CN205076104U - Novel full -automatic blowing packagine machine of plum class - Google Patents
Novel full -automatic blowing packagine machine of plum class Download PDFInfo
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- CN205076104U CN205076104U CN201520775396.7U CN201520775396U CN205076104U CN 205076104 U CN205076104 U CN 205076104U CN 201520775396 U CN201520775396 U CN 201520775396U CN 205076104 U CN205076104 U CN 205076104U
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- blanking
- cylinder
- lower plugboard
- wrapping machine
- frame
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Abstract
The utility model discloses a novel full -automatic blowing packagine machine of plum class, including the packagine machine body, the packagine machine body is equipped with the packagine machine tailstock, and packagine machine tailstock department is equipped with the blowing machine, this blowing press packed bale draw together the frame, be used for to store up the deposit -holding material the storage hopper, shake set, press device, unloader and location blowing device. The storage hopper, shake set, press device, unloader and location blowing device install respectively in the frame, the storage hopper is located the top of the dish that shakes, press device is located the top in the exit of dish that shakes. Install down the silo in the frame, the one end of this time silo is connected in the export of the dish that shakes, and the other end is connected in unloader's entry. Unloader's exit linkage in the entry of location blowing device. Location blowing device is placed the material on the packagine machine tailstock. Novel full -automatic blowing packagine machine of plum class to have product packaging's uniformity high, the high quality of product, production efficiency and automatic competent characteristics.
Description
Technical field
The utility model belongs to packaging facilities technical field, relates to wrapping machine, particularly relates to plum class full-automatic feeding wrapping machine.
Background technology
At present, the plum class materials such as preserved plum or dry snow plum are generally pack with wrapping machine of the prior art, to be placed on by material by staff during packaging between the colour code of packaging film pushing away between finger or be placed on wrapping machine tailstock by staff on wrapping machine tailstock, then material is sent in wrapping machine and packs.This wrapping machine often comes with some shortcomings a little by manually carrying out blowing: 1, operating personal working strength is large, longevity of service fatiguability, thus causes material placement location inaccurate or leak and put, and causes the conformability of the packing of product poor; 2, high product is required for some hygienic standards, due to operating personal hand blowing, the hygienic standard of product can be reduced, adverse influence is produced to the quality of product; 3, production efficiency and automatization level low, be unfavorable for the development of enterprise.
Utility model content
The purpose of this utility model is to provide a kind of novel plum class full-automatic feeding wrapping machine, material accurately can be located and is positioned on wrapping machine tailstock by automatically, the conformability that this novel plum class full-automatic feeding wrapping machine has the packing of product is high, the quality of product is high, production efficiency and the high feature of automatization level.
In order to solve the problems of the technologies described above, the technical solution adopted in the utility model is: a kind of novel plum class full-automatic feeding wrapping machine, comprise wrapping machine body, described wrapping machine body is provided with wrapping machine tailstock, described wrapping machine tailstock place is provided with delivery machine, this delivery machine comprises frame, for storing the storage bin hopper of material, shake dish, material pressing device, blanking device and location discharging device, described storage bin hopper, shake dish, material pressing device, blanking device and location discharging device are installed in frame respectively, shake described in described storage bin hopper is positioned at the top of coiling, material in described storage bin hopper shakes in dish described in flowing into from the discharging opening of described storage bin hopper, shake described in described material pressing device is positioned at the top in exit of dish, described frame is provided with blanking groove, to shake described in one end of this blanking groove is connected to the outlet of dish, the other end is connected to the entrance of described blanking device, the outlet of described blanking device is connected to the entrance of described location discharging device, described material is positioned on described wrapping machine tailstock by described location discharging device.
Further, described material pressing device comprises bracing frame, adapter plate, backgauge cylinder, material blocking rod, first binder cylinder, first compressing rod, second binder cylinder and the second compressing rod, support frame as described above is fixed in described frame, described adapter plate is fixed on support frame as described above, described first binder cylinder, second binder cylinder and backgauge cylinder sequence are installed on described adapter plate, described material blocking rod is fixed on the piston rod of described backgauge cylinder, the distance of the end face of wherein said material blocking rod and the described outlet of coiling of shaking is 0.5 ~ 1.5 times of the diameter of described material, described first compressing rod (148) is fixed on the piston rod of described first binder cylinder (145), described second compressing rod (147) is fixed on the piston rod of described second binder cylinder (144).
