CN207072614U - The track runtime of adjustable production line transport length - Google Patents
The track runtime of adjustable production line transport length Download PDFInfo
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- CN207072614U CN207072614U CN201720721660.8U CN201720721660U CN207072614U CN 207072614 U CN207072614 U CN 207072614U CN 201720721660 U CN201720721660 U CN 201720721660U CN 207072614 U CN207072614 U CN 207072614U
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- production line
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Abstract
The utility model provides a kind of track runtime of adjustable production line transport length, track and some right-angled bend machines including several length, the track surrounds the production line of some rectangular shapes, connected between adjacent track and track by right-angled bend machine, have between adjacent production line and production line while overlapping, according to the space of factory building, some production lines are spliced into track runtime, and the sideline overlapping position of production line and production line shares two right-angled bend machines and a track respectively.The utility model is simple in construction, and shape is changeable, can be built according to the actual conditions and condition of the production site of various users, factory etc..
Description
Technical field
The utility model belongs to apparatus for production line technical field, and length is transported more particularly, to a kind of adjustable production line
Track runtime.
Background technology
In the prior art, air entrained concrete stripping and slicing and drop wallboard etc. material be in production line transport, once automatic transportation
The transportation lengths of then production line are made with regard to constant in production line, and when different materials solidifies within different seasons and weather
Between it is different, then in order to improve production efficiency, product quality at the same reduce a kind of production line transportation lengths of production cost urgent need can
The track runtime of regulation.
The content of the invention
In view of this, the utility model is directed to a kind of track runtime of adjustable production line transport length, with
Solve the above problems.
To reach above-mentioned purpose, what the technical solution of the utility model was realized in：
The track runtime of adjustable production line transport length, including the track of several length and some right-angled bends
Machine, the track surround the production line of some rectangular shapes, connected between adjacent track and track by right-angled bend machine, phase
Have between adjacent production line and production line while overlapping, according to the space of factory building, some production lines are spliced into track runtime,
The sideline overlapping position of production line and production line shares two right-angled bend machines and a track respectively.
Further, the production line includes the first production line, the second production line and third production line, the first production line compared with
Long, the second production line and third production line is shorter and length differs, the second production line and third production line are located at first respectively
The both ends in the outside of one long side of growth line, the second production line and third production line are compared with vertical with the first production line respectively.
Further, long side of the short side of the second production line and third production line respectively with the first production line overlaps, and second
The long side close to the first production line long side end of production line and third production line two short side weights with the first production line respectively
Close.
Further, the production line includes the 4th production line, the 5th production line, the 6th production line and the 7th production line,
Length of the length of 4th production line respectively than the 5th production line, the 6th production line and the 7th production line is long, the 5th production line position
In the one end in the outside of the long side of the 4th production line one, the 5th production line is vertical with the 4th production line, and the 6th production line is located at the 5th
Production line away from the 4th production thread end long side outside, the 6th production line is parallel with the 4th production line, the 7th production line and
4th production line be arranged in parallel, and the 7th production line is located at the side away from the 5th production line of the 6th production line.
Further, close to the long side of the 5th production line and the short side weight of the 4th production line of the end of the 4th production line
Closing, a short side of the 5th production line away from the 4th production line overlaps with one side of the 6th production line close to this short side, the
Seven production lines are located on the extended line of the 6th production line.
Further, the track includes the operation base of U-shape structure, right in the operation base of operation base side wall
What is claimed is distributed with two channel-section steels along the extension of operation base length direction, is uniformly distributed with along the length direction of channel-section steel some
Roller shaft, two side walls of channel-section steel are affixed with the both ends of roller shaft respectively, and roller shaft is vertical with the side wall of channel-section steel, and roller shaft is set
In the channel-section steel side wall close to the sidewall upper of channel-section steel, roller is provided with roller shaft, roller is connected with roller shaft by bearing,
Roller does not contact with the bottom of channel-section steel, while roller protrudes from two side walls of channel-section steel, and the height for running base side wall is higher than groove
The height of steel sidewall.
Further, the inwall of the channel-section steel side wall of channel-section steel is respectively and fixedly connected with the supporting plate for playing support and positioning action,
Supporting plate is located at the lower section of roller shaft, and roller shaft is fixed on the upper surface of supporting plate.
Further, the quantity of the roller on the roller shaft is two, and two rollers are symmetrical arranged.
