CN209777401U - Closed conveying device - Google Patents
Closed conveying device Download PDFInfo
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- CN209777401U CN209777401U CN201920505998.9U CN201920505998U CN209777401U CN 209777401 U CN209777401 U CN 209777401U CN 201920505998 U CN201920505998 U CN 201920505998U CN 209777401 U CN209777401 U CN 209777401U
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Abstract
The utility model provides a closed conveying device, which is characterized by comprising a conveying channel part and an access channel part; at least two access passage parts are respectively arranged at the set positions of the conveying passage part; the conveying channel part comprises N channels with opposite conveying directions; each access passage part at least comprises M passages which correspond to the conveying passage part and have opposite directions; wherein N and M are integers not less than 2, and N is not less than M. The utility model provides a damage and the risk of losing in the product transportation process, ensured product quality, improved product transport safety. The whole product conveying process is carried out in the closed channel without any manual intervention, so that the labor cost is saved. The main conveying channel is arranged in the air, and compared with a conventional product conveying mode, the ground production line occupied area is saved.
Description
Technical Field
The utility model relates to a mechanical automation technical field specifically, relates to a closed conveyor, especially relates to a closed product conveyor.
Background
The production line, which is a common manufacturing unit in industry, is a multi-variety production organization form organized by taking a certain type of part group as an object. It has the necessary machinery and equipment to accomplish the task of machining these kinds of parts, and these equipment and working places are arranged and configured according to the ratio of the technological route and working procedure labor of most parts or main parts on the production line. The production line does not strictly produce according to the beat like a production line, special efficient equipment and tools cannot be adopted in large quantity, the high continuity of the technological process cannot be guaranteed, but the production line has higher flexibility and can meet the requirements of various production.
in the working process of a production line, transportation processes such as carrying, assembling and processing of unit accessories and getting of materials are indispensable, and the labor cost investment of the conventional product transportation technology is large; this problem is usually solved by using an automated transportation method, such as an AGV transport and conveying line disclosed in patent document CN 106586486B; the device comprises a turnover manipulator, a turnover seat, a walking device, a moving frame, a transfer car and a transporter; the turnover manipulator is welded on the turnover seat; the turnover seat is welded on the walking device; the walking device is welded on the moving frame; the transfer car moves transversely between the moving frame and the transporter; the transfer car is in butt joint with the moving frame; the transfer car is butted with the transporter;
However, similar prior art needs to reserve a space for conveying products on the ground, and cannot meet the anti-theft safety requirement in the product conveying process. Is not beneficial to improving the efficiency of automatic production. Therefore, it would be of great value and significance to provide a new closed product delivery system.
SUMMERY OF THE UTILITY MODEL
To the defect among the prior art, the utility model aims at providing a closed conveyor.
according to the utility model provides a closed conveying device, which comprises a conveying channel part and an access channel part;
At least two access passage parts are respectively arranged at the set positions of the conveying passage part;
the conveying channel part comprises N channels with opposite conveying directions;
each access passage part at least comprises M passages which correspond to the conveying passage part and have opposite directions;
Wherein N and M are integers not less than 2, and N is not less than M.
Preferably, the transfer passage part is erected in the air with a set height; the access passage portion includes a lift assembly; the access passage portion is connected to the transfer passage portion by a lift assembly.
preferably, the transfer passage portion includes an empty-box transfer passage and a full-box transfer passage;
The empty box conveying channel comprises a second empty box closed channel and a second empty box conveying roller; the second empty box conveying roller is arranged in the second empty box closed channel;
The full-box conveying channel comprises a second full-box closed channel and a second full-box conveying roller; the second full-box conveying roller is arranged in the second full-box closed channel;
the rolling directions of the second full box conveying roller and the second empty box conveying roller are opposite.
Preferably, the closed transfer means includes empty-tank inlet-section passages and full-tank inlet-section passages as 2 in-out passage sections, which are connected to the set positions of the transfer passage sections, respectively.
preferably, the empty box inlet part passage comprises a third empty box conveying roller, a third empty box closed passage, a third full box conveying roller, a third full box closed passage, an empty box inlet and a full box outlet; the third empty box conveying roller is arranged in the third empty box closed channel; the third full-box conveying roller is arranged in the third full-box closed channel; the empty box inlet and the full box outlet are respectively arranged on the same side of the third empty box closed channel and the third full box closed channel.
Preferably, the full-tank inlet partial passage comprises an empty-tank outlet, a full-tank inlet, a first full-tank closed passage, a first full-tank transfer roller, a first empty-tank closed passage, and a first empty-tank transfer roller; the first full-box conveying roller is arranged in the first full-box closed channel; the first empty box conveying roller is arranged in the first empty box closed channel; the empty box outlet and the full box inlet are respectively arranged on the same side of the first full box closed channel and the first empty box closed channel.
