CN203740183U - Automatic bulk parcel delivery machine - Google Patents
Automatic bulk parcel delivery machine Download PDFInfo
- Publication number
- CN203740183U CN203740183U CN201420004570.3U CN201420004570U CN203740183U CN 203740183 U CN203740183 U CN 203740183U CN 201420004570 U CN201420004570 U CN 201420004570U CN 203740183 U CN203740183 U CN 203740183U
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- belt conveyor
- automatic switching
- chartered plane
- collator
- electric cabinet
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Abstract
The utility model discloses an automatic bulk parcel delivery machine. The automatic bulk parcel delivery machine comprises a feeding mechanism used for transporting materials, a subpackaging mechanism used for arranging the materials transported from the feeding mechanism according to preset rules, a conveying mechanism used for transporting the materials arranged according to the preset rules, and an electric cabinet. The feeding mechanism, the subpackaging mechanism and the conveying mechanism are arranged sequentially along the material transportation direction. The electric cabinet is connected with the feeding mechanism, the subpackaging and the conveying mechanism. By the automatic bulk parcel delivery machine, the materials are automatically arranged according to preset effect and delivered automatically, so that effect of automatic parcel delivery is realized, labor cost is lowered, and working efficiency is increased.
Description
Technical field
The utility model relates to automatic field, has and relates to a kind of automatic switching chartered plane in bulk.
Background technology
In packaging field, singly wrap in packaging process with the balk cargo of pouch-packaged various at present, be generally and manually throw bag, for example the balk cargo bag in the packaging of the instant noodles in field of food, the Powdered or granular balk cargo bag in field of medicaments.This balk cargo bag of sentencing instant noodles is thrown bag for example: on the conveyor line of packaging, throw in respectively on face cake to be packaged, then by packing together with face cake by needs by artificial balk cargo is wrapped.Therefore on every conveyor line, all need a lot of personnel to throw bag, waste more manpower.Meanwhile, because staff directly contacts material bag, produce food security hidden danger, in addition, limited in one's ability due to people, therefore work efficiency is generally lower.
Utility model content
For the deficiencies in the prior art, the purpose of this utility model is to provide a kind of automatic switching chartered plane in bulk rational in infrastructure, and this parcel delivery machine can effectively reduce human cost and increase work efficiency.
For achieving the above object, the utility model adopts following technical scheme:
A kind of automatic switching chartered plane in bulk, comprises electric cabinet, for the feeding machanism of transported material, for feeding machanism transport to subpackage mechanism that the material of coming arranges by predetermined rule and for the described material by predetermined rule arrangement being transported to the haul mechanism of the predetermined area; Described feeding machanism, subpackage mechanism and haul mechanism set gradually along the direction of material transportation; Described electric cabinet is connected with described feeding machanism, subpackage mechanism and haul mechanism respectively.
Preferably, described subpackage mechanism comprises the some collators of quantity, induced draft fan and the second monitor; Described induced draft fan is positioned at the below of described collator, and described the second monitor is positioned at the top of described collator.
Preferably, each collator comprises respectively three motor of one the 3rd belt conveyor and for driving the 3rd belt conveyor to rotate; On described collator, the length ratio of two adjacent the 3rd belt conveyors is 1:1 ~ 1:3; Described the 3rd motor is electrically connected with described electric cabinet; Below is provided with on the 3rd belt conveyor of induced draft fan and offers through hole.
Preferably, the ratio of the quantity of described collator and the quantity of induced draft fan is (1:1) ~ (3:1).
Preferably, described subpackage mechanism also comprises some tablet and the second frames of scraping; Describedly scrape the top that tablet is arranged in the second frame and is positioned at described collator; This upper end of scraping tablet is arranged in the second frame, and described the 3rd belt conveyor is pointed in its lower end, and and the 3rd belt conveyor between form the gap of pre-sizing.
The box body of one inner hollow and upper and lower both ends open preferably, is set between each induced draft fan and the 3rd belt conveyor; The upper end of described box body is communicated with the through hole of the 3rd belt conveyor, and lower end is communicated with the air outlet of induced draft fan.
Preferably, described feeding machanism comprises storing feedway, slope conveying device and the first monitor, and described storing feedway comprises material storing box and is arranged on the conveyer in material storing box; Described material storing box relative level face tilt; Described slope conveying device is arranged between storing feedway and subpackage mechanism; Described the first monitor is connected with described electric cabinet.。
Preferably, described haul mechanism comprises four motor of one the 4th belt conveyor and for driving the 4th belt conveyor to rotate; On the outside face of described the 4th belt conveyor, compartment of terrain convexes with some catch.
