CN204398400U - Non-woven solid bag automatic layboy - Google Patents

Non-woven solid bag automatic layboy Download PDF

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Publication number
CN204398400U
CN204398400U CN201520025336.3U CN201520025336U CN204398400U CN 204398400 U CN204398400 U CN 204398400U CN 201520025336 U CN201520025336 U CN 201520025336U CN 204398400 U CN204398400 U CN 204398400U
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China
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folding channel
folding
bag
channel
wall
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Withdrawn - After Issue
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CN201520025336.3U
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Chinese (zh)
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余国兴
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Individual
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Individual
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Abstract

The utility model discloses non-woven solid bag automatic layboy, it is characterized in that: comprise a folding channel, folding channel is surrounded by four groups of conveyer belts up and down, the direction of transfer of four groups of conveyer belts is identical and have same linear velocity, the front end of folding channel is stereoscopic bag import, rear end is foldable bag outlet, the lower transmission plane of the corresponding upper conveyor belt of upper wall of folding channel, the upper transmission plane of the corresponding lower conveyor belt of lower wall of folding channel, V-shaped on the length direction of folding channel between the upper lower wall of folding channel, the right transmission plane of the corresponding left conveyer belt of left wall of folding channel, the left transmission plane of the corresponding right conveyer belt of right wall of folding channel, be parallel to each other on the length direction of folding channel between the left and right wall of folding channel, be respectively equipped with folding line inside the left and right wall of folding channel, folding line arranges along the centre symmetry line of V-arrangement and makes drive motion.The utility model is exclusively used in the auto-folder of non-woven solid bag, and quality on folded is good, enhance productivity, liberate the productive forces.

