CN102367069A - Horizontal press-in feeding device for packing tubular materials - Google Patents
Horizontal press-in feeding device for packing tubular materials Download PDFInfo
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- CN102367069A CN102367069A CN2011102964953A CN201110296495A CN102367069A CN 102367069 A CN102367069 A CN 102367069A CN 2011102964953 A CN2011102964953 A CN 2011102964953A CN 201110296495 A CN201110296495 A CN 201110296495A CN 102367069 A CN102367069 A CN 102367069A
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Abstract
The invention provides a horizontal press-in feeding device for packing tubular materials, relating to a feeding device of packing materials. The device comprises a to-be-stored slipway, an extractor, feeding ports, a press-in device and packing materials; the to-be-stored slipway is formed by sliding paths in parallel; the packing materials are allowed to pass through each slipway one by one; outlets of the slipways are located at the tail ends of the slipways; the distance between the tail ends of the slipways is the same as the distance between the feeding ports; the number of the slipways is the same as that of the feeding ports; the extractor consists of the same number of extracting mechanisms with the slipways; the extracting mechanisms are of a wheel-shaped structure with teeth; the extracting mechanisms are rotated for the set number of turns each time; the press-in device consists of a plurality of press-in elements; the press-in device is connected with a retractor; inlets of the slipways are higher than outlets of the slipways; the extracting mechanisms are located at outlet ends of the slipways; all of the extracting mechanisms are rotated synchronously; all of the press-in elements are operated downwards synchronously; and the press-in elements are operated telescopically in a vertical direction. The device provided by the invention is applied to packing machinery of the tubular materials.
Description
Technical field:
The present invention relates to pillow type packaging machinery, particularly a kind of forced feed arrangement of shape for sleeping in of tubular material packing.
Background technology:
Existing pillow type packaging method is the packing of elder generation with sheet; From vertically with about two bandings form a cavity altogether; The article that will pack simultaneously are placed in the cavity; At the two ends of the article that will pack the cavity involution is cut off then, because so good shape later on of packing such as pillow are the name pillow type packaging.Whole packaging process has the degree of automation height; Speed is fast; Be applicable to block, granular, powdery, aqueous object; Like food such as biscuit, yolk pie, chocolate, bread, instant noodles, moon cake, soya-bean milk, milk, soy sauce, cooking wine, lotus root starch, and the packing of each type objects such as various daily necessities, various industrial part, various medicine equipments, a lot of patents and technical skill produced around pillow type packing machine.
This limit becomes chamber shape structure with the flaky material involution; The article that the limit will be packed are put into the chamber and are packed; Be the form of a desirable pillow type packaging,, the packing of this form is also just mixed and given birth to following shortcoming: 1. expense is expected; Existing pillow type packing machine is that the right and left of the packing of sheet is sewed up the back packing, and sutured portion will be wasted appreciiable packing.2. influence attractive in appearance, outside influence packing attractive in appearance that the seam after the stitching is folded stays packing.3. the technology of this form, requiring packing is materials of MULTILAYER COMPOSITE, the material price of MULTILAYER COMPOSITE is expensive.4. the pillow type packaging of relative tubular material has increased one procedure, has increased energy resource consumption and labour cost.
Compare with the technology of the package of above-mentioned flaky material, with the technology that tubular material is packed, do not have the material requirements of MULTILAYER COMPOSITE, the sutured portion in the middle of not having has material-saving, attractive in appearance, energy-conservation, advantage that cost is low.
, the packaged form of tubulose is compared with the packaged form of sheet, on the feed process of packing material, is very different:
1, the packaged form of sheet is to sweep along the mode of flaky material the inside to pack packing material, does not have the notion of open end; And the packaged form of tubulose can only let packing material pack from the mode that open end enters into packing, so require feed arrangement that quite high accuracy will be arranged.
2, flaky packaging material can adopt level or vertical charging form, and the height of feed entrance point is not required; Packing material can only get into from the status openings end that keeps vertical opening, just requires feed entrance point that cooresponding height is arranged, and has increased the complexity of feed arrangement.