Preferably, described haul mechanism also comprises vertically disposed the 5th belt conveyor, and the 5th belt conveyor and described the 4th belt conveyor are synchronized with the movement, and on described the 5th belt conveyor, compartment of terrain convexes with some described catch.
Preferably, the lower end of described the 5th belt conveyor is provided with horizontally disposed the 6th belt conveyor, the 6th belt conveyor with being synchronized with the movement of described the 5th belt conveyor.
The beneficial effects of the utility model comprise:
In sum, Bales Off automatic switching chartered plane of the present utility model is delivered to subpackage mechanism according to electric cabinet control according to certain speed by material at random by described feeding machanism, described subpackage mechanism arranges material at random in conjunction with electric cabinet by the structure of himself according to predetermined order, and is transported to predetermined place by haul mechanism.Thereby realization is automatically arranged material according to desired effects, and throws in automatically, thereby realize the effect of automatic switching bag, reduce human cost, increase work efficiency.
Brief description of the drawings
Fig. 1 is one of the one of specific embodiment in the utility model automatic switching chartered plane in bulk integral structure schematic diagram;
Fig. 2 is the F direction view in Fig. 1;
Fig. 3 is this subpackage mechanism structural representation for specific embodiment in the utility model;
Fig. 4 is two of the one of specific embodiment in the utility model automatic switching chartered plane in bulk integral structure schematic diagram.
In figure: 1, feeding machanism; 10, storing feedway; 100, horizontal surface; 101, the first frame; 102, material storing box; 103, conveyer; 104, the first motor; 105, the first belt conveyor; 11, slope conveying device; 110, the second belt conveyor; 12, the first monitor; 2, subpackage mechanism; , coder [user of Microsoft 1]; 201, one section of belt conveyor of level; 202, two sections of belt conveyors of level; 203, three sections of belt conveyors of level; 204, four sections of belt conveyors of level; 205, five sections of belt conveyors of level; 206, six sections of belt conveyors of level; 207, seven sections of belt conveyors of level; 208, eight sections of belt conveyors of level; 209, nine sections of belt conveyors of level; 21, the second frame; 22, collator; 220, the 3rd belt conveyor; 221, the 3rd motor; 23, induced draft fan; 231, box body; 24, the second monitor; 25, scrape tablet; 3, haul mechanism; 31, the 4th belt conveyor; 311, catch; 32, the 4th motor; 33, the 5th belt conveyor; 34, the 6th belt conveyor; 4, electric cabinet.
Detailed description of the invention
Below, by reference to the accompanying drawings and detailed description of the invention, the utility model is described further:
With reference to Fig. 1 and Fig. 2, one automatic switching chartered plane in bulk described in the present embodiment, comprises for the feeding machanism 1 of transported material, for feeding machanism 1 being transported to the material of coming by the subpackage mechanism 2 of predetermined rule arrangement, for the described material of arranging by predetermined rule being transported to haul mechanism 3 and the electric cabinet 4 of the predetermined area.Described feeding machanism 1, subpackage mechanism 2 and haul mechanism 3 set gradually along the direction of material transportation.Described electric cabinet 4 is connected with described feeding machanism 1, subpackage mechanism 2 and haul mechanism 3 respectively.Described electric cabinet 4 is for controlling the work of described feeding machanism 1, subpackage mechanism 2 and haul mechanism 3.
Described feeding machanism 1 comprises storing feedway 10, slope conveying device 11 and the first monitor 12, and described storing feedway 10 comprises the first frame 101, is arranged on the material storing box 102 in the first frame 101 and is arranged on the conveyer 103 on material storing box 102.Described the first frame 101 is fixed on a horizontal surface 100.Described material storing box 102 relative level faces 100 tilt.Described conveyer 103 can comprise the first motor 104 and the first belt conveyor 105, drives the first belt conveyor 105 according to predetermined direction motion by the first motor 104, and drives the material of material storing box 102 interior stackings at random towards the discharging opening transport of material storing box 102.
Preferably, the angle that described material storing box 102 relative level faces 100 tilt can be 10 °-25 °; Described material storing box 102 increases progressively along the direction of material transportation successively apart from the height of horizontal surface 100.
