CN208234210U - A kind of wrap-up of web-like broad-width material - Google Patents

A kind of wrap-up of web-like broad-width material Download PDF

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Publication number
CN208234210U
CN208234210U CN201820143380.8U CN201820143380U CN208234210U CN 208234210 U CN208234210 U CN 208234210U CN 201820143380 U CN201820143380 U CN 201820143380U CN 208234210 U CN208234210 U CN 208234210U
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revolution
component
arm
mandrel
driving
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CN201820143380.8U
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蔡国强
孔庆章
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Changzhou Yongsheng New Materials Equipment Co Ltd
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Changzhou Yongsheng New Materials Equipment Co Ltd
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Abstract

The utility model provides a kind of wrap-up of web-like broad-width material, including rack and reversing frame component, reversing frame component includes the first revolution station component and the second revolution station component, first revolution station component and the second revolution station component are connected by bearing, and the first revolution station component and the second revolution station component relatively rotate;The present apparatus turns round station component using the first revolution station component of asymmetric setting and second, first revolution station component and the second revolution station component are connected by bearing, first revolution station component and the second revolution station component relatively rotate, the angle between gyroscopic pendulum the upper arm member one and gyroscopic pendulum the upper arm member two is set to reach minimum value, reduce the distance of the first revolution station component and the second revolution station component, the loss of material when reducing replacement paper tube, the utilization rate for improving material reduces the processing cost of finished product.

