CN205441058U - Shrink film machine draw membrane mechanism - Google Patents
Shrink film machine draw membrane mechanism Download PDFInfo
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- CN205441058U CN205441058U CN201620162680.1U CN201620162680U CN205441058U CN 205441058 U CN205441058 U CN 205441058U CN 201620162680 U CN201620162680 U CN 201620162680U CN 205441058 U CN205441058 U CN 205441058U
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Abstract
The utility model discloses a shrink film machine draw membrane mechanism, mainly be equipped with on lift frame and parallel two roof beams structure, and be equipped with the slide rail on two roof beams structure, respectively be provided with two sliders on the qieyu slide rail, be equipped with the assemblage seat again respectively on four sliders, respectively be equipped with the vaulting pole on the qieyu assemblage seat, each pin joint has swing arm one end on the assemblage seat in addition, and make swing arm other end group be equipped with the gyro wheel, with corresponding with the vaulting pole, therefore, when using implementation, be four assemblage seat displacements in the slide rail confining spectrum of establishhing at the diagonal angle, strut with shrink film opening on locating the cover vaulting pole, incline by the vaulting pole of going to court when the swing arm in addition and put and lower time, the gyro wheel can produce the vertical and horizontal power of pulling of supporting to the shrink film in the swing arm, thereby reach the effect of drawing shrink film.
Description
Technical field
This utility model relates to the filming-drawing mechanism of a kind of thermal shrinkage film machine, espespecially one can effective saving activity space, and can really pull the filming-drawing mechanism of shrink film.
Background technology
Usual existing goods is when storage, carrying etc., efficiency is transported for improving, how several goods can be stacked on pallet, to adopt the removal that whole parcel is carried out by the machine of raising, separately for making on pallet goods will not drop moving, in cargo handling process, damage, therefore, goods must be done suitably binding and packing.
Refer to announce case before the patent that " detecting of thermal shrinkage film machine and safety device " is this case utility model of No. TWM276013, its thermal shrinkage film machine disclosed is provided with bag delivering device, bag sealing device, bag arrangement and support bagging apparatus etc. on body, and it is provided with bearing after support its each strut of bagging apparatus, and make this bearing be fixed in one in long column type railroad shoe, make again body be positioned at below this railroad shoe and be provided with a horizontal slide rail, to be connected mutually with railroad shoe, for railroad shoe and upper strut thereof along slide rail horizontal displacement.In this, when bag delivering device will take the shape of a bag after shrink film sends, shrink film opening is adsorbed and launches by bag arrangement, then discharge the absorption to shrink film opening, so that shrink film opening drops down onto on the strut of lower section support bagging apparatus, the support bagging apparatus that continues makes its strut and roller jointly press from both sides this shrink film of pulling, and make roller drive through motor, after shrink film is pulled a preset length, by bag sealing device by shrink film upper end sealing, continuous support its railroad shoe of bagging apparatus is along slide rail horizontal sliding outward, so that shrink film opening is strutted completely, then lifting rod rack drive group sets support bagging apparatus thereon and declines, shrink film is placed on kinds of goods and pallet, reach to pack effect.
But, the railroad shoe of its support bagging apparatus of No. TWM276013 disclosed thermal shrinkage film machine of bulletin of the present utility model people research and development is along slide rail horizontal displacement, so that its strut pull opening struts, therefore for making its railroad shoe of support bagging apparatus can sliding start the most outward, sizable activity space certainly will must be reserved around thermal shrinkage film machine, therefore its filming-drawing mechanism of thermal shrinkage film machine that this bulletin the TWM276013rd discloses the most quite accounts for hall space, cause inconvenience in operation, must purchase or lease bigger Factory Building, can implement in response to it required；Furthermore, the support bagging apparatus that this bulletin the TWM276013rd discloses drives roller by motor, with the packaging bag pull certain length that will be located between strut and roller, but its pair of rollers strut of actually used upper discovery supports power deficiency of pulling, so that often occurring roller idle running cannot really pull the situations such as packaging bag.
Therefore, the present inventor is because its offer filming-drawing mechanism of thermal shrinkage film machine that the bulletin the TWM276013rd of its previously research and development discloses still has above-mentioned many disappearances on implementing, therefore according to for many years in the manufacture of association area and design experiences and the auxiliary of knowledge, and through clever thought in many ways, grind and create this utility model.