Relative to prior art, the track runtime of adjustable production line transport length described in the utility model has
Following advantage：
(1) the utility model is simple in construction, and shape is changeable, can be according to the production site of various users, factory etc.
Actual conditions and condition built；
(2) production line length of the present invention can be adjusted according to factors such as transport material, season, weathers, this
Kind design reduces production cost while improving production efficiency, product quality.
Brief description of the drawings
Form a part of accompanying drawing of the present utility model to be used for providing further understanding to of the present utility model, this practicality is new
The schematic description and description of type is used to explain the utility model, does not form to improper restriction of the present utility model.
In accompanying drawing：
Fig. 1 is the first arrangement schematic diagram of the utility model embodiment；
Fig. 2 is the structural representation of the track described in the utility model embodiment；
Fig. 3 is the top view of the first arrangement of the utility model embodiment；
Fig. 4 is second of arrangement schematic diagram of the utility model embodiment；
Fig. 5 is the top view of second of arrangement of the utility model embodiment.
Description of reference numerals：
1st, right-angled bend machine；2nd, track；2a, operation base；2b, channel-section steel；2c, roller shaft；2d, roller；2e, supporting plate；
Ith, the first production line；IIth, the second production line；IIIth, third production line；IVth, the 4th production line；Vth, the 5th production line；VIth, the 6th
Production line；VIIth, the 7th production line；101st, the first right-angled bend machine；102nd, the second right-angled bend machine；103rd, the 3rd right-angled bend
Machine；104th, the 4th right-angled bend machine；105th, the 5th right-angled bend machine；106th, the 6th right-angled bend machine；107th, the 7th right-angled bend
Machine；108th, the 8th right-angled bend machine；109th, the 9th right-angled bend machine；110th, the tenth right-angled bend machine；111st, the 11st right angle turns
Bender；112nd, the 12nd right-angled bend machine；113rd, the 13rd right-angled bend machine；114th, the 14th right-angled bend machine；115th, the tenth
Five right-angled bend machines；116th, the 16th right-angled bend machine；117th, the 17th right-angled bend machine；118th, the 18th right-angled bend machine；
119th, the 19th right-angled bend machine；120th, the 20th right-angled bend machine；121st, the 21st right angle turning machine；122nd, the 22nd
Right-angled bend machine；201st, the first track；202nd, the second track；203rd, the 3rd track；204th, the 4th track；205th, the 5th track；
206th, the 6th track；207th, the 7th track；208th, the 8th track；209th, the 9th track；210th, the tenth track；211st, the 11st rail
Road；212nd, the 12nd track；213rd, the 13rd track；214th, the 14th track；215th, the 15th track；216th, the 16th rail
Road；217th, the 17th track；218th, the 18th track；219th, the 19th track；220th, the 20th track；221st, the 21st rail
Road；222nd, the 22nd track；223rd, the 23rd track；224th, the 24th track；225th, the 25th track；226th,
26 tracks；227th, the 27th track.
Embodiment
It should be noted that in the case where not conflicting, the feature in embodiment and embodiment in the utility model can
To be mutually combined.
In description of the present utility model, it is to be understood that term " " center ", " longitudinal direction ", " transverse direction ", " on ", " under ",
The orientation or position relationship of the instruction such as "front", "rear", "left", "right", " vertical ", " level ", " top ", " bottom ", " interior ", " outer " are
Based on orientation shown in the drawings or position relationship, it is for only for ease of description the utility model and simplifies description, rather than instruction
Or imply that signified device or element must have specific orientation, with specific azimuth configuration and operation, therefore be not understood that
For to limitation of the present utility model.In addition, term " first ", " second " etc. are only used for describing purpose, and it is not intended that instruction
Or imply relative importance or the implicit quantity for indicating indicated technical characteristic.Thus, " first ", " second " etc. are defined
Feature can express or implicitly include one or more this feature.In description of the present utility model, unless separately
It is described, " multiple " are meant that two or more.
, it is necessary to which explanation, unless otherwise clearly defined and limited, term " are pacified in description of the present utility model
Dress ", " connected ", " connection " should be interpreted broadly, for example, it may be fixedly connected or be detachably connected, or integratedly
Connection；Can be mechanical connection or electrical connection；Can be joined directly together, can also be indirectly connected by intermediary,
It can be the connection of two element internals.For the ordinary skill in the art, on being understood by concrete condition
State concrete meaning of the term in the utility model.