Described slope conveying device 11 is arranged between storing feedway 10 and subpackage mechanism 2.Preferably, this slope conveying device 11 can comprise two section of second belt conveyor 110, and each the second belt conveyor 110 can drive by one second motor (not shown) respectively.This two section of second belt conveyor 110 can set gradually along the direction of described material transportation, and both upper surfaces flush.The upper surface of described two section of second belt conveyor 110 can tilt by relative level face 100, to improve the travelling speed of material.The angle of described inclination can be 10 °-25 °.Particularly, the direction that the upper surface of this second belt conveyor 110 points to subpackage mechanism 2 apart from the height of horizontal surface 100 by feeding machanism 1 is successively decreased successively.
Described the first monitor 12 can be arranged in the first frame 101 and/or subpackage mechanism 2, and is positioned at the top of slope conveying device 11.Described the first monitor 12, the first motor 104 and the second motor are electrically connected with described electric cabinet 4 respectively, and control its mode of operation by electric cabinet 4.
In conjunction with reference to Fig. 3, described subpackage mechanism 2 can comprise the second frame 21 and be installed on some collator 22, induced draft fan 23 and the second monitors 24 of quantity in the second frame 21.Described induced draft fan 23 is positioned at the below of described collator 22, and described the second monitor 24 is positioned at the top of described collator 22.The quantity of described collator 22 and the ratio of the quantity of induced draft fan 23 can be (1:1) ~ (3:1).Each described collator 22 sets gradually along the direction of mass transport, and adjacent two collators, 22 alignment arrange.
Each collator 22 comprises that respectively one the 3rd belt conveyor 220 and is for driving the 3rd motor 221 of the 3rd belt conveyor rotation 220.On described collator 22, the length ratio of two adjacent the 3rd belt conveyors 220 is 1:1 ~ 1:3.The length of each belt conveyor can specifically be used for arranging according to it.The length of each belt can be 0.5 ~ 1.5 meter.Each the 3rd belt conveyor 220 tops are at least provided with one second monitor 24.Each induced draft fan 23 is arranged on respectively the 3rd belt conveyor 220 belows accordingly.Corresponding, below be provided with on the 3rd belt conveyor 220 of induced draft fan 23 and offer some through hole (not shown).Described induced draft fan 23, for the material covering on the 3rd belt conveyor 220 is held, is fitted on a belt material closely, can be further by the material being stacked separately.
Preferably, the quantity of described collator 22 is 3 ~ 15, and each the 3rd belt conveyor 220 tops are respectively arranged with 1 ~ 3 the second monitor 24.Each the 3rd belt conveyor 220 can be horizontally disposed with.Described the second monitor 24, the 3rd motor 221 are electrically connected with described electric cabinet 4 respectively.Monitoring by the second monitor 24 to material on each the 3rd belt conveyor 220, and prison monitor message is sent to described electric cabinet 4, electric cabinet 4 can be controlled each the 3rd motor 221 respectively according to described monitor message, each the 3rd belt conveyor 220 is worked respectively, and drive the material on it to carry out belt conveyor, thereby realize, mixed and disorderly material is arranged according to predetermined mode.
Described haul mechanism 3 comprises four motor 32 of horizontally disposed the 4th belt conveyor 31 and for driving the 4th belt conveyor 31 to rotate.On the outside face of described the 4th belt conveyor 31, compartment of terrain convexes with some catch 311.This haul mechanism 3 can transport to the predetermined area by transporting the material contracted affreightment of coming by subpackage mechanism 2, for example, on the station of wrapping machine.
It should be noted that, horizontal surface 100 described in the utility model refers to the plane that supports each frame, for example the bottom surface of each floor of building.In conjunction with Fig. 2 and Fig. 4, can show that the concrete position of described feeding machanism 1 can place as required.
Below with nine the 3rd belt conveyors 220 to pouch-packaged material carry out subpackage be operating as example principle of work of the present utility model is described:
It should be noted that, as shown in Figure 1, these nine the 3rd belt conveyors 220 can be followed successively by along the direction of mass transport: one section of belt conveyor 201 of level, two sections of belt conveyors 202 of level, three sections of belt conveyors 203 of level, four sections of belt conveyors 204 of level, five sections of belt conveyors 205 of level, six sections of belt conveyors 206 of level, seven sections of belt conveyors 207 of level, eight sections of belt conveyors 208 of level, nine sections of belt conveyors 209 of level.
