged on described second respectively
On slide plate and described 3rd slide plate, one first Motor drive is passed through in described rotating shaft, and described first motor is used for drive shaft and drives
Described second belt and described 3rd belt rotate, and drive described upper bag machine by described second slide plate and described 3rd slide plate
Tool hand moves up and down.
Further, described support bag bracket includes two symmetrically arranged rectangle supports, rectangle support described in two along its length
The same side in degree direction is vertically fixedly connected by two first support bars, and rectangle support described in two upwardly extends respectively and is provided with two
Conical support, described in two, conical support is symmetrical arranged.
Further, described elevating mechanism includes one first portable plate, a telescopic arm and a base plate, described first portable plate
Lower end be fixedly connected with the upper end of described telescopic arm, described telescopic arm includes two symmetrically arranged palisading type telescope supports, institute
State palisading type telescope support to be formed by some X-type supports head and the tail successively rotation connection, described X-type support is by two strip support bars
Intersect flexible connection to form, described palisading type telescope support respectively rotates the position of connection and another described palisading type telescope support phase
To position between be equipped with a second support bar；Vertical fixed one the 3rd fixed plate on described base plate, fixed on described base plate
There are two the 5th guide rails arranging along its length, described 3rd fixed plate is installed with two the 6th arranging along its length
Guide rail, described 5th guide rail and described 6th guide rail be located at described 3rd fixed plate the same side, described telescopic arm lower end its
In second support bar described in be rotationally connected with described base plate, another described second support bar of described telescopic arm lower end is passed through
One the 4th slide plate is slidedly arranged on described 5th guide rail, and described telescopic arm rotates the upper end of the second support bar being connected with described base plate
Second support bar described in adjacent one is slidedly arranged on described 6th guide rail by one the 5th slide plate, and described 5th slide plate is installed with
One tooth bar, described 5th slide plate is fixedly provided with one second motor, and the rotating shaft of described second motor is installed with a gear, described
Gear is engaged with described tooth bar.
Further, described leave part and spread out of mechanism include one first conveyer belt and one second conveyer belt, described first biography
Band and described second conveyer belt is sent to be located at the both sides of described elevating mechanism respectively, described first conveyer belt is sheathed on two first cylinders
On, described first cylinder passes through one the 3rd Motor drive；Described second conveyer belt is sheathed on two second tin rollers, described second rolling
Cylinder passes through one the 4th Motor drive.
Further, described bag taking mechanism includes the second fixed support of a strip, one second portable plate and a fixation
Seat, described second fixed support is horizontally disposed with, and described second fixed support one side along its length is installed with one the 7th
Guide rail, described second support bracket fastened two ends further respectively have one the 7th guide wheel, and the 7th guide wheel described in two is arranged with one the 4th
Belt, described second portable plate is slidedly arranged on described 7th guide rail by a slide block, and described slide block is fixed with described 4th belt
Connect, described second portable plate is slided on described 7th guide rail by one the 3rd Motor drive, solid on described second portable plate
It is provided with one the 8th guide rail along the setting of its width, described 8th guide rail and described 7th guide rail are vertically arranged, described fixation
Seat is slidedly arranged on described 8th guide rail by one the 6th slide plate, and described fixed seat is fixedly arranged on described second portable plate by one
Second air cylinder driven moves up and down with respect to described second portable plate, and described fixed seat both sides along its length are fixed respectively
There is one the 9th guide rail, described in two, one end of the 9th guide rail is installed with one the 3rd fixed support, on the 9th guide rail described in two, also cunning sets
Have one the 4th sliding support, described 3rd fixed support and described 4th sliding support is respectively arranged at two ends with a second clamp,
Described 4th sliding support passes through one the 3rd air cylinder driven and moves with respect to described 3rd fixed support.
The utility model embodiment provide automatic turning bag leak test plant, first, by upper bag manipulator, upper and lower mechanism,
Support bag bracket and telescoping mechanism realizes the upset of sack；Then, by leave part spread out of mechanism accept sack upset after something lost
Stay part and part will be left send out automatic turning bag leak test plant；Followed by by bag taking mechanism by the sack after overturning from flexible
Take off and send out automatic turning bag leak test plant in mechanism；Just be instead of by above-mentioned a series of actions and manually turn over bag, soon simultaneously
Efficiently, leak detection thoroughly, meets the requirement to leak detection efficiency for the increasingly flourishing express delivery industry to speed.