Describe the utility model in detail below with reference to the accompanying drawings and in conjunction with the embodiments.
As shown in Fig. 1,4, a kind of adjustable growth line transports the track runtime of length, includes the rail of several length
Road 2 and some right-angled bend machines 1, right-angled bend machine 1 provide power for operation.Track 2 surrounds the production line of some rectangular shapes,
Connected, had between adjacent production line and production line while overlap by right-angled bend machine 1 between adjacent track 2 and track 2,
The arrangement of track 2 is configured according to the space of factory building, and right-angled bend machine 1 is connected with controller, controller control right-angled bend
The unlatching of machine 1, when right-angled bend machine 1 is opened, transport board can be carried out to 90 degree of turnings, when right-angled bend machine is out of service, fortune
Andante can keep straight on.
As shown in Fig. 2 track includes the operation base 2a of U-shape structure, close to the operation base 2a of operation base 2a side walls
The interior symmetrical channel-section steel 2b that two edge operation base 2a length direction extensions are distributed with, close to the channel-section steel 2b of operation base 2a side walls
Side wall is together with the sidewall weld for running base 2a.Some roller shafts are uniformly distributed with along channel-section steel 2b length direction
2c, channel-section steel 2b two side walls are affixed with roller shaft 2c both ends respectively, and roller shaft 2c is vertical with channel-section steel 2b side wall, roller shaft
2c is positioned close in the channel-section steel 2b side walls of channel-section steel 2b sidewall upper.Two symmetrically arranged rollers are provided with roller shaft 2c
2d, roller 2d and roller shaft 2c are connected by bearing, and roller 2d can be rotated on roller shaft 2c.Roller 2d not bottoms with channel-section steel 2b
Portion contacts, while roller 2d protrudes from channel-section steel 2b two side walls, and the height of operation base 2a side walls is higher than channel-section steel 2b side walls
Highly.The inwall of channel-section steel 2b side walls has been respectively and fixedly connected with supporting plate 2e, and supporting plate 2e is located at roller shaft 2c lower section, and supporting plate 2e is used
Support and positioning action, roller shaft 2c are welded on supporting plate 2e upper surface in.Transport board is located at the two of operation base 2a
Above roller 2d between individual side wall.
As shown in figure 1, the runtime of one of which track of the present utility model is arranged as vertical track runtime, bag
The first production line I, the second production line II and third production line III are included, the first production line I is longer, the second production line II and the three lives
Producing line III is shorter and length differs, and the second production line II and third production line III are respectively positioned at a long side of the first production line I
Outside both ends, the second production line II and third production line III are vertical with the first production line I more respectively.
As shown in figure 3, the first production line I, the second production line II and third production line III include 12 tracks and ten
Right-angled bend machine, the both ends of the first track 201 are connected to the first right-angled bend machine 101 and the second right-angled bend machine 102, the
The one end of two right-angled bend machines 102 also with the second track 202 is connected, and the second track 202 is vertically arranged with the first track 201.The
The other end of two tracks 202 is connected with the 3rd right-angled bend machine 103, the 3rd right-angled bend machine 103 also respectively with the 3rd track
203 connect with one end of the 4th track 204, and the 4th track 204 is parallel with the first track 201, and the 3rd track 203 is located at the second rail
On the extended line in road 202.The other end of 3rd track 203 is connected with the 4th right-angled bend machine 104, the 4th right-angled bend machine
104 one end also with the 5th track 205 is connected, and the 5th track 205 and the 4th track 204 are parallel vertical with the 3rd track 203.The
The other end of five tracks 205 is connected with the 5th right-angled bend machine 105, the 5th right-angled bend machine 105 also with the 6th track 206
One end connects, and the 6th track 206 and the 3rd track 203 are parallel and identical with its length.6th track 206 is located at the first track
Between 201 both ends.
