CN203486221U - Bracing frame shaping apparatus - Google Patents
Bracing frame shaping apparatus Download PDFInfo
- Publication number
- CN203486221U CN203486221U CN201320411292.9U CN201320411292U CN203486221U CN 203486221 U CN203486221 U CN 203486221U CN 201320411292 U CN201320411292 U CN 201320411292U CN 203486221 U CN203486221 U CN 203486221U
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- China
- Prior art keywords
- bracing frame
- packet capturing
- building mortion
- elevating translational
- flange body
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Abstract
The utility model discloses a bracing frame shaping apparatus, comprising an electric grabbing mechanism, a telescopic flanging mechanism, and an elevating translation mechanism, wherein the electric grabbing mechanism and the telescopic flanging mechanism are both disposed on the elevating translation mechanism; the work end of the telescopic flanging mechanism is disposed outside of the work end of the electric grabbing mechanism. The bracing frame shaping apparatus is advantageous in that the bracing frame can be bended, shaped and installed, and manual installation can be replaced, and automatic installation can be achieved; with the use of the bracing frame shaping apparatus, manpower cost can be reduced, the bracing frame can be bended and shaped in a structured manner, and installation can be accurate.
Description
Technical field
The utility model relates to a kind of bracing frame building mortion.
Background technology
In the packing of product of arranging at matrix, need to use registration device product array is fixed, to make, between product array energy and packing chest, produce interval.The most common with cystosepiment in existing registration device, but there is storage transportation inconvenience, easy fracture, be difficult for the shortcomings such as recovery in cystosepiment, thereby start progressively to be eliminated by market.At present up-to-date registration device is the bracing frame that adopts paper material, and it is strong but pliable in texture, easily degraded under natural environment, thickness are little, has advantages of that storage convenient transportation, environmental protection, productive costs are low.But in prior art, be cystosepiment to be installed or Novel paper registration device is all undertaken by the mode of artificial installation.There is the shortcoming that installation rate is slow, productive costs is high in artificial mode of installing, especially also has the problem of bending shaping irregularity during artificial Installation of New Type papery registration device, and Novel paper registration device shaping deviation is large.
Utility model content
The purpose of this utility model is to provide a kind of bracing frame building mortion of automation Installation of New Type papery registration device, and solving such Novel paper registration device in prior art can only be by artificial problem of installing.
For solving above-mentioned technical purpose, the utility model adopts following technical scheme: this bracing frame building mortion comprises electronic packet capturing mechanism, telescopic flange body, elevating translational mechanism, described electronic packet capturing mechanism, telescopic flange body are all arranged in elevating translational mechanism, and the operation end of described telescopic flange body is positioned at the outside of the operation end of electronic packet capturing mechanism.During the work of bracing frame building mortion, the bracing frame and the product array that are placed on product array are together picked up to bracing frame bending shaping completely under the effect of this building mortion when product array is put into packing chest.
Packet capturing action is the core action in bracing frame forming process, need to control speed, the dynamics of packet capturing action, and speed, the dynamics of the action of the capable of regulating packet capturing when capturing different product, so the actuating unit of packet capturing action must have controllability.As of the present utility model preferred, described electronic packet capturing mechanism comprises bag clamping unit and edge-folding mechanism, described bag clamping unit comprises transmission component, lead screw assembly and clamping plate, described lead screw assembly is provided with screw rod, the two ends of described screw rod are provided with the screw thread of opposite direction, the two ends of described screw rod are respectively provided with nut, described clamping plate are fixedly connected on nut, parallel and relative between described clamping plate, described transmission component is connected with screw rod, described edge-folding mechanism two ends are all provided with baffle plate, between the baffle plate of one end, separate arbitrarily, parallel and relative between the baffle plate at two ends, described baffle plate is positioned at the both sides of clamping plate, between described baffle plate and clamping plate, form rectangle clip pack district.The electronic packet capturing mechanism of screw structure can be by realizing the speed of packet capturing action, the control of dynamics completely.