Brief description
In order to be illustrated more clearly that the technical solution of the utility model, below by the accompanying drawing to use required in embodiment
Be briefly described it should be apparent that, drawings in the following description be only some embodiments of the present utility model, for ability
For the those of ordinary skill of domain, on the premise of not paying creative work, can also be obtained other attached according to these accompanying drawings
Figure.
Fig. 1 is a kind of automatic turning bag leak test plant schematic diagram that the utility model embodiment provides.
Fig. 2 is a kind of machine frame inside structural representation of automatic turning bag leak test plant that the utility model embodiment provides.
Fig. 3 is upper bag manipulator schematic diagram in Fig. 1.
Fig. 4 is upper and lower structural scheme of mechanism in Fig. 1.
Fig. 5 is Fig. 1 support bag bracket schematic diagram.
Fig. 6 is elevating mechanism schematic diagram in Fig. 1.
Fig. 7 is to leave part in Fig. 1 to spread out of structural scheme of mechanism.
Fig. 8 is bag taking structural scheme of mechanism in Fig. 1.
Specific embodiment
Below in conjunction with the accompanying drawing in the utility model embodiment, the technical scheme in the utility model embodiment is carried out
Clearly and completely describe.
As depicted in figs. 1 and 2, a kind of automatic turning bag leak test plant that the utility model embodiment provides, including frame 1,
It is provided with bag manipulator 2, upper and lower mechanism 3, support bag bracket 4, elevating mechanism 5 in frame 1, leave part and spread out of mechanism 6 and bag taking machine
Structure 7；
On two, bag manipulator 2 is symmetrically slidedly arranged on the both sides within upper and lower mechanism 3, and upper bag manipulator 2 is used for clamping sack to be opened
Bag opening is simultaneously opened by four corners of mouth；
It is fixedly connected with inside the two of frame 1 respectively outside the two of mechanism 3 up and down, upper and lower mechanism 3 is used for driving bag machine
Tool hand 2 moves up and down, so that sack moves up and down；
Support bag bracket 4 is located at the centre of upper and lower mechanism 3, supports bag bracket 4 inner hollow, and the upper end of support bag bracket 4 is fixedly arranged on
The top of frame 1, and support the cross-sectional area when the maximum cross-section area of bag bracket 4 struts less than sack, support bag bracket 4 is in upper bag
Make under the mating reaction of manipulator 2 and upper and lower mechanism 3 bag opening be sheathed on upwards support bag bracket 4 outer it is achieved that the support of sack
Open and fix；
Elevating mechanism 5 is fixedly arranged on below support bag bracket 4, and is located at after elevating mechanism 5 rising in support bag bracket 4, lift
Structure 5 is used for the sack bottom up jack-up that will be fixed on support bag bracket 4, and while elevating mechanism 5 rises, upper and lower mechanism 3 drives
The sack of the sack on upper bag manipulator 2 moves down, and elevating mechanism 5 is in upper bag manipulator 2, upper and lower mechanism 3 and support bag bracket 4
Realize under collective effect turning over bag, sack is sheathed on outside elevating mechanism 5 after turning over, and be located in support bag bracket 4；
Leave part and spread out of the both sides located at elevating mechanism 5 for the mechanism 6, leave part and spread out of mechanism 6 and turn over for undertaking and leave after bag
Courier packages and courier packages are carried out；
Bag taking mechanism 7 located at elevating mechanism 5 top and is arranged in support bag bracket 4, and bag taking mechanism 7 is used for clamping upturned
Sack is simultaneously carried out by four corners of sack bottom.