Preferably, the empty box inlet part channel further comprises an empty box inlet part lifting assembly, and the empty box inlet part channel is connected with the set position of the conveying channel part through the empty box inlet part lifting assembly; the full-box entrance part passage further comprises a full-box entrance part lifting assembly, and the full-box entrance part passage is connected with the set position of the conveying passage part through the full-box entrance part lifting assembly.
preferably, the empty box entrance part lifting assembly comprises a second elevator closed passage, a second elevator first transmission chain, a second elevator second transmission chain, a second elevator and a second elevator transfer drum; one end of the second elevator closed channel is connected with a set position of the conveying channel part, and the other end of the second elevator closed channel is connected with the empty box inlet part channel; the first transmission chain of the second elevator and the second transmission chain of the second elevator are both arranged in the closed channel of the second elevator; the second elevator conveying roller is arranged on the second elevator and can roll towards any set direction; the second elevator provided with the second elevator conveying roller is arranged in the second elevator closed channel and is mechanically connected with the first elevator transmission chain and/or the second elevator transmission chain, and the second elevator can move in the second elevator closed channel through the first elevator transmission chain and/or the second elevator transmission chain.
Preferably, the full bin entry portion lift assembly comprises a first lift transfer drum, a first lift first drive chain, a first lift second drive chain, and a first lift enclosed channel; one end of the first elevator closed channel is connected with a set position of the conveying channel part, and the other end of the first elevator closed channel is connected with the full box inlet part channel; the first transmission chain of the first elevator and the second transmission chain of the first elevator are both arranged in the first elevator closed channel; the first elevator conveying roller is arranged on the first elevator and can roll towards any set direction; the first elevator provided with the first elevator conveying roller is arranged in the first elevator closed channel and is mechanically connected with the first elevator transmission chain and/or the first elevator second transmission chain, and the first elevator transmission chain and/or the first elevator second transmission chain can move in the first elevator closed channel.
according to the utility model provides a closed conveying device, which comprises a conveying channel part and an access channel part;
At least two access passage parts are respectively arranged at the set positions of the conveying passage part;
The conveying channel part comprises N channels with opposite conveying directions;
each access passage part at least comprises M passages which correspond to the conveying passage part and have opposite directions;
Wherein N and M are integers not less than 2, and N is not less than M;
the conveying channel part is erected in the air with a set height; the access passage portion includes a lift assembly; the access passage part is connected with the conveying passage part through a lifting assembly;
the conveying channel part comprises an empty box conveying channel and a full box conveying channel;
The empty box conveying channel comprises a second empty box closed channel and a second empty box conveying roller; the second empty box conveying roller is arranged in the second empty box closed channel;
the full-box conveying channel comprises a second full-box closed channel and a second full-box conveying roller; the second full-box conveying roller is arranged in the second full-box closed channel;
The rolling directions of the second full box conveying roller and the second empty box conveying roller are opposite;
The closed conveying device comprises an empty box inlet part channel and a full box inlet part channel which are used as 2 in-out channel parts and are respectively connected with the set positions of the conveying channel parts;
the empty box inlet part channel comprises a third empty box conveying roller, a third empty box closed channel, a third full box conveying roller, a third full box closed channel, an empty box inlet and a full box outlet; the third empty box conveying roller is arranged in the third empty box closed channel; the third full-box conveying roller is arranged in the third full-box closed channel; the empty box inlet and the full box outlet are respectively arranged at the same side of the third empty box closed channel and the third full box closed channel;
The full box inlet part channel comprises an empty box outlet, a full box inlet, a first full box closed channel, a first full box conveying roller, a first empty box closed channel and a first empty box conveying roller; the first full-box conveying roller is arranged in the first full-box closed channel; the first empty box conveying roller is arranged in the first empty box closed channel; the empty box outlet and the full box inlet are respectively arranged at the same side of the first full box closed channel and the first empty box closed channel;
The empty box inlet part channel also comprises an empty box inlet part lifting assembly, and the empty box inlet part channel is connected with the set position of the conveying channel part through the empty box inlet part lifting assembly; the full-box inlet part channel also comprises a full-box inlet part lifting assembly, and the full-box inlet part channel is connected with the set position of the conveying channel part through the full-box inlet part lifting assembly;
The empty box inlet part lifting assembly comprises a second elevator closed channel, a second elevator first transmission chain, a second elevator second transmission chain, a second elevator and a second elevator conveying roller; one end of the second elevator closed channel is connected with a set position of the conveying channel part, and the other end of the second elevator closed channel is connected with the empty box inlet part channel; the first transmission chain of the second elevator and the second transmission chain of the second elevator are both arranged in the closed channel of the second elevator; the second elevator conveying roller is arranged on the second elevator and can roll towards any set direction; the second elevator provided with the second elevator conveying roller is arranged in the second elevator closed channel, is mechanically connected with the second elevator first transmission chain and/or the second elevator second transmission chain, and can move in the second elevator closed channel through the second elevator first transmission chain and/or the second elevator second transmission chain;
The full box inlet part lifting assembly comprises a first lifting ladder conveying roller, a first lifting ladder first transmission chain, a first lifting ladder second transmission chain and a first lifting ladder closed channel; one end of the first elevator closed channel is connected with a set position of the conveying channel part, and the other end of the first elevator closed channel is connected with the full box inlet part channel; the first transmission chain of the first elevator and the second transmission chain of the first elevator are both arranged in the first elevator closed channel; the first elevator conveying roller is arranged on the first elevator and can roll towards any set direction; the first elevator provided with the first elevator conveying roller is arranged in the first elevator closed channel and is mechanically connected with the first elevator transmission chain and/or the first elevator second transmission chain, and the first elevator transmission chain and/or the first elevator second transmission chain can move in the first elevator closed channel.
