CN209366527U - A kind of automatic cutting packaging facilities - Google Patents
A kind of automatic cutting packaging facilities Download PDFInfo
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- CN209366527U CN209366527U CN201822192954.3U CN201822192954U CN209366527U CN 209366527 U CN209366527 U CN 209366527U CN 201822192954 U CN201822192954 U CN 201822192954U CN 209366527 U CN209366527 U CN 209366527U
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- frame
- press
- rack
- electric cylinders
- tail band
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Abstract
The utility model relates to a kind of automatic cutting packaging facilities, affiliated cutting packing technique field, including rack, rack partition is equipped in outline border housing, rack partition side end face is equipped with the receiving rack being connected and fixed with outline border housing phase bolt type, rack partition is equipped with press, press front end is equipped with tail band unreeling structure, press lower end is equipped with feeding mechanism, feeding mechanism side is equipped with hopper frame, the feeding mechanism other side is equipped with tail band rail assembly, material strip unwinding rack is equipped with above hopper frame, material strip unwinding rack is equipped with and the mutually movable thin-film unreeling frame touched of tail band rail assembly.Have the characteristics that compact-sized, packaging efficiency is high, good reliability, stay in grade, labor intensity is low, the adaptation of product is strong and long service life.Realize charging fastly and the performance of stable operation, and entire process coordination it is unified, it is automatic reliably.The degree of automation is improved, human cost and production cost is greatly reduced, is suitable for efficient mass production.
Description
Technical field
The utility model relates to cut packing technique field, and in particular to a kind of automatic cutting packaging facilities.
Background technique
With the rapid development of social economy, the requirement to packaging product is higher and higher.The packing machine of the prior art
Most of feeding mechanism of tool uses single charging tailstock, by being manually placed into material (such as specification, product element), by difference
Sequence puts different materials, is required with this to meet packaging speed, and blowing personnel's speed is relatively slow, and blowing is relatively more tired
Difficulty, labor intensity is also big, seriously affects packaging production efficiency, is not particularly suitable for high-volume and packs production.
Packaging is that product circulates the necessary condition in field, and realizes that the main means of packaging are using package packing machine.
With the development of the times, the progress of technology, package packing machine are just playing increasing effect in packaging field.In order to effective
Ground guarantees packaging quality, and mechanical packaging can be according to the requirement of packing article, and it is consistent to obtain specification for form, size as required
Packing material, and Manual Packaging not can guarantee.This is particularly important to exporting, only mechanical packaging, can be only achieved packet
Dress normalization, standardization, meet the requirement of assembly package.Labor intensity can be reduced simultaneously, Manual Packaging of improving working conditions
Labor intensity is very big, and the product that such as packaging volume is big by hand, weight is heavy not only expended bodily strength, but also dangerous；And to light and small product,
Since frequency is higher, movement is dull, easily worker is made to obtain occupational disease.In addition, to adapt to the needs of package packing machine high-speed packaging, phase
The front and back process of pass certainly will also adapt to therewith, also just push the synchronized development of concerned process steps, including cut packaging into
Expect heat-welding process process.
The charging reflow process for cutting packaging is one of procedure crucial in packaging.It is direct to feed thermosol quality
Influence the quality of packaging product quality.It is packed in charging reflow process cutting, vacuum can be generated between thermal fusing surface and hot melt head
The effect of absorption, and then the hot melt head not yet solidified completely may be pullled and molten head is caused to tilt, or even hot melt head falls off,
And situations such as causing welding to fail.
Traditional packaging majority category manual assembly, manual assembly speed is slow, and production efficiency is low, and precision is also poor, product
Appearance packaging unstable quality greatly affects the sales rate of product.Currently available technology packaging, single variety, product are applicable in
Face is narrow, and adjustment production requirement is not flexible, does not adapt to all size packaging, and labor intensity is high, does not adapt to big rule
The demand of mould production.In order to closely follow the development of packing mechanical equipment industry, packing mechanical equipment is high towards precision, product fine,
It is strided forward suitable for efficient mass production direction, professional automated machine packaging will become a kind of developing trend institute
?.