The automatic turning bag leak test plant that the utility model embodiment provides, first, by upper bag manipulator 2, upper and lower mechanism
3rd, support bag bracket 4 and telescoping mechanism 5 realizes the upset of sack；Then, by leave part spread out of mechanism 6 accept sack upset after
Leave part and part will be left send out automatic turning bag leak test plant；Followed by, by bag taking mechanism 7 by overturn after sack from
Take off and send out automatic turning bag leak test plant on telescoping mechanism 5；Just be instead of by above-mentioned a series of actions and manually turn over bag, with
When rapidly and efficiently, leak detection thoroughly, meets the requirement to leak detection efficiency for the increasingly flourishing express delivery industry.
Hereinafter each part of the automatic turning bag leak test plant of the present invention is described in detail.
As shown in figure 3, described upper bag manipulator 2 includes one first fixed plate 21, square along its length in the first fixed plate 21
To being provided with one first guide rail 22, the first guide rail 22 is slidably equipped with one first slide plate（Not shown）, the first slide plate is along its length
It is installed with one second guide rail 23, the second guide rail 23 one end along its length is provided with a first baffle 24, the second guide rail 23 edge
The other end of its length direction is provided with a second baffle 25, and first baffle 24 side relative with second baffle 25 is installed with one
One guide wheel（Not shown）, second baffle 25 side relative with first baffle 24 is installed with one second guide wheel（Not shown）, first
One first belt 26 is arranged with guide wheel and the second guide wheel, the first belt 26 passes through a fixed block（Not shown）With the first fixed plate
21 are fixedly connected, and the second guide rail 23 is slidably equipped with one first sliding support 27, and the first sliding support 27 and the first belt 26 are fixing
Connect, one end of the second guide rail 23 is installed with one first fixed support 28, and the first fixed support 28 be located at second baffle 25 with
It is installed with a first clamp 29 respectively on the relative side of first baffle 24, the first sliding support 27 and the first fixed support 28,
One first cylinder 211 is fixedly provided with the first fixed plate 21, the cylinder rod of the first cylinder 211 is fixedly connected with the first slide plate 23.
When starting the first cylinder 211, the first cylinder 211 drives the first slide plate 23 first fixed plate 21 relatively to slide, the first slide plate 23
In sliding process, the first belt 26 is rotated with the first guide wheel and the second guide wheel relatively, and the first belt 26 drives first to slide
First clamp 29 on dynamic support 27 is moved with respect to the first clamp 29 on the first fixed support 28.
As shown in figure 4, described upper and lower mechanism 3 includes a U-shaped support 31, the side of U-shaped support 31 is arranged with two the 3rd
Guide rail（Not shown）, the opposite side of U-shaped support 31 is arranged with two the 4th guide rails 311, and the 3rd guide rail and the 4th guide rail 311 are symmetrical
Setting, two the 3rd guide rails are slidably equipped with one second slide plate 32, and two the 4th guide rails 311 are slidably equipped with one the 3rd slide plate 33, and second is sliding
Plate 32 and the 3rd slide plate 33 are symmetrical arranged, and the second slide plate 32 is installed with one second sliding support 321, the second sliding support 321
It is fixedly arranged on one second belt 34, the 3rd slide plate 33 is installed with one the 3rd sliding support 331, the 3rd sliding support 331 is fixed
On one the 3rd belt 35, one end of the second belt 34 is set on one the 3rd guide wheel 361 an of rotating shaft 36 one end, the second belt
34 other end is sheathed on a four guide idler 37, and one end of the 3rd belt 35 is set in one the 5th guide wheel of rotating shaft 36 other end
On 362, the other end of the 3rd belt 35 is sheathed on one the 6th guide wheel 38, and on two, bag manipulator 2 is fixedly arranged on the second slide plate respectively
32 and the 3rd on slide plate 33, and rotating shaft 36 is driven by one first motor 39, and the first motor 39 is used for drive shaft 36 and drives second
Belt 34 and the 3rd belt 35 rotate, and drive upper bag manipulator 2 to move up and down by the second slide plate 32 and the 3rd slide plate 33.When
When four first clamps 29 on bag manipulator 2 on two clamp four corners of bag opening, in the effect of the first cylinder 211
Under, sack can be made to move left and right along frame 1 width and sack to be opened simultaneously, in the presence of the first motor 39, permissible
Sack is made to move up and down along frame 1 short transverse.