Description

A kind of wrap-up of web-like broad-width material
Technical field
The utility model relates to the processing technique field of web-like broad-width material more particularly to a kind of receipts of web-like broad-width material Winding apparatus.
Background technique
In the manufacture field of web-like broad-width material, it usually needs carry out uncoiling, processing to the parent roll material of web-like, then again The process of winding requires that the paper tube of parent roll is fixed, traditional wrap-up only has one during parent roll winding A station lays down the paper tube of completion after winding, then loads onto new paper tube and reworks, only one work of which Position works, and the relevant preparation such as paper tube clamping can not carry out, and causes the replacement paper tube time longer, efficiency is lower, is Solve the problems, such as this, there has been proposed the wrap-up of double-station, i.e. a station is work station, and a station is beam worker Position, after the completion of winding, rotates the device, makes to prepare ready paper tube on station and turns to work station and work on, works The finished product completed on station rotates to preparation station, carries out the associated equipment of discharging and paper tube, such as patent " CN205892257U " discloses a kind of sheet material automatic rolling device, including conveying mechanism, rolling-up mechanism and coil replacing mechanism, winding Mechanism is provided with turntable, and when needing change of lap, turntable is rotated, and the wind-up roll with sheet material volume is transferred to last volume position, empty The wind-up roll set is transferred to take-up position, although which saves the time of replacement paper tube, improves efficiency, but due to this Two stations of device are arranged symmetrically, and the distance between two stations are long, replace paper tube when finished product and new paper tube it Between material it is long, which is in free state and belongs to waste material, since the monovalent cost of material is somewhat expensive, leads to list The processing cost of a finished product is excessively high.
Summary of the invention
To overcome following problems existing in the prior art, traditional single-station wrap-up replacement paper tube time is longer, effect Rate is lower, and the device of existing double-station winding, two station spacing distances are long, cause waste of material relatively more, single to produce The processing cost of product is excessively high.The utility model provides a kind of wrap-up of web-like broad-width material, including rack and reversing frame Component, the reversing frame component are mounted on the rack, it is characterised in that: reversing frame component includes the first revolution station component and the Two-revolution station component, the first revolution station component are connect with the second revolution station component by bearing, and described first time Switching stations component and second revolution station component relatively rotate, it is described first revolution station component include gyroscopic pendulum the upper arm member one, Mandrel one, clamping component one, revolution driving one and rotation driving one are turned round, the clamping component one is mounted on gyroscopic pendulum the upper arm member On one, the gyroscopic pendulum the upper arm member one is mounted on one end of revolution mandrel one, and the other end of the revolution mandrel one installs revolution Driving one, the rotation driving one are mounted on the middle part of revolution mandrel one.
On this basis, the second revolution station component includes gyroscopic pendulum the upper arm member two, revolution mandrel two, clamping component Two, revolution driving two and rotation driving two, the clamping component two is mounted in gyroscopic pendulum the upper arm member two, the gyroscopic pendulum arm Part two is mounted on one end of revolution mandrel two, and the other end of the revolution mandrel two installs revolution driving two, the rotation driving Two are mounted on the middle part of revolution mandrel two.
On this basis, described two one end of revolution mandrel is located at turn around inside one one end of mandrel, the revolution mandrel one Inner surface is connect with the outer surface of revolution mandrel two by bearing, and the revolution mandrel one is rotated relative to revolution mandrel two.
On this basis, the one end for stating gyroscopic pendulum the upper arm member one is U-shaped, and the U-shaped end is connect with revolution mandrel one, The gyroscopic pendulum the upper arm member two is flat-type part, and one end connect with revolution mandrel two, the gyroscopic pendulum the upper arm member two and time Two connecting pin of core axis is located at turn around the inside at one U-shaped end of swing arm component, to guarantee gyroscopic pendulum the upper arm member one and gyroscopic pendulum The upper arm member two is on the same line.
On this basis, the clamping component one is identical with two structure of clamping component, the clamping component one and clamping portion Two or so interlaced arrangement of part.
On this basis, the clamping component one includes power side clamping component and slave end clamping component, the power The middle part of side clamping component and non-powered side clamping is fixedly connected with gyroscopic pendulum the upper arm member one, power side clamping component One end is connect with rotation driving one.
On this basis, the revolution driving one is identical as two structure of revolution driving, and the revolution driving one is driven with revolution Dynamic two are symmetrically arranged.
On this basis, the revolution driving one includes worm gear, worm screw, transmission parts one and decelerating motor, the worm gear With revolution mandrel one connect, the worm screw and decelerating motor are fixedly connected with rack, one connecting worm of transmission parts with subtract Speed motor, so that revolution mandrel one be driven to rotate.
On this basis, the rotation driving one is identical as rotation two structures of driving, and the rotation driving one is driven with rotation Dynamic two are symmetrically arranged.
On this basis, the rotation driving one includes decelerating motor two and transition wheel, the decelerating motor two and rack It is fixedly connected, the transition wheel is mounted on revolution one surface of mandrel, and one end of the power side clamping component is equipped with power wheel, institute It states power wheel to be connected with transition wheel, so that clamping component one be driven to rotate.
