CN102190184A - Thin paper stretch-breaking method and structure of thin paper winding device - Google Patents
Thin paper stretch-breaking method and structure of thin paper winding device Download PDFInfo
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- CN102190184A CN102190184A CN2010101345260A CN201010134526A CN102190184A CN 102190184 A CN102190184 A CN 102190184A CN 2010101345260 A CN2010101345260 A CN 2010101345260A CN 201010134526 A CN201010134526 A CN 201010134526A CN 102190184 A CN102190184 A CN 102190184A
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- driving lever
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Abstract
The invention provides a thin paper stretch-breaking method and structure of a thin paper winding device. The stretch-breaking structure is arranged at a position adjacent to the lower part of the wheel surface of an upper winding wheel on the thin paper winding device, comprises a rotating shaft and is provided with an outer annular surface and at least one deflector rod; the deflector rod is provided with a rotating shaft connecting end and a thin paper contacting end; the rotating shaft connecting end is fixedly connected to the outer annular surface of the rotating shaft; and the thin paper contacting end convexly extends out of the outer annular surface of the rotating shaft. When the deflector rod is driven by a driving mechanism to enable the contacting end of thin paper to rotate to a contacting position facing to the upper winding wheel; and the thin paper contacting end of the deflector rod adsorbs or guides the thin paper of a channel, so that the thin paper is stretched to be broken by a tension force of roll paper, which is firmed by winding a winding region.
Description
Technical field
The present invention relates to a kind of thin paper and break method and break structure, particularly break method and break structure about a kind of thin paper of tissue rolling device.
Background technology
Representative type tissue rolling device mainly includes rolling wheel on, a guide plate, once rolling wheel, a riding wheel, wherein guide plate is arranged at the wheel face below close position of rolling wheel, and and form a passage on this between the rolling wheel, form a winding area between rolling wheel, following rolling wheel and the riding wheel on this.
The paper tube of general tissue rolling device is to be passed on one by the rolling wheel by a conveyer, pushes a guide plate passage by a push rod again, arrives a winding area again, and the coiling thin paper becomes a paper in reel on paper tube, as roll toilet paper etc.After finishing the coiling work of a paper in reel,, make the rotating speed of rolling wheel on its relative velocity ratio fast or slower, the speed difference that is produced whereby and cause the thin paper fracture than the rotating speed of last rolling wheel by the rotating speed of control one revolving bar.
In another kind of prior art, be to break method and mechanism by the thin paper of contact, for example with driving lever contact at that the tissue rolling device disposed one on the rolling wheel face, and the thin paper by rolling wheel face on this is resisted, relend by thin paper be subjected to the winding area reel the paper in reel that forms pulling force and broken.
Yet, in above-mentioned tissue rolling device commonly used, just the rotating speed with last rolling wheel is identical for the rotating speed of palpus attention revolving bar, just can cause the speed difference and make the thin paper fracture, and if thin paper is with the material of high tenacity when made, if the speed difference between revolving bar and the last rolling wheel is big inadequately, also can't cause the thin paper fracture.
And break in the prior art at the thin paper of aforementioned contact, because driving lever needs actual conflict in last rolling wheel face, so have the shortcoming that can't overcome aspect the durability of mechanism's composition member, the safety.
Summary of the invention
Main purpose of the present invention promptly provides the tissue rolling device that a kind of tool is broken structure, in the hope of utilizing non-contacting thin paper to break mode thin paper is broken.
Another object of the present invention provides and a kind ofly includes air extractor and have bleed-off passage and the tissue rolling device of breaking structure of hollow channel.
Another object of the present invention provides and a kind ofly is used as the method for in the tissue rolling device thin paper being broken and breaks structure to produce vacuum adsorption force.