Summary of the invention
This utility model is related to the filming-drawing mechanism of a kind of thermal shrinkage film machine, its main purpose in order to provide one can effective saving activity space, and can really pull the filming-drawing mechanism of shrink film.
In order to reach above-mentioned enforcement purpose, the present inventor have developed the filming-drawing mechanism of following thermal shrinkage film machine, mainly comprise a lifting frame, and on this lifting frame, it is provided with two roof beams structure being parallel to each other, and it is connected to slide rail in this each group of two roof beams structure upper surface, on this its slide rail of two roof beams structure, group is provided with two slide blocks respectively again, and on this Four-slider each group be connected to one group of stand, so that these four groups of rectangular diagonal angles of stand are set up, another on these four groups of stands each group be connected to a strut, and respectively it is articulated with a swing arm one end on these four groups of stands, and make this swing arm other end group be provided with a rotating power source, this rotating power source group is made again to be connected to a roller, and make this roller corresponding with this strut positions, another on these four groups of stands, respectively it be articulated with one stretch power source, and the swing arm group mutually making this its driving section of flexible power source and its organize stand sets.
The filming-drawing mechanism of thermal shrinkage film machine as above, wherein, at the one side that its pair of rollers of rotating power source of this strut and this swing arm end is answered, further group is provided with a roller, and makes the roller of this strut corresponding with its scroll wheel positions of the rotating power source of this swing arm end.
The filming-drawing mechanism of thermal shrinkage film machine as above, wherein, the one side that its pair of rollers of rotating power source of this strut and this swing arm end is answered is shaped to camber curved surface.
The filming-drawing mechanism of thermal shrinkage film machine as above, wherein, a transmission band it is respectively provided with at this two roof beam structure, it is to make the one group stand that on each roof beam structure corresponding thereto of epimere belt body of this two transmissions band, group sets be connected with group, another group stand making again group on each roof beam structure corresponding thereto of hypomere belt body of this two transmissions band set is connected with group, this two roof beam structure group at its two ends is separately made to set drive, with with its transmission band phase winding, make again this two roof beam structure respectively be provided with a rotating power source in its end group, and make the rotating power source on this two roof beam structure respectively be connected with the drive of end with it.
The filming-drawing mechanism of thermal shrinkage film machine as above, wherein, this lifting frame has two relative side frame bodies, and make this each group of opposite sides framework upper surface be connected to a slide rail, this two roof beam structure is separately made to be across above the slide rail of this opposite sides framework, make again this two roof beam structure at its two ends, bottom surface each group be connected to slide, set being connected group with the slide rail on this two side frame body.
The filming-drawing mechanism of thermal shrinkage film machine as above, wherein, this two roof beam structure is to being provided with a transmission band less than one end, it is to make its epimere belt body of this transmission band set with this one roof beam structure group mutually, and make its hypomere belt body of this transmission band set with another roof beam structure group mutually, at these lifting frame both sides, group is provided with drive respectively again, with this transmission band phase winding, separately it is provided with a rotating power source in this lifting frame side group, and make this rotating power source be connected with the drive of its homonymy.
The filming-drawing mechanism of thermal shrinkage film machine as above, wherein, each further group of this two roof beams structure side is provided with a square guide rod, each group is separately made at these four groups of stand bottom sides to be connected to a fixed plate, and make this fixed plate locate each group over and under in this square guide rod corresponding to be provided with roller, and this upper and lower roller is made to offset contact with this square guide rod upper surface and lower surface.
Thereby, when using enforcement, the four groups of stands slide rail displacement on two roof beams structure set up in diagonal angle, strut so that shrink film opening on strut will be sheathed on, due to group stand only displacement in the range of default slide rail, therefore this utility model need not reserve activity space around thermal shrinkage film machine, can reach saving hall space effect, separately when swing arm by incline pendulum towards strut and under time, shrink film can be produced longitudinally and laterally support power of pulling by swing arm upper roller, according to this, so that during roller rotated power source start pull shrink film, roller idle running situation will not occur, to reach really to pull shrink film effect person.