Summary of the invention
The utility model mainly solves to exist in the prior art that high production cost, structure is complicated, labour is strong, packaging efficiency
The deficiency of low, reliability and adaptation of product difference provides a kind of automatic cutting packaging facilities, compact-sized, packaging efficiency
The characteristics of height, good reliability, stay in grade, labor intensity are low, the adaptation of product is strong and long service life.Realize that charging is fast and grasps
Make stable performance, and entire process coordination is unified, automatic reliable.The degree of automation is improved, is reduced significantly
Human cost and production cost are suitable for efficient mass production.Packaging value-added content of product is improved simultaneously.
Above technical problems of the utility model are mainly solved by the following technical scheme:
A kind of automatic cutting packaging facilities, including rack, the rack are equipped with outline border housing, the outline border housing
Interior to be equipped with rack partition, the rack partition side end face is equipped with the receiving rack being connected and fixed with outline border housing phase bolt type,
The rack partition be equipped with press, the press front end be equipped with tail band unreeling structure, the press lower end be equipped with
The mutually movable feeding mechanism touched of press, the feeding mechanism side are equipped with hopper frame, the feeding mechanism other side
Equipped with the tail band rail assembly for extending in press and touching with receiving rack phase shift formula, material strip is equipped with above the hopper frame
Unwinding rack, the material strip unwinding rack are equipped with and the mutually movable thin-film unreeling frame touched of tail band rail assembly.
The tail band unreeling structure includes that tail band unreels bracket, and the tail band unreels bracket front end and unreels equipped with tail band
Turntable, the tail band, which unreels back-end support and is equipped with, with tail band unreels the infrared observation frame that turntable phase shift formula touches.
The press includes press pedestal platform, and the press pedestal platform, which is equipped with, pushes electric cylinders, the lower piezoelectric
Cylinder side is equipped with the traversing electric cylinders of press being connected and fixed with press pedestal platform phase slide rail type, the traversing electric cylinders of the press and pushing
Electric cylinders phase flange form connecting plate is fixedly connected, and the pushing electric cylinders lower end is equipped with the pressing mold connecting with pushing electric cylinders phase axle sleeve and holds in the mouth
Joint chair.
The feeding mechanism includes charging bottom plate, and the charging bottom plate is equipped with and the mutually movable touching of pressing mold connecting base
The guiding module grillage connect, it is in integrated feed lead rail that the guiding die plate frame end face, which is equipped with charging bottom plate,.
The tail band rail assembly includes drawing material track, and the drawing material track is equipped with several fibre optical sensors, institute
The drawing material track tail end two sides stated are equipped with hot melt component, are equipped between the drawing material track and receiving rack and draw material component.It is described
Hot melt component include hot melt frame, hot melt block is equipped in the hot melt frame, the hot melt frame lower end is equipped with and hot melt block phase
The hot melt lifting cylinder of movable lift connection.
Preferably, the drawing material component includes drawing material frame, the drawing material frame, which is equipped with, expects frame phase bearing-type with drawing
The retarder of socket, the retarder are equipped with servo motor, and the reducer output shaft end is equipped with flange shaft, described
Flange shaft upper end be equipped with and draw material frame phase shift formula clamping bearing wheel pressing shaft, set between the flange shaft and retarder
There is retaining ring, several gear plectrums is equipped between the retaining ring and flange shaft, the flange shaft rear end is equipped with and tooth
Take turns the mutually movable roller shaft touched of plectrum.
Preferably, the press and draw material interorbital be equipped with camera displacement device, the drawing material track be equipped with
Material orbital phase is drawn to move the X-Y axis changeover module that formula touches, the drawing material track side is equipped with and mutually lives with X-Y axis changeover module
The transfer assembly that dynamic formula touches.The transfer assembly includes transfer frame, and the transfer frame is equipped with linking plate body, described
Transfer is provided with and is connected the mutually movable bolted transfer electric cylinders of plate body.The camera displacement device includes camera displacement
Frame, the camera displacement frame are equipped with the traversing electric cylinders of camera connecting with camera displacement frame phase Mobile flange, the phase
Machine displacement frame upper end camera, the camera lower end are equipped with annular light source, and camera lens is equipped between the annular light source and camera.
Preferably, the X-Y axis changeover module includes X-Y pedestal, the X-Y pedestal rear end is equipped with image recognition
Sensor, the X-Y pedestal front end are equipped with X-axis and are displaced electric cylinders, and the X-axis displacement electric cylinders are equipped with Y-axis and are displaced electric cylinders, institute
The Y-axis displacement electric cylinders lower end stated is equipped with and draws the material mutually movable suction belt frame touched of track.
