CN201553501U

CN201553501U - Vibration type paper finishing machine

Info

Publication number: CN201553501U
Application number: CN2009202673227U
Authority: CN
Inventors: 张恒诚
Original assignee: CSY Industrial Co Ltd
Current assignee: CSY Industrial Co Ltd
Priority date: 2009-10-22
Filing date: 2009-10-22
Publication date: 2010-08-18
Anticipated expiration: 2019-10-22

Abstract

The utility model provides a vibration type paper finishing machine which comprises a supporting device for supporting and fixing a paper pile, wherein the supporting device is provided with a blowing device and a vibrating device, the blowing device is provided with a blowing pipe, the blowing device blows airflow to the paper pile on the supporting device, and the vibrating device links the supporting device to vibrate when the blowing device blows the airflow to the paper pile, thereby reducing adhesive force among papers to lead the papers to be mutually aligned, achieving better paper pile finishing and aligning effect, not only improving the papers finishing efficiency and quality, but also being good for further treating the finished paper pile.

Description

Oscillatory type is put in order the paper machine

Technical field

The utility model relates to the whole paper machine of a kind of oscillatory type, relates in particular to a kind of whole paper machine of oscillatory type that makes whole repeatedly each ora terminalis of paper trim leveling.

Background technology

To add man-hour with putting in order the paper that changes, as when mounting work such as paper, veneer, need earlier the paper in the pile to be unclamped, avoid sheet stacking and be attached together, and adding man-hour, paper all is the whole paper box of repeatedly putting into, for making the paper feed can be smooth and easy, pile more needs paper is alignd mutually before putting into paper box, make its periphery trim leveling, and traditional whole paper mode is by manually unclamping a spot of paper back alignment one by one, but for automation stock production now, the carefully and neatly done paper of people also can't satisfy the demand of automated production, does not apply already and uses.

For improving this problem, all put in order paper at present with whole paper board, shown in No. 241747, No. 241746 patent case of TaiWan, China, wherein No. 241747 patent case discloses the whole paper machine of a kind of automatic rotation, and it comprises: a layback seat; One first reductor, it is installed in the layback seat; One first connecting rod, one end are fixed on producing on the end of this first reductor; One second connecting rod, the other end of one end and first connecting rod is articulated; One rotary seat, the other end of its top and second connecting rod is articulated, and the lower end then is articulated in one and is fixed on the axle of layback seat, and has rotation trend; One is installed in second reductor on the rotary seat, is fixed with a gear on its output shaft; One rotating shaft, it is installed on the rotary seat, and is fixed with a gear in rotating shaft, meshes each other with gear on second reductor; One is fixed on the carrier in the above-mentioned rotating shaft, in order to a pair of paper frame of holding up to be installed, the bearing paper heap.

And No. 241746 patent case discloses the whole paper machine air outlet assembly of a kind of rotation, and it is arranged on and carries in the confined chamber that connects inside and outside the stand with compressed gas source, and this assembly comprises: one group by power operated drive pulley; One drive belt, it is looped around on this group drive pulley; One air outlet slide, each is connected its upper/lower terminal with an end of drive belt, and can slide; One is located at the long slot bore of confined chamber on the folder seat inner bottom surface; One wide belt, its upper/lower terminal is being fixed and is covering this long slot bore upper surface, wherein slide comprises pair of side plates, and in direction across wide belt width, back down roller at axle pivot on this side plate and withstand on the wide belt bottom surface, and support roller is compressing on the outer face of wide belt respectively in the upper and lower both sides of backing down roller, make wide belt be pressed on one and be positioned on the air-out oralia of elongated slot, this air-out oralia is provided with an air outlet and is provided with air intake vent at the side plate side.

The common part of above-mentioned two patent cases is, all be on the pedestal of placing pile, to set out the air port, air outlet shift reciprocately and pile blown out air-flow on pedestal, desire is unclamped paper thus, but, owing to have friction force between paper and the paper in the pile, resistances such as adhesive ability, after air outlet is dried to paper, though can slightly paper be blown off, but after air outlet left, just the paper that is blown was subjected to the pressure of pile both sides at once, and the resistance between paper protrudes pile, its edge also can't trim leveling, blows pile more disorderly because of the wind that blowing mouth blew out on the contrary.