Accompanying drawing explanation
Below in conjunction with the accompanying drawings and this utility model is further described by embodiment:
Fig. 1 is filming-drawing mechanism axonometric chart of the present utility model,
Fig. 2 is filming-drawing mechanism top view of the present utility model,
Fig. 3 is filming-drawing mechanism enlarged partial isometric view of the present utility model,
Fig. 4 is filming-drawing mechanism enlarged partial sectional view of the present utility model,
Fig. 5 is that suction bag mechanism of the present utility model discharges shrink film state diagram,
Fig. 6 be filming-drawing mechanism of the present utility model by shrink film opening softened state figure,
Fig. 7 is that filming-drawing mechanism of the present utility model pulls shrink film state diagram,
Fig. 8 is that filming-drawing mechanism of the present utility model pulls shrink film partial enlargement state diagram,
Fig. 9 is shrink film packed cargo state diagram of the present utility model,
Figure 10 is that goods of the present utility model completes packed state figure.
nullWherein，1 is lifting frame，11 is slide rail，2 is roof beam structure，21 is slide，22 is slide rail，23 is square guide rod，3 is transmission band，31 is epimere belt body，32 is hypomere belt body，33 is drive，34 is rotating power source，4 is slide block，5 is group stand，51 is strut，511 are，512 is curved surface，52 is swing arm，521 is rotating power source，522 is roller，53 is flexible power source，531 is driving section，54 is fixed plate，541 is roller，6 is transmission band，61 is epimere belt body，62 is hypomere belt body，63 is drive，64 is rotating power source，A is filming-drawing mechanism，B is body，C is for sending bag mechanism，D is envelope body，E is suction bag mechanism，F is conveyer device，G is pallet，H is goods，I is shrink film.
Detailed description of the invention
In order to understand technical characteristic of the present utility model and practical effect in detail, and can implement according to the content of description, further with preferred embodiment as indicated in the drawings, describe in detail as rear:
And be to make technological means of the present utility model and the effect that can reach thereof, it is possible to have more completely and clearly disclose, hereby describing in detail as follows, seeing also graphic and figure number:
nullFirst，Such as Fig. 1、Shown in 2，Filming-drawing mechanism (A) for thermal shrinkage film machine of the present utility model，Mainly comprise a rectangle lifting frame (1)，And it is connected to slide rail (11) in this lifting frame (1) opposite sides framework upper surface group，It is provided with again two roof beams structure (2) being across its slide rail of two side frame bodies (11) top，And make two roof beams structure (2) be parallel to each other，And make this two roof beam structure (2) each at its two ends, bottom surface group be connected to slide (21)，With with this two side frame body set by slide rail (11) be connected group and set，Separately it is provided with transmission band (3) in two roof beams structure (2) at least an end portion，This transmission band (3) can be chain or time rule belt etc.，It is to make its epimere belt body (31) of this transmission band (3) and one roof beam structure (2) Xiang Zushe，And make its hypomere belt body (32) of this transmission band (3) and another roof beam structure (2) Xiang Zushe，And make this transmission band (3) and drive (33) the phase winding being mounted on this lifting frame (1) both sides，This drive (33) can be sprocket wheel or time rule belt pulley etc.，And it is provided with a rotating power source (34) in this lifting frame (1) side group，And make to be connected with the drive (33) of this rotating power source (34) with its homonymy，This rotating power source (34) is motor，Thereby，Link via the transmission of transmission band (3) and drive (33)，To reach to slow down and increase the effect of pull strength；
nullSuch as Fig. 3、Shown in 4，This each group of two roof beams structure (2) upper surface is connected to slide rail (22) again，Separately it is provided with square guide rod (23) in this each group of two roof beams structure (2) side，And group is provided with two slide blocks (4) respectively on the slide rail (22) of this two roof beam structure (2)，It is provided with one group of stand (5) again in upper each group of this Four-slider (4)，And make these four groups of rectangular diagonal angles of stand (5) set up，Separately it is provided with a strut (51) in upper each group of these four groups of stands (5)，And make group at this strut (51) side be provided with a roller (511)，And make this strut (51) side be shaped to camber curved surface (512)，Separately on these four groups of stands (5), respectively it is articulated with a swing arm (52) one end，And make this swing arm (52) another end group be provided with a rotating power source (521)，This rotating power source (521) is motor，And make this rotating power source (521) group be connected to roller (522)，And make this roller (522) corresponding with the roller of this strut (51) (511)，On these four groups of stands (5), respectively it is articulated with again one stretch power source (53)，This flexible power source (53) is pneumatic cylinder，And the swing arm (52) making the driving section (531) of this flexible power source (53) organize stand (5) with it is articulated，It is connected to a fixed plate (54) again in these each group of four groups of stand (5) bottom sides，And make this fixed plate (54) locate group respectively over and under in this square guide rod (23) corresponding to be provided with roller (541)，So that on this、Underside roller (541) respectively offsets contact with this square guide rod (23) upper surface and lower surface；
nullThis two roof beams structure (2) place is separately made to be respectively provided with a transmission band (6)，This transmission band (6) can be chain or time rule belt etc.，It is that one group stand (5) making epimere belt body (61) the upper group of each roof beam structure (2) corresponding thereto of this two transmission band (6) set is connected with group，Another group stand (5) making again its hypomere belt body (62) of two transmission bands (6) upper group of each roof beam structure (2) corresponding thereto set is connected with group，This two roof beam structure (2) is separately made to be provided with drive (63) respectively at its two ends group，With with its transmission band (6) phase winding，This drive (63) can be sprocket wheel or time rule belt pulley etc.，And make this two roof beam structure (2) respectively be provided with a rotating power source (64) in its end group，And make the rotating power source (64) on this two roof beam structure (2) be connected with the drive (33) of end with it respectively，This rotating power source (64) is motor.