3, what bother most is that the packing of sheet allow at a high speed and a plurality of charging, carry out seal package simultaneously, so can just can reach the purpose of high-speed packaging at a packing timber stockline.And the packaged form of tubulose is that formerly the top of a pipe to be become be a packaging bag; Could pack by pan feeding then; Each operation can only circulate and carry out, and can not carry out simultaneously, reach the purpose of high-speed packaging; Can only remedy speed with quantity, the mode that just adopts many tubular packaging materials to accomplish same operation is simultaneously in proper order packed.
Many tubular packaging materials are accomplished the mode of same operation simultaneously in proper order, have just required a plurality of packing materials to sequence team and have waited at each inlet point, and the speed of queuing can meet the requirement of package speed.Accomplishing an operation simultaneously with 5 packing materials is example, accomplishes 3 if target velocity is a per second, just requires per 1.6 seconds on 5 inlet point limits 5 packing materials must be arranged.
The packing device of tubular material; The form of its packing is vertical multiple feed degree of lip-rounding formula basically; The characteristics of this form association be exactly inlet point above the packaging bag open end, packing material down enters in the packaging bag from inlet point, if packing material is the bad hollow body of sliding of lighter weight; Tend to rest on the top of inlet point and packaging bag, can't carry out seal package.
It is the technical issues that need to address that the packing material of the bad lighter weight of sliding can be arrived in the packaging bag fast simultaneously.
Summary of the invention:
The purpose of invention: a kind of forced feed arrangement of shape for sleeping in of simultaneously packing material being sent into the tubular material packing of each packaging bag is provided.
The scheme that solves: device comprises holding treats slideway, extractor, inlet point, injector, packing material.
Hold and treat that slideway is formed by slideway side by side; The width and the packing material of every slideway are similar, and slideway is made up of the two sliding retainings and the sliding end, and sliding retaining is in the both sides at the sliding end; Packing material moves in the centre of two sliding retainings singly successively, and each slideway can only hold single packing material and get into mobile.Packing material gets into from the top of slideway, and packing material can move in the middle of slideway, and packing material is arranged in order from the end of every slideway backward in turn.The quantity of slideway is identical with the quantity of inlet point, and the spacing between the end of slideway is identical with spacing between the inlet point.Holding the effect of treating slideway is: packing material is accumulated in the column on each inlet point limit in turn successively.
Extractor is made up of the quantity dial-out mechanism identical with slideway, transfers to mechanism to be arranged on the end of every slideway, and transfering to mechanism is toothed wheel-like structure, transfers to mechanism's revolution to move once a packing material of way end is transferred to slideway.All dial-out mechanisms move simultaneously, and each action is dialled in the top packing material of slideway in the inlet point simultaneously.The effect of extractor is: next puts into inlet point with the packing material of each slideway one simultaneously.
Injector is pressed into part by several and constitutes; Injector be pressed into part above each inlet point; Being pressed into part is connected with the pipe expansion joint of operation up and down; Be pressed into part and can extend into inlet point inside, the effect of injector is: guarantee that the packing material in inlet point all enters into below the inlet point simultaneously.
The present invention is achieved in that the forced feed arrangement of shape for sleeping in of tubular material packing, comprises holding and treats slideway, extractor, inlet point, injector, packing material.
Hold and treat that slideway is formed by slideway side by side; Slideway is made up of the two sliding retainings and the sliding end; Sliding retaining is in the both sides at the sliding end, and the width and the packing material of every slideway are similar, and every slideway can only hold single packing material and get into successively; Packing material moves in the centre of two sliding retainings singly successively, and the distance of being separated by between the sliding retaining of various slideways is identical; The outlet of slideway is at way end, and the spacing between the way end is identical with spacing between each inlet point, and the quantity of slideway is identical with the quantity of inlet point.
Extractor is made up of the quantity dial-out mechanism identical with the quantity of slideway, and transfering to mechanism is toothed wheel-like structure, each number of turns of setting of rotating.