The utility model content

Main purpose of the present utility model is to improve above-mentioned defective, make paper in the pile blown by air-flow after, paper edge can trim leveling.

For reaching above-mentioned purpose, the utility model proposes the whole paper machine of a kind of oscillatory type, it comprises the bogey of a carrying pile, and the blowing device and the oscillatory system that are arranged at this bogey, this bogey is provided with a fixed frame, this fixed frame forms the accommodation space of a carrying pile, and this blowing device has the blower that a pair of pile blows out air-flow, wherein, this oscillatory system is this bogey vibration of interlock when this blower blows out air-flow, to reduce the friction force between the paper, make paper in the pile blown with vibrate after align mutually put in order the paper registration effect so that reach preferably pile.

Via as can be known above, the beneficial effect that the utility model reaches compared to technology is to promote the efficient and the quality of whole paper, and the pile that helps finishing whole paper carries out other paper process work.

Description of drawings

Fig. 1 is a STRUCTURE DECOMPOSITION scheme drawing of the present utility model.

Fig. 2 is a preferred embodiment scheme drawing of the present utility model.

Fig. 3-1 to Fig. 3-4 be diagram of work of the present utility model (one).

Fig. 4-1 to Fig. 4-3 be diagram of work of the present utility model (two).

The specific embodiment

Relevant detailed description of the present utility model and technology contents now just cooperate graphic being described as follows:

See also shown in Figure 1ly, the utility model is the whole paper machine of a kind of oscillatory type, a blowing device 20 and an oscillatory system 30 that it mainly comprises a bogey 10 and is located at this bogey 10; This bogey 10 comprises a base 11 and and is located at loam cake 12 on this base 11, be provided with a loading plate 13 to set firmly this oscillatory system 30 in these base 11 inside, be provided with biside plate 14 in these loading plate 13 both sides in addition, has a gap between this loading plate 13 and the side plate 14 to form track 15, and these bogey 10 outsides are provided with the fixing fixed frame 16 of pile, this fixed frame 16 comprises is located at two clamping plate 17 of this bogey 10 with clamping pile both sides, and one be located at this bogey 10 to support the baffle plate 18 of pile ora terminalis, by these two clamping plate 17, this baffle plate 18 forms an accommodation space 19 that carries pile and communicate with this track 15 with this bogey 10; And this blowing device 20 has the blower 21 that is arranged on this track 15, blower 21 blew out air-flow when whole paper machine started, and the blower 21 on 13 liang of siding tracks 15 of this loading plate is blowing out air-flow simultaneously, produce displacement stroke in the same way or oppositely along track 15, constitute main framework of the present utility model in this way.

And preferred embodiment of the present utility model can be as shown in Figure 2, the whole paper machine of this oscillatory type comprises a control setup 40, this control setup 40 is pivoted with the support arm 41 of this bogey 10 of binding, make this bogey 10 these control setup 40 pivots relatively, and this support arm 41 is provided with the rotating disk 42 of this bogey 10 of binding, makes these support arm 41 rotations relatively of this bogey 10; During operation as Fig. 3-1 to shown in Fig. 3-4, at first put in order the preceding dead work of paper, this bogey 10 is switched to this control setup 40 1 sides with this support arm 41, left side as shown in FIG., and pile 50 put into, make the paper in the pile 50 parallel with two clamping plate 17, the both sides of clamping pile 50 by these two clamping plate 17 are with fixing pile 50 (shown in Fig. 3-1) again; Then, this bogey of these support arm 41 interlocks 10 pivots and pile 50 is erected (shown in Fig. 3-2); Then, by this rotating disk 42 this bogey 10 is horizontally rotated 90 degree (shown in Fig. 3-3); And with this bogey 10 pivot formation one leaning angle of these support arm 41 drives, this bogey 10 is tilted towards the direction of this baffle plate 18, so that this pile 50 gravitates and being resisted against on this baffle plate 18, so just finish the paper dead work (as shown in Figure 3-4) before the whole paper.