Compared with prior art, the utility model has the beneficial effects that
First revolution station component and second revolution station component of the present apparatus using asymmetric setting, the first revolution station Component and the second revolution station component are connected by bearing, and the first revolution station component and the second revolution station component turn relatively It is dynamic, so that the angle between gyroscopic pendulum the upper arm member one and gyroscopic pendulum the upper arm member two is reached minimum value, reduces the first revolution station component With the distance of the second revolution station component, the loss of material, improves the utilization rate of material, reduces production when reducing replacement paper tube The processing cost of product.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model embodiment;
Fig. 2 is the schematic diagram of the normal work of the utility model embodiment;
Fig. 3 is the schematic diagram of the preparation change of lap of the utility model embodiment;
Fig. 4 is the schematic diagram of the reel change of the utility model embodiment;
In figure: 1, rack, 11, pedestal, 12, wallboard, 2, reversing frame component, the 21, first revolution station component, 211, revolution Swing arm component one, 212, revolution mandrel one, 2121, jackshaft, 2122, power transmission shaft, 213, clamping component one, 2131, dynamic Power side clamping component, 2132, slave end clamping component, 214, revolution driving one, 215, rotation driving one, the 22, second revolution work Position component, 221, gyroscopic pendulum the upper arm member two, 222, revolution mandrel two, 223, clamping component two, 224, revolution driving two, 225, rotation Turn driving two
Specific embodiment
Below in conjunction with drawings and examples, the present invention will be further described in detail.It should be appreciated that this place is retouched The specific embodiment stated only to explain the utility model, is not used to limit the utility model.
As Figure 1-Figure 4, the utility model schematically illustrates a kind of wrap-up of web-like broad-width material.
The utility model discloses a kind of wrap-up of web-like broad-width material, as shown in Figure 1, including rack 1 and reversing frame Component 2, reversing frame component 2 are mounted in rack 2, and rack 1 is tower structure, including pedestal 11 and wallboard 12, and wallboard 12 It in the upper surface of pedestal 11, is arranged vertically with pedestal 11, reversing frame component 2,2 He of reversing frame component are installed in the upper surface of wallboard 12 Wallboard 12 is connected by bearing, and reversing frame component 2 can rotate around bearing centre with respect to rack 1;Reversing frame component 2 wraps Include the first revolution station component 21 and the second revolution station component 22, the first revolution station component 21 and the second revolution station component 22 are connected by bearing, and the first revolution station component 21 and the second revolution station component 22 relatively rotate, the first revolution station portion The range that angle is rotated between part 21 and the second revolution station component 22 is 25 °~335 °;First revolution station component includes back Switch the upper arm member 1, revolution mandrel 1, clamping component 1, revolution driving 1 and rotation driving 1, clamping Component 1 is mounted in gyroscopic pendulum the upper arm member 1, and gyroscopic pendulum the upper arm member 1 is mounted on the one of revolution mandrel 1 End, the other end of revolution mandrel 1 install revolution driving 1, and rotation driving 1 is mounted on revolution mandrel 1 Middle part;Gyroscopic pendulum the upper arm member 1 includes two horizontal swinging arms, and two horizontal swinging arms are arranged in parallel, and is located at turn around mandrel 1 One end, two horizontal swinging arm structures are identical, are spaced a distance, are arranged symmetrically, and one end of horizontal swinging arm is U-shaped, pass through The both sides for wearing U-shaped are equipped with centre bore, which is connected with revolution mandrel 1, and the other end of swing arm is linear type, a word Shape end center position is equipped with the centre bore two through upper and lower surface, which connect with clamping component 1;Turn round core Axis 1 is cylinder cover parts, including jackshaft 2121 and power transmission shaft 2122, jackshaft 2121 are located at turn around swing arm component The both ends of one 211 centre, jackshaft 2121 are respectively equipped with flange, are put by the left and right of flange and gyroscopic pendulum the upper arm member 1 Arm is connected as an entirety, and power transmission shaft 2122 is located at turn around the right of swing arm component 1, a left side for power transmission shaft 2122 End is equipped with a flange, is integrated into a whole by flange and gyroscopic pendulum the upper arm member 1, to make gyroscopic pendulum the upper arm member one 211 are fixedly connected with revolution mandrel 1, and the middle part of power transmission shaft 2122 is connect by bearing with wallboard 12, intermediate The inner hole of axis 2121 and the inner hole of power transmission shaft 2122 are connect by bearing with the second revolution station component 22, to make first Revolution station component 21 and the second revolution station component 22 can relatively rotate;The other end of gyroscopic pendulum the upper arm member 1 is installed There is clamping component 1, clamping component 1 includes power side clamping component 2131 and slave end clamping component 2132, power Side clamping component 2131 is fixedly mounted on the right swing arm of gyroscopic pendulum the upper arm member 1, the fixed peace of slave end clamping component 2132 On the left swing arm of gyroscopic pendulum the upper arm member 1, the right end of power side clamping component 2131 is equipped with power wheel, the power wheel with One 215 connection of rotation driving, to realize that the rotation to clamping component 1 drives;It is installed in the end of revolution mandrel 1 There is revolution driving 1, revolution driving 1 includes that worm gear, worm screw, transmission parts one and decelerating motor, turbine are mounted on back The end of core axis 1, worm screw and decelerating motor are mounted in rack 1, and transmission parts one connect worm screw with decelerating motor Get up, decelerating motor drives worm screw rotation, the rotation of worm drive worm gear, to drive gyroscopic pendulum the upper arm member 1 and