For this reason, the present invention proposes a kind of thin paper of tissue rolling device and breaks method, this tissue rolling device includes rolling wheel, at least guide plate, following rolling wheel, riding wheel, wherein this guide plate is arranged at the wheel face below close position of rolling wheel, and and form passage between the rolling wheel on this, should go up rolling wheel, form the winding area between following rolling wheel and the riding wheel, break structure and be arranged at rolling wheel below on this, this breaks the driving lever that structure has rotating shaft and protruded out by this rotating shaft, this driving lever has the thin paper contact jaw, and being formed with at least one adsorption orifice at this thin paper contact jaw, this method comprises the following steps:
(a) thin paper is faced the wheel face that should go up the rolling wheel lower part that is affixed on hand of rotation rotation, and by this passage;
(b) this thin paper by passage be wound on first paper tube in this winding area and form paper in reel;
(c) drive this driving lever rotation, make the thin paper contact jaw of this driving lever periodically rotate to the contact position that is intended for rolling wheel on this, when this contact position, the thin paper contact jaw of this driving lever contacts with this thin paper, and and keep preset space length between the rolling wheel on this;
When (d) the thin paper contact jaw of this driving lever is positioned at this contact position, by the thin paper of this adsorption orifice absorption by this passage;
(e) this thin paper is broken because of the pulling force of the paper in reel that is subjected to the winding area and reel forms, and the fracture position of this thin paper is between the paper in reel of this contact position and this first paper tube.
The present invention also proposes a kind of thin paper of tissue rolling device and breaks method, and this method comprises the following steps:
(a) thin paper is faced the wheel face that should go up the rolling wheel lower part that is affixed on hand of rotation rotation, and by this passage;
(b) this thin paper by passage be wound on first paper tube in this winding area and form paper in reel;
(c) drive the rotation of this driving lever, make the thin paper contact jaw of this driving lever periodically rotate to the contact position that is intended for rolling wheel on this, when this contact position, the thin paper contact jaw of this driving lever contacts with this thin paper, and and keep preset space length between the wheel face of rolling wheel on this;
(d) second paper tube is sent in this passage;
(e) reduce the rotating speed of this time rolling wheel, and this thin paper that is positioned at this passage is dangled slightly and form the section that dangles;
(f) by the guiding of the thin paper contact jaw of this driving lever, with at least one part section guiding of the section that dangles of this thin paper entrainment between this second paper tube and this guide plate;
(g) this thin paper is broken because of the pulling force of the paper in reel that is subjected to the winding area and reel forms, the fracture position of this thin paper by entrainment between the paper in reel of the position between this second paper tube and this guide plate and this first paper tube.
In addition, the present invention has proposed a kind of thin paper of tissue rolling device simultaneously and has broken structure, this tissue rolling device includes rolling wheel, at least one guide plate, following rolling wheel, riding wheel, wherein this guide plate is arranged at the wheel face below close position of rolling wheel, and and form passage between the rolling wheel on this, should go up between rolling wheel, following rolling wheel and the riding wheel and form the winding area, thin paper by this passage is wound on first paper tube in this winding area and forms paper in reel, break structure and be arranged at rolling wheel below close position on this, this is broken structure and comprises:
Rotating shaft has outer ring surface;
At least one driving lever, be arranged at the outer ring surface of this rotating shaft, this driving lever has rotating shaft coupling end and thin paper contact jaw, and this rotating shaft coupling end is connected and fixed on the outer ring surface of this rotating shaft, and this thin paper contact jaw protrudes out by the outer ring surface of this rotating shaft, and is formed with at least one adsorption orifice;
Driver train, be connected in this rotating shaft, is that centre of gration rotates in order to drive this driving lever with this rotating shaft, and the thin paper contact jaw that makes this driving lever periodically rotates and is positioned at contact position or leaves this contact position, when this contact position, the thin paper contact jaw of this driving lever contacts with this thin paper, and and keep preset space length between the rolling wheel on this;
Bleed-off passage is formed on this rotating shaft inside, and is communicated in the adsorption orifice of this thin paper contact jaw via hollow channel;
Air extractor is connected in this rotating shaft, and is communicated in this bleed-off passage, makes the thin paper contact jaw of this driving lever form vacuum adsorption force at the adsorption orifice place;
Wherein this driving lever is subjected to the driving of this driver train and when making the thin paper contact jaw of this driving lever rotate to this contact position, the adsorption orifice absorption of the thin paper contact jaw of this driving lever is by the thin paper of this passage, this thin paper is broken because of the pulling force of the paper in reel that is subjected to the winding area and reel forms, and the fracture position of this thin paper is between the paper in reel of this contact position and this first paper tube.