Accordingly, when assembling use, as shown in Figure 5, filming-drawing mechanism of the present utility model (A) is made to be assembled on the body (B) of a thermal shrinkage film machine, and make filming-drawing mechanism of the present utility model (A) be positioned to give bag mechanism (C), envelope body (D) and suction bag mechanism (E) lower section, and group is provided with elevating mechanism between this lifting frame (1) and body (B).In this, when conveyer device (F) by pallet (G) and put goods on it (H) be delivered to filming-drawing mechanism of the present utility model (A) lower section time, control unit can start bag-shaped shrink film (I) the opening absorption that suction bag mechanism (E) will send bag unit (32) to send in advance, and after the absorption of its opening is launched, discharge the absorption to shrink film (I) therewith, so that its opening launched of shrink film (I) is fallen on filming-drawing mechanism (A) its four strut (51) of lower section, to be sheathed on four struts (51).
nullAs shown in Figure 6，The continuous rotating power source (64) set by the upper group of its two roof beam structure (2) of filming-drawing mechanism (A) drives transmission band (6) start through drive (63)，Now，The two groups of stands (5) being mounted on its epimere belt body (61) of transmission band (6) and hypomere belt body (62) can be in rightabout displacement，In this，Four groups of stands (5) that rectangular diagonal angle is set up can be made by the sliding contact between its base slider (4) and roof beam structure (2) its slide rail (22)，And the most respectively toward quadripolar corners displacement，The roller (541) that another four groups of stands (5) set further with the upper group of its bottom side fixed plate (54) is upper with roof beam structure (2) side square guide rod (23)、Under offset contact，Can make group stand (5) when roof beam structure (2) upper slide rail (22) sliding，Under the guiding of square guide rod (23)，More increase the stability that this group stand (5) slides，And when four groups of stands (5) are toward quadripolar corners displacement，Shrink film (I) opening being sheathed on four groups of its strut of stands (5) (51) i.e. can launch toward quadripolar corners，Shrink film (I) opening is made to launch square，Separately in four groups of stands (5) toward while quadripolar corners displacement，The rotating power source (34) being mounted on this lifting frame (1) drives transmission band (3) start through drive (33)，So that being mounted on two roof beams structure (2) of its epimere belt body (31) of this transmission band (3) and hypomere belt body (32) in rightabout displacement，According to this，So that shrink film (I) opening is launched rectangular shape by the group stand (5) being arranged on two roof beams structure (2) and strut (51) further thereof.
nullFollowed by，Such as Fig. 7、Shown in 8，Control unit orders about flexible power source (53) its driving section (531) start that the upper group of four groups of stands (5) sets，With push the swing arm (52) of pivot joint from toward strut (51) direction swing and under，So that the roller (511) that roller (522) group upper with strut (51) that rotating power source (521) its group being positioned at swing arm (52) end connects sets is pulled through corresponding the supporting of shrink film (I)，Rotating with power source (521) drives roller (522) to rotate，Folder is pulled in second wheel (511)、(522) shrink film (I) between produces pull effect，Due to swing arm (52) by towards strut (51) incline pendulum and under，Therefore shrink film (I) can be produced longitudinally and laterally support power of pulling by the roller (522) of swing arm (52) end，Really shrink film (I) is pulled a preset length，Without occurring idle running cannot pull shrink film situation (I)，Continue shrink film (I) upper end sealing by envelope body (D)，Then control unit can be again through rotating power source (64) set by two roof beams structure (2) and lifting frame (1)、(34) transmission band (6) is ordered about、(3) start，The bore of goods (H) below can corresponding packing to drive four groups of stands (5) and upper strut (51) thereof to be expanded to by shrink film (I) opening.