As of the present utility model preferred, described telescopic flange body comprises lift cylinder I and push pedal, described push pedal is fixedly connected on the piston rod of lift cylinder I, the end of described push pedal is provided with rectangle operation plane, and the flexible direction of described lift cylinder I is parallel with the lifting direction of elevating translational mechanism.
Further, the rectangular shape arranged distribution of described push pedal, is arranged with two push pedals in long edge position, is arranged with a push pedal at broadside place.
In order to increase the practicality of this bracing frame building mortion, as of the present utility model preferred, in described elevating translational mechanism, be also provided with pushing tow cylinder, described pushing tow cylinder is positioned at telescopic flange body outside and is matrix to be arranged, and described pushing tow Telescopic-cylinder direction is parallel with the lifting direction of elevating translational mechanism.The effect of pushing tow cylinder is to push the annex being arranged on product array to suitable position.
Electronic packet capturing mechanism must depart from bracing frame after bracing frame is shaped, and in forming process, needs to guarantee that the relative position between bracing frame and electronic packet capturing mechanism is constant.As of the present utility model, preferably in described elevating translational mechanism, be also provided with positioning cylinder, the piston rod of described positioning cylinder is inner towards the operation end of electronic packet capturing mechanism, and the flexible direction of described positioning cylinder is parallel with the lifting direction of elevating translational mechanism.During positioning cylinder work, bracing frame is pushed up to product matrix position, so guarantee that the position of bracing frame on product matrix immobilizes.
Forming station is more, and shaping boxing efficiency must be higher.For arriving the object of enhancing productivity, as of the present utility model preferred, in described elevating translational mechanism, one end is provided with electronic packet capturing mechanism and telescopic flange body, the other end is also provided with electronic packet capturing mechanism and telescopic flange body, between described electronic packet capturing mechanism, connect same servomotor, described servomotor is arranged in elevating translational mechanism.This bracing frame building mortion just has two stations like this, and the shaping operation that can simultaneously carry out two bracing frames can be the incasement operation of two set products.
The utility model adopts technique scheme: this bracing frame building mortion can bend and be shaped and fitting operation bracing frame, replaces artificial fitting operation, realizes the function that bracing frame is installed in automation.By use bracing frame building mortion to reach to reduce human cost, bracing frame bending be shaped regular, accurate advantage is installed.
Accompanying drawing explanation
Below in conjunction with the drawings and specific embodiments, the utility model is further described in detail.
Fig. 1 is the front view that is applicable to the bracing frame of a kind of bracing frame building mortion of the utility model;
Fig. 2 is the block diagram that is applicable to the bracing frame of a kind of bracing frame building mortion of the utility model;
Fig. 3 is the front view of a kind of bracing frame building mortion of the utility model;
Fig. 4 is a kind of bracing frame building mortion of the utility model at the front view at electronic packet capturing mechanism, telescopic flange body place;
Fig. 5 is the left view of Fig. 4;
Fig. 6 is a kind of bracing frame building mortion of the utility model at the block diagram at electronic packet capturing mechanism, telescopic flange body place;
Fig. 7 is the front view of the electronic packet capturing mechanism of a kind of bracing frame building mortion of the utility model;
Fig. 8 Fig. 7 birds-eye view;
Fig. 9 is the front view of the telescopic flange body of a kind of bracing frame building mortion of the utility model;
Figure 10 is the block diagram of the telescopic flange body of a kind of bracing frame building mortion of the utility model;
Figure 11 is the scheme of installation I of positioning cylinder and the pushing tow cylinder of a kind of bracing frame building mortion of the utility model;
Figure 12 is the scheme of installation II of positioning cylinder and the pushing tow cylinder of a kind of bracing frame building mortion of the utility model;
Figure 13 is the work schematic diagram I of a kind of bracing frame building mortion of the utility model;
Figure 14 is the work schematic diagram II of a kind of bracing frame building mortion of the utility model;
Figure 15 is the work schematic diagram III of a kind of bracing frame building mortion of the utility model;
Figure 16 is the structural representation after the bracing frame that is applicable to a kind of bracing frame building mortion of the utility model is shaped.