Preferably, the feed lead rail be equipped with the mutually movable material toggling component crimped of feed lead rail, it is described
Material toggling component side is equipped with the charging telescopic cylinder touched with material toggling component phase shift formula.The material toggling component includes material toggling gas
Cylinder, the material toggling cylinder end face are equipped with and the mutually movable bolted material toggling block of material toggling cylinder, the material toggling block lower end
Equipped with the mutually movable locating piece for touching limit of guiding module grillage, be equipped in the locating piece it is several with locating piece in one
The material toggling needle of change.
The utility model can reach following effect:
The utility model provides a kind of automatic cutting packaging facilities, compared with prior art, has compact-sized, packet
Fill the characteristics of high-efficient, good reliability, stay in grade, labor intensity are low, the adaptation of product is strong and long service life.Realize charging
Fast and stable operation performance, and entire process coordination is unified, automatic reliable.The degree of automation is improved, greatly
Human cost and production cost are reduced greatly, is suitable for efficient mass production.The additional of packaging product is improved simultaneously
Value.
Detailed description of the invention
Fig. 1 is external structure schematic diagram of the invention.
Fig. 2 is schematic diagram of internal structure of the invention.
Fig. 3 is the structural schematic diagram of receiving rack of the invention.
Fig. 4 is the structural schematic diagram of press of the invention.
Fig. 5 is the structural schematic diagram of pressing mold connecting base of the invention.
Fig. 6 is the structural schematic diagram of feeding mechanism of the invention.
Fig. 7 is the structural schematic diagram of material toggling component of the invention.
Fig. 8 is the structural schematic diagram of tail band rail assembly of the invention.
Fig. 9 is the structural schematic diagram of hot melt component of the invention.
Figure 10 is the structural schematic diagram of drawing material component of the invention.
Figure 11 is the structural schematic diagram of X-Y axis changeover module of the invention.
Figure 12 is the structural schematic diagram of transfer frame of the invention.
Figure 13 is the structural schematic diagram of camera displacement device of the invention.
In figure: rack 1, outline border housing 2, receiving rack 3, tail band unreeling structure 4, press 5, feeding mechanism 6, material strip unwinding rack
7, hopper frame 8, tail band rail assembly 9, rack partition 10, thin-film unreeling frame 11, X-Y axis changeover module 12, transfer assembly 13, phase
Machine shifter 14, tail band unreel bracket 15, and tail band unreels turntable 16, and infrared observation frame 17, press pedestal platform 18, press is traversing
Electric cylinders 19, pressing mold connecting base 20 push electric cylinders 21, upper guide plate 22, mould engagement plate 23, connector 24, bottom guide 25, charging bottom plate
26, guiding module grillage 27, material toggling component 28 feeds telescopic cylinder 29, feed lead rail 30, material toggling cylinder 31, material toggling block 32, positioning
Block 33, material toggling needle 34 draw material track 35, and fibre optical sensor 36 heats component 37, draw material component 38, heat frame 39, heat block
40, lifting cylinder 41, servo motor 42 are heated, retarder 43 draws material frame 44, bearing wheel pressing shaft 45, flange shaft 46, gear plectrum
Piece 47, retaining ring 48, roller shaft 49, image recognition sensor 50, X-Y pedestal 51, X-axis are displaced electric cylinders 52, and Y-axis is displaced electric cylinders
53, suction belt frame 54 shifts frame 55, shifts electric cylinders 56, is connected plate body 57, the traversing electric cylinders 58 of camera, camera 59, camera displacement frame
60, camera lens 61, annular light source 62.
Specific embodiment
Below with reference to the embodiments and with reference to the accompanying drawing the technical solutions of the present invention will be further described.
Embodiment: as shown in figures 1-13, a kind of automatic cutting packaging facilities, including rack 1, rack 1 are equipped with outer mask
Shell 2, outline border housing 2 is interior to be equipped with rack partition 10, and 10 side end face of rack partition is equipped with to be connect admittedly with 2 phase bolt type of outline border housing
Fixed receiving rack 3, rack partition 10 be equipped with press 5,5 front end of press be equipped with tail band unreeling structure 4,5 lower end of press be equipped with
The mutually movable feeding mechanism 6 touched of press 5,6 side of feeding mechanism are equipped with hopper frame 8, and 6 other side of feeding mechanism, which is equipped with, to be extended
The tail band rail assembly 9 touched in press 5 and with 3 phase shift formula of receiving rack is equipped with material strip unwinding rack 7, material above hopper frame 8
It is equipped with and the mutually movable thin-film unreeling frame 11 touched of tail band rail assembly 9 with unwinding rack 7.