Injector is pressed into part by several and constitutes, and it is to stretch out and withdraw that pipe expansion joint starts once process, and injector is connected with pipe expansion joint, is pressed into the part operation of can stretching out and withdraw.
It is characterized in that: way end is the nadir of slideway; Transfer to mechanism above way end, way end is pressed into part directly over inlet point on the next door of inlet point; All dial-out mechanisms start operation simultaneously, all part above-below direction stretching operations simultaneously that are pressed into.
Wherein, be pressed into the internal diameter of the external diameter of part less than inlet point.
Wherein, toothed wheel-like structure is that vertical direction is rotated.
Advantage of the present invention is: all packing materials can get into each packaging bag simultaneously, because be pressed into part packing material directly are pressed into, even the packing material of lighter weight also can guarantee to get into packaging bag.
Description of drawings:
Accompanying drawing 1 is: the diagrammatic cross-sectional side elevation of practical example.
Accompanying drawing 2 is: the schematic top plan view of practical example.
In the accompanying drawings:
10: hold and treat slideway, 11: slideway, 12: sliding retaining, 13: the sliding end, 14: inlet point, 15: packing material, 16: hold and treat way end, 17: way end,
20: extractor, 21: transfer to mechanism, 22: toothed wheel-like structure,
30: injector, 31: be pressed into part, 32: pipe expansion joint.
The quantity in present embodiment demonstration extension road is not represented the restriction of actual enforcement, can select the extension road quantity that needs in the time of practical operation arbitrarily.
Succinct for what explain, power supply and power are not described and explain among the figure He in the context.
The specific embodiment:
With reference to accompanying drawing 1, the diagrammatic cross-sectional side elevation of practical example.
Show among the figure: device comprises holding treats slideway 10, extractor 20, inlet point 14, injector 30, packing material 15.
Hold and treat that slideway 10 is skewed; Hold and treat way end 16, hold and treat that slideway 10 is formed by slideway 11 side by side, because the relation of side-looking in nadir; Only show a slideway 11 among the figure; Slideway 11 is made up of the two sliding retainings 12 and the sliding end 13, and packing material 15 moves in the centres of two sliding retainings 12 singly successively, and each slideway 11 can only hold 15 entering of single packing material and move.Because the bevelled reason, packing material 15 gets into after the slideway, is arranged in order in turn backward from every way end 17.Way end 17 is on the next door of inlet point 14.Holding the effect of treating slideway 10 is: make packing material 15 be accumulated in 11 li in the slideway on each inlet point 14 limit in turn successively.
With reference to accompanying drawing 2, the schematic top plan view of practical example.
Show among the figure: hold and treat that slideway 10 is formed by slideway 11 side by side; The width of every slideway 11 and packing material 15 are similar; Slideway 11 was made up of the two sliding retainings 12 and the sliding end 13, and sliding retaining 12 is in the both sides at the sliding end 13, and packing material 15 gets into from the top of slideway 11; Each slideway 11 can only hold single packing material 15 and get into and move successively; Packing material 15 is arranged in order from every way end 17 backward in turn, and the spacing between the way end 17 is identical with spacing between the inlet point 14, and 3 slideway 11 correspondences are on the next door of 3 inlet points 14.
Transfer to mechanism 21 to be arranged on every way end 17, transfering to mechanism 21 is toothed wheel-like structures 22, transfers to mechanism's 21 revolutions to move once a packing material 15 of way end 17 is transferred to slideways 11.
Be pressed into part 31 above each inlet point 14, be pressed into part 31 and can extend into inlet point 14 inside.
The process of whole device operation is: packing material 15 is accumulated in the slideway 11 on each inlet point 14 next door in turn successively; Transfer to mechanism 21 to guard at way end 17, at one time, all dial-out mechanisms 21 move together; Way end 17 top packing materials 15 are dialled in the inlet point 14; Be pressed into part 31 and stretch out downwards, in inlet point 14, simultaneously with packing material 15 be pressed onto inlet point 14 below.