The present invention also proposes the thin paper of another kind of tissue rolling device and breaks structure, and this is broken structure and comprises:
Rotating shaft has outer ring surface;
At least one driving lever is arranged at the outer ring surface of this rotating shaft, and this driving lever has rotating shaft coupling end and thin paper contact jaw, and this rotating shaft coupling end is connected and fixed on the outer ring surface of this rotating shaft, and this thin paper contact jaw is protruded out by the outer ring surface of this rotating shaft;
Driver train, be connected in this rotating shaft, is that centre of gration rotates in order to drive this driving lever with this rotating shaft, and the thin paper contact jaw that makes this driving lever periodically rotates and is positioned at contact position or leaves this contact position, when this contact position, the thin paper contact jaw of this driving lever contacts with this thin paper, and and keep preset space length between the rolling wheel on this;
Wherein this driving lever is subjected to the driving of this driver train and when making the thin paper contact jaw of this driving lever rotate to this contact position, the thin paper contact jaw of this driving lever is guided entrainment with this thin paper between this second paper tube and this guide plate at least one part section of the section that dangles of this passage, this thin paper is broken because of the pulling force of the paper in reel that is subjected to the winding area and reel forms, the fracture position of this thin paper by entrainment between the paper in reel of the position between this second paper tube and this guide plate and this first paper tube.
Characteristics and advantage that the thin paper of the tissue rolling device that the present invention proposes is broken method and broken structure are, structure is broken in close position configuration one below a wheel face of rolling wheel on the tissue rolling device, this is broken structure and comprises a rotating shaft, have an outer ring surface and at least one driving lever, this driving lever has a rotating shaft coupling end and a thin paper contact jaw, this rotating shaft coupling end is connected and fixed on the outer ring surface of this rotating shaft, and this thin paper contact jaw is protruded out by the outer ring surface of this rotating shaft.Be subjected to the driving of a driver train when this driving lever and make the thin paper contact jaw of this driving lever rotate to one when being intended for the contact position of rolling wheel, the thin paper contact jaw absorption of this driving lever or guiding are by the thin paper of this passage, make the pulling force of this thin paper, and this thin paper is broken because of the paper in reel that is subjected to the winding area and reel forms.
Via the technology used in the present invention means, can so that driving lever under the situation that does not contact rolling wheel, the thin paper of tissue rolling device can be broken, so can promote the operation smooth degree and the safety of tissue rolling device, also can reduce the mechanical durability that the tissue rolling device is formed member.
Description of drawings
The following drawings only is intended to the present invention done and schematically illustrates and explain, not delimit the scope of the invention.Wherein:
Fig. 1 is the lateral plan of first embodiment of the invention;
Fig. 2 stamps the scheme drawing in a round hole for showing thin paper every predetermined length distance;
Fig. 3 is for showing the lateral plan of going up rolling wheel among the present invention and breaking the driving lever of structure;
Fig. 4 is a cutaway view of breaking the driving lever of structure;
Fig. 5 is carrying out the action scheme drawing one that thin paper is broken for first embodiment of the invention;
Fig. 6 is carrying out the action scheme drawing two that thin paper is broken for first embodiment of the invention;
Fig. 7 is carrying out the action scheme drawing three that thin paper is broken for first embodiment of the invention;
Fig. 8 is carrying out the action scheme drawing four that thin paper is broken for first embodiment of the invention;
Fig. 9 is carrying out the action scheme drawing five that thin paper is broken for first embodiment of the invention;
Figure 10 is carrying out the action scheme drawing six that thin paper is broken for first embodiment of the invention;
Figure 11 is carrying out the action scheme drawing seven that thin paper is broken for first embodiment of the invention;
Figure 12 is carrying out the action scheme drawing eight that thin paper is broken for first embodiment of the invention;
Figure 13 is carrying out the action scheme drawing one that thin paper is broken for second embodiment of the invention;
Figure 14 is carrying out the action scheme drawing two that thin paper is broken for second embodiment of the invention;
Figure 15 is carrying out the action scheme drawing three that thin paper is broken for second embodiment of the invention;
Figure 16 is carrying out the action scheme drawing four that thin paper is broken for second embodiment of the invention;
Figure 17 is carrying out the action scheme drawing five that thin paper is broken for second embodiment of the invention;
Figure 18 is carrying out the action scheme drawing six that thin paper is broken for second embodiment of the invention;
Figure 19 is carrying out the action scheme drawing seven that thin paper is broken for second embodiment of the invention;
Figure 20 is carrying out the action scheme drawing eight that thin paper is broken for second embodiment of the invention.