Compared with the prior art, the utility model discloses following beneficial effect has:
1. The utility model provides a closed conveying device, which has the advantages of simple structure, low cost and high conveying efficiency;
2. the utility model provides a closed conveying device, which solves the risk of damage and loss in the product conveying process, ensures the product quality and improves the product conveying safety;
3. The utility model provides a closed conveying device, the whole product conveying process is carried out in the closed channel without any manual intervention, thereby saving the labor cost;
4. The utility model provides a closed conveyor, main transfer passage sets up in the air, compares with conventional product transport mode, has saved the ground and has produced the line and take up an area of.
drawings
other features, objects and advantages of the invention will become more apparent upon reading of the detailed description of non-limiting embodiments with reference to the following drawings:
fig. 1 is a schematic structural view of a preferred embodiment of the closed conveying device provided by the present invention;
fig. 2 is an application schematic diagram of a preferred embodiment of the closed conveying device provided by the present invention.
| empty box outlet 1 | full tank inlet 2 | first full-tank closed channel 3 |
| First full-box transfer roller 4 | first elevator transfer drum 5 | first elevator 6 |
| first empty box enclosed passage 7 | first empty box transfer roller 8 | first transmission chain 9 of first elevator |
| Second transmission chain 10 of the first elevator | first elevator enclosed passage 11 | second empty box enclosed passage 12 |
| second empty box transfer roller 13 | Second full tank enclosed channel 14 | Second full-box transfer roller 15 |
| Second escalator enclosed channel 16 | first transmission chain 17 of the second elevator | second drive chain 18 of the second elevator |
| third empty box transfer roller 19 | Third empty box closed channel 20 | second elevator 21 |
| Second elevator transfer drum 22 | Third full-box transfer roller 23 | third full tank enclosed channel 24 |
| empty box inlet 25 | Full tank outlet 26 | First production line 101 |
| The second production line 102 | Third production line 103 | Fourth production line 104 |
| material 200 | Warehouse 300 |
Detailed Description
The present invention will be described in detail with reference to the following embodiments. The following examples will assist those skilled in the art in further understanding the present invention, but are not intended to limit the invention in any way. It should be noted that various changes and modifications can be made by one skilled in the art without departing from the spirit of the invention. These all belong to the protection scope of the present invention.