Description

Non-woven solid bag automatic layboy
[technical field]
The utility model relates to a kind of automatic layboy being exclusively used in non-woven solid bag and folding.
[background technology]
Non-woven bag has the feature of environmental protection practicality, particularly non-woven solid bag, is promoted more and more in recent years and uses.The production technology of non-woven solid bag has multiple, for the non-woven solid bag of a kind of thicker cloth or cloth film, the method of up-to-date employing passes through mould molding, although the non-woven solid bag profile of being produced by mould molding is very abundant attractive in appearance, third dimension is strong, be received by the market, but it needs to reduce parking space by folding after producing, folding only have employing manual method to realize at present.Because the non-woven solid bag produced by mould molding does not have crease line, waste time and energy so fold up to compare, production efficiency is low, can expend more labour, and the fold line of folding stereo bag also differently can have comparatively big error, causes quality on folded not good enough.Although also have people's trial machine to replace manually folding non-woven solid bag, complex structure at present, but also unsuccessful.
[summary of the invention]
For the deficiencies in the prior art, the utility model provides a kind of auto-folder being exclusively used in non-woven solid bag, and quality on folded is good, the non-woven solid bag automatic layboy of enhancing productivity, liberating the productive forces.
The utility model is implemented by following technical solution:
Non-woven solid bag automatic layboy, it is characterized in that: comprise a folding channel, folding channel is surrounded by four groups of conveyer belts up and down, the direction of transfer of four groups of conveyer belts is identical and have same linear velocity, the direction of transfer of four groups of conveyer belts is identical with the length direction of folding channel, the front end of folding channel is stereoscopic bag import, rear end is foldable bag outlet, the lower transmission plane of the corresponding upper conveyor belt of upper wall of folding channel, the upper transmission plane of the corresponding lower conveyor belt of lower wall of folding channel, V-shaped on the length direction of folding channel between the upper lower wall of folding channel, distance on folding channel between lower wall is greater than the height of stereoscopic bag in stereoscopic bag entrance location, the right transmission plane of the corresponding left conveyer belt of left wall of folding channel, the left transmission plane of the corresponding right conveyer belt of right wall of folding channel, be parallel to each other on the length direction of folding channel between the left and right wall of folding channel, the width of the distance coupling stereoscopic bag that it leaves mutually, be respectively equipped with folding line inside the left and right wall of folding channel, folding line arranges along the centre symmetry line of V-arrangement and makes the drive motion in direction same with conveyer belt, and folding line is deeply inserted into gradually in folding channel on the length direction of folding channel.
In technique scheme, there is several key technical feature: 1. the wall of folding channel except front and back end is surrounded by four groups of conveyer belts; 2. the V-arrangement design on folding channel between lower wall; 3. the dark gradually of folding line is inserted and driven Design; 4. four groups of conveyer belts have same linear velocity.By cooperatively interacting of above-mentioned four key technical features, first ensure that the uniform force in four bag wall directions of stereoscopic bag, make stereoscopic bag can omnidistance basic keep in folding channel can not be crooked state and also can by smooth and easy conveying, then dark gradually insert edge action bag wall about stereoscopic bag of folding line is coordinated to form the folding line of accurate location, coordinate the synchronous flattening of lower wall opposition body bag upper and lower bag wall on folding channel again, finally from folding channel out be exactly one by the foldable bag of auto-folder, enhance productivity, liberate the productive forces, and good quality on folded can be had.
Distance on folding channel between lower wall is zero in foldable bag exit position.The object of above-mentioned design be stereoscopic bag from folding channel out time can be flattened completely folding.
The front end of stereoscopic bag import is provided with transport platform, and transport platform is provided with gear and left and right side block, and the rear end of foldable bag outlet is provided with a pair pressure roller.The setting of transport platform ensures that stereoscopic bag enters folding work after shaping at once, and the setting of pressure roller is again flattened folded stereoscopic bag, and folded state is better kept.
Described folding line solderless wrapped connection is on front and back line wheel, and front wheel coaxially arranges with the front delivery wheel of left and right conveyer belt and carries out transmission by front delivery wheel.
[accompanying drawing explanation]
Fig. 1 is side-looking directional diagram of the present utility model,
Fig. 2 of the present utility modelly overlooks directional diagram,
Fig. 3 is the structure chart of folding channel,
Fig. 4 is stereoscopic bag folding process figure,
Fig. 5 is stereoscopic bag view before being folded,
Fig. 6 is stereoscopic bag view after folding.
[detailed description of the invention]
As shown in the figure, non-woven solid bag automatic layboy of the present utility model, comprise a folding channel 1, folding channel 1 is by four groups of conveyer belt A up and down, B, D, C surrounds, often organize conveyer belt and comprise two flat rubber beltings separated by a distance, the direction of transfer of four groups of conveyer belts is identical and have same linear velocity, the direction of transfer of four groups of conveyer belts is identical with the length direction of folding channel 1, the front end of folding channel is stereoscopic bag import, rear end is foldable bag outlet, the lower transmission plane A3 of the corresponding upper conveyor belt A of upper wall of folding channel 1, the upper transmission plane B3 of the corresponding lower conveyor belt B of lower wall of folding channel 1, V-shaped on the length direction of folding channel between the upper lower wall (i.e. the lower transmission plane A3 of upper conveyor belt and the upper transmission plane B3 of lower conveyor belt) of folding channel 1, distance on folding channel between lower wall is greater than the height of stereoscopic bag in stereoscopic bag entrance location, distance on folding channel between lower wall is zero in foldable bag exit position, the right transmission plane D3 of the corresponding left conveyer belt D of left wall of folding channel 1, the left transmission plane C3 of the corresponding right conveyer belt C of right wall of folding channel 1, be parallel to each other on the length direction of folding channel between the left and right wall (i.e. the right transmission plane D3 of left conveyer belt and the left transmission plane C3 of right conveyer belt) of folding channel 1, the width of the distance coupling stereoscopic bag that it leaves mutually, folding line E is respectively equipped with inside the left and right wall of folding channel 1, folding line E arranges along the centre symmetry line of V-arrangement and makes the drive motion (preferably can also have same linear velocity with conveyer belt) in direction same with conveyer belt, and folding line E is deeply inserted in folding channel gradually on the length direction of folding channel 1, described folding line E solderless wrapped connection is at the front on wheel E1 and rear line wheel E2, and front wheel E1 arranges with the front delivery wheel (the front delivery wheel C2 of right conveyer belt C) of left and right conveyer belt D, C is coaxial and carries out transmission by front delivery wheel, the front end of stereoscopic bag import is provided with transport platform 5, and transport platform 5 is provided with gear 6 and left and right side block 7, and the rear end of foldable bag outlet is provided with a pair pressure roller 3.The transmission of automatic layboy is such, motor is by the rear delivery wheel A1 of belt 9 transmission upper conveyor belt A, then by chain 10 jack shaft 2 and pressure roller 3, jackshaft 2 is by the rear delivery wheel (the rear delivery wheel C1 of right conveyer belt C) of umbrella tooth 12 transmission left and right conveyer belt D, C, the rear delivery wheel A1 of upper conveyor belt and the rear delivery wheel B1 of lower conveyor belt is by gear 11 engaged transmission, and the front delivery wheel B2 of lower conveyor belt passes through the main drive roller 4 of chain 8 drive transfer platform 5; By the rational proportion of design gear transmission, chain gear transmission, four groups of conveyer belts, folding line and transport platform can be enable easily to ensure substantially identical linear velocity.
The utility model is performed such work: non-woven solid bag 100 takes off from mould after shaping, directly fall in transport platform 5 and carry, under upper gear 6 acts on, stereoscopic bag overturning is in transport platform 5, both sides are located by side block 7 and are admitted in folding channel 1, now four groups of conveyer belt A up and down, B, D, C and folding line E does the motion of same linear velocity, ensure that the uniform force in four bag wall directions of stereoscopic bag 100, make stereoscopic bag 100 can omnidistance basic keep in folding channel 1 can not be crooked state and also can by smooth and easy conveying, then dark gradually insert edge action bag wall about stereoscopic bag of folding line E is coordinated to form the folding line of accurate location, coordinate the synchronous flattening of lower wall opposition body bag upper and lower bag wall on folding channel V-arrangement again, finally from folding channel out be exactly one by the foldable bag of auto-folder, foldable bag from folding channel 1 out after again flattened by pressure roller 3, folded state is better kept.