The specific embodiment
As shown in Figure 1, 2, be applicable to a kind of bracing frame of the present utility model, it adopts corrugated board cross cutting to form.Bracing frame is provided with location division I 2, parcel I 3 and support portion I 4, three be connected as a single entity and three between by crease line 5, demarcate and distinguish.The whole rectangular structure of location division I 2, the length of side of relative both sides is greater than the length of side of another relative both sides, forms rectangular shape.Parcel I 3 is also rectangular shape, is distributed in the Si Bianchu of location division I 2.Support portion I 4 is also rectangular shape, and support portion I 4 is provided with the parallel crease line of twice 5, makes support portion I 4 for three stage structure, and support portion I 4 is also distributed in the Si Bianchu of support portion, location division I 4.In location division I 2, in any side, the crease line 5 between the crease line 5 between parcel I 3 and location division I 2 and support portion I 4 and location division I 2 is located along the same line.
In the long edge position of location division I 2, be provided with two support portion I 4 and a parcel I 3, support portion I 4 is positioned at two ends, parcel I 3 is positioned at the centre of two support portion I 4, bracing frame is provided with long and narrow opening between support portion I 4 and parcel I 3, makes between support portion I 4 and parcel I 3 separated.At the broadside place of location division I 2, be provided with a support portion I 4 and a parcel I 3, the width of parcel I 3 is greater than the length of support portion I 4, parcel I 3 inside are provided with a through hole, the profile of this through hole is identical with the profile of support portion I 4, support portion I 4 is positioned at this through hole, so just makes parcel I 3 be positioned at three sides of support portion.The leading dimensions of through hole is greater than the leading dimensions of support portion I 4, forms the space that width is larger thus between support portion I 4 and parcel I 3, makes between support portion I 4 and parcel I 3 separated.
As shown in Fig. 3,4,5,6, bracing frame building mortion comprises electronic packet capturing mechanism, flexible flange body, elevating translational mechanism.
Elevating translational mechanism comprises main frame, translation Timing Belt, sub-frame, lifting Timing Belt, servomotor, support board I 6, support board II 7.Translation Timing Belt is arranged on main frame by belt wheel 12, and one of them belt wheel 12 is connected with servomotor, and this servomotor is fixed on main frame.Sub-frame is movably connected on main frame by slide rail, and sub-frame is connected with translation Timing Belt by clamping element, and when servomotor is worked, translation Timing Belt rotates, and drives sub-frame crank motion on level attitude.Lifting Timing Belt is the Open architecture of the non-closure of wall scroll, and it is the unconnected list structure of head and the tail.The two ends of lifting Timing Belt are separately fixed on sub-frame, and servomotor is installed on sub-frame, and lifting Timing Belt is wrapped in the side of belt wheel 12 of the mouth of servomotor.Between sub-frame and slide rail, also by slide rail, be flexibly connected, when servomotor rotates like this, drive lifting Timing Belt up-and-down movement, and then sub-frame move up and down.Support board I 6 is fixed on one end of sub-frame, and it moves up and down and motion of translation with sub-frame.
Electronic packet capturing mechanism, flexible flange body are all installed at the two ends of support board I 6.Electronic packet capturing mechanism, flexible flange body are all arranged in support board II 7, between support board II 7 and support board I 6, by joint pin, are connected.