In addition, it should be noted that, between the adjacent belt conveyor in described feeding machanism 1 and subpackage mechanism 2, all can be interrupted feed by cover principle.
The first belt conveyor 105 in the material storing box 102 of described feeding machanism 1 is pressed cover principle by the pouch material bag of material storing box 102 interior placements at random to the slope conveying device 11 in its downstream and is interrupted feed.
Described slope conveying device 11 is for being transported to subpackage mechanism 2 by cover principle by the material on it.Described slope conveying device 11 is by two the 3rd belt conveyors 220 are set, and accumulation that can actv. buffering material, from alleviating the pressure of subpackage mechanism 2.
One section of belt conveyor of level 201 effect can comprise the pouch material bag on its upstream ramp feedway 11 discontinuously by-carriage to two sections of belt conveyors 202 of level.Two sections of belt conveyors of level 202 effect can comprise pouch material bag that upstream is carried discontinuously by-carriage to three sections of belt conveyors 203 of level.The effect of three sections of belt conveyors 203 of level can comprise the material bag that two sections of belt conveyors 202 of storage level are sent here, and can be according to the speed that is contained in client's pillow type packing machine coder 200 and feeds back, the applicable speed drawing with functional operation is to four sections of belt conveyors of level, 204 material conveying bags.
204 effects of four sections of belt conveyors of level can comprise the material bag that three sections of belt conveyors 203 of storage level are sent here, and can be by the speed that is arranged on client's pillow type packing machine coder 200 and feeds back, what draw with functional operation accepts higher than upstream (that is: three sections of belt conveyors 203 of level and belt before thereof) applicable speed the material bag that carry upstream, because four sections of belt conveyor 204 delivery speeies of this level are higher than upstream, what make to exist in the course of conveying of upstream overlappingly wraps in two belt intersections and is opened, meanwhile, its five sections of belt conveyors of level, 205 material conveying bags downstream.Now, the accumulation of pouch-packaged thing is overlapping little, and major part is rendered as individual layer and carries, and only has the stacked package of a little.
205 effects of five sections of belt conveyors of level can comprise that the material that upstream is carried wraps six sections of belt conveyors of level 206 downstream and supplies bag.206 effects of six sections of belt conveyors of level can comprise carries the material bag of upstream conveying fast to seven sections of belt conveyors 207 of level, and with the confluce of six sections of belt conveyors 206 of upstream level, overlapping bag separately, and will equidistantly deliver to seven sections of belt conveyors 207 of level, further a small amount of stacked package is separated by actv..
Seven sections of belt conveyors 207 of level can equidistantly be transported to the material bag of equidistantly individually arranging on eight sections of belt conveyors 208 of downstream level by certain delivery speed.208 effects of eight sections of belt conveyors of level can comprise according to nine sections of belt conveyors of level, 209 material conveying bag situations, in time to its by-carriage material bag discontinuously, now each small band packing material is equidistantly pulled open, and is solely transported on nine sections of belt conveyors 209 of level.
Nine sections of belt conveyors of level 209 effect can comprise the beat that material bag that upstream is sent here moves according to the 4th belt conveyor 31 upper stop pieces 311 of the haul mechanism 3 in its downstream, and material is assured and is really transported between two catch 311.Described electric cabinet 4 acts on and also comprises that collection is arranged on the coder 200 of client's pillow type packing machine and is arranged on the sensor feedback information on each actuating unit, controls intelligently each actuating unit and performs an action on request.
It should be noted that, described cover principle can be that the rhythm of upstream haul is controlled according to the amount of downstream storage material, can be specifically: in the time that the material in downstream is more than or equal to predetermined value, upstream stops feed, or in the time that downstream material is less than scheduled volume upstream fed downstream immediately.Taking described storage device 10 to described slope conveying device 11 cover feed as example: be less than when a certain amount of when the first monitor 12 detects material on described slope conveying device 11, produce one and lack material signal, and by this signal belt conveyor to electric cabinet 4, control the first motor 104 by electric cabinet 4 and move, drive the first belt conveyor 105 runnings to carry out feeding.When detecting material on described slope conveying device 11, the first monitor 12 is more than or equal to when a certain amount of; produce a foot material signal; and by this signal belt conveyor to electric cabinet 4, control the first motor 104 by electric cabinet 4 and shut down, make the first belt conveyor 105 stop feeding.