According to the utility model provides a closed conveying device, which comprises a conveying channel part and an access channel part; at least two access passage parts are respectively arranged at the set positions of the conveying passage part; the conveying channel part comprises N channels with opposite conveying directions; each access passage part at least comprises M passages which correspond to the conveying passage part and have opposite directions; wherein N and M are integers not less than 2, and N is not less than M; the conveying channel part is erected in the air with a set height; the access passage portion includes a lift assembly; the access passage part is connected with the conveying passage part through a lifting assembly; the conveying channel part comprises an empty box conveying channel and a full box conveying channel; the empty box conveying channel comprises a second empty box closed channel (12) and a second empty box conveying roller (13); the second empty box conveying roller (13) is arranged in the second empty box closed channel (12); the full-box conveying channel comprises a second full-box closed channel (14) and a second full-box conveying roller (15); the second full-box conveying roller (15) is arranged in the second full-box closed channel (14); the rolling directions of the second full box conveying roller (15) and the second empty box conveying roller (13) are opposite;
specifically, the closed conveying device comprises an empty box inlet part channel and a full box inlet part channel which are used as 2 in-out channel parts and are respectively connected with the set positions of a conveying channel part; the empty box inlet part channel comprises a third empty box conveying roller (19), a third empty box closed channel (20), a third full box conveying roller (23), a third full box closed channel (24), an empty box inlet (25) and a full box outlet (26); the third empty box conveying roller (19) is arranged in a third empty box closed channel (20); the third full-box conveying roller (23) is arranged in a third full-box closed channel (24); the empty box inlet (25) and the full box outlet (26) are respectively arranged on the same side of the third empty box closed channel (20) and the third full box closed channel (24); the full box inlet part channel comprises an empty box outlet (1), a full box inlet (2), a first full box closed channel (3), a first full box conveying roller (4), a first empty box closed channel (7) and a first empty box conveying roller (8); the first full-box conveying roller (4) is arranged in the first full-box closed channel (3); the first empty box conveying roller (8) is arranged in the first empty box closed channel (7); the empty box outlet (1) and the full box inlet (2) are respectively arranged at the same side of the first full box closed channel (3) and the first empty box closed channel (7);
more specifically, the empty box inlet part channel further comprises an empty box inlet part lifting assembly, and the empty box inlet part channel is connected with the set position of the conveying channel part through the empty box inlet part lifting assembly; the full-box inlet part channel also comprises a full-box inlet part lifting assembly, and the full-box inlet part channel is connected with the set position of the conveying channel part through the full-box inlet part lifting assembly; the empty box inlet part lifting assembly comprises a second elevator closed channel (16), a second elevator first transmission chain (17), a second elevator second transmission chain (18), a second elevator (21) and a second elevator transmission roller (22); one end of the second elevator closed channel (16) is connected with the set position of the conveying channel part, and the other end of the second elevator closed channel is connected with the channel of the empty box inlet part; the first transmission chain (17) and the second transmission chain (18) of the second elevator are both arranged in the second elevator closed channel (16); the second elevator conveying roller (22) is arranged on the second elevator (21), and the second elevator conveying roller (22) can roll in any set direction; a second elevator (21) provided with a second elevator conveying roller (22) is arranged in the second elevator closed channel (16), is mechanically connected with the second elevator first transmission chain (17) and/or the second elevator second transmission chain (18), and can move in the second elevator closed channel (16) through the second elevator first transmission chain (17) and/or the second elevator second transmission chain (18); the full box inlet part lifting assembly comprises a first lifting ladder conveying roller (5), a first lifting ladder (6), a first lifting ladder first transmission chain (9), a first lifting ladder second transmission chain (10) and a first lifting ladder closed channel (11); one end of the first elevator closed channel (11) is connected with a set position of the conveying channel part, and the other end of the first elevator closed channel is connected with the full box inlet part channel; the first elevator first transmission chain (9) and the first elevator second transmission chain (10) are both arranged in the first elevator closed channel (11); the first elevator conveying roller (5) is arranged on the first elevator (6), and the first elevator conveying roller (5) can roll in any set direction; the first elevator (6) provided with the first elevator conveying roller (5) is arranged in the first elevator closed channel (11), is mechanically connected with the first elevator transmission chain (9) and/or the first elevator second transmission chain (10), and can move in the first elevator closed channel (11) through the first elevator transmission chain (9) and/or the first elevator second transmission chain (10).
further, the present invention preferably provides a closed product conveying system, comprising:
The device comprises a first empty box closed channel 7 and a first full box closed channel 3, wherein the first empty box closed channel 7 is arranged right above the first full box closed channel 3;
a second empty box closed channel 12 and a second full box closed channel 14, wherein the second empty box closed channel 12 is arranged right above the second full box closed channel 14;
a third empty-box enclosed passage 20 and a third full-box enclosed passage 24, wherein the third empty-box enclosed passage 20 is arranged right above the third full-box enclosed passage 24;