Electronic packet capturing mechanism comprises bag clamping unit, edge-folding mechanism.As shown in Fig. 3,7,8, bag clamping unit comprises transmission component, lead screw assembly and clamping plate 10.Lead screw assembly comprises screw rod 8, and the two ends of this screw rod 8 are provided with the screw thread of opposite direction.Screw rod 8 two ends are movably connected in support board II 7 by bearing, and every end of screw rod 8 is all provided with nut 9.Two guide rods are also installed in support board II 7, and guide rod is parallel with screw rod 8, and the both sides of nut 9 are flexibly connected with guide rod.Clamping plate 10 are fixedly mounted on nut 9, and support board II 7 is provided with through hole, and clamping plate 10 are positioned at the another side of support board II 7 through through hole.Between two clamping plate 10, be parallel location status.The length of arbitrary clamping plate 10 is less than location division I 2 in the length of the parcel I 3 of long edge position, and the distance between two clamping plate 10 is a bit larger tham the width of location division I 2.Transmission component comprises driving band 11 and belt wheel 12, and this belt wheel 12 is fixedly mounted on the medium position of screw rod 8, and driving band 11 one end are connected with the servomotor being arranged in support board I 6, and the other end is connected with belt wheel 12.Support board I 6 is provided with two control positioies, the one end that is support board I 6 is provided with electronic packet capturing mechanism and telescopic flange body, the other end is also provided with electronic packet capturing mechanism and telescopic flange body, screw rod 8 in two electronic packet capturing mechanisms is all connected on same driving band 11, between two electronic packet capturing mechanisms, connects same servomotor.When servomotor drives screw rod 8 to rotate, two nuts 9 on screw rod 8 are understood in opposite directions or counter motion, change thus two distances between clamping plate 10, play the effect that clamps and unclamp.Distance between initial condition lower plate 10 is greater than the width of location division I 2.Edge-folding mechanism comprises four L-shaped baffle plates 13, and this baffle plate 13 is fixedly connected in support board II 7, is positioned at the same side with clamping plate 10.Baffle plate 13 is distributed in the two ends of clamping plate 10 positions, and every end has two baffle plates 13 to be fixed in support board II 7, and the distance between two baffle plates 13 is a bit larger tham the width of support portion I 4; Parallel and relative between two end-stopping plates 13, the distance between two end-stopping plates 13 is greater than the length of being a bit larger tham location division I 2, is provided with the guide surface of inclination at the end of baffle plate 13.The clip pack region that between baffle plate 13 and clamping plate 10, common formation profile is rectangle, the structural correspondence in this clip pack region is in the structure of location division I 2.
As shown in Figure 11,12, in support board II 7, be also provided with four pushing tow cylinders 14 and two positioning cylinders 15.Pushing tow cylinder 14 is in matrix distribution and support board II 7 and with clamping plate 10, baffle plate 13 and is positioned at the same side, and pushing tow cylinder 14 is also positioned at the outside in clip pack region.The cylinder body of positioning cylinder 15 is arranged on a side at screw rod 8 places in support board II 7, and its piston rod is towards clip pack region.Under initial condition, the piston rod of pushing tow cylinder 14 is in contraction state, and during work, piston rod stretches out; The piston rod of positioning cylinder 15 is in stretching out state, and during work, piston rod is positioned at packet capturing region; The lifting direction of the piston rod movement direction Dou Yu elevating translational mechanism of pushing tow cylinder 14 and positioning cylinder 15 is parallel.
As shown in Fig. 9,10, flexible flange body comprises two lift cylinder I 16 and six push pedals 17.The cylinder body of two lift cylinder I 16 is all fixedly connected in support board II 7 by fabricated section, lift cylinder I 16 is symmetrical on fabricated section, on the piston rod of lift cylinder I 16, be installed with the connecting panel of E shape structure, on connecting panel, be installed with three push pedals 17.Six push pedals 17 of flexible flange body are distributed between clamping plate 10 and baffle plate 13, between baffle plate 13 and veneer, the rectangular shape arranged distribution of push pedal 17, in long edge position, be arranged with two push pedals 17, spacing between two push pedals 17 is greater than location division I 2 in the length of the parcel I 3 of long edge position, is arranged with a push pedal 17 at broadside place.The end of push pedal 17 is provided with rectangle operation plane, and this operation plane is corresponding with the three stage structure of support portion I 4; Six operation planes are all in same plane, and the operation plane of push pedal 17 is positioned at the outside in clip pack region.Two lift cylinder I 16 are synchronized with the movement, and under initial condition, lift cylinder I 16 is shunk, and push pedal 17 is in high station; Lift cylinder I 16 is stretched out rear push pedal 17 and is declined thereupon, and push pedal 17 is in low station, and the operation plane in push pedal 17 is also in low station; The flexible direction of piston rod of lift cylinder I 16 is parallel with the lifting direction of elevating translational mechanism.