As shown in Figure 9, whole group of filming-drawing mechanism (A) is driven to decline by elevating mechanism again, with during declining, bag-shaped shrink film (I) is made to be placed on goods (H), after filming-drawing mechanism (A) its strut (51) departs from shrink film (I) opening, its telescopic resilience of shrink film (I) mat goods (H) is collected parcel [as shown in the tenth figure), multiple control unit drives filming-drawing mechanism (A) to reset, to pack next goods (H).
The filming-drawing mechanism of aforesaid embodiment or graphic and non-limiting thermal shrinkage film machine of the present utility model implements pattern, all art have suitably change or modification that usually intellectual does, all should be regarded as the filming-drawing mechanism patent category without departing from thermal shrinkage film machine of the present utility model.
From said structure and embodiment, this utility model has the advantage that
The filming-drawing mechanism of thermal shrinkage film machine the most of the present utility model can omit the long column type railroad shoe setting that this bulletin the M276013rd discloses, and make the group stand only displacement in the range of default slide rail that offer strut group sets, so, i.e. need not reserve the activity space of long column type railroad shoe around thermal shrinkage film machine, to reach effectively to save effect persons such as hall space.
The filming-drawing mechanism of thermal shrinkage film machine the most of the present utility model make swing arm by towards strut incline pendulum and under, so that the pair of rollers being positioned at swing arm end is sheathed on the shrink film of strut and produces longitudinally and horizontal support power of pulling, according to this, when the shrink film pull certain length that rotating power source drives roller to be located between strut and roller, roller idle running i.e. will not be occurred cannot really to pull the situation persons such as shrink film.
The filming-drawing mechanism roof beam structure side group of thermal shrinkage film machine the most of the present utility model is provided with square guide rod, separately in the fixed plate of group stand bottom side, group is provided with roller, it is located at square guide rod upper and lower to support respectively, thereby, when organizing its base slider sliding on roof beam structure slide rail of stand mat, by the guiding of square guide rod, can more raising group stand sliding stability.
The above, it it is only preferred embodiment of the present utility model, not this utility model is made any pro forma restriction, any art has usually intellectual, if in the range of without departing from the carried technical characteristic of this utility model, the Equivalent embodiments utilizing the done local of this utility model disclosed technology content to change or modify, all still falls within the range of this utility model technical characteristic.
Claims (10)
1. the filming-drawing mechanism of a thermal shrinkage film machine, it is characterized in that, it mainly comprises a lifting frame, and on this lifting frame, it is provided with two roof beams structure being parallel to each other, and it is connected to slide rail in this each group of two roof beams structure upper surface, on this its slide rail of two roof beams structure, group is provided with two slide blocks respectively again, and on this Four-slider each group be connected to one group of stand, so that these four groups of rectangular diagonal angles of stand are set up, another on these four groups of stands each group be connected to a strut, and respectively it is articulated with a swing arm one end on these four groups of stands, and make this swing arm other end group be provided with a rotating power source, this rotating power source group is made again to be connected to a roller, and make this roller corresponding with this strut positions, another on these four groups of stands, respectively it be articulated with one stretch power source, and the swing arm group mutually making this its driving section of flexible power source and its organize stand sets.
The filming-drawing mechanism of thermal shrinkage film machine the most according to claim 1, it is characterized in that, at the one side that its pair of rollers of rotating power source of this strut and this swing arm end is answered, further group is provided with a roller, and makes the roller of this strut corresponding with the scroll wheel positions of the rotating power source of this swing arm end.
The filming-drawing mechanism of thermal shrinkage film machine the most according to claim 2, it is characterised in that the one side that its pair of rollers of rotating power source of this strut and this swing arm end is answered is shaped to camber curved surface.