The main element label declaration:
100 tissue rolling devices
11 pedestals
Rolling wheel on 12
13 guide plates
14 break structure
141 rotating shafts
The 141a outer ring surface
The 141b bleed-off passage
The 141c perforate
142 driving levers
142a rotating shaft coupling end
142b thin paper contact jaw
The 142c adsorption orifice
142d rotational trajectory circle
The 142e hollow channel
15 times rolling wheels
16 riding wheels
161 swing arms
162 rotary middle spindles
17 paper tube feedways
171 boards
172 push pedals
19 winding areas
21 pinch wheels
22 perforating devices
23 ramp ways
3 passages
4 thin papers
41 holes
42 sections that dangle
43 tail ends
44 head ends
5 first paper tubes
51 paper in reels
6 second paper tubes
The A contact position
The I1 direction of transfer
The I2 hand of rotation
The I3 hand of rotation
The specific embodiment
Understand for technical characterictic of the present invention, purpose and effect being had more clearly, now contrast description of drawings the specific embodiment of the present invention.
Consult shown in Figure 1ly, first embodiment of tissue rolling device 100 of the present invention comprises on the pedestal 11, that rolling wheel 12, a plurality of guide plate 13 (lateral plan can only be seen), break structure 14, once rolling wheel 15, a riding wheel 16, a paper tube feedway 17, a pair of pinch wheel 21, a perforating device 22, a ramp way 23.
Consult shown in Figure 3ly, break structure 14 and be arranged at rolling wheel 12 below close positions, break structure 14 and comprise a rotating shaft 141 and at least one driving lever 142.Rotating shaft 141 has an outer ring surface 141a.Driving lever 142 is arranged at the outer ring surface 141a of rotating shaft 141, each driving lever 142 has a rotating shaft coupling end 142a and a thin paper contact jaw 142b, rotating shaft coupling end 142a is connected and fixed on the outer ring surface 141a of rotating shaft 141, and thin paper contact jaw 142b is protruded out by the outer ring surface 141a of rotating shaft 141.
It is that centre of gration rotates with rotating shaft 141 that one driver train (not shown) can drive driving lever 142, the hand of rotation I3 of driving lever 142 is same as the hand of rotation I2 of rolling wheel 12, when so the thin paper contact jaw 142b of driving lever 142 rotates to contact position A, the hand of rotation of the thin paper contact jaw 142b of driving lever 142 is just in contrast to the hand of rotation I2 of last rolling wheel 12.The rotational trajectory of driving lever 142 can form rotational trajectory circle 142d.
Please consult shown in Figure 4 simultaneously, the thin paper contact jaw 142b of driving lever 142 is provided with an adsorption orifice 142c, and rotating shaft 141 inside have a bleed-off passage 141b and make rotating shaft 141 be hollow tubular, the outer ring surface 141a select location of rotating shaft 141 offers a plurality of perforate 141c that are communicated in bleed-off passage 141b, and driving lever 142 offers at least one hollow channel 142e that is communicated in the perforate 141c of adsorption orifice 142c and rotating shaft 141.Rotating shaft 141 is connected with an air extractor (not shown), in order to the air among the hollow channel 142e of the bleed-off passage 141b that detaches rotating shaft 141 and driving lever 142, so that the adsorption orifice 142c of the thin paper contact jaw 142b of driving lever 142 has a vacuum adsorption force.Preferably, the adsorption orifice 142c of thin paper contact jaw 142b preferably is recessed structure, so that this adsorption orifice 142c has best adsorption effect when absorption thin paper 4.
Consult shown in Fig. 5～12, the demonstration first embodiment of the invention is being carried out the sequence action scheme drawing that thin paper is broken.When being driven with hand of rotation I3 rotation, driving lever 142 make the thin paper contact jaw 142b of driving lever 142 periodically rotate to the contact position A (as shown in Figure 6) that is intended for rolling wheel 12 on this.At this moment, the thin paper contact jaw 142b of this driving lever 142 contacts with thin paper 4, and and last rolling wheel 12 between keep a preset space length, contact, and the thin paper contact jaw 142b of driving lever 142 is adsorbed in adsorption orifice 142c with thin paper 4.