During use, bracing frame building mortion is placed in the load-transfer device of article and the top of the load-transfer device that bull ladle is cased of carrying matrix to arrange.Under initial condition, the load-transfer device top in conveying products array is set up by electronic bale plucker by elevating translational mechanism.Spacing on throughput direction between two set product arrays is identical with the spacing between two electronic packet capturing mechanisms.As shown in Figure 13,14,15, in order to keep the matrix laying state of product array, can add in advance the annex that loads fixation in the middle part in product array outside, this annex is in the form of a ring.Bracing frame 1 is placed on product array top, the length and width size of this product array and the length and width of location division I 2 are measure-alike, when product array moves to bracing frame building mortion position, descending motion is done by elevating translational mechanism, elevating translational mechanism break-off while moving to certain altitude.Now, the operation plane of push pedal 17 is just over against the midway location of support portion I 4; The piston rod of positioning cylinder 15 stretches out, and piston masthead, to bracing frame 1, makes bracing frame 1 be pressed on the top of product array; Baffle plate 13 promotes the parcel I 3 of location division I 2 at broadside place and bends and parcel I 3 is pressed on product array to product array; Clamping plate 10 promote the parcel I 3 of location division I 2 in long edge position and bend to product array, but now parcel I 3 is not pressed on product array; The piston rod of pushing tow cylinder 14 is towards four corner locations of annex; On bracing frame 1, support portion I 4 still in location division I 2 in conplane state.
Then, the work of electronic packet capturing mechanism, the servomotor being arranged in support board I 6 rotates, by driving band 11 by transmission of power to screw rod 8, between clamping plate 10, distance is dwindled gradually, until clamping plate 10 when across location division I 2, the parcel I 3 in long edge position clamps product array this servomotor quit work; Clamp fitting when clamping plate 10 clamp bracing frame 1.Elevating translational mechanism work, is promoted to high station by the electronic packet capturing mechanism of grabbing product array; Then, motion of translation, by product array be placed in packing chest directly over, then, product array is put into packing chest.
Product array is placed in after packing chest, and the packaged case in one end of support portion I 4 blocks.Telescopic flange body action, the piston rod of lift cylinder I 16 stretches out, and push pedal 17 is to the 4 position motions of support portion I.The rectangle operation plane of push pedal 17 contacts with the middle part of support portion I 4, and this middle part is the region between twice crease line 5.Effect lower support portion I 4 bendings in push pedal 17, bending causes the overbending direction of support portion I 4 relative positioning portion I 2 identical with the overbending direction of parcel I 3 relative positioning portion I 2, but, the overbending direction of support portion self and aforesaid opposite direction, and then support portion I 4 structure that takes the shape of the letter U, as shown in figure 16.One side pressure of the support portion I 4 after bending is to product array, and opposite side presses to packing chest.Meanwhile, the piston rod of pushing tow cylinder 14 stretches out, and it pushes annex to the bottom of product array.On the top of product array, be subject to like this restriction of bracing frame 1, bottom is subject to the restriction of annex.After casing successfully, clamping plate 10 unclamp, and pushing tow cylinder 14, lift cylinder I 16 are shunk, and positioning cylinder 15 keeps stretching out state.Elevating translational mechanism promotes electronic packet capturing mechanism, telescopic flange body, and meanwhile, positioning cylinder 15 is protruding, until stretch out completely.
The utility model also can be arranged to clamping plate 10 length location division I 2 in the length of the parcel I 3 of long edge position in addition to the implementation, with the spacing between the baffle plate 13 of one end, be the width of support portion I 4, as long as abundant assurance parcel I 3 is subject to impetus and the support portion I 4 of clamping plate 10, can before self bends, keep plate-like structure.Forming station also can be arranged to independent one according to actual needs, and the servomotor in support board I 6 is only for one group of electronic packet capturing mechanism provides power.