Tail band unreeling structure 4 includes that tail band unreels bracket 15, and tail band unreels 15 front end of bracket and unreels turntable 16 equipped with tail band,
Tail band, which unreels 15 rear end of bracket and is equipped with, with tail band unreels the infrared observation frame 17 that 16 phase shift formula of turntable touches.
Press 5 includes press pedestal platform 18, and press pedestal platform 18, which is equipped with, pushes electric cylinders 21, pushes 21 side of electric cylinders and is equipped with
The traversing electric cylinders 19 of press being connected and fixed with 18 phase slide rail type of press pedestal platform, the traversing electric cylinders 19 of press and pushing 21 phase method of electric cylinders
Blue formula connecting plate is fixedly connected, and is pushed 21 lower end of electric cylinders and is equipped with the pressing mold connecting base 20 connecting with pushing 21 phase axle sleeve of electric cylinders.
Feeding mechanism 6 includes charging bottom plate 26, and charging bottom plate 26 is equipped with and pressing mold connecting base 20 is mutually movable touches
Guiding module grillage 27, it is in integrated feed lead rail 30 that 27 end face of guiding module grillage, which is equipped with charging bottom plate 26,.Feed lead rail
30 be equipped with the mutually movable material toggling component 28 crimped of feed lead rail 30,28 side of material toggling component be equipped with and 28 phase of material toggling component
The charging telescopic cylinder 29 that displacement-type touches.Material toggling component 28 includes material toggling cylinder 31, and 31 end face of material toggling cylinder is equipped with and material toggling
The mutually movable bolted material toggling block 32 of cylinder 31,32 lower end of material toggling block are equipped with and guiding module grillage 27 is mutually movable touches limit
The locating piece 33 of position, locating piece 33 is interior to be equipped with 4 with locating piece 33 in integrated material toggling needle 34.
Tail band rail assembly 9 includes drawing material track 35, and material track 35 is drawn to be equipped with 5 groups of fibre optical sensors 36, draws material track
35 tail end two sides are equipped with hot melt component 37, draw to be equipped between material track 35 and receiving rack 3 and draw material component 38.Heating component 37 includes
Frame 39 is heated, hot melt frame 39 is interior to be equipped with hot melt block 40, and hot melt 39 lower end of frame is equipped with and heats what 40 phase movable lift of block was connect
Heat lifting cylinder 41.
Drawing material component 38 includes drawing material frame 44, the retarder for drawing material frame 44 to be equipped with and draw material 44 phase bearing-type of frame socket
43, retarder 43 is equipped with servo motor 42, and 43 output shaft end of retarder is equipped with flange shaft 46, and 46 upper end of flange shaft is equipped with
With the bearing wheel pressing shaft 45 for drawing material 44 phase shift formula of frame clamping, retaining ring 48, locking are equipped between flange shaft 46 and retarder 43
24 plate gear plectrums 47 are equipped between ring 48 and flange shaft 46,46 rear end of flange shaft is equipped with and the mutually movable touching of gear plectrum 47
The roller shaft 49 connect.
Press 5 and draw material track 35 between be equipped with camera displacement device 14, draw material track 35 be equipped with and draw material 35 phase of track
The X-Y axis changeover module 12 that shifting formula touches draws material 35 side of track to be equipped with and mutually movable turn touched of X-Y axis changeover module 12
Move component 13.Transfer assembly 13 includes transfer frame 55, and transfer frame 55 is equipped with linking plate body 57, and transfer frame 55 is equipped with and engagement plate
The mutually movable bolted transfer electric cylinders 56 of body 57.Camera displacement device 14 includes camera displacement frame 60, on camera displacement frame 60
Equipped with the traversing electric cylinders 58 of camera being connect with 60 phase Mobile flange of camera displacement frame, 60 upper end camera 59 of camera displacement frame, phase
59 lower end of machine is equipped with annular light source 62, and camera lens 61 is equipped between annular light source 62 and camera 59.