As shown in figure 3, the other end of the 6th track 206 is connected with the 6th right-angled bend machine 106, the 6th right-angled bend machine
106 other ends also with the 4th track 204, one end of the 7th track 207 are connected, and the 7th track 207 is vertical with the 6th track 206
Parallel with the first track 201, the 7th track 207 is located on the extended line of the 4th track 204.The other end of 7th track 207
Be connected with the 7th right-angled bend machine 107, the 7th right-angled bend machine 107 also respectively with the tenth track 210 and the 8th track 208 one
End connection, the tenth track 210 are located on the extended line of the 7th track 207, and the 8th track 208 is vertical with the tenth track 210.8th
The other end of track 208 is connected with the 8th right-angled bend machine 108, the 8th right-angled bend machine 108 also with the 9th track 209 one
End connection, the other end of the 9th track 209 is connected with the 9th right-angled bend machine 109, and the 9th right-angled bend machine 109 is also with the tenth
One end connection of one track 211.Tenth track 210 is parallel with the 9th track 209 and length is identical, the 11st track 211 and
Eight tracks 208 are parallel and length is identical.The other end of 11st track 211 is connected with the tenth right-angled bend machine 110, the tenth right angle
Turning machine 110 is also connected with the other end of the tenth track 210 and one end of the 12nd track 212, the 12nd track 212 it is another
End is connected with the first right-angled bend machine 101.12nd track 212 is located on the extended line of the 11st track 211, the 12nd rail
Road 212 is parallel with the second track 202 and length is identical.
As shown in figure 3, vertical track runtime is by controlling the open and close of right-angled bend machine to realize four kinds
The production line transportation system of different length.The length of production line can be arbitrarily adjusted according to different seasons and weather conditions, with
Reach the purpose for improving production efficiency, improving product quality, reducing production cost.First right-angled bend in the first runtime
Machine 101, the second right-angled bend machine 102, the 3rd right-angled bend machine 103, the tenth right-angled bend machine 110 are opened, other right-angled bends
Machine, which resets, to be stopped, and production line now is most short.The running orbit of transport board is the first right-angled bend machine 101, first
Track 201, the second right-angled bend machine 102, the second track 202, the 3rd right-angled bend machine 103, the 4th track 204, the 7th track
207th, the tenth track 210, the tenth right-angled bend machine 110, the 12nd track 212, it is eventually returned to the first right-angled bend machine 101.
As shown in figure 3, the first right-angled bend machine 101, the second right-angled bend machine the 102, the 3rd are straight in second of runtime
Angle turning machine 103, the 4th right-angled bend machine 104, the 5th right-angled bend machine 105, the 6th right-angled bend machine 106, the tenth right angle turn
Bender 110 is opened, and other right-angled bend machines, which reset, to be stopped.The running orbit of transport board be the first right-angled bend machine 101,
First track 201, the second right-angled bend machine 102, the second track 202, the 3rd right-angled bend machine 103, the 3rd track the 203, the 4th
Right-angled bend machine 104, the 5th track 205, the 5th right-angled bend machine 105, the 6th track 206, the 6th right-angled bend machine 106,
Seven tracks 207, the tenth track 210, the tenth right-angled bend machine 110, the 12nd track 212, it is eventually returned to the first right-angled bend machine
101。
As shown in figure 3, the first right-angled bend machine 101, the second right-angled bend machine the 102, the 3rd are straight in the third runtime
Angle turning machine 103, the 6th right-angled bend machine 106, the 7th right-angled bend machine 107, the 8th right-angled bend machine 108, the 9th right angle turn
Bender 109 is opened, and other right-angled bend machines, which reset, to be stopped.The running orbit of transport board be the first right-angled bend machine 101,
First track 201, the second right-angled bend machine 102, the second track 202, the 3rd right-angled bend machine 103, the 4th track the 204, the 6th
Right-angled bend machine 106, the 7th track 207, the 7th right-angled bend machine 107, the 8th track 208, the 8th right-angled bend machine 108,
Nine tracks 209, the 9th right-angled bend machine 109, the 11st track 211, the 12nd track 212, are eventually returned to the first right-angled bend
Machine 101.
As shown in figure 3, in the 4th kind of runtime, except the 3rd right-angled bend machine 103 and the tenth right-angled bend machine 110 are multiple
Position other right-angled bend machines that are stopped are opened, and production line at this moment is most long.The running orbit of transport board is first
Right-angled bend machine 101, the first track 201, the second right-angled bend machine 102, the second track 202, the 3rd right-angled bend machine 103,
Three tracks 203, the 4th right-angled bend machine 104, the 5th track 205, the 5th right-angled bend machine 105, the 6th track the 206, the 6th are straight
Angle turning machine 106, the 7th track 207, the 7th right-angled bend machine 107, the 8th track 208, the 8th right-angled bend machine the 108, the 9th
Track 209, the 9th right-angled bend machine 109, the 11st track 211, the 12nd track 212, it is eventually returned to the first right-angled bend machine
101。
As shown in figure 4, the runtime of another track of the present utility model is arranged as parallel orbit runtime, bag
Include the 4th production line IV, the 5th production line V, the 6th production line VI and the 7th production line VII, the length difference of the 4th production line IV
Length than the 5th production line V, the 6th production line VI and the 7th production line VII is long, and the 5th production line V is located at the 4th production line
The one end in the outside of IV 1 long sides, the 5th production line V is vertical with the 4th production line IV, and the 6th production line VI is positioned at the 5th production
The outside of long side of the line V away from the end of the 4th production line IV, the 6th production line VI is parallel with the 4th production line IV, the 7th production
Line VII be arranged in parallel with the 4th production line IV, and the 7th production line VII is located at one away from the 5th production line V of the 6th production line VI
Side.