Further, described blanking device comprises blanking body, upper plate, upper plate cylinder, lower plugboard, lower plugboard cylinder, described blanking body is installed in described frame, and described blanking body is provided with blanking channel, and on described blanking body, the entrance of described blanking channel is fixed with funnel;
Described blanking body is provided with plate groove, described upper plate is provided with plate opening, on this plate opening plate on described thickness direction on through, described upper plate is installed in described upper plate groove, described upper plate cylinder is installed in described frame, the piston rod of described upper plate cylinder is connected with described upper plate, upper plate described in described upper plate air cylinder driven, and described upper plate is moved in plate groove on described;
On described blanking body, below described upper plate groove, place is provided with lower plugboard groove, described lower plugboard is provided with lower plugboard opening, this lower plugboard opening is through on the thickness direction of described lower plugboard, described lower plugboard is installed in described lower plugboard groove, described lower plugboard cylinder is installed in described frame, the piston rod of described lower plugboard cylinder is connected with described lower plugboard, lower plugboard described in described lower plugboard air cylinder driven, and described lower plugboard is moved in described lower plugboard groove.
Further, described blanking device is provided with a stay bearing plate, described location discharging device is installed on the below of described blanking device on this stay bearing plate, the entrance of described location discharging device is corresponding with the outlet of described blanking device, described location discharging device comprises shell, main synchronous pulley, secondary synchronous pulley, Timing Belt and drive motor, described shell, described secondary synchronous pulley and drive motor are installed on described stay bearing plate respectively, described main synchronous pulley is installed in the rotating shaft of described drive motor, described main synchronous pulley is connected to described secondary synchronous pulley by described Timing Belt, described Timing Belt is fixed with several baffle plates equably.
Further, described drive motor is servomotor or synchronous dynamo or variable-frequency motor.
Further, in described frame described storage bin hopper and described shake coil between place feeding device is installed, this feeding device comprises material shovel and vibrator, described vibrator is installed in described frame, described material shovel is installed on described vibrator, described vibrator makes described material shovel vibration, and the discharging opening of described storage bin hopper shovels corresponding with described material, the top place of the dish that shakes described in the outlet that described material shovels is positioned at.
The utility model beneficial effect: novel plum class full-automatic feeding wrapping machine described in the utility model, its wrapping machine tailstock is provided with delivery machine, and material is accurately located and is positioned on packaging film by delivery machine, then packs.Relative to wrapping machine of the prior art, novel plum class full-automatic feeding wrapping machine described in the utility model, its blowing function realizes precise positioning blowing, can avoid occurring that material placement location is forbidden or leaks the situation of putting, and therefore the conformability of the packing of product is high; Do not need artificial blowing, therefore can reduce operating personal contact material, product is health more, and therefore the quality of product is high; Adopt machine full-automatic feeding, therefore production efficiency and automatization level high.To sum up, novel plum class full-automatic feeding wrapping machine described in the utility model, its conformability with the packing of product is high, and the quality of product is high, production efficiency and the high feature of automatization level.
Accompanying drawing explanation
Fig. 1 is the front view of the novel plum class full-automatic feeding wrapping machine of the utility model embodiment.
Fig. 2 is I direction view in Fig. 1.
Fig. 3 is the birds-eye view of novel plum class full-automatic feeding wrapping machine when removing storage bin hopper and feeding device.
Fig. 4 is the enlarged view of A in Fig. 1.
Fig. 5 is the enlarged view of B in Fig. 1.
Fig. 6 is the enlarged view of C in Fig. 2.
The first view when Fig. 7 is material pressing device work.
The second view when Fig. 8 is material pressing device work.
The first view when Fig. 9 is blanking device work.
The second view when Figure 10 is blanking device work.
Third state schematic diagram when Figure 11 is blanking device work.
View when Figure 12 is location discharging device work.
Description of reference numerals:
Storage bin hopper 11, material shovel 12, vibrator 13, material pressing device 14, the dish 15 that shakes, blanking groove 16, blanking device 17, location discharging device 18, control panel 19, frame 20, wrapping machine body 21, material 22, packaging film 23;
Bracing frame 141, adapter plate 142, backgauge cylinder 143, second binder cylinder 144, first binder cylinder 145, material blocking rod 146, second compressing rod 147, first compressing rod 148;
Funnel 171, blanking body 172, upper plate cylinder 173, upper plate 174, lower plugboard cylinder 175, lower plugboard 176;
Blanking channel 1721;
Shell 181, drive motor 182, main synchronous pulley 183, secondary synchronous pulley 184, Timing Belt 185, baffle plate 186;
Wrapping machine tailstock 211.