X-Y axis changeover module 12 includes X-Y pedestal 51, and 51 rear end of X-Y pedestal is equipped with image recognition sensor 50, X-Y axis
51 front end of frame is equipped with X-axis and is displaced electric cylinders 52, and X-axis is displaced electric cylinders 52 and is equipped with Y-axis displacement electric cylinders 53, and Y-axis is displaced 53 lower end of electric cylinders
Equipped with draw expect the mutually movable suction belt frame 54 touched of track 35.
In conclusion the automatic cutting packaging facilities, have that compact-sized, packaging efficiency is high, good reliability, quality are steady
Calmly, the characteristics of labor intensity is low, the adaptation of product is strong and long service life.Realize the performance for feeding fast and stable operation, and
Entire process coordination is unified, automatic reliable.The degree of automation is improved, human cost is greatly reduced and is produced into
This, is suitable for efficient mass production.
It is obvious to a person skilled in the art that the utility model is not limited to the details of above-mentioned example embodiment, and
Without departing substantially from the essential characteristic of utility model, the utility model can be realized in other specific forms.Therefore nothing
By from the point of view of which point, the present embodiments are to be considered as illustrative and not restrictive, the scope of the utility model by
Appended claims rather than above description limit, it is intended that will fall within the meaning and scope of the equivalent elements of the claims
All changes be embraced therein.It should not treat any reference in the claims as limiting related power
Benefit requires.
In short, the foregoing is merely specific embodiment of the utility model, but the structure feature of the utility model not office
It is limited to this, in the field of the utility model, made changes or modifications all cover in this reality any those skilled in the art
Among novel the scope of the patents.
Claims (5)
1. a kind of automatic cutting packaging facilities, including rack (1), the rack (1) is equipped with outline border housing (2), described
Rack partition (10) are equipped in outline border housing (2), rack partition (10) side end face is equipped with and outline border housing (2) phase spiral shell
The receiving rack (3) that hydrant is connected and fixed, it is characterised in that: the rack partition (10) is equipped with press (5), the press
(5) front end is equipped with tail band unreeling structure (4), and the press (5) lower end is equipped with and the mutually movable charger touched of press (5)
Structure (6), the feeding mechanism (6) side are equipped with hopper frame (8), and the feeding mechanism (6) other side is equipped with and extends to pressure
The tail band rail assembly (9) touched in machine (5) and with receiving rack (3) phase shift formula, hopper frame (8) top are equipped with material strip
Unwinding rack (7), the material strip unwinding rack (7) are equipped with and the mutually movable thin-film unreeling frame touched of tail band rail assembly (9)
(11)；
The tail band unreeling structure (4) includes that tail band unreels bracket (15), and the tail band unreels bracket (15) front end and is equipped with
Tail band unreels turntable (16), and the tail band, which unreels bracket (15) rear end and is equipped with, to be unreeled turntable (16) phase shift formula with tail band and touch
Infrared observation frame (17)；
The press (5) includes press pedestal platform (18), and the press pedestal platform (18), which is equipped with, pushes electric cylinders (21), institute
Pushing electric cylinders (21) side stated is equipped with the traversing electric cylinders of press (19) being connected and fixed with press pedestal platform (18) phase slide rail type, institute
The traversing electric cylinders of the press stated (19) are fixedly connected with electric cylinders (21) phase flange form connecting plate is pushed, under the pushing electric cylinders (21)
End is equipped with the pressing mold connecting base (20) connecting with pushing electric cylinders (21) phase axle sleeve；
The feeding mechanism (6) includes charging bottom plate (26), and the charging bottom plate (26) is equipped with and pressing mold connecting base
(20) the mutually movable guiding module grillage (27) touched, guiding module grillage (27) end face are equipped with and charging bottom plate (26)
In integrated feed lead rail (30)；
The tail band rail assembly (9) includes drawing material track (35), and the drawing material track (35) is passed equipped with several optical fiber
Sensor (36), described drawing material track (35) the tail end two sides are equipped with hot melt component (37), the drawing material track (35) and receipts
Expect to be equipped between frame (3) and draws material component (38)；The hot melt component (37) includes hot melt frame (39), and the hot melt frame (39) is interior
Equipped with hot melt block (40), hot melt frame (39) lower end is equipped with the hot melt connecting with hot melt block (40) phase movable lift and goes up and down
Cylinder (41).