As shown in figure 5, described support bag bracket 4 includes two symmetrically arranged rectangle supports 41, two rectangle supports 41 along it
The same side of length direction is vertically fixedly connected by two first support bars 42, and two rectangle supports 41 upwardly extend respectively and are provided with
Two conical supports 43, two conical supports 43 are symmetrical arranged.When on two in upper and lower mechanism 3, bag manipulator 2 is mobile extremely with sack
Support bag bracket 4 lower end after sack is opened, in the presence of the first motor 39, in upper and lower mechanism 3 two on bag manipulator 2 carry
Sack move up be sheathed on support bag bracket 4 outer it is achieved that the strutting and fixing of sack.
As shown in fig. 6, described elevating mechanism 5 includes one first portable plate 51, a telescopic arm 52 and a base plate 53, first lives
The lower end of dynamic plate 51 is fixedly connected with the upper end of telescopic arm 52, and telescopic arm 52 includes two symmetrically arranged palisading type telescope supports
521, palisading type telescope support 521 is rotated successively to connect by some X-type supports head and the tail and is formed, and X-type support is supported by two strips
Bar 5211 intersects flexible connection and forms, and palisading type telescope support 521 respectively rotates the position of connection and another palisading type telescope support
It is equipped with a second support bar 522 between 521 relative positions；Vertical fixed one the 3rd fixed plate 531 on base plate 53, base plate 53
On be installed with two the 5th guide rails 532 arranging along its length, the 3rd fixed plate 531 is installed with and arranges along its length
Two the 6th guide rails 5311, the 5th guide rail 532 and the 6th guide rail 5311 are located at the same side of the 3rd fixed plate 531, telescopic arm 52
Wherein one second support bar 522 of lower end is rotationally connected with base plate 53, and another second support bar 522 of telescopic arm 52 lower end is led to
Cross one the 4th slide plate 533 to be slidedly arranged on the 5th guide rail 532, telescopic arm 52 rotates, with base plate 53, the second support bar 522 being connected
The adjacent second support bar 522 in upper end is slidedly arranged on the 6th guide rail 5311, on the 5th slide plate 534 by one the 5th slide plate 534
It is installed with a tooth bar 5341, the 5th slide plate 534 is fixedly provided with one second motor 535, the rotating shaft of the second motor 535 is installed with
One gear 5351, gear 5351 is engaged with tooth bar 5341.When the axis of rotation of the second motor 535, gear 5351 passes through tooth bar
5341 driving the 5th slide plates 534 move on the 6th guide rail 5311, make second support bar 522 on the 5th slide plate 534 with respect to
Be fixed on second support bar 522 on base plate mobile, thus changing the height of bottom X-type support, due to X-type support head and the tail according to
Secondary rotation connects, drive while the Level Change of bottom X-type support all of X-type support height corresponding change so that
The height of whole elevating mechanism 5 changes, thus realizing driving the first portable plate 51 to lift by elevating mechanism 5；Work as sack
After being sheathed on the outer softened fixation of support bag bracket 4, in the presence of the second motor 534, the first portable plate 51 can be with sack
Bottom up moves, and mechanism 3 moves down with the sack sack on upper bag manipulator 2, thus realizing the upset of sack up and down simultaneously.
As shown in fig. 7, described leave part and spread out of mechanism 6 include one first conveyer belt 61 and one second conveyer belt 62, first
, respectively positioned at the both sides of elevating mechanism 5, the first conveyer belt 61 is sheathed on two first cylinders 63 for conveyer belt 61 and the second conveyer belt 62
On, the first cylinder 63 passes through one the 3rd motor（Not shown）Drive；Second conveyer belt 62 is sheathed on two second tin rollers 64, and second
Cylinder 64 passes through one the 4th motor（Not shown）Drive.Leaving part and can fall into the first conveyer belt in sack after sack is reversed
61 or second on conveyer belt 62, in the presence of the 3rd Motor drive and the 4th motor, the first conveyer belt 61 or the second conveyer belt
62 will leave part is carried out turning over a bag leak test plant.