Detailed description of the invention
Below in conjunction with the accompanying drawing in the utility model embodiment, be clearly and completely described the technical scheme in the utility model embodiment, obviously, described embodiment is only the utility model part embodiment, instead of whole embodiments.Based on the embodiment in the utility model, those of ordinary skill in the art are not making the every other embodiment obtained under creative work prerequisite, all belong to the scope of the utility model protection.
As shown in Figure 1, Figure 2 and Figure 3, the novel plum class full-automatic feeding wrapping machine of the present embodiment, comprises wrapping machine body 21, wrapping machine body 21 is provided with a wrapping machine tailstock 211.Wrapping machine tailstock 211 place is provided with delivery machine, and this delivery machine comprises frame 20, for storing the storage bin hopper 11 of material 22, the dish 15 that shakes, material pressing device 14, blanking device 17 and location discharging device 18.Storage bin hopper 11 is installed in frame 20, and the dish 15 that shakes is designed to helix line vibrating disk, and the quantity of the dish 15 that shakes is three, and these three dishes 15 that shake are installed in frame 20, and storage bin hopper 11 is positioned at the top of three dishes 15 that shake.In frame 20, storage bin hopper 11 and three places between dish 15 that shake are separately installed with a feeding device, this feeding device comprises material shovel 12 and vibrator 13, vibrator 13 is installed in frame 20, and material shovel 12 is installed on vibrator 13, and vibrator 13 makes material shovel 12 and produces vibration.Storage bin hopper 11 is processed with three discharging openings, and these three discharging openings are corresponding with three material shovels 12 respectively, and the outlet of material shovel 12 is positioned at the top place of the dish 15 that shakes.Material 22 during work in storage bin hopper 11 flows in material shovel 12 from the discharging opening of storage bin hopper 11, makes material shovel 12 vibrations thus the material 22 in material shovel 12 is dropped in the dish 15 that shakes by linear oscillatory motion vibrator 13.
With reference to Fig. 1 and Fig. 4, material pressing device 14 is installed in frame 20, is positioned at the top in the exit of the dish 15 that shakes.Material pressing device 14 comprises bracing frame 141, adapter plate 142, backgauge cylinder 143, material blocking rod 146, first binder cylinder 145, first compressing rod 148, second binder cylinder 144 and the second compressing rod 147.Bracing frame 141 is fixed in frame 20, adapter plate 142 is secured by bolts on bracing frame 141, first binder cylinder 145, second binder cylinder 144 and backgauge cylinder 143 order are installed on adapter plate 142, material blocking rod 146 is fixed on the piston rod of backgauge cylinder 143, first compressing rod 148 is fixed on the piston rod of the first binder cylinder 145, and the second compressing rod 147 is fixed on the piston rod of the second binder cylinder 144.During design, design the distance of the end face of the outlet of material blocking rod 146 and the dish 15 that shakes according to the size of material 22, design material blocking rod 146 and the distance of the end face of the outlet of the dish 15 that shakes are 0.5 ~ 1.5 times of the diameter of material 22 usually
With reference to Fig. 5 and Fig. 6, blanking device 17 is installed in frame, and is positioned at the below of the dish 15 that shakes.Blanking device 17 comprises blanking body 172, upper plate 174, upper plate cylinder 173, lower plugboard 176, lower plugboard cylinder 175.Blanking body 172 is in cuboid, and it is installed in frame 20.Blanking body 172 is processed with three blanking channels 1721, and on blanking body 172, the entrance of three blanking channels 1721 is fixed with a funnel 171 respectively.Blanking body 172 is processed with plate groove, upper plate 174 is provided with plate opening, on this, plate opening is through on the thickness direction of upper plate 174, upper plate 174 is installed in plate groove, upper plate cylinder 173 is fixed in frame 20, the piston rod of upper plate cylinder 173 is connected with upper plate 174, and upper plate cylinder 173 drives upper plate 174, and plate 174 is moved in upper plate groove.On blanking body 172, below upper plate groove, place is processed with lower plugboard groove, lower plugboard 176 is processed with lower plugboard opening, this lower plugboard opening is through on the thickness direction of lower plugboard 176, lower plugboard 176 is installed in lower plugboard groove, lower plugboard cylinder 175 is installed in frame 20, the piston rod of lower plugboard cylinder 175 is connected with lower plugboard 176, and lower plugboard cylinder 175 drives lower plugboard 176, and lower plugboard 176 is moved in lower plugboard groove.