In the preferred embodiment of the present invention, for the thin paper contact jaw 142b that makes driving lever 142 adsorbs the thin paper 4 that passes through passage 3 smoothly, in the time of can being positioned at contact position A at the thin paper contact jaw 142b of driving lever 142, reduce the rotating speed of rolling wheel 15 down slightly by controller (figure does not show), and thin paper 4 is dangled (as shown in Figure 7) slightly, so can make the thin paper contact jaw 142b of driving lever 142 adsorb thin paper 4 smoothly.
When thin paper 4 is subjected to the thin paper contact jaw 142b absorption of driving lever 142, the right-hand end of thin paper 4 is broken because of being subjected to the reel pulling force of the paper in reel 51 that forms of winding area 19, and make thin paper 4 be split into a tail end 43 and the head end 44 near second paper tube 6 near first paper tube 5 in fracture place, the tail end 43 of thin paper 4 can be wound on first paper tube 5 and finish the coiling (as shown in figure 10) of paper in reel 51, at this moment, the rotating speed of following rolling wheel 15 returns back to normal speed.The fracture position of this thin paper 4 is between the paper in reel 51 of this contact position A and this first paper tube 5.When the industry of reality was utilized, its fracture position can be subjected to the punch position of formed hole 41 of perforating device 22 at thin paper 4.
When thin paper 4 is broken, because the thin paper contact jaw 142b of driving lever 142 adsorbs the head end 44 of thin paper 4, and by driving lever 142 in the opposite spin of contact position A and the head end 44 of thin paper 4 is taken to second paper tube 6 of firm access passage 3, and make the head end 44 of thin paper 4 tentatively be wound in the outer ring surface (as Fig. 9, shown in Figure 10) of second paper tube 6.
After thin paper 4 and passage 3 are left in driving lever 142 rotations, second paper tube 6 continues to roll forward along passage 3, and make the head end 44 of thin paper 4 be wound in fully on second paper tube 6, simultaneously the tail end 43 of thin paper 4 can twisting cohesions on paper in reel 51 and finish the coiling (shown in Figure 10,11) of paper in reel 51.
Consult shown in Figure 11,12, second paper tube 6 can slow down the last rolling wheel 12 that caused and the speed difference effect between the following rolling wheel 15 and be passed to winding area 19 (as shown in figure 12) by rolling wheel 15 down, and begins to carry out the coiling work of a new paper in reel.51 of paper in reels of finishing are discharged along ramp way 23.
Because paper in reel 51 is discharged along ramp way 23, and riding wheel 16 is connected in a swing arm 161 (consulting Fig. 1 simultaneously), swing arm 161 has a rotary middle spindle 162, swing arm 161 can be swung for the center by its rotary middle spindle 162, therefore the riding wheel 16 that is connected in swing arm 161 also can move up and down along with the swinging track of swing arm 161, after paper in reel 51 is discharged, press to touch originally promptly can move down and press and touch in second paper tube 6 in the riding wheel 16 of paper in reel 51.
Consult shown in Figure 13～20, the demonstration second embodiment of the invention is being carried out the sequence action scheme drawing that thin paper is broken.Wherein Figure 13～15 are identical with the action of aforementioned first embodiment, and in Figure 16, during the normal winding action of carrying out thin paper, the rotating speed of rolling wheel 15 down by normal speed rev down slightly, and can be made this thin paper 4 that is positioned at this passage 3 dangle slightly and forms the section 42 that dangles.This section 42 that dangles just can be by the guiding (as shown in figure 17) of the thin paper contact jaw 142b of driving lever 142, and this thin paper 4 dangled section 42 at least one part sections (promptly being adjacent to the section of second paper tube 6) guiding entrainment between this second paper tube 6 and this guide plate 13 (as shown in figure 18).At this moment, the rotating speed of following rolling wheel 15 returns back to normal speed, so thin paper 4 is broken (as shown in figure 19) because of being subjected to the reel pulling force of paper in reel 51 of formation of winding area 19, the fracture position of this thin paper 4 by entrainment between the paper in reel 51 of the position of 13 of this second paper tube 6 and this guide plates and this first paper tube 5.
Be same as last embodiment, made the thin paper contact jaw 142b of driving lever 142 periodically rotate to the contact position A that is intended for rolling wheel 12 on this when driving lever 142 drives with hand of rotation I3 rotation.The vacuum adsorption force that the adsorption orifice 142c of the thin paper contact jaw 142b of driving lever 142 is produced, the thin paper contact jaw 142b of auxiliary this driving lever 142 dangles section 42 at least one part section guiding entrainments between this second paper tube 6 and this guide plate 13 with thin paper 4.