a first elevator closed channel 11, wherein one side of the first elevator closed channel 11 is arranged at one side of the first empty box closed channel 7 and the first full box closed channel 3, and the other side of the first elevator closed channel 11 is arranged at one side of the second empty box closed channel 12 and the second full box closed channel 14;
A second elevator closed passage 16, wherein one side of the second elevator closed passage 16 is arranged at one side of the second empty box closed passage 12 and the second full box closed passage 14, and the other side of the second elevator closed passage 16 is arranged at one side of the third empty box closed passage 20 and the third full box closed passage 24;
the first empty box closing channel 7 comprises:
the empty box outlet 1 is arranged at one side of the first empty box closed channel 7, and the empty box outlet 1 is arranged at the other side of the first empty box closed channel 7;
the first empty box conveying roller 8 is arranged at the bottom in the first empty box closed channel 7;
The first full-tank closed channel 3 includes:
the full tank inlet 2 is arranged on one side of the first full tank closed channel 3;
The first full-box conveying roller 4 is arranged at the bottom in the first full-box closed channel 3;
The second empty box enclosed passage 12 includes:
the second empty box conveying roller 13 is arranged at the bottom in the second empty box closed channel 12;
the second full-tank enclosed channel 14 includes:
a second full-box conveying roller 15, wherein the second full-box conveying roller 15 is arranged at the bottom in the second full-box closed channel 14;
the third empty box closing passage 20 includes:
an empty box inlet 25, wherein the empty box inlet 25 is arranged on one side of the third empty box closed channel 20;
a third empty box conveying roller 19, wherein the third empty box conveying roller 19 is arranged at the bottom in the third empty box closed channel 20;
the third full-tank enclosed channel 24 includes:
A full tank outlet 26, the full tank outlet 26 being provided at a side of the third full tank closed passage 24;
A third full-box conveying roller 23, wherein the third full-box conveying roller 23 is arranged at the bottom in the third full-box closed channel 24;
the first lift ladder closed passage 11 includes:
the first elevator 6 is arranged in the first elevator closed channel 11, and the first elevator 6 is arranged in the first elevator closed channel 11;
The first elevator conveying roller 5 is arranged at the bottom in the first elevator 6;
a first elevator first transmission chain 9 and a first elevator second transmission chain 10, wherein the first elevator first transmission chain 9 and the first elevator second transmission chain 10 are arranged in the first elevator closed channel 11, the first elevator first transmission chain 9 is connected with one side of the first elevator 6, and the first elevator second transmission chain 10 is connected with the other side of the first elevator 6;
The second elevator hoistway 16 includes:
the second elevator 21 is arranged in the second elevator closed channel 16, and the second elevator 21 is arranged in the second elevator closed channel 16;
a second elevator transmission roller 22, wherein the second elevator transmission roller 22 is arranged at the bottom in the second elevator 21;
a first elevator first transmission chain 17 and a first elevator second transmission chain 18, wherein the first elevator first transmission chain 17 and the first elevator second transmission chain 18 are arranged in the second elevator closed channel 16, the first elevator first transmission chain 17 is connected with one side of the second elevator 21, and the first elevator second transmission chain 18 is connected with the other side of the second elevator 21;
Furthermore, as shown in fig. 1, the closed product conveying system provided by the present invention is further improved by the following process:
The operator of the warehouse places the empty boxes in the empty box entrances 25; the third empty box transfer roller 19 rotates at a constant speed and quickly transfers the empty boxes to a closed third empty box closed channel 20; the first elevator first transmission chain 17 and the first elevator second transmission chain 18 are in constant speed and rapid transmission, so that the second elevator 21 moves in the second elevator closed channel 16 to be at the same height with the third empty box closed channel 20; the third empty box transfer roller 19 and the second elevator transfer roller 22 rotate rapidly at a constant speed to transfer the empty boxes to the second elevator 21; the first elevator first transmission chain 17 and the first elevator second transmission chain 18 are in constant speed and rapid transmission, so that the second elevator 21 moves in the second elevator closed channel 16 to be at the same height with the second empty box closed channel 12; the second empty box transfer roller 13 and the second elevator transfer roller 22 rotate at a constant speed and a high speed to transfer the empty boxes to the second empty box closed channel 12; the first elevator first transmission chain 9 and the first elevator second transmission chain 10 are in constant speed and rapid transmission, so that the first elevator 6 moves in the first elevator closed channel 11 to be at the same height as the second empty box closed channel 12; the second empty box transfer roller 13 and the first elevator transfer roller 5 rotate rapidly at a constant speed to transfer empty boxes to the first elevator 6; the first elevator first transmission chain 9 and the first elevator second transmission chain 10 are in uniform speed and rapid transmission, so that the first elevator 6 moves in the first elevator closed channel 11 to be at the same height with the first empty box closed channel 7; the first empty box transfer roller 8 and the first elevator transfer roller 5 rotate rapidly at a constant speed, and empty boxes are transferred into the first empty box closed channel 7; the first empty box transfer roller 8 rotates at a constant speed and quickly and transfers empty boxes to the empty box outlet 1; operators of the production line take the empty boxes out of the empty box outlet 1, put the produced products into the empty boxes according to the specified quantity and mode, and put the boxes filled with the products into the full box inlet 2; the first full-box transfer roller 4 rotates at a constant speed and quickly transfers full boxes to the closed first full-box closed channel 3; the first elevator first transmission chain 9 and the first elevator second transmission chain 10 are in constant speed and rapid