As shown in figure 8, described bag taking mechanism 7 includes the second fixed support 71 of a strip, one second portable plate 72 and
One fixed seat 73, the second fixed support 71 is horizontally disposed with, and the second fixed support 71 one side along its length is installed with one
7th guide rail 711, the two ends of the second fixed support 71 further respectively have one the 7th guide wheel（Not shown）, sheathed on two the 7th guide wheels
There is one the 4th belt 712, the second portable plate 72 is slidedly arranged on the 7th guide rail 711 by a slide block 721, slide block 721 and the 4th skin
Band 712 is fixedly connected, and the second portable plate 72 is driven by one the 3rd motor 722 and slides on the 7th guide rail 711, the second portable plate
It is installed with one the 8th guide rail 723 along the setting of its width, the 8th guide rail 723 and the 7th guide rail 711 are vertically arranged on 72, Gu
Reservation 73 is slidedly arranged on the 8th guide rail 723 by one the 6th slide plate 731, and fixed seat 73 is fixedly arranged on the second portable plate 72 by one
The second cylinder 724 drive and move up and down with respect to the second portable plate 72, fixed seat 73 both sides along its length are solid respectively
It is provided with one the 9th guide rail 732, one end of two the 9th guide rails 732 is installed with one the 3rd fixed support 733, on two the 9th guide rails 732
Also be slidably equipped with one the 4th sliding support 734, the 3rd fixed support 733 and the 4th sliding support 734 be respectively arranged at two ends with one
Two clips 735, the 4th sliding support 734 is driven mobile with respect to the 3rd fixed support 733 by one the 3rd cylinder 736.At this
In embodiment, on the 7th guide rail 711 and be located at the second portable plate on the left of be also slidably equipped with a brush（Not shown）, the lower end of brush
The height of the bottom of sack after highly overturning sack equal to telescoping mechanism, when sack is overturn by support bag bracket 4 and telescoping mechanism 5
Afterwards, bag opening is sheathed on downwards outside telescoping mechanism 5, and in the presence of the 3rd motor 722, first, brush is from the right side of sack
Part brush of leaving on sack bottom is fallen on the left of sack by movement, and then, the second portable plate 72 drives fixed seat 73 to prop up from support bag
The surface of expansion mechanism 5 is moved to, followed by under the second cylinder 724 effect, fixed seat 73 moves down and makes fixation on the right side of frame
Four second clamps 735 on seat 73 clamp four angles of sack bottom, followed by the second motor 534 and the second cylinder 724
In the presence of, elevating mechanism 5 declines fixed seat 73 simultaneously and takes off sack from elevating mechanism 5 with moving on sack, followed by,
Under the 3rd cylinder 736 effect, the 4th travel(l)ing rest 734 makes sack shrink to the 3rd fixed support 733 movement, finally, the
In the presence of three motors 722, the second portable plate 72 moves to right sends automatic turning bag leak test plant by the sack in fixed seat 73.
The above is preferred embodiment of the present utility model it is noted that ordinary skill for the art
For personnel, on the premise of without departing from the utility model principle, some improvements and modifications can also be made, these improve and moisten
Decorations are also considered as protection domain of the present utility model.
Claims (7)
1. a kind of automatic turning bag leak test plant is it is characterised in that include frame, is provided with bag manipulator, up and down in described frame
Mechanism, support bag bracket, elevating mechanism, leave part and spread out of mechanism and bag taking mechanism；
Described in two, upper bag manipulator is symmetrically slidedly arranged on described both sides in-house up and down, and described upper bag manipulator is used for clamping bag
Bag opening is simultaneously opened by four corners of sub- opening；
It is fixedly connected with inside the two of described frame respectively outside the two of described upper and lower mechanism, described upper and lower mechanism is used for driving institute
State bag manipulator to move up and down, so that sack moves up and down；
Described support bag bracket is located at the centre of upper and lower mechanism, described support bag bracket inner hollow, and the upper end of described support bag bracket is solid
Located at the top of described frame, and the cross-sectional area when the maximum cross-section area of described support bag bracket struts less than sack, described
Make sack sack be sheathed on described support bag upwards under support bag bracket mating reaction of bag manipulator and upper and lower mechanism on described to prop up
Frame outer it is achieved that the strutting and fixing of sack；
Described elevating mechanism is fixedly arranged on below described support bag bracket, and is located at described support bag bracket after the rising of described elevating mechanism
Interior, described elevating mechanism is used for the sack bottom up jack-up that will be fixed on described support bag bracket, and described elevating mechanism rises
While described upper and lower mechanism drive the sack of the sack on described upper bag manipulator to move down, described elevating mechanism is described
Realize under upper bag manipulator, described upper and lower mechanism and described support bag bracket collective effect turning over bag, sack is sheathed on after turning over
Outside described elevating mechanism, and it is located in described support bag bracket；
Described part of leaving spreads out of the both sides located at described elevating mechanism for the mechanism, and described part of leaving spreads out of after mechanism turns over bag for undertaking
Courier packages are simultaneously carried out by the courier packages that leave；
Described bag taking mechanism located at described elevating mechanism top and is arranged in described support bag bracket, and described bag taking mechanism is used for clamping
Sack is simultaneously carried out by four corners of upturned sack bottom.