Claims (6)
1. a bracing frame building mortion, it is characterized in that: this bracing frame building mortion comprises electronic packet capturing mechanism, telescopic flange body, elevating translational mechanism, described electronic packet capturing mechanism, telescopic flange body is all arranged in elevating translational mechanism, the operation end of described telescopic flange body is positioned at the outside of the operation end of electronic packet capturing mechanism, described electronic packet capturing mechanism comprises bag clamping unit and edge-folding mechanism, described bag clamping unit comprises transmission component, lead screw assembly and clamping plate (10), described lead screw assembly is provided with screw rod (8), the two ends of described screw rod (8) are provided with the screw thread of opposite direction, the two ends of described screw rod (8) are respectively provided with nut (9), described clamping plate (10) are fixedly connected on nut (9), parallel and relative between described clamping plate (10), described transmission component is connected with screw rod (8), described edge-folding mechanism two ends are all provided with baffle plate (13), between the baffle plate (13) of one end, separate arbitrarily, parallel and relative between the baffle plate at two ends (13), described baffle plate (13) is positioned at the both sides of clamping plate (10), between described baffle plate (13) and clamping plate (10), form rectangle clip pack district.
2. bracing frame building mortion according to claim 1, it is characterized in that: described telescopic flange body comprises lift cylinder I (16) and push pedal (17), described push pedal (17) is fixedly connected on the piston rod of lift cylinder I (16), the end of described push pedal (17) is provided with rectangle operation plane, and the flexible direction of described lift cylinder I (16) is parallel with the lifting direction of elevating translational mechanism.
3. bracing frame building mortion according to claim 2, is characterized in that: the rectangular shape arranged distribution of described push pedal (17), in long edge position, be arranged with two push pedals (17), and at broadside place, be arranged with a push pedal (17).
4. bracing frame building mortion according to claim 1, it is characterized in that: in described elevating translational mechanism, be also provided with pushing tow cylinder (14), described pushing tow cylinder (14) is positioned at telescopic flange body outside and is matrix to be arranged, and the flexible direction of described pushing tow cylinder (14) is parallel with the lifting direction of elevating translational mechanism.
5. bracing frame building mortion according to claim 1, it is characterized in that: in described elevating translational mechanism, be also provided with positioning cylinder (15), the piston rod of described positioning cylinder (15) is inner towards the operation end of electronic packet capturing mechanism, and the flexible direction of described positioning cylinder (15) is parallel with the lifting direction of elevating translational mechanism.
6. bracing frame building mortion according to claim 1, it is characterized in that: in described elevating translational mechanism, one end is provided with electronic packet capturing mechanism and telescopic flange body, the other end is also provided with electronic packet capturing mechanism and telescopic flange body, between described electronic packet capturing mechanism, connect same servomotor, described servomotor is arranged in elevating translational mechanism.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320411292.9U CN203486221U (en) | 2013-07-10 | 2013-07-10 | Bracing frame shaping apparatus |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320411292.9U CN203486221U (en) | 2013-07-10 | 2013-07-10 | Bracing frame shaping apparatus |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203486221U true CN203486221U (en) | 2014-03-19 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320411292.9U Expired - Lifetime CN203486221U (en) | 2013-07-10 | 2013-07-10 | Bracing frame shaping apparatus |
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| Country | Link |
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| CN (1) | CN203486221U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103587749A (en) * | 2013-07-10 | 2014-02-19 | 杭州中亚机械股份有限公司 | Supporting frame formation device and electric package capturing mechanism |
-
2013
- 2013-07-10 CN CN201320411292.9U patent/CN203486221U/en not_active Expired - Lifetime
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103587749A (en) * | 2013-07-10 | 2014-02-19 | 杭州中亚机械股份有限公司 | Supporting frame formation device and electric package capturing mechanism |
| CN103587749B (en) * | 2013-07-10 | 2016-02-10 | 杭州中亚机械股份有限公司 | A kind of bracing frame building mortion and electronic packet capturing mechanism |
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Granted publication date: 20140319 |