transmission, so that the first elevator 6 moves in the first elevator closed channel 11 to be at the same height as the first full-box closed channel 3; the first full-box transfer roller 4 and the first elevator conveying roller 5 rotate rapidly at a constant speed to convey full boxes to the first elevator 6; the first elevator first transmission chain 9 and the first elevator second transmission chain 10 are in constant speed and rapid transmission, so that the first elevator 6 moves in the first elevator closed channel 11 to be at the same height as the second full-box closed channel 14; the second full-box transfer roller 15 and the first elevator conveying roller 5 rotate at a constant speed and fast speed to convey the full boxes to the second full-box closed channel 14; the first elevator first transmission chain 17 and the first elevator second transmission chain 18 are in constant speed and rapid transmission, so that the second elevator 21 moves in the second elevator closed channel 16 to be at the same height as the second full-box closed channel 14; the second full-box transfer roller 15 and the second elevator conveying roller 22 rotate at a constant speed and a high speed to convey the full boxes to the second elevator 21; the first elevator first transmission chain 17 and the first elevator second transmission chain 18 are in constant speed and rapid transmission, so that the second elevator 21 moves in the second elevator closed channel 16 to be at the same height as the third full-box closed channel 24; the third full-box transfer roller 23 and the second elevator transfer roller 22 rotate at a constant speed and fast speed to transfer the full boxes into the third full-box closed channel 24; the third full-box transfer roller 23 rotates at a constant speed and quickly and transfers full boxes to the full-box outlet 26; the warehouse operator takes the full boxes out of the full box exit 26, takes the products in the full boxes out for packaging into storage, and places the empty boxes in the empty box entry 25 for recycling.
as shown in fig. 2, the present invention can be applied to cooperation of multi-production lines, and the first production line 101 and the second production line 102 share the same access passage part to be connected with the material 200 and/or the warehouse 300. The third production line 103 and the fourth production line 104 are connected to the material 200 and/or the warehouse 300 through respective access passage portions.
in this application, the words "empty" and "full" are for convenience only and are not limiting as to the content being delivered.
for the preferred embodiment, the specific application scenario of the empty container used as a container for repeated transportation is as follows:
empty boxes are placed into the warehouse end rails by a warehouse operator; if the production line needs empty boxes, the empty boxes are directly conveyed to the production line needing the empty boxes through the upper layer of the main channel; the production line puts the finished product into an empty box and conveys the product to a warehouse from the lower layer of the main channel; taking out the products in the boxes filled with the products and packaging the products in the boxes, and then putting the empty boxes into the warehouse end track; if the production line needs a box with materials, the empty box is firstly transferred to the side of the materials, and the materials are conveyed to the production line needing the empty box through the upper layer of the main channel after being filled; the production line uses up the materials in the material box, puts the finished products into the empty box, and conveys the products to the bin from the lower layer of the main channel; taking out the products in the boxes filled with the products and packaging the products in the boxes, and then putting the empty boxes into the warehouse end track; the empty case flows to the material that limit earlier, carries to the production line of the empty case of demand through the upper strata of main entrance after the dress material.
in the preferred embodiment, the lifting platform is internally provided with a double-layer lifting platform and a single-layer lifting platform; the double layer can receive an empty box while sending out a full box theoretically, but is not perfect in practical application; the single layer is simpler in hardware structure than a double layer, low in cost and simpler in control logic, and meanwhile, the single layer is more flexible and practical to apply to a production line with multiple layers of full boxes; the floor area of the conveying track can be saved by sharing the lifting platform, and the development cost is saved.
in the description of the present application, it is to be understood that the terms "upper", "lower", "front", "rear", "left", "right", "vertical", "horizontal", "top", "bottom", "inner", "outer", and the like indicate orientations or positional relationships based on those shown in the drawings, and are only for convenience in describing the present application and simplifying the description, but do not indicate or imply that the referred device or element must have a specific orientation, be constructed in a specific orientation, and be operated, and thus, should not be construed as limiting the present application.
The foregoing description of the specific embodiments of the invention has been presented. It is to be understood that the present invention is not limited to the specific embodiments described above, and that various changes or modifications may be made by those skilled in the art within the scope of the appended claims without departing from the spirit of the invention. The embodiments and features of the embodiments of the present application may be combined with each other arbitrarily without conflict.
Claims (10)
1. A closed conveying device is characterized by comprising a conveying channel part and an access channel part;
at least two access passage parts are respectively arranged at the set positions of the conveying passage part;
the conveying channel part comprises N channels with opposite conveying directions;
each access passage part at least comprises M passages which correspond to the conveying passage part and have opposite directions;
Wherein N and M are integers not less than 2, and N is not less than M.
2. The enclosed conveyor of claim 1, wherein the transfer passage section is erected in the air at a set height; the access passage portion includes a lift assembly; the access passage portion is connected to the transfer passage portion by a lift assembly.