As shown in figure 5, the 4th production line IV, the 5th production line V, the 6th production line VI and the 7th production line VII include ten
Five tracks and 12 right-angled bend machines.The both ends of 24th track 224 respectively with the 11st right angle turning machine 111 and
12 right-angled bend machines 112 are connected, and the 12nd right-angled bend machine 112 is also connected with the 13rd track 213, the 13rd track 213
Vertical with the 24th track 224, the other end of the 13rd track 213 is connected with the 13rd right-angled bend machine 113, and the 13rd
The one end of right-angled bend machine 113 also respectively with the 25th track 225 and the 14th track 214 is connected.14th 214, track
In on the extended line of the 13rd track 213, the 25th track 225 be arranged in parallel with the 24th track 224.14th track
214 other end is connected with the 14th right-angled bend machine 114, the 14th right-angled bend machine 114 also with the 15th track 215
One end is connected, and the other end of the 15th track 215 is connected with the 15th right-angled bend machine 115.15th track 215 and the 20th
Five tracks, 225 parallel and equal length.
As shown in figure 5, the 15th right-angled bend machine 115 also respectively with the 27th track 227 and the 16th track 216
One end connects, and the 16th track 216 is located on the extended line of the 15th track 215, the 27th track 227 and the 14th track
214 is parallel.The other end of 16th track 216 is connected with the 16th right-angled bend machine 116, the 16th right-angled bend machine 116
One end also respectively with the 17th track 217 and the 26th track 226 is connected, and the 17th track 217 is located at the 16th track
On 216 extended line, the 26th track 226 is parallel with the 27th track 227 and length is identical.17th track 217
Other end is connected with the 17th right-angled bend machine 117, the one end of the 17th right-angled bend machine 117 also with the 18th track 218
Connection, the 18th track 218 is parallel with the 26th track 226 and length is identical.18th track 218 is towards the 24th rail
The direction extension in road 224.
As shown in figure 5, the other end of the 18th track 218 is connected with the 18th right-angled bend machine 118, the 18th right angle
The one end of turning machine 118 also with the 19th track 219 is connected, other end and the 19th right-angled bend of the 19th track 219
Machine 119 connects.19th track 219 is parallel with the 17th track 217 and length is identical.19th right-angled bend machine 119 also divides
One end of other end, the 20th track 220 not with the 26th track 226 is connected, the 20th track 220 and the 16th rail
Road 216 is parallel and length is identical, and the 20th track 220 is located on the extended line of the 19th track 219, the He of the 20th track 220
19th track 219 is respectively facing the 14th track 214 and extended.The other end of 20th track 220 turns with the 20th right angle
Bender 120 connects, the 20th right-angled bend the machine 120 also other end with the 27th track 227, the 21st track respectively
221 one end connection.21st track 221 is located on the extended line of the 27th track 227.The He of 27th track 227
26th track 226 is respectively between the 14th track 214 and the 18th track 218.
As shown in figure 5, the other end of the 21st track 221 is connected with the 21st right angle turning machine 121, the 20th
Also the other end with the 25th track 225, one end of the 22nd track 222 are connected one right angle turning machine 121 respectively, the
The other end of 22 tracks 222 is connected with the 22nd right-angled bend machine 122, and the 22nd track 222 is located at the 20th
On the extended line of five tracks 225.The other end of 22nd right-angled bend machine 122 is connected with the 11st right angle turning machine 111.