In sum, Bales Off automatic switching chartered plane of the present utility model is controlled material at random according to certain speed and is delivered to subpackage mechanism 2 according to electric cabinet 4 by described feeding machanism 1, described subpackage mechanism 2 structures by himself are arranged material at random in conjunction with electric cabinet 4 according to predetermined order, and are transported to predetermined place by haul mechanism 3.Thereby realization is automatically arranged material according to desired effects, and throws in automatically, thereby realize the effect of automatic switching bag, reduce human cost, increase work efficiency.
As another preferred embodiment, for more accurately by mass transport to predetermined place, described haul mechanism 3 can also comprise vertically disposed the 5th belt conveyor 33.The 5th belt conveyor 33 is synchronized with the movement with described the 4th belt conveyor skin 31 bands.The 5th belt conveyor 33 can be driven and be realized that both are synchronous by the 4th motor 32, or by a sensor (scheming not mark) is installed the 4th belt conveyor 31 and the 5th belt conveyor 33 near.Described sensor is connected with described electric cabinet 4, detects respectively the kinematic velocity of the 4th belt conveyor 31 and the 5th belt conveyor 33 by this sensor, and controls the 4th belt conveyor 31 and the 5th belt conveyor 33 is synchronized with the movement by electric cabinet 4.On described the 5th belt conveyor 33, compartment of terrain convexes with some described catch 311.Described the 5th belt conveyor 33 can be transported to material with described subpackage mechanism 2 not in the mechanism of same level position.
Horizontally disposed the 4th belt conveyor 31 synchronously by the neighboring and correlative catch 311 of parcel material synchronous transport to the five belt conveyors 33 between.The effect of the 5th belt conveyor 33 specifically can comprise the parcel material synchronous transport on the 4th belt conveyor 31 of upstream to predetermined place.For example, when described parcel material is during for convenience of the material bag of face, the 5th belt conveyor 33 effects can be the material bag that upstream is transported to and synchronously throw on the face cake of pillow type packing machine.
As another preferred embodiment, the lower end of described the 5th belt conveyor 33 (, can be the discharging opening place of the 5th belt conveyor 33) horizontally disposed the 6th belt conveyor 34 is installed, the 6th belt conveyor 34 with being synchronized with the movement of described the 5th belt conveyor 33, the mode that synchronous mode can be synchronous with described the 4th belt conveyor 31, the 5th belt conveyor 33 is identical.
As another preferred embodiment, in order better the material being stacked to be separated.Described subpackage mechanism 2 also comprises some tablets 25 of scraping.The described tablet 25 of scraping can be arranged in the second frame 21.This scrapes tablet 25 and is positioned at the top of described collator 22.This upper end of scraping tablet 25 is arranged in the second frame 21, and described the 3rd belt conveyor 220 is pointed in its lower end, and and the 3rd belt conveyor 220 between form the gap (not shown) of pre-sizing.Tablet 25 is scraped described at least arranging one in each the 3rd belt conveyor 220 tops.When occurring that stacking material is in the time that this scrapes tablet 25, this is scraped tablet 25 and can will be stacked under the material scraper of top.Further effectively by stacking material separately.
As another better enforcement, in order further to improve the adsorption effect of induced draft fan 23, the box body 231 of one inner hollow and upper and lower both ends open can be set between each induced draft fan 23 and the 3rd belt conveyor 220, the upper end of this box body 231 is communicated with the through hole of the 3rd belt conveyor 220, and lower end is communicated with the air outlet of induced draft fan 23.In the time that induced draft fan 23 is worked, the inside of described box body 231 forms negative pressure space, thereby reaches the effect of absorption material.In convey materials process, make material conveying process position be difficult for variation, its be beneficial in electric cabinet PLC of 4 can accurately calculate material at course of conveying the position at belt, last the 3rd belt conveyor 220(endways as described in nine sections of belt conveyors 209 of level) can throw into exactly on the 4th belt conveyor 31.
As another preferred embodiment, described the first monitor 12, the second monitor 24 and other monitors in the utility model can be all opto-electronic pickup.
To one skilled in the art, can be according to technical scheme described above and design, make other various corresponding changes and deformation, and within these all changes and deformation all should belong to the protection domain of the utility model claim.