2. automatic turning bag leak test plant according to claim 1 is it is characterised in that described upper bag manipulator includes one first
Fixed plate, described first fixed plate is provided with one first guide rail along its length, described first guide rail is slidably equipped with one first
Slide plate, described first slide plate is installed with one second guide rail, described second guide rail one end along its length along its length
Be provided with a first baffle, the described second guide rail other end along its length is provided with a second baffle, described first baffle with
The relative side of second baffle is installed with one first guide wheel, and the described second baffle side relative with described first baffle is installed with
One first belt is arranged with one second guide wheel, described first guide wheel and described second guide wheel, it is solid that described first belt passes through one
Determine block to be fixedly connected with described first fixed plate, described second guide rail is slidably equipped with one first sliding support, described first slip
Support is fixedly connected with described first belt, and one end of described second guide rail is installed with one first fixed support, and described first
Fixed support is located at the described second baffle side relative with described first baffle, and described first sliding support and described first is admittedly
One first clamp is installed with respectively on fixed rack, described first fixed plate is fixedly provided with one first cylinder, described first cylinder
Cylinder rod be fixedly connected with described first slide plate.
3. automatic turning bag leak test plant according to claim 1 is it is characterised in that described upper and lower mechanism includes one U-shaped
Frame, the side of described U-shaped support is arranged with two the 3rd guide rails, and the opposite side of described U-shaped support is arranged with two the 4th guide rails,
Described 3rd guide rail and described 4th guide rail are symmetrical arranged, and the 3rd guide rail described in two is slidably equipped with one second slide plate, described in two
One the 3rd slide plate is slidably equipped with four guide rails, described second slide plate and described 3rd slide plate are symmetrical arranged, solid on described second slide plate
It is provided with one second sliding support, described second sliding support is fixedly arranged on one second belt, and described 3rd slide plate is installed with one
3rd sliding support, described 3rd sliding support is fixedly arranged on one the 3rd belt, and one end of described second belt is set in one turn
On one the 3rd guide wheel of axle one end, the other end of described second belt is sheathed on a four guide idler, and the one of described 3rd belt
End is set on one the 5th guide wheel of the described rotating shaft other end, and the other end of described 3rd belt is sheathed on one the 6th guide wheel,
Described in two, upper bag manipulator is fixedly arranged on described second slide plate and described 3rd slide plate respectively, and one first motor is passed through in described rotating shaft
Drive, described first motor is used for drive shaft and drives described second belt and described 3rd belt to rotate, and by described the
Two slide plates and described 3rd slide plate drive described upper bag manipulator to move up and down.
4. automatic turning bag leak test plant according to claim 1 is it is characterised in that described support bag bracket includes two and symmetrically sets
The rectangle support put, the two first support bars vertically company of fixation is passed through in the same side along its length of rectangle support described in two
Connect, and rectangle support described in two upwardly extends respectively and is provided with two conical supports, described in two, conical support is symmetrical arranged.