As shown in figure 5, parallel orbit runtime is by controlling the open and close of right-angled bend machine to realize four kinds
The production line transportation system of different length.11st right angle turning machine 111, the 12nd right-angled bend machine in the first runtime
112nd, the 13rd right-angled bend machine 113, the 22nd right-angled bend machine 122 are opened, and other right-angled bend machines, which reset, stops work
Make, production line now is most short.The running orbit of transport board is the 11st right angle turning machine 111, the 24th track
224th, the 12nd right-angled bend machine 112, the 13rd track 213, the 13rd right-angled bend machine 113, the 25th track 225,
22 tracks 222, the 22nd right-angled bend machine 122, the 23rd track 223, eventually pass back to the 11st right angle turning machine
111。
As shown in figure 5, the 11st right angle turning machine 111, the 12nd right-angled bend machine 112, in second of runtime
14 right-angled bend machines 114, the 15th right-angled bend machine 115, the 21st right angle turning machine 121, the 22nd right-angled bend
Machine 122 is opened, and other right-angled bend machines, which reset, to be stopped.The running orbit of transport board be the 11st right angle turning machine 111,
24th track 224, the 12nd right-angled bend machine 112, the 13rd track 213, the 14th track 214, the 14th right angle turn
Bender 114, the 15th track 215, the 15th right-angled bend machine 115, the 27th track 227, the 21st track 221,
21 right angle turning machines 121, the 22nd track 222, the 22nd right-angled bend machine 122, the 23rd track 223, most
After return to the 11st right angle turning machine 111.
As shown in figure 5, the 11st right angle turning machine 111, the 12nd right-angled bend machine 112, in the third runtime
14 right-angled bend machines 114, the 16th right-angled bend machine 116, the 19th right-angled bend machine 119, the 20th right-angled bend machine
120th, the 21st right angle turning machine 121, the 22nd right-angled bend machine 122 are opened, and other right-angled bend machines, which reset, to be stopped
Work.The running orbit of transport board is the 11st right angle turning machine 111, the 24th track 224, the 12nd right-angled bend machine
112nd, the 13rd track 213, the 14th track 214, the 14th right-angled bend machine 114, the 15th track 215, the 16th track
216th, the 16th right-angled bend machine 116, the 26th track 226, the 19th right-angled bend machine 119, the 20th track 220,
20 right-angled bend machines 120, the 21st track 221, the 21st right angle turning machine 121, the 22nd track 222, second
12 right-angled bend machines 122, the 23rd track 223, eventually pass back to the 11st right angle turning machine 111.
As shown in figure 5, the 11st right angle turning machine 111, the 12nd right-angled bend machine 112, in the 4th kind of runtime
14 right-angled bend machines 114, the 17th right-angled bend machine 117, the 18th right-angled bend machine 118, the 20th right-angled bend machine
120th, the 21st right angle turning machine 121, the 22nd right-angled bend machine 122 are opened, and other right-angled bend machines, which reset, to be stopped
Work.The running orbit of transport board is the 11st right angle turning machine 111, the 24th track 224, the 12nd right-angled bend machine
112nd, the 13rd track 213, the 14th track 214, the 14th right-angled bend machine 114, the 15th track 215, the 16th track
216th, the 17th track 217, the 17th right-angled bend machine 117, the 18th track 218, the 18th right-angled bend machine the 118, the tenth
Nine tracks 219, the 20th track 220, the 20th right-angled bend machine 120, the 21st track 221, the 21st right-angled bend
Machine 121, the 22nd track 222, the 22nd right-angled bend machine 122, the 23rd track 223, eventually pass back to the tenth always
Angle turning machine 111.
Preferred embodiment of the present utility model is the foregoing is only, it is all at this not to limit the utility model
Within the spirit and principle of utility model, any modification, equivalent substitution and improvements made etc., the utility model should be included in
Protection domain within.
Claims (8)
1. the track runtime of adjustable production line transport length, it is characterised in that：Track (2) including several length and
Some right-angled bend machines (1), the track (2) surround the production line of some rectangular shapes, adjacent track (2) and track (2)
Between connected by right-angled bend machine (1), have between adjacent production line and production line while overlap, according to the space of factory building,
Some production lines are spliced into track runtime, and the sideline overlapping position of production line and production line shares two right-angled bend machines respectively
And a track (2) (1).
2. the track runtime of adjustable production line transport length according to claim 1, it is characterised in that：The life
Producing line includes the first production line (I), the second production line (II) and third production line (III), and the first production line (I) is longer, the second life
Producing line (II) and third production line (III) is shorter and length differs, the second production line (II) and third production line (III) position respectively
In the both ends in the outside of a long side of the first production line (I), the second production line (II) and third production line (III) are more respectively with
One production line (I) is vertical.