Claims (10)
1. automatic switching chartered plane in bulk, is characterized in that: comprise electric cabinet, for the feeding machanism of transported material, for feeding machanism being transported to subpackage mechanism that the material of coming arranges by predetermined rule and for the described material of arranging by predetermined rule being transported to the haul mechanism of the predetermined area; Described feeding machanism, subpackage mechanism and haul mechanism set gradually along the direction of material transportation; Described electric cabinet is connected with described feeding machanism, subpackage mechanism and haul mechanism respectively.
2. automatic switching chartered plane in bulk according to claim 1, is characterized in that: described subpackage mechanism comprises the some collators of quantity, induced draft fan and the second monitor; Described induced draft fan is positioned at the below of described collator, and described the second monitor is positioned at the top of described collator.
3. automatic switching chartered plane in bulk according to claim 2, is characterized in that: each collator comprises respectively three motor of one the 3rd belt conveyor and for driving the 3rd belt conveyor to rotate; On described collator, the length ratio of two adjacent the 3rd belt conveyors is 1:1 ~ 1:3; Described the 3rd motor is electrically connected with described electric cabinet; Below is provided with on the 3rd belt conveyor of induced draft fan and offers through hole.
4. according to the automatic switching chartered plane in bulk described in claim 2 or 3, it is characterized in that: the ratio of the quantity of described collator and the quantity of induced draft fan is (1:1) ~ (3:1).
5. automatic switching chartered plane in bulk according to claim 3, is characterized in that: described subpackage mechanism also comprises some tablet and the second frames of scraping; Describedly scrape the top that tablet is arranged in the second frame and is positioned at described collator; This upper end of scraping tablet is arranged in the second frame, and described the 3rd belt conveyor is pointed in its lower end, and and the 3rd belt conveyor between form the gap of pre-sizing.
6. automatic switching chartered plane in bulk according to claim 5, is characterized in that: the box body that an inner hollow and upper and lower both ends open are set between each induced draft fan and the 3rd belt conveyor; The upper end of described box body is communicated with the through hole of the 3rd belt conveyor, and lower end is communicated with the air outlet of induced draft fan.
7. automatic switching chartered plane in bulk according to claim 1, is characterized in that: described feeding machanism comprises storing feedway, slope conveying device and the first monitor, described storing feedway comprises material storing box and is arranged on the conveyer on material storing box; Described material storing box relative level face tilt; Described slope conveying device is arranged between storing feedway and subpackage mechanism; Described the first monitor is connected with described electric cabinet.
8. automatic switching chartered plane in bulk according to claim 1, is characterized in that: described haul mechanism comprises four motor of one the 4th belt conveyor and for driving the 4th belt conveyor to rotate; On the outside face of described the 4th belt conveyor, compartment of terrain convexes with some catch.
9. automatic switching chartered plane in bulk according to claim 8, it is characterized in that: described haul mechanism also comprises vertically disposed the 5th belt conveyor, the 5th belt conveyor and described the 4th belt conveyor are synchronized with the movement, and on described the 5th belt conveyor, compartment of terrain convexes with some described catch.
10. automatic switching chartered plane in bulk according to claim 9, is characterized in that: the lower end of described the 5th belt conveyor is provided with horizontally disposed the 6th belt conveyor, the 6th belt conveyor with being synchronized with the movement of described the 5th belt conveyor.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420004570.3U CN203740183U (en) | 2014-01-01 | 2014-01-01 | Automatic bulk parcel delivery machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420004570.3U CN203740183U (en) | 2014-01-01 | 2014-01-01 | Automatic bulk parcel delivery machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203740183U true CN203740183U (en) | 2014-07-30 |
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ID=51340017
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420004570.3U Expired - Fee Related CN203740183U (en) | 2014-01-01 | 2014-01-01 | Automatic bulk parcel delivery machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203740183U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103786924A (en) * | 2014-01-01 | 2014-05-14 | 广州辐艾达机电设备有限公司 | Automatic bulk parcel delivery machine |
-
2014
- 2014-01-01 CN CN201420004570.3U patent/CN203740183U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103786924A (en) * | 2014-01-01 | 2014-05-14 | 广州辐艾达机电设备有限公司 | Automatic bulk parcel delivery machine |
| CN103786924B (en) * | 2014-01-01 | 2016-01-06 | 广州辐艾达机电设备有限公司 | Automatic switching chartered plane in bulk |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20140730 Termination date: 20180101 |
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| CF01 | Termination of patent right due to non-payment of annual fee |