revolution core Axis 1 rotates;One 212 middle part of revolution mandrel is equipped with rotation driving 1, and rotation driving 1 includes decelerating motor two And transition wheel, decelerating motor two are mounted in rack 1, transition wheel is mounted on one 212 middle part of revolution mandrel, and transition wheel is double strand chain Wheel, a row chain wheel are connect with decelerating motor two, and another row chain wheel is connect with the power wheel of power side clamping component 2131, to drive Dynamic power side clamping component 2131 rotates;During the first revolution station component 21 rotates, one 211 He of gyroscopic pendulum the upper arm member The center of the opposite revolution mandrel 1 of revolution mandrel 1 rotates, gyroscopic pendulum the upper arm member 1 and revolution mandrel 1 The distance between do not change, power side clamping component 2131 is mounted in gyroscopic pendulum the upper arm member 1, rotation driving one 215 are mounted on revolution mandrel 1, i.e., the distance between power side clamping component 2131 and revolution mandrel 1 do not occur Variation, so rotation driving 1 can drive power side clamping component 2131 to rotate at an arbitrary position;Second revolution station portion Part 22 includes gyroscopic pendulum the upper arm member 2 221, revolution mandrel 2 222, clamping component 2 223, revolution driving 2 224 and rotation driving 2 225, clamping component 2 223 is mounted in gyroscopic pendulum the upper arm member 2 221, and gyroscopic pendulum the upper arm member 2 221 is mounted on revolution mandrel 2 222 one end, the other end of revolution mandrel 2 222 install revolution driving 2 224, and rotation driving 2 225 is mounted on revolution core The structure at the middle part of axis 2 222, clamping component 2 223 is identical with one 213 structure of clamping component, and opposite 1 interlaced arrangement of rack is returned The structure for turning driving 2 224 is identical as one 214 structure of revolution driving, is symmetrically arranged with revolution driving 1, rotation driving 2 225 structure is identical as rotation one 215 structures of driving, is symmetrically arranged with rotation driving 1, gyroscopic pendulum the upper arm member two 221 include two horizontal swinging arms two, and two horizontal swinging arms two are arranged in parallel, and is located at turn around one end of mandrel 2 222, and two or so Two structure of swing arm is identical, is spaced a distance, and horizontal swinging arm is plate structure, and both ends are respectively provided with centre bore, the center of one end Hole with revolution mandrel 2 222 be connected, the centre bore of the other end is connect with clamping component 2 223, gyroscopic pendulum the upper arm member 2 221 and time 2 222 connecting pin of core axis is located at turn around the centre of one 211U font of swing arm component, to make gyroscopic pendulum the upper arm member 2 221 and return The center line of switch the upper arm member 1 is located in a straight line, to guarantee on clamping component 1 and clamping component 2 223 Power side clamping component 2131 is equal with the distance between slave end clamping component 2132;Revolution mandrel 2 222 is axial workpiece, Gyroscopic pendulum the upper arm member 2 221 is installed in one end, and revolution driving 2 224 is installed in one end, and revolution mandrel 2 222 installs gyroscopic pendulum the upper arm member 2 221 ends are located at turn around inside mandrel 1, and outer surface is connect by bearing with the inner surface for turning round mandrel 1, thus It realizes that revolution mandrel 1 is rotated relative to revolution mandrel 2 222, reduces gyroscopic pendulum the upper arm member 1 and gyroscopic pendulum the upper arm member two Angle between 221 reduces more to reduce the distance between the first revolution station component 21 and the second revolution station component 22 The loss of material when changing paper tube.
Working principle:
When normal work, as shown in Fig. 2, the first revolution station component 21 is located at work station, the second revolution station component 22 are located at preparation station, and the second revolution station component 22 is equipped with ready paper tube, when on the first revolution station component 21 Product processing is when soon completing, and the second revolution station component 22 is rotated clockwise close to when the first revolution station component 21, with the Single-revolution station component 21 is kept for 300 ° of maximum angle, as shown in figure 3, then the first revolution station component 21 and the second revolution work Position component 22 rotates simultaneously, stops rotating when the second revolution station component 22 rotates to work station, as shown in figure 4, cutting Material completion connects film, then proceedes to the first revolution station component 21 of rotation to station is prepared and lays down finished product, prepares new paper tube, this When second revolution station component 22 work station work normally, when first revolution station component 21 on paper tube it is ready Afterwards, the duty cycle next time is waited.
First revolution station component and second revolution station component of the present apparatus using asymmetric setting, the first revolution station Component and the second revolution station component are connected by bearing, and the first revolution station component and the second revolution station component turn relatively It is dynamic, so that the angle between gyroscopic pendulum the upper arm member one and gyroscopic pendulum the upper arm member two is reached minimum value, reduces the first revolution station component With the distance of the second revolution station component, the loss of material, improves the utilization rate of material, reduces production when reducing replacement paper tube The processing cost of finished product.
The preferred embodiment of the utility model has shown and described in above description, as previously described, it should be understood that this is practical new Type is not limited to forms disclosed herein, and should not be regarded as an exclusion of other examples, and can be used for various other groups It closes, modification and environment, and by the technology of above-mentioned introduction or related fields or can know within that scope of the inventive concept describe herein Knowledge is modified.And changes and modifications made by those skilled in the art do not depart from the spirit and scope of the utility model, then all answer In the protection scope of the appended claims for the utility model.