3. The enclosed conveyor of claim 2, wherein the conveyor path section includes an empty-bin conveyor path and a full-bin conveyor path;
The empty box conveying channel comprises a second empty box closed channel (12) and a second empty box conveying roller (13); the second empty box conveying roller (13) is arranged in the second empty box closed channel (12);
the full-box conveying channel comprises a second full-box closed channel (14) and a second full-box conveying roller (15); the second full-box conveying roller (15) is arranged in the second full-box closed channel (14);
The rolling directions of the second full box conveying roller (15) and the second empty box conveying roller (13) are opposite.
4. the enclosed conveyor of claim 3, comprising an empty-box entrance section passage and a full-box entrance section passage as 2 entrance and exit passage sections, respectively connected to the set positions of the conveying passage section.
5. A closed conveying apparatus according to claim 4, wherein the empty-box inlet section passage includes a third empty-box conveying roller (19), a third empty-box closed passage (20), a third full-box conveying roller (23), a third full-box closed passage (24), an empty-box inlet (25), and a full-box outlet (26); the third empty box conveying roller (19) is arranged in a third empty box closed channel (20); the third full-box conveying roller (23) is arranged in a third full-box closed channel (24); the empty box inlet (25) and the full box outlet (26) are respectively arranged on the same side of the third empty box closed channel (20) and the third full box closed channel (24).
6. a closed transfer arrangement according to claim 4, wherein the full-bin inlet section passage comprises an empty-bin outlet (1), a full-bin inlet (2), a first full-bin closed passage (3), a first full-bin transfer roller (4), a first empty-bin closed passage (7) and a first empty-bin transfer roller (8); the first full-box conveying roller (4) is arranged in the first full-box closed channel (3); the first empty box conveying roller (8) is arranged in the first empty box closed channel (7); the empty box outlet (1) and the full box inlet (2) are respectively arranged on the same side of the first full box closed channel (3) and the first empty box closed channel (7).
7. The enclosed conveyor according to claim 4, wherein the empty box entrance section passage further comprises an empty box entrance section lift assembly, the empty box entrance section passage being connected to a set position of the transfer passage section by the empty box entrance section lift assembly; the full-box entrance part passage further comprises a full-box entrance part lifting assembly, and the full-box entrance part passage is connected with the set position of the conveying passage part through the full-box entrance part lifting assembly.
8. the enclosed conveyor of claim 7, wherein the empty bin entrance section elevator assembly includes a second elevator enclosed channel (16), a second elevator first drive chain (17), a second elevator second drive chain (18), a second elevator (21), and a second elevator transfer drum (22); one end of the second elevator closed channel (16) is connected with the set position of the conveying channel part, and the other end of the second elevator closed channel is connected with the channel of the empty box inlet part; the first transmission chain (17) and the second transmission chain (18) of the second elevator are both arranged in the second elevator closed channel (16); the second elevator conveying roller (22) is arranged on the second elevator (21), and the second elevator conveying roller (22) can roll in any set direction; the second elevator (21) provided with a second elevator conveying roller (22) is arranged in the second elevator closed channel (16), is mechanically connected with the second elevator first transmission chain (17) and/or the second elevator second transmission chain (18), and can move in the second elevator closed channel (16) through the second elevator first transmission chain (17) and/or the second elevator second transmission chain (18).
9. The enclosed conveyor of claim 7, wherein the full bin entrance section lift assembly comprises a first lift transfer drum (5), a first lift (6), a first lift first drive chain (9), a first lift second drive chain (10), and a first lift enclosed channel (11); one end of the first elevator closed channel (11) is connected with a set position of the conveying channel part, and the other end of the first elevator closed channel is connected with the full box inlet part channel; the first elevator first transmission chain (9) and the first elevator second transmission chain (10) are both arranged in the first elevator closed channel (11); the first elevator conveying roller (5) is arranged on the first elevator (6), and the first elevator conveying roller (5) can roll in any set direction; the first elevator (6) provided with the first elevator conveying roller (5) is arranged in the first elevator closed channel (11), is mechanically connected with the first elevator transmission chain (9) and/or the first elevator second transmission chain (10), and can move in the first elevator closed channel (11) through the first elevator transmission chain (9) and/or the first elevator second transmission chain (10).