With reference to Fig. 1, Fig. 2 and Fig. 3, frame 20 is provided with three blanking grooves 16, the U-shaped profile of blanking groove 16, also the cross-sectional plane of blanking groove can be designed to V-shaped, circular or square.One end of blanking groove 16 is connected to the outlet of the dish 15 that shakes, and the other end is connected to the funnel 171 of blanking device 17, and the material 22 of the outlet outflow of the dish 15 that shakes is flowed into by blanking groove 16 and enters in funnel 171 in the blanking channel 1721 of blanking device 17.
With reference to Fig. 1 and Fig. 6, blanking device 17 is provided with a stay bearing plate, location discharging device 18 is installed on the below of this stay bearing plate handling equipment 17, and the entrance of location discharging device 18 is corresponding with the outlet of blanking device 17.Location discharging device 18 comprises shell 181, main synchronous pulley 183, secondary synchronous pulley 184, Timing Belt 185 and drive motor 182.Shell 181, secondary synchronous pulley 184 and drive motor 182 are installed on stay bearing plate respectively, main synchronous pulley 183 is installed in the rotating shaft of drive motor 182, main synchronous pulley 183 is connected to secondary synchronous pulley 184 by Timing Belt 185, Timing Belt 185 is fixed with equably several baffle plates 186, thus on Timing Belt 185, baffle plate 186 and shell 181 form the compartment of the accommodation material 22 of lattice one lattice, and the size of compartment is determined according to the size of the sack of packaging product.Drive motor 182 drives main synchronous pulley 183 to rotate, and main synchronous pulley 183 drives Timing Belt 185 to move, and the install kinematic velocity of packaging film 23 at tailstock 211 place of the kinematic velocity attendant of a stage actor of Timing Belt 185 is the same.As decision design, drive motor 182 is designed to servomotor, also can be designed to synchronous dynamo or variable-frequency motor etc.
With reference to Fig. 1, frame 20 is also provided with a control panel 19, conveniently can controls novel plum class full-automatic feeding wrapping machine by this control panel 19.
Below the principle of work of novel plum class full-automatic feeding wrapping machine described in the utility model is described in further detail.
With reference to Fig. 1, store material 22 in storage bin hopper 11, material 22 flows in material shovel 12 from the discharging opening of storage bin hopper 11.Material 22 in material shovel 12 flows into from the opening of material shovel 12 and shakes in dish 15, material 22 in it vibrates by the dish 15 that shakes, thus make that material 22 is intensive to be arranged in a row, and move to the below of the opening part material pressing device 14 of the dish 15 that shakes along the helix line of the dish 15 that shakes, state is now as shown in Figure 7.When wanting blanking, with reference to Fig. 8, backgauge cylinder 143 drive material blocking rod 146 upwards action open, first binder cylinder 145 and the second binder cylinder 144 drive the first compressing rod 148 and the action downwards of the second compressing rod 147 to push down material 22 respectively simultaneously, and the material 22 near material blocking rod 146 flows in blanking groove 16; When not needing blanking, with reference to Fig. 7, backgauge cylinder 143 drives material blocking rod 146 action downwards to block material 22, the first binder cylinder 145 and the second binder cylinder 144 drive respectively the first compressing rod 148 and the second compressing rod 147 upwards action allow material 22 move to material blocking rod 146 place.Further, arrange according to the moving velocity of material 22 opening time of material blocking rod 146, first compressing rod 148 and the second compressing rod 147.