After thin paper 4 was broken, its follow-up action (as shown in figure 20) was then identical with the action of last embodiment.
The above only is the schematic specific embodiment of the present invention, is not in order to limit scope of the present invention.Any those skilled in the art, equivalent variations and the modification done under the prerequisite that does not break away from design of the present invention and principle all should belong to the scope of protection of the invention.
Claims (14)
1. the thin paper of a tissue rolling device is broken method, it is characterized in that, this tissue rolling device includes rolling wheel, at least one guide plate, following rolling wheel, riding wheel, wherein this guide plate is arranged at the wheel face below close position of rolling wheel, and and form passage between the rolling wheel on this, should go up rolling wheel, form the winding area between following rolling wheel and the riding wheel, break structure and be arranged at rolling wheel below on this, this breaks the driving lever that structure has rotating shaft and protruded out by this rotating shaft, this driving lever has the thin paper contact jaw, and being formed with at least one adsorption orifice at this thin paper contact jaw, this method comprises the following steps:
(a) thin paper is faced the wheel face that should go up the rolling wheel lower part that is affixed on hand of rotation rotation, and by this passage;
(b) this thin paper by passage be wound on first paper tube in this winding area and form paper in reel;
(c) drive the rotation of this driving lever, make the thin paper contact jaw of this driving lever periodically rotate to the contact position that is intended for rolling wheel this on, when this contact position, the thin paper contact jaw of this driving lever contacts with this thin paper, and and maintenance one preset space length between the rolling wheel on this;
When (d) the thin paper contact jaw of this driving lever is positioned at this contact position, by the thin paper of this adsorption orifice absorption by this passage;
(e) this thin paper is broken because of the pulling force of the paper in reel that is subjected to the winding area and reel forms, and the fracture position of this thin paper is between the paper in reel of this contact position and this first paper tube.
2. the thin paper of tissue rolling device as claimed in claim 1 is broken method, it is characterized in that, the hand of rotation of this driving lever is same as the hand of rotation of rolling wheel on this, when the thin paper contact jaw of this driving lever rotated to this contact position, the hand of rotation of the thin paper contact jaw of this driving lever is hand of rotation of rolling wheel on this just.
3. the thin paper of tissue rolling device as claimed in claim 1 is broken method, it is characterized in that, in step (a), this thin paper more is included in this thin paper and stamps a round hole every predetermined length distance before sending into passage.
4. the thin paper of tissue rolling device as claimed in claim 1 is broken method, it is characterized in that, and in step (c), more comprise and reduce this last volume wheel speed, and the step that thin paper is dangled.
5. the thin paper of a tissue rolling device is broken method, it is characterized in that, this tissue rolling device includes rolling wheel, at least one guide plate, following rolling wheel, riding wheel, wherein this guide plate is arranged at the wheel face below close position of rolling wheel, and and form passage between the rolling wheel on this, should go up between rolling wheel, following rolling wheel and the riding wheel and form the winding area, break structure and be arranged at rolling wheel below on this, this breaks the driving lever that structure has rotating shaft and protruded out by this rotating shaft, this driving lever has the thin paper contact jaw, and this method comprises the following steps:
(a) thin paper is faced the wheel face that should go up the rolling wheel lower part that is affixed on hand of rotation rotation, and by this passage;
(b) this thin paper by passage be wound on first paper tube in this winding area and form paper in reel;
(c) drive this driving lever rotation, make the thin paper contact jaw of this driving lever periodically rotate to the contact position that is intended for rolling wheel on this, when this contact position, the thin paper contact jaw of this driving lever contacts with this thin paper, and and keep a preset space length on this between the wheel face of rolling wheel;
(d) second paper tube is sent in this passage;
(e) reduce the rotating speed of this time rolling wheel, and this thin paper that is positioned at this passage is dangled slightly and form the section that dangles;
(f) by the guiding of the thin paper contact jaw of this driving lever, at least one part of this thin paper is dangled section guiding entrainment between this second paper tube and this guide plate;
(g) this thin paper is broken because of the pulling force of the paper in reel that is subjected to the winding area and reel forms, the fracture position of this thin paper by entrainment between the paper in reel of the position between this second paper tube and this guide plate and this first paper tube.