Claims (10)

1. a kind of wrap-up of web-like broad-width material, including rack (1) and reversing frame component (2), the reversing frame component (2) It is mounted on rack (1), it is characterised in that: reversing frame component (2) includes the first revolution station component (21) and the second revolution work Position component (22), first revolution station component (21) are turned round station component (22) with second and are connect by bearing, and described the Single-revolution station component (21) is relatively rotated with the second revolution station component (22), and first revolution station component (21) includes Gyroscopic pendulum the upper arm member one (211), revolution mandrel one (212), clamping component one (213), revolution driving one (214) and rotation driving One (215), the clamping component one (213) are mounted in gyroscopic pendulum the upper arm member one (211), the gyroscopic pendulum the upper arm member one (211) it is mounted on one end of revolution mandrel one (212), the other end of revolution mandrel one (212) installs revolution driving one (214), the rotation drives one (215) to be mounted in the middle part of revolution mandrel one (212).
2. a kind of wrap-up of web-like broad-width material according to claim 1, it is characterised in that: the second revolution work Position component (22) includes gyroscopic pendulum the upper arm member two (221), revolution mandrel two (222), clamping component two (223), revolution driving two (224) it is mounted in gyroscopic pendulum the upper arm member two (221) with two (225) of rotation driving, the clamping component two (223), described time Switch the upper arm member two (221) is mounted on one end of revolution mandrel two (222), the other end installation of revolution mandrel two (222) Revolution driving two (224), two (225) of the rotation driving are mounted on the middle part of revolution mandrel two (222).
3. a kind of wrap-up of web-like broad-width material according to claim 2, it is characterised in that: the revolution mandrel two (222) one end is located at turn around inside mandrel one (212) one end, the inner surface and revolution mandrel two of revolution mandrel one (212) (222) outer surface is connected by bearing, and the revolution mandrel one (212) rotates relative to revolution mandrel two (222).
4. a kind of wrap-up of web-like broad-width material according to claim 3, it is characterised in that: the gyroscopic pendulum arm One end of part one (211) is U-shaped, and the U-shaped end is connect with revolution mandrel one (212), the gyroscopic pendulum the upper arm member two It (221) is flat-type part, one end is connect with revolution mandrel two (222), the gyroscopic pendulum the upper arm member two (221) and revolution core Axis two (222) connecting pin is located at turn around the inside at swing arm component one (211) U-shaped end, to guarantee gyroscopic pendulum the upper arm member one (211) on the same line with gyroscopic pendulum the upper arm member two (221).
5. a kind of wrap-up of web-like broad-width material according to claim 4, it is characterised in that: the clamping component one (213) identical with clamping component two (223) structure, the clamping component one (213) and clamping component two (223) control the cloth that interlocks It sets.
6. a kind of wrap-up of web-like broad-width material according to claim 5, it is characterised in that: the clamping component one It (213) include power side clamping component and slave end clamping component, in the power side clamping component and non-powered side clamping Portion is fixedly connected with gyroscopic pendulum the upper arm member one (211), and one end and one (215) of rotation driving of the power side clamping component are even It connects.
7. a kind of wrap-up of web-like broad-width material according to claim 4, it is characterised in that: the revolution driving one (214) identical as revolution driving two (224) structure, the revolution driving one (214) and revolution driving two (224) bilateral symmetry cloth It sets.
8. a kind of wrap-up of web-like broad-width material according to claim 7, it is characterised in that: the revolution driving one It (214) include worm gear, worm screw, transmission parts one and decelerating motor, the worm gear is connect with revolution mandrel one (212), the snail Bar and decelerating motor are fixedly connected with rack (1), one connecting worm of transmission parts and decelerating motor, to drive revolution core Axis one (212) rotation.
9. a kind of wrap-up of web-like broad-width material according to claim 6, it is characterised in that: the rotation driving one (215) identical as rotation two (225) structures of driving, the rotation drives one (215) and rotation two (225) bilateral symmetry cloth of driving It sets.
10. a kind of wrap-up of web-like broad-width material according to claim 9, it is characterised in that: the rotation driving One (215) include decelerating motor two and transition wheel, and the decelerating motor two is fixedly connected with rack (1), the transition wheel installation On revolution mandrel one (212) surface, one end of the power side clamping component is equipped with power wheel, the power wheel and transition wheel phase Even, so that clamping component one (213) be driven to rotate.
CN201820143380.8U 2018-01-29 2018-01-29 A kind of wrap-up of web-like broad-width material Active CN208234210U (en)

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Application Number Priority Date Filing Date Title
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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN110203763A (en) * 2019-05-30 2019-09-06 河南海鹏送变电工程有限公司 A kind of power engineering cable winding device

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN110203763A (en) * 2019-05-30 2019-09-06 河南海鹏送变电工程有限公司 A kind of power engineering cable winding device

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