3. the track runtime of adjustable production line transport length according to claim 2, it is characterised in that：Second life
Long side of the short side of producing line (II) and third production line (III) respectively with the first production line (I) overlaps, the second production line (II) and
Long side two short sides with the first production line (I) respectively close to the first production line (I) long side end of third production line (III)
Overlap.
4. the track runtime of adjustable production line transport length according to claim 1, it is characterised in that：The life
Producing line includes the 4th production line (IV), the 5th production line (V), the 6th production line (VI) and the 7th production line (VII), the 4th production
The length of line (IV) is grown than the length of the 5th production line (V), the 6th production line (VI) and the 7th production line (VII) respectively, and the 5th
Production line (V) is located at the one end in the outside of the long side of the 4th production line (IV) one, the 5th production line (V) and the 4th production line (IV)
Vertically, the 6th production line (VI) be located at the 5th production line (V) away from the 4th production line (IV) end long side outside, the 6th
Production line (VI) is parallel with the 4th production line (IV), and the 7th production line (VII) be arranged in parallel with the 4th production line (IV), the 7th life
Producing line (VII) is located at the side away from the 5th production line (V) of the 6th production line (VI).
5. the track runtime of adjustable production line transport length according to claim 4, it is characterised in that：Close to the
The long side of 5th production line (V) of the end of four production lines (IV) overlaps with the short side of the 4th production line (IV), away from the 4th life
One short side of the 5th production line (V) of producing line (IV) overlaps with one side of the 6th production line (VI) close to this short side, and the 7th
Production line (VII) is located on the extended line of the 6th production line (VI).
6. the track runtime of adjustable production line transport length according to claim 1, it is characterised in that：The rail
Road includes the operation base (2a) of U-shape structure, is symmetrically distributed with the operation base (2a) of operation base (2a) side wall
Two along operation base (2a) length direction extension channel-section steels (2b), along channel-section steel (2b) if length direction be uniformly distributed with
Dry milling wheel shaft (2c), two side walls of channel-section steel (2b) are affixed with the both ends of roller shaft (2c) respectively, roller shaft (2c) and channel-section steel
The side wall of (2b) is vertical, and roller shaft (2c) is positioned close in channel-section steel (2b) side wall of the sidewall upper of channel-section steel (2b), roller shaft
Roller (2d) is provided with (2c), roller (2d) is connected with roller shaft (2c) by bearing, roller (2d) not with channel-section steel (2b)
Bottom contacts, while roller (2d) protrudes from two side walls of channel-section steel (2b), and the height of operation base (2a) side wall is higher than channel-section steel
The height of (2b) side wall.
7. the track runtime of adjustable production line transport length according to claim 6, it is characterised in that：Channel-section steel
The inwall of the channel-section steel side wall of (2b) is respectively and fixedly connected with the supporting plate (2e) for playing support and positioning action, and supporting plate (2e) is located at
The lower section of roller shaft (2c), roller shaft (2c) are fixed on supporting plate (2e) upper surface.
8. the track runtime of adjustable production line transport length according to claim 6, it is characterised in that：The rolling
The quantity of roller (2d) on wheel shaft (2c) is two, and two rollers (2d) are symmetrical arranged.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720721660.8U CN207072614U (en) | 2017-06-20 | 2017-06-20 | The track runtime of adjustable production line transport length |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720721660.8U CN207072614U (en) | 2017-06-20 | 2017-06-20 | The track runtime of adjustable production line transport length |
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| Publication Number | Publication Date |
|---|---|
| CN207072614U true CN207072614U (en) | 2018-03-06 |
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ID=61512961
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720721660.8U Expired - Fee Related CN207072614U (en) | 2017-06-20 | 2017-06-20 | The track runtime of adjustable production line transport length |
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| Country | Link |
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| CN (1) | CN207072614U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107323976A (en) * | 2017-06-20 | 2017-11-07 | 武威市津威环境科技有限责任公司 | Adjustable production line transports the track runtime of length |
-
2017
- 2017-06-20 CN CN201720721660.8U patent/CN207072614U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107323976A (en) * | 2017-06-20 | 2017-11-07 | 武威市津威环境科技有限责任公司 | Adjustable production line transports the track runtime of length |
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| Date | Code | Title | Description |
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180306 Termination date: 20210620 |