6. the thin paper of tissue rolling device as claimed in claim 5 is broken method, it is characterized in that, the hand of rotation of this driving lever is same as the hand of rotation of rolling wheel on this, when the thin paper contact jaw of this driving lever rotated to this contact position, the hand of rotation of the thin paper contact jaw of this driving lever was just in contrast to the hand of rotation of last rolling wheel.
7. the thin paper of tissue rolling device as claimed in claim 5 is broken method, it is characterized in that, in step (a), this thin paper more is included in this thin paper and stamps a round hole at this direction of transfer every predetermined length distance before sending into passage.
8. the thin paper of tissue rolling device as claimed in claim 5 is broken method, it is characterized in that, the thin paper of described tissue rolling device is broken the step that thin paper contact jaw that method more is included in this driving lever forms a vacuum adsorption force, with the thin paper contact jaw of auxiliary this driving lever at least one part of this thin paper is dangled section guiding entrainment between this second paper tube and this guide plate.
9. the thin paper of a tissue rolling device is broken structure, it is characterized in that, this tissue rolling device includes rolling wheel, at least one guide plate, following rolling wheel, riding wheel, wherein this guide plate is arranged at the wheel face below close position of rolling wheel, and and form passage between the rolling wheel on this, should go up between rolling wheel, following rolling wheel and the riding wheel and form the winding area, thin paper by this passage is wound on first paper tube in this winding area and forms paper in reel, break structure and be arranged at rolling wheel below close position on this, this is broken structure and comprises:
Rotating shaft has outer ring surface;
At least one driving lever, be arranged at the outer ring surface of this rotating shaft, this driving lever has rotating shaft coupling end and thin paper contact jaw, and this rotating shaft coupling end is connected and fixed on the outer ring surface of this rotating shaft, and this thin paper contact jaw protrudes out by the outer ring surface of this rotating shaft, and is formed with at least one adsorption orifice;
Driver train, be connected in this rotating shaft, this driver train is that centre of gration rotates in order to drive this driving lever with this rotating shaft, and the thin paper contact jaw that makes this driving lever periodically rotates and is positioned at contact position or leaves this contact position, when this contact position, the thin paper contact jaw of this driving lever contacts with this thin paper, and and keep a preset space length on this between the rolling wheel;
Bleed-off passage, it is formed on this rotating shaft inside, and is communicated in the adsorption orifice of this thin paper contact jaw via hollow channel;
Air extractor, it is connected in this rotating shaft, and is communicated in this bleed-off passage, makes the thin paper contact jaw of this driving lever form vacuum adsorption force at the adsorption orifice place;
Wherein this driving lever is subjected to the driving of this driver train and when making the thin paper contact jaw of this driving lever rotate to this contact position, the adsorption orifice absorption of the thin paper contact jaw of this driving lever is by the thin paper of this passage, this thin paper is broken because of the pulling force of the paper in reel that is subjected to the winding area and reel forms, and the fracture position of this thin paper is between the paper in reel of this contact position and this first paper tube.
10. the thin paper of tissue rolling device as claimed in claim 9 is broken structure, it is characterized in that, the hand of rotation of this driving lever is same as the hand of rotation of rolling wheel on this, when the thin paper contact jaw of this driving lever rotated to this contact position, the hand of rotation of the thin paper contact jaw of this driving lever was just in contrast to the hand of rotation of last rolling wheel.
11. the thin paper of tissue rolling device as claimed in claim 9 is broken structure, it is characterized in that, the thin paper of described tissue rolling device is broken structure and is more included perforating device, this perforating device is configured in the close position of this passage, with with this thin paper before sending into this passage, stamp a round hole at this thin paper every predetermined length distance.