2. automatic cutting packaging facilities according to claim 1, it is characterised in that: the drawing material component (38) includes drawing
Expect frame (44), the drawing material frame (44) is equipped with and draws the retarder (43) for expecting the socket of frame (44) phase bearing-type, and described subtracts
Fast device (43) is equipped with servo motor (42), and the retarder (43) output shaft end is equipped with flange shaft (46), the method
Blue shaft (46) upper end is equipped with and draws the bearing wheel pressing shaft (45) for expecting the clamping of frame (44) phase shift formula, the flange shaft (46)
Retaining ring (48) are equipped between retarder (43), several gear plectrums are equipped between the retaining ring (48) and flange shaft (46)
(47), flange shaft (46) rear end is equipped with and the mutually movable roller shaft (49) touched of gear plectrum (47).
3. automatic cutting packaging facilities according to claim 1, it is characterised in that: the press (5) and drawing material track
(35) camera displacement device (14) are equipped between, the drawing material track (35) is equipped with to be touched with material track (35) phase shift formula is drawn
X-Y axis changeover module (12), drawing material track (35) side are equipped with and X-Y axis changeover module (12) is mutually movable touches
Transfer assembly (13)；The transfer assembly (13) includes transfer frame (55), and the transfer frame (55) is equipped with linking plate body
(57), the transfer frame (55) is equipped with and is connected the mutually movable bolted transfer electric cylinders (56) of plate body (57)；Described
Camera displacement device (14) includes camera displacement frame (60), and the camera displacement frame (60) is equipped with and camera displacement frame (60) phase
The traversing electric cylinders of camera (58) of Mobile flange connection, described camera displacement frame (60) the upper end camera (59), the camera
(59) lower end is equipped with annular light source (62), is equipped with camera lens (61) between the annular light source (62) and camera (59).
4. automatic cutting packaging facilities according to claim 3, it is characterised in that: the X-Y axis changeover module (12)
Including X-Y pedestal (51), X-Y pedestal (51) rear end is equipped with image recognition sensor (50), the X-Y pedestal (51)
Front end is equipped with X-axis displacement electric cylinders (52), and X-axis displacement electric cylinders (52) is equipped with Y-axis displacement electric cylinders (53), the Y-axis
Electric cylinders (53) lower end is displaced to be equipped with and draw material track (35) mutually movable suction belt frame (54) touched.
5. automatic cutting packaging facilities according to claim 1, it is characterised in that: the feed lead rail (30) is equipped with
With the mutually movable material toggling component (28) crimped of feed lead rail (30), material toggling component (28) side is equipped with and material toggling component
(28) the charging telescopic cylinder (29) that phase shift formula touches；The material toggling component (28) includes material toggling cylinder (31), described
Material toggling cylinder (31) end face is equipped with and the mutually movable bolted material toggling block (32) of material toggling cylinder (31), the material toggling block
(32) lower end be equipped with the mutually movable locating piece (33) for touching limit of guiding module grillage (27), the locating piece (33) is interior to be set
There are several and locating piece (33) in integrated material toggling needle (34).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822192954.3U CN209366527U (en) | 2018-12-26 | 2018-12-26 | A kind of automatic cutting packaging facilities |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822192954.3U CN209366527U (en) | 2018-12-26 | 2018-12-26 | A kind of automatic cutting packaging facilities |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209366527U true CN209366527U (en) | 2019-09-10 |
Family
ID=67830965
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201822192954.3U Active CN209366527U (en) | 2018-12-26 | 2018-12-26 | A kind of automatic cutting packaging facilities |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209366527U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109515800A (en) * | 2018-12-26 | 2019-03-26 | 杭州徐睿机械有限公司 | Automatic cutting packaging facilities and its control method |
-
2018
- 2018-12-26 CN CN201822192954.3U patent/CN209366527U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109515800A (en) * | 2018-12-26 | 2019-03-26 | 杭州徐睿机械有限公司 | Automatic cutting packaging facilities and its control method |
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| CP03 | Change of name, title or address |
Address after: 310018 No. 66, Xianglong Road, Baiyang street, Qiantang District, Hangzhou City, Zhejiang Province Patentee after: Hangzhou Taishang Intelligent Equipment Co.,Ltd. Address before: No.012-3101, technical development zone, baiyanggan street, Hangzhou City, Zhejiang Province Patentee before: HANGZHOU XURUI MACHINERY Co.,Ltd. |
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| CP03 | Change of name, title or address |