10. a closed conveying device is characterized by comprising a conveying channel part and an access channel part;
At least two access passage parts are respectively arranged at the set positions of the conveying passage part;
the conveying channel part comprises N channels with opposite conveying directions;
Each access passage part at least comprises M passages which correspond to the conveying passage part and have opposite directions;
wherein N and M are integers not less than 2, and N is not less than M;
The conveying channel part is erected in the air with a set height; the access passage portion includes a lift assembly; the access passage part is connected with the conveying passage part through a lifting assembly;
the conveying channel part comprises an empty box conveying channel and a full box conveying channel;
The empty box conveying channel comprises a second empty box closed channel (12) and a second empty box conveying roller (13); the second empty box conveying roller (13) is arranged in the second empty box closed channel (12);
the full-box conveying channel comprises a second full-box closed channel (14) and a second full-box conveying roller (15); the second full-box conveying roller (15) is arranged in the second full-box closed channel (14);
The rolling directions of the second full box conveying roller (15) and the second empty box conveying roller (13) are opposite;
the closed conveying device comprises an empty box inlet part channel and a full box inlet part channel which are used as 2 in-out channel parts and are respectively connected with the set positions of the conveying channel parts;
The empty box inlet part channel comprises a third empty box conveying roller (19), a third empty box closed channel (20), a third full box conveying roller (23), a third full box closed channel (24), an empty box inlet (25) and a full box outlet (26); the third empty box conveying roller (19) is arranged in a third empty box closed channel (20); the third full-box conveying roller (23) is arranged in a third full-box closed channel (24); the empty box inlet (25) and the full box outlet (26) are respectively arranged on the same side of the third empty box closed channel (20) and the third full box closed channel (24);
the full box inlet part channel comprises an empty box outlet (1), a full box inlet (2), a first full box closed channel (3), a first full box conveying roller (4), a first empty box closed channel (7) and a first empty box conveying roller (8); the first full-box conveying roller (4) is arranged in the first full-box closed channel (3); the first empty box conveying roller (8) is arranged in the first empty box closed channel (7); the empty box outlet (1) and the full box inlet (2) are respectively arranged at the same side of the first full box closed channel (3) and the first empty box closed channel (7);
the empty box inlet part channel also comprises an empty box inlet part lifting assembly, and the empty box inlet part channel is connected with the set position of the conveying channel part through the empty box inlet part lifting assembly; the full-box inlet part channel also comprises a full-box inlet part lifting assembly, and the full-box inlet part channel is connected with the set position of the conveying channel part through the full-box inlet part lifting assembly;
the empty box inlet part lifting assembly comprises a second elevator closed channel (16), a second elevator first transmission chain (17), a second elevator second transmission chain (18), a second elevator (21) and a second elevator transmission roller (22); one end of the second elevator closed channel (16) is connected with the set position of the conveying channel part, and the other end of the second elevator closed channel is connected with the channel of the empty box inlet part; the first transmission chain (17) and the second transmission chain (18) of the second elevator are both arranged in the second elevator closed channel (16); the second elevator conveying roller (22) is arranged on the second elevator (21), and the second elevator conveying roller (22) can roll in any set direction; a second elevator (21) provided with a second elevator conveying roller (22) is arranged in the second elevator closed channel (16), is mechanically connected with the second elevator first transmission chain (17) and/or the second elevator second transmission chain (18), and can move in the second elevator closed channel (16) through the second elevator first transmission chain (17) and/or the second elevator second transmission chain (18);
The full box inlet part lifting assembly comprises a first lifting ladder conveying roller (5), a first lifting ladder (6), a first lifting ladder first transmission chain (9), a first lifting ladder second transmission chain (10) and a first lifting ladder closed channel (11); one end of the first elevator closed channel (11) is connected with a set position of the conveying channel part, and the other end of the first elevator closed channel is connected with the full box inlet part channel; the first elevator first transmission chain (9) and the first elevator second transmission chain (10) are both arranged in the first elevator closed channel (11); the first elevator conveying roller (5) is arranged on the first elevator (6), and the first elevator conveying roller (5) can roll in any set direction; the first elevator (6) provided with the first elevator conveying roller (5) is arranged in the first elevator closed channel (11), is mechanically connected with the first elevator transmission chain (9) and/or the first elevator second transmission chain (10), and can move in the first elevator closed channel (11) through the first elevator transmission chain (9) and/or the first elevator second transmission chain (10).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920505998.9U CN209777401U (en) | 2019-04-15 | 2019-04-15 | Closed conveying device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920505998.9U CN209777401U (en) | 2019-04-15 | 2019-04-15 | Closed conveying device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209777401U true CN209777401U (en) | 2019-12-13 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201920505998.9U Active CN209777401U (en) | 2019-04-15 | 2019-04-15 | Closed conveying device |
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| Country | Link |
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| CN (1) | CN209777401U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109911505A (en) * | 2019-04-15 | 2019-06-21 | 延锋伟世通汽车电子有限公司 | Closed transportion device |
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2019
- 2019-04-15 CN CN201920505998.9U patent/CN209777401U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109911505A (en) * | 2019-04-15 | 2019-06-21 | 延锋伟世通汽车电子有限公司 | Closed transportion device |
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