12. the thin paper of a tissue rolling device is broken structure, it is characterized in that, this tissue rolling device includes rolling wheel, at least one guide plate, following rolling wheel, riding wheel, wherein this guide plate is arranged at the wheel face below close position of rolling wheel, and and form passage between the rolling wheel on this, should go up between rolling wheel, following rolling wheel and the riding wheel and form the winding area, thin paper by this passage is wound on first paper tube in this winding area and forms paper in reel, break structure and be arranged at rolling wheel below close position on this, this is broken structure and comprises:
Rotating shaft has outer ring surface;
At least one driving lever is arranged at the outer ring surface of this rotating shaft, and this driving lever has rotating shaft coupling end and thin paper contact jaw, and this rotating shaft coupling end is connected and fixed on the outer ring surface of this rotating shaft, and this thin paper contact jaw is protruded out by the outer ring surface of this rotating shaft;
Driver train, be connected in this rotating shaft, described driver train is that centre of gration rotates in order to drive this driving lever with this rotating shaft, and the thin paper contact jaw that makes this driving lever periodically rotates and is positioned at a contact position or leaves this contact position, when this contact position, the thin paper contact jaw of this driving lever contacts with this thin paper, and and keep a preset space length on this between the rolling wheel;
Wherein this driving lever is subjected to the driving of this driver train and when making the thin paper contact jaw of this driving lever rotate to this contact position, the thin paper contact jaw of this driving lever dangles section guiding entrainment with this thin paper between this second paper tube and this guide plate at least one part of this passage, this thin paper is broken because of the pulling force of the paper in reel that is subjected to the winding area and reel forms, the fracture position of this thin paper by entrainment between the paper in reel of the position between this second paper tube and this guide plate and this first paper tube.
13. the thin paper of tissue rolling device as claimed in claim 12 is broken structure, it is characterized in that, the hand of rotation of this driving lever is same as the hand of rotation of rolling wheel on this, when the thin paper contact jaw of this driving lever rotated to this contact position, the hand of rotation of the thin paper contact jaw of this driving lever was just in contrast to the hand of rotation of last rolling wheel.
14. the thin paper of tissue rolling device as claimed in claim 12 is broken structure, it is characterized in that, the thin paper of described tissue rolling device is broken structure and is more included perforating device, this perforating device is configured in the close position of this passage, with with this thin paper before sending into this passage, stamp a round hole at this thin paper every predetermined length distance.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010101345260A CN102190184A (en) | 2010-03-16 | 2010-03-16 | Thin paper stretch-breaking method and structure of thin paper winding device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010101345260A CN102190184A (en) | 2010-03-16 | 2010-03-16 | Thin paper stretch-breaking method and structure of thin paper winding device |
Publications (1)
| Publication Number | Publication Date |
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| CN102190184A true CN102190184A (en) | 2011-09-21 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010101345260A Pending CN102190184A (en) | 2010-03-16 | 2010-03-16 | Thin paper stretch-breaking method and structure of thin paper winding device |
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| CN (1) | CN102190184A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110907245A (en) * | 2019-12-04 | 2020-03-24 | 河北科技大学 | Small-quantitative cotton fiber winding sample preparation device |
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| EP0059110A1 (en) * | 1981-02-24 | 1982-09-01 | Hiroshi Kataoka | Winder having winding shaft extraction device |
| US4451007A (en) * | 1981-01-16 | 1984-05-29 | Toray Industries, Inc. | Yarn winding apparatus |
| CN101311088A (en) * | 2007-05-22 | 2008-11-26 | 全利机械股份有限公司 | Tissue winding and cutting device |
| CN101376468A (en) * | 2007-08-28 | 2009-03-04 | 全利机械股份有限公司 | Thin paper winding apparatus having reverse poking mechanism |
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- 2010-03-16 CN CN2010101345260A patent/CN102190184A/en active Pending
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4451007A (en) * | 1981-01-16 | 1984-05-29 | Toray Industries, Inc. | Yarn winding apparatus |
| EP0059110A1 (en) * | 1981-02-24 | 1982-09-01 | Hiroshi Kataoka | Winder having winding shaft extraction device |
| CN101311088A (en) * | 2007-05-22 | 2008-11-26 | 全利机械股份有限公司 | Tissue winding and cutting device |
| CN101376468A (en) * | 2007-08-28 | 2009-03-04 | 全利机械股份有限公司 | Thin paper winding apparatus having reverse poking mechanism |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110907245A (en) * | 2019-12-04 | 2020-03-24 | 河北科技大学 | Small-quantitative cotton fiber winding sample preparation device |
| CN110907245B (en) * | 2019-12-04 | 2022-04-19 | 河北科技大学 | Small-quantitative cotton fiber winding sample preparation device |
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Application publication date: 20110921 |