Claims (4)

1. non-woven solid bag automatic layboy, it is characterized in that: comprise a folding channel, folding channel is surrounded by four groups of conveyer belts up and down, the direction of transfer of four groups of conveyer belts is identical and have same linear velocity, the direction of transfer of four groups of conveyer belts is identical with the length direction of folding channel, the front end of folding channel is stereoscopic bag import, rear end is foldable bag outlet, the lower transmission plane of the corresponding upper conveyor belt of upper wall of folding channel, the upper transmission plane of the corresponding lower conveyor belt of lower wall of folding channel, V-shaped on the length direction of folding channel between the upper lower wall of folding channel, distance on folding channel between lower wall is greater than the height of stereoscopic bag in stereoscopic bag entrance location, the right transmission plane of the corresponding left conveyer belt of left wall of folding channel, the left transmission plane of the corresponding right conveyer belt of right wall of folding channel, be parallel to each other on the length direction of folding channel between the left and right wall of folding channel, the width of the distance coupling stereoscopic bag that it leaves mutually, be respectively equipped with folding line inside the left and right wall of folding channel, folding line arranges along the centre symmetry line of V-arrangement and makes the drive motion in direction same with conveyer belt, and folding line is deeply inserted into gradually in folding channel on the length direction of folding channel.
2. non-woven solid bag automatic layboy as claimed in claim 1, is characterized in that: the distance on folding channel between lower wall is zero in foldable bag exit position.
3. non-woven solid bag automatic layboy as claimed in claim 1, it is characterized in that: the front end of stereoscopic bag import is provided with transport platform, transport platform is provided with gear and left and right side block, and the rear end of foldable bag outlet is provided with a pair pressure roller.
4. non-woven solid bag automatic layboy as claimed in claim 1, is characterized in that: described folding line solderless wrapped connection is on front and back line wheel, and front wheel coaxially arranges with the front delivery wheel of left and right conveyer belt and carries out transmission by front delivery wheel.
CN201520025336.3U 2015-01-11 2015-01-11 Non-woven solid bag automatic layboy Withdrawn - After Issue CN204398400U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201520025336.3U CN204398400U (en) 2015-01-11 2015-01-11 Non-woven solid bag automatic layboy

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201520025336.3U CN204398400U (en) 2015-01-11 2015-01-11 Non-woven solid bag automatic layboy

Publications (1)

Publication Number Publication Date
CN204398400U true CN204398400U (en) 2015-06-17

Family

ID=53422295

Family Applications (1)

Application Number Title Priority Date Filing Date
CN201520025336.3U Withdrawn - After Issue CN204398400U (en) 2015-01-11 2015-01-11 Non-woven solid bag automatic layboy

Country Status (1)

Country Link
CN (1) CN204398400U (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104589704A (en) * 2015-01-11 2015-05-06 余国兴 Automatic folding machine for three-dimensional non-woven bags

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104589704A (en) * 2015-01-11 2015-05-06 余国兴 Automatic folding machine for three-dimensional non-woven bags
CN104589704B (en) * 2015-01-11 2017-08-29 余国兴 Non-woven solid bag automatic layboy

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C14 Grant of patent or utility model
GR01 Patent grant
AV01 Patent right actively abandoned
AV01 Patent right actively abandoned

Granted publication date: 20150617

Effective date of abandoning: 20170829