The material 22 of releasing from material pressing device 14 flow in blanking device 17 by blanking groove 16, state now as shown in Figure 9, upper plate cylinder 173 drives upper plate 174 to close blanking channel 1721, lower plugboard cylinder 175 drives lower plugboard 176 to open, lower plugboard opening is corresponding with blanking channel 1721, and material 22 is positioned on plate 174.With reference to Figure 10, when lower plugboard cylinder 175 drives lower plugboard 176 to close blanking channel 1721, upper plate cylinder 173 drives upper plate 174 to open, and upper plate opening is corresponding with blanking channel 1721, and now material 22 drops on lower plugboard 176.With reference to Figure 11, upper plate cylinder 173 drives upper plate 174 to close blanking channel 1721, and lower plugboard cylinder 175 drives lower plugboard 176 to open, and lower plugboard opening is corresponding with blanking channel 1721, and the material 22 on lower plugboard 176 drops in the discharging device 18 of location.
With reference to Figure 12, when material 22 falls from blanking device 17, three compartments on the Timing Belt 185 of location discharging device 18 are just right against the outlet of three blanking channels 1721 on blanking device 17 respectively, in three compartments that material 22 in three blanking channels 1721 drops respectively on Timing Belt 185, then drive motor 182 drives Timing Belt 185 to move, baffle plate 186 promotes material 22 and moves along Timing Belt 185, when material 22 is transported to below Timing Belt 185, under gravity, on the packaging film 23 that material 22 drops on wrapping machine tailstock 211, baffle plate 186 simultaneously on Timing Belt 185 pushes material 22 and moves to wrapping machine body 21 direction, last material 22 departs from baffle plate 186, material 22 is accurately positioned and is positioned on packaging film 23, and move in wrapping machine body 21 with packaging film 23 and pack.Charging on wrapping machine tailstock 211 also can be realized by chain feeding mechanism, and now material 22 accurately falls into pushing away to be admitted in wrapping machine body 21 between finger and packing of chain.
To sum up, novel plum class full-automatic feeding wrapping machine described in the utility model, its wrapping machine tailstock is provided with delivery machine, and material is accurately located and is positioned on packaging film or on chain feeding mechanism, then packs by delivery machine.Relative to wrapping machine of the prior art, novel plum class full-automatic feeding wrapping machine described in the utility model, its delivery machine precise positioning blowing, can avoid occurring that material placement location is forbidden or leaks the situation of putting, therefore the conformability of the packing of product is high; Do not need artificial blowing, therefore can reduce operating personal contact material, product is health more, and therefore the quality of product is high; Adopt machine full-automatic feeding, therefore production efficiency and automatization level high.
The foregoing is only preferred embodiment of the present utility model; not in order to limit the utility model; all within spirit of the present utility model and principle, any amendment done, equivalent replacement, improvement etc., all should be included within protection domain of the present utility model.
Claims (6)
1. a novel plum class full-automatic feeding wrapping machine, comprise wrapping machine body (21), described wrapping machine body (21) is provided with wrapping machine tailstock (211), it is characterized in that, described wrapping machine tailstock (211) place is provided with delivery machine, this delivery machine comprises frame (20), for storing the storage bin hopper (11) of material (22), shake dish (15), material pressing device (14), blanking device (17) and location discharging device (18), described storage bin hopper (11), shake dish (15), material pressing device (14), blanking device (17) and location discharging device (18) are installed in frame (20) respectively, shake described in described storage bin hopper (11) is positioned at the top of dish (15), material (22) in described storage bin hopper (11) shakes in dish (15) described in flowing into from the discharging opening of described storage bin hopper (11), shake described in described material pressing device (14) is positioned at the top in exit of dish (15), described frame (20) is provided with blanking groove (16), to shake described in one end of this blanking groove (16) is connected to the outlet of dish (15), the other end is connected to the entrance of described blanking device (17), the outlet of described blanking device (17) is connected to the entrance of described location discharging device (18), described material (22) is positioned on described wrapping machine tailstock (211) by described location discharging device (18).
2. one according to claim 1 novel plum class full-automatic feeding wrapping machine, it is characterized in that, described material pressing device (14) comprises bracing frame (141), adapter plate (142), backgauge cylinder (143), material blocking rod (146), first binder cylinder (145), first compressing rod (148), second binder cylinder (144) and the second compressing rod (147), support frame as described above (141) is fixed in described frame (20), described adapter plate (142) is fixed on support frame as described above (141), described first binder cylinder (145), second binder cylinder (144) and backgauge cylinder (143) order are installed on described adapter plate (142), described material blocking rod (146) is fixed on the piston rod of described backgauge cylinder (143), wherein said material blocking rod (146) and the distance of the end face of the described outlet of coiling (15) of shaking are 0.5 ~ 1.5 times of the diameter of described material (22), described first compressing rod (148) is fixed on the piston rod of described first binder cylinder (145), described second compressing rod (147) is fixed on the piston rod of described second binder cylinder (144).