Claims (3)
1. the forced feed arrangement of shape for sleeping in of tubular material packing comprises holding and treats slideway (10), extractor (20), inlet point (14), injector (30), packing material (15);
Hold and treat that slideway (10) is formed by slideway (11) side by side; Slideway (11) was made up of the two sliding retainings (12) and the sliding end (13); Sliding retaining (12) is in the both sides at the sliding end (13), and the width of every slideway (11) and packing material (15) are similar, and every slideway (11) can only hold single packing material (15) and get into successively; Packing material (15) moves in the centre of two sliding retainings (12) singly successively, and the distance of being separated by between the sliding retaining (12) of various slideways (11) is identical; The outlet of slideway (11) is in way end (17), and the spacing between the way end (17) is identical with spacing between each inlet point (14), and the quantity of slideway (11) is identical with the quantity of inlet point (14);
Extractor (20) is made up of the quantity dial-out mechanism (21) identical with the quantity of slideway (11), and transfering to mechanism (21) is toothed wheel-like structure, each number of turns of setting of rotating;
Injector (30) is pressed into part (31) by several and constitutes, and it is to stretch out and withdraw that pipe expansion joint (32) starts once process, and injector (30) is connected with pipe expansion joint (32), is pressed into part (31) operation of can stretching out and withdraw;
It is characterized in that: way end (17) is the nadir of slideway; Transfer to the top of mechanism (21) in way end (17); Way end (17) is on the next door of inlet point (14); Be pressed into part (31) directly over inlet point (14), all dial-out mechanisms (21) start operation simultaneously, all part (31) above-below direction stretching operations simultaneously that are pressed into.
2. the forced feed arrangement of shape for sleeping in of tubular material packing according to claim 1 is characterized in that: be pressed into the internal diameter of the external diameter of part (31) less than inlet point (14).
3. the forced feed arrangement of shape for sleeping in of tubular material packing according to claim 1 is characterized in that: toothed wheel-like structure (22) is that vertical direction is rotated.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011102964953A CN102367069A (en) | 2011-10-02 | 2011-10-02 | Horizontal press-in feeding device for packing tubular materials |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011102964953A CN102367069A (en) | 2011-10-02 | 2011-10-02 | Horizontal press-in feeding device for packing tubular materials |
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| Publication Number | Publication Date |
|---|---|
| CN102367069A true CN102367069A (en) | 2012-03-07 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011102964953A Pending CN102367069A (en) | 2011-10-02 | 2011-10-02 | Horizontal press-in feeding device for packing tubular materials |
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| CN (1) | CN102367069A (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106829050A (en) * | 2017-04-07 | 2017-06-13 | 上海上垫垫圈有限公司 | A kind of feed arrangement of packing ring packing machine |
| CN111674625A (en) * | 2020-06-15 | 2020-09-18 | 谢金燕 | Ternary lithium battery intermittent type nature split charging equipment |
| CN113386340A (en) * | 2021-07-12 | 2021-09-14 | 温州欧博机械有限公司 | Film covering device for paper tableware |
-
2011
- 2011-10-02 CN CN2011102964953A patent/CN102367069A/en active Pending
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106829050A (en) * | 2017-04-07 | 2017-06-13 | 上海上垫垫圈有限公司 | A kind of feed arrangement of packing ring packing machine |
| CN106829050B (en) * | 2017-04-07 | 2019-08-20 | 上海上垫垫圈有限公司 | A kind of feeding device of washer packing machine |
| CN111674625A (en) * | 2020-06-15 | 2020-09-18 | 谢金燕 | Ternary lithium battery intermittent type nature split charging equipment |
| CN111674625B (en) * | 2020-06-15 | 2021-10-26 | 深圳市豫尚电子科技有限责任公司 | Ternary lithium battery intermittent type nature split charging equipment |
| CN113386340A (en) * | 2021-07-12 | 2021-09-14 | 温州欧博机械有限公司 | Film covering device for paper tableware |
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| WD01 | Invention patent application deemed withdrawn after publication |
Application publication date: 20120307 |