Then, just begin to put in order paper work, as Fig. 4-1 to shown in Fig. 4-3, originally, before putting in order paper, its edge of paper in the pile 50 is uneven, after startup should be put in order the paper machine, this blower 21 as shown in the figure by the left end of this track 15 towards the right-hand member displacement, and the generation air-flow blows pile 50, and this oscillatory system 30 is a vibrating motor, and sends vibration when these blower 21 displacements blow out air-flow, and will vibrate by this bogey 10 and conduct to pile 50, make the paper in the pile 50 blown by the air-flow of this blowing device 20, increasing the gap of paper and paper, and be subjected to the vibration of this oscillatory system 30, the friction force between minimizing paper and the paper, adhesive ability, the one ora terminalis is resisted against on the bogey 10 and trims, and form the bevelled technology by this bogey 10 with this support arm 41, make pile 50 another ora terminalis be resisted against this baffle plate 18, thus just can be with pile 50 each ora terminalis leveling.Then, again with the dead work (being that Fig. 3-1 is to Fig. 3-4) before the whole paper of opposite operation in tandem, earlier this bogey 10 is ajusted, by these rotating disk 42 contrarotations, and with this bogey 10 pivots of these support arm 41 drives, make this bogey 10 by being switched to a side directly over this control setup 40, unclamp pile 50 taking-ups that these clamping plate 17 can will be finished whole paper then.

In sum, the utility model is not limited to this control setup 40 these bogey 10 upsets, more can use manpower to rotate this bogey 10, the most important thing is, the utility model is provided with an oscillatory system 30 in this bogey 10, this oscillatory system 30 sends vibration when this blowing device 20 produces air-flow, to reduce the friction force between paper, adhesive ability etc. in the pile 50, paper is fallen naturally and trim, promoting the efficient and the quality of whole paper, and the pile 50 that helps finishing whole paper carries out other paper process work.

Above-mentioned is preferred embodiment of the present utility model only, is not to be used for limiting practical range of the present utility model, i.e. the equivalence of doing according to the content of claim of the present utility model changes and modifies, and all should be technology category of the present utility model.

Claims

1. the whole paper machine of oscillatory type is characterized in that, the whole paper machine of described oscillatory type comprises:

One bogey (10) possesses a fixed frame (16) is arranged, the inner accommodation space (19) that forms carrying one pile (50) of described fixed frame (16);

One blowing device (20) is located on the described bogey (10), and described blowing device (20) possesses the blower (21) that a pair of pile (50) blows out air-flow at least;

One oscillatory system (30), be located on the described bogey (10), make described blower (21) blow out the air-flow described bogey of described oscillatory system (30) interlock (10) vibration simultaneously, so that reach the whole paper registration effect of pile (50) preferably to pile (50).

2. oscillatory type according to claim 1 is put in order the paper machine, it is characterized in that, described oscillatory system (30) is a vibrating motor.

3. oscillatory type according to claim 1 is put in order the paper machine, it is characterized in that, described bogey (10) comprises one and sets firmly the loading plate (13) of described oscillatory system (30) and be located at the side plate (14) of described loading plate (13) both sides, has a gap respectively between described loading plate (13) and the biside plate (14) and forms track (15) so that blower (21) to be set.

4. oscillatory type according to claim 3 is put in order the paper machine, it is characterized in that, the blower (21) on described loading plate (13) two siding tracks (15) produces displacement stroke blowing out air-flow simultaneously in the same way along track (15).

5. oscillatory type according to claim 3 is put in order the paper machine, it is characterized in that, the blower (21) on described loading plate (13) two siding tracks (15) oppositely produces displacement stroke blowing out air-flow simultaneously along track (15).

6. oscillatory type according to claim 1 is put in order the paper machine, it is characterized in that, described fixed frame (16) comprises is located at two clamping plate (17) of described bogey (10) with clamping pile (50) both sides.

7. oscillatory type according to claim 1 is put in order the paper machine, it is characterized in that, described fixed frame (16) comprises is located at described bogey (10) to support the baffle plate (18) of pile (50) ora terminalis.

8. oscillatory type according to claim 1 is put in order the paper machine, it is characterized in that, the whole paper machine of described oscillatory type comprises a control setup (40), described control setup (40) is pivoted with the support arm (41) of a described bogey of binding (10), and described bogey (10) can be pivoted by described relatively control setup (40).

9. oscillatory type according to claim 8 is put in order the paper machine, it is characterized in that, described support arm (41) is provided with the rotating disk (42) of a described bogey of binding (10), and described bogey (10) can be rotated by described relatively support arm (41).