3. one according to claim 1 novel plum class full-automatic feeding wrapping machine, it is characterized in that, described blanking device (17) comprises blanking body (172), upper plate (174), upper plate cylinder (173), lower plugboard (176), lower plugboard cylinder (175), described blanking body (172) is installed in described frame (20), described blanking body (172) is provided with blanking channel (1721), and the entrance of the upper described blanking channel (1721) of described blanking body (172) is fixed with funnel (171);
Described blanking body (172) is provided with plate groove, described upper plate (174) is provided with plate opening, on this plate opening plate (174) on described thickness direction on through, described upper plate (174) is installed in described upper plate groove, described upper plate cylinder (173) is installed in described frame (20), the piston rod of described upper plate cylinder (173) is connected with described upper plate (174), described upper plate cylinder (173) drives described upper plate (174), described upper plate (174) is moved in plate groove on described,
Below the upper described upper plate groove of described blanking body (172), place is provided with lower plugboard groove, described lower plugboard (176) is provided with lower plugboard opening, this lower plugboard opening is through on the thickness direction of described lower plugboard (176), described lower plugboard (176) is installed in described lower plugboard groove, described lower plugboard cylinder (175) is installed in described frame (20), the piston rod of described lower plugboard cylinder (175) is connected with described lower plugboard (176), described lower plugboard cylinder (175) drives described lower plugboard (176), described lower plugboard (176) is moved in described lower plugboard groove.
4. one according to claim 1 novel plum class full-automatic feeding wrapping machine, it is characterized in that, (17) are provided with a stay bearing plate to described blanking device, described location discharging device (18) is installed on the below of described blanking device (17) on this stay bearing plate, the entrance of described location discharging device (18) is corresponding with the outlet of described blanking device (17), described location discharging device (18) comprises shell (181), main synchronous pulley (183), secondary synchronous pulley (184), Timing Belt (185) and drive motor (182), described shell (181), described secondary synchronous pulley (184) and drive motor (182) are installed on described stay bearing plate respectively, described main synchronous pulley (183) is installed in the rotating shaft of described drive motor (182), described main synchronous pulley (183) is connected to described secondary synchronous pulley (184) by described Timing Belt (185), described Timing Belt (185) is fixed with equably several baffle plates (186).
5. one according to claim 4 novel plum class full-automatic feeding wrapping machine, is characterized in that, described drive motor (182) is servomotor or synchronous dynamo or variable-frequency motor.
6. one according to claim 1 novel plum class full-automatic feeding wrapping machine, it is characterized in that, the upper described storage bin hopper (11) of described frame (20) and described shaking are coiled place between (15) and are provided with feeding device, this feeding device comprises material shovel (12) and vibrator (13), described vibrator (13) is installed in described frame (20), described material shovel (12) is installed on described vibrator (13), described vibrator (13) makes described material shovel (12) vibration, the discharging opening of described storage bin hopper (11) shovels (12) with described material corresponding, shake described in the outlet of described material shovel (12) is positioned at the top place of dish (15).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520775396.7U CN205076104U (en) | 2015-09-30 | 2015-09-30 | Novel full -automatic blowing packagine machine of plum class |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520775396.7U CN205076104U (en) | 2015-09-30 | 2015-09-30 | Novel full -automatic blowing packagine machine of plum class |
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| Publication Number | Publication Date |
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| CN205076104U true CN205076104U (en) | 2016-03-09 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520775396.7U Expired - Fee Related CN205076104U (en) | 2015-09-30 | 2015-09-30 | Novel full -automatic blowing packagine machine of plum class |
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| CN (1) | CN205076104U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105197296A (en) * | 2015-09-30 | 2015-12-30 | 佛山市大川赛德机械有限公司 | Novel plum full-automatic emptying packaging machine |
-
2015
- 2015-09-30 CN CN201520775396.7U patent/CN205076104U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105197296A (en) * | 2015-09-30 | 2015-12-30 | 佛山市大川赛德机械有限公司 | Novel plum full-automatic emptying packaging machine |
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| CF01 | Termination of patent right due to non-payment of annual fee | ||
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Granted publication date: 20160309 Termination date: 20190930 |