5. automatic turning bag leak test plant according to claim 1 is it is characterised in that described elevating mechanism includes one first work
Dynamic plate, a telescopic arm and a base plate, the lower end of described first portable plate is fixedly connected with the upper end of described telescopic arm, described flexible
Arm includes two symmetrically arranged palisading type telescope supports, and described palisading type telescope support is rotated successively by some X-type supports head and the tail
Connect and formed, described X-type support intersects flexible connection by two strip support bars and forms, and described palisading type telescope support respectively rotates
It is equipped with a second support bar between the position position relative with another described palisading type telescope support connecting；On described base plate
Vertically fixed one the 3rd fixed plate, described base plate is installed with two the 5th guide rails arranging along its length, and the described 3rd is solid
Two the 6th guide rails arranging along its length are installed with fixed board, described 5th guide rail and described 6th guide rail are located at described the
The same side of three fixed plates, the second support bar wherein described in of described telescopic arm lower end is rotationally connected with described base plate, institute
Another described second support bar stating telescopic arm lower end is slidedly arranged on described 5th guide rail by one the 4th slide plate, described telescopic arm
One described in the second support bar adjacent with the upper end that described base plate rotates the second support bar connecting is passed through one the 5th slide plate cunning and is set
On described 6th guide rail, described 5th slide plate is installed with a tooth bar, described 5th slide plate is fixedly provided with one second motor,
One gear is installed with the rotating shaft of described second motor, described gear is engaged with described tooth bar.
6. automatic turning bag leak test plant according to claim 1 it is characterised in that described leave part and spread out of mechanism include one
First conveyer belt and one second conveyer belt, described first conveyer belt and described second conveyer belt are located at described elevating mechanism respectively
Both sides, described first conveyer belt is sheathed on two first cylinders, and described first cylinder passes through one the 3rd Motor drive；Described second
Conveyer belt is sheathed on two second tin rollers, and described second tin roller passes through one the 4th Motor drive.
7. automatic turning bag leak test plant according to claim 1 is it is characterised in that described bag taking mechanism includes a strip
The second fixed support, one second portable plate and a fixed seat, described second fixed support is horizontally disposed with, described second fixing
Frame one side along its length is installed with one the 7th guide rail, and described second support bracket fastened two ends further respectively have one the 7th
Guide wheel, the 7th guide wheel described in two is arranged with one the 4th belt, and described second portable plate is slidedly arranged on the described 7th by a slide block
On guide rail, described slide block is fixedly connected with described 4th belt, and described second portable plate passes through one the 3rd Motor drive described
Slide on 7th guide rail, described second portable plate is installed with one the 8th guide rail along the setting of its width, the described 8th leads
Rail is vertically arranged with described 7th guide rail, and described fixed seat is slidedly arranged on described 8th guide rail by one the 6th slide plate, described solid
Reservation is moved up and down with respect to described second portable plate by second air cylinder driven being fixedly arranged on described second portable plate, institute
State fixed seat both sides along its length and be installed with one the 9th guide rail respectively, one end of the 9th guide rail described in two is installed with one
Three fixed supports, the 9th guide rail described in two is also slidably equipped with one the 4th sliding support, described 3rd fixed support and the described 4th
Sliding support be respectively arranged at two ends with a second clamp, described 4th sliding support pass through one the 3rd air cylinder driven with respect to described
3rd fixed support moves.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620866269.2U CN205931541U (en) | 2016-08-11 | 2016-08-11 | Automatic a bag leak hunting device turns over |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620866269.2U CN205931541U (en) | 2016-08-11 | 2016-08-11 | Automatic a bag leak hunting device turns over |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205931541U true CN205931541U (en) | 2017-02-08 |
Family
ID=57919748
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620866269.2U Expired - Fee Related CN205931541U (en) | 2016-08-11 | 2016-08-11 | Automatic a bag leak hunting device turns over |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205931541U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113602618A (en) * | 2021-08-13 | 2021-11-05 | 深圳市鼎力盛科技有限公司 | Turnover device |
-
2016
- 2016-08-11 CN CN201620866269.2U patent/CN205931541U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113602618A (en) * | 2021-08-13 | 2021-11-05 | 深圳市鼎力盛科技有限公司 | Turnover device |
| CN113602618B (en) * | 2021-08-13 | 2023-02-10 | 深圳市鼎力盛科技有限公司 | Turnover device |
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|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20170208 |