The filming-drawing mechanism of thermal shrinkage film machine the most according to claim 1, it is characterized in that, a transmission band it is respectively provided with at this two roof beam structure, the one of which stand that on each roof beam structure corresponding thereto of epimere belt body of this two transmissions band, group sets is made to be connected with group, another group stand making again group on each roof beam structure corresponding thereto of hypomere belt body of this two transmissions band set is connected with group, this two roof beam structure group at its two ends is separately made to be provided with drive, with with its transmission band phase winding, this two roof beam structure is made again to be respectively provided with a rotating power source in its end group, and make the rotating power source on this two roof beam structure respectively be connected with the drive of end with it.
The filming-drawing mechanism of thermal shrinkage film machine the most according to claim 4, it is characterized in that, this lifting frame has two relative side frame bodies, and make this each group of opposite sides framework upper surface be connected to a slide rail, this two roof beam structure is separately made to be across above the slide rail of this opposite sides framework, make again this two roof beam structure at its two ends, bottom surface each group be connected to slide, set being connected group with the slide rail on this two side frame body.
The filming-drawing mechanism of thermal shrinkage film machine the most according to claim 5, it is characterized in that, this two roof beam structure is to being provided with a transmission band less than one end, be make its epimere belt body of this transmission band with this wherein roof beam structure group mutually set, and make its hypomere belt body of this transmission band set with another roof beam structure group mutually, at these lifting frame both sides, group is provided with drive respectively again, with with this transmission band phase winding, separately it is provided with a rotating power source in this lifting frame side group, and make this rotating power source be connected with the drive of its homonymy.
The filming-drawing mechanism of thermal shrinkage film machine the most according to claim 1, it is characterised in that the one side that its pair of rollers of rotating power source of this strut and this swing arm end is answered is shaped to camber curved surface.
The filming-drawing mechanism of thermal shrinkage film machine the most according to claim 1, it is characterized in that, this lifting frame has two relative side frame bodies, and make this each group of opposite sides framework upper surface be connected to a slide rail, this two roof beam structure is separately made to be across above the slide rail of this opposite sides framework, make again this two roof beam structure at its two ends, bottom surface each group be connected to slide, set being connected group with the slide rail on this two side frame body.
The filming-drawing mechanism of thermal shrinkage film machine the most according to claim 8, it is characterized in that, this two roof beam structure is to being provided with a transmission band less than one end, it is to make its epimere belt body of this transmission band set with wherein roof beam structure group mutually, and make its hypomere belt body of this transmission band set with another roof beam structure group mutually, at these lifting frame both sides, group is provided with drive respectively again, with this transmission band phase winding, separately it is provided with a rotating power source in this lifting frame side group, and make this rotating power source be connected with the drive of its homonymy.
10. according to the filming-drawing mechanism of thermal shrinkage film machine described in any one of claim 1-9, it is characterized in that, each further group of this two roof beams structure side is provided with a square guide rod, each group is separately made at these four groups of stand bottom sides to be connected to a fixed plate, and make this fixed plate locate each group over and under in this square guide rod corresponding to be provided with roller, and this upper and lower roller is made to offset contact with this square guide rod upper surface and lower surface.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620162680.1U CN205441058U (en) | 2016-03-03 | 2016-03-03 | Shrink film machine draw membrane mechanism |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620162680.1U CN205441058U (en) | 2016-03-03 | 2016-03-03 | Shrink film machine draw membrane mechanism |
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| CN205441058U true CN205441058U (en) | 2016-08-10 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106586057A (en) * | 2016-12-29 | 2017-04-26 | 上海通领汽车科技股份有限公司 | Automatic bagging machine for automobile inner decoration part production |
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2016
- 2016-03-03 CN CN201620162680.1U patent/CN205441058U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106586057A (en) * | 2016-12-29 | 2017-04-26 | 上海通领汽车科技股份有限公司 | Automatic bagging machine for automobile inner decoration part production |
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Effective date of registration: 20210322 Address after: No.18-88, industrial road, South Taihu hi tech Industrial Park, Wuxing District, Huzhou City, Zhejiang Province, 313000 Patentee after: ZHEJIANG TIEN HENG AUTOMATION PACKAGING MACHINERY Co.,Ltd. Address before: Room 4, No.9, Luyang Daguanlou Road, Zhoushi Town, Kunshan City, Suzhou City, Jiangsu Province Patentee before: KUNSHAN TIEN HENG MACHINERY Co.,Ltd. |