CN209007697U - A kind of material collecting device and cutting equipment - Google Patents
A kind of material collecting device and cutting equipment Download PDFInfo
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- CN209007697U CN209007697U CN201820792271.9U CN201820792271U CN209007697U CN 209007697 U CN209007697 U CN 209007697U CN 201820792271 U CN201820792271 U CN 201820792271U CN 209007697 U CN209007697 U CN 209007697U
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Abstract
The utility model discloses a kind of material collecting device and cutting equipments, including spaced multiple first tubular structure sections and multiple second tubular structure sections；Each second tubular structure section is connected with two adjacent the first tubular structure sections, and the diameter of the second tubular structure section is less than the diameter of the first tubular structure section；Flexible positioning ring is set in second tubular structure section；Flexible positioning ring is set as expanding in the deflated condition, limited to rewinding ring when rewinding ring set is located at outside flexible positioning ring.By making the long pipe surface to be formed that there is the arrangement concave architecture of regularity for multiple first tubular structure sections of different-diameter and the setting of multiple second tubular structure section intervals.One therein can be chosen in the film tape cut in advance in production, the film tape is compared with flexible positioning ring progress position is fixed in concave architecture, the position correction of all film tapes can be completed, simplify the program of position correction, operating time is saved, is improved work efficiency.
Description
Technical field
The utility model relates to a kind of processing of high molecular material mechanical equipment technical field, in particular to a kind of material collecting device
And cutting equipment.
Background technique
With the development of social production, the application of polymer insulation thin-film material is increasingly extensive, also increasingly by each
The favor of each industry of row, and permeate, be applied to various industries, especially in photovoltaic industry application, become photovoltaic industry development
A part.When polymer insulation thin-film material is applied to photovoltaic industry, it usually needs the raw material for providing supplier are cut into
The size that product is special procured can be put into production and use.Film cutter workflow is in the prior art: need by
The raw material that film is whole are cut by product size.Before being cut, first one winding ring is fixed on two screws
It is positioned on scheduled position on rewinding bar, is successively positioned required several coiled strip rings at scheduled position, then will
Whole thin film raw material is cut according to predetermined size, and a bit of film cut stickup is wrapped on coiled strip ring,
Start cutting machine, rotate rewinding bar and the rotation of coiled strip ring is driven to carry out cutting rewinding.
Coiled strip ring needs to be positioned by screw on rewinding bar, and every two screw determines the spacing of two coiled strip rings,
A coiled strip ring is fixed in every two screw.Therefore, when carrying out positional dissection, positioning retracting to film, screw is needed
There are many quantity, cause to require to take a significant amount of time the positioning work for doing coiled strip ring before producing every time, need to expend a large amount of
Working hour, production efficiency is extremely low.
Utility model content
(1) purpose of utility model
The purpose of the utility model is to provide a kind of material collecting devices, by designing a kind of tubular structure with different-diameter
The setting of section interval, and flexible positioning ring is set in the small tubular structure section of diameter, so that flexible positioning ring is in the deflated condition
Expansion, to be limited to the rewinding ring, to solve the prior art when rewinding ring set is located at outside the flexible positioning ring
It is had to when the rewinding of center by the way that the problem of a large amount of screw is come to the positioning of coiled strip ring, the rewinding of the application are arranged on rewinding bar
Device is easy to use, accurate positioning, saves working hour, improves production efficiency.
(2) technical solution
To solve the above problems, the first aspect of the utility model provides a kind of material collecting device, including spaced
Multiple first tubular structure sections and multiple second tubular structure sections；Each second tubular structure section with adjacent two described in
First tubular structure section is connected, and the diameter of the second tubular structure section is less than the diameter of the first tubular structure section；Institute
It states and flexible positioning ring is set in the second tubular structure section；It is described flexibility positioning ring be set as expanding in the deflated condition, with
When rewinding ring set is located at outside the flexible positioning ring, the rewinding ring is limited.
Further, the material collecting device further includes being nested in spaced multiple first tubular structure sections
With the third tubular structure section in multiple second tubular structure sections；The first tubular structure section positioned at both ends, respectively with institute
The both ends connection for stating third tubular structure section, forms a confined space；The flexibility positioning ring and the second tubular structure section
On be respectively arranged with through-hole, the flexible positioning ring is connected to the confined space；The first tubular structure section, described
It is provided with stomata in two tubular structure sections or the third tubular structure section, the stomata is connected to the confined space.
Further, the first tubular structure section diameter is less than the diameter of the rewinding ring, so that the rewinding ring
The first tubular structure section can be passed through to be sheathed on outside the second tubular structure section.
Further, the material collecting device further includes multiple cricoid adjusting components；The adjusting component is set in portion
It is right when width to be less than the second tubular structure section in the rewinding ring width outside point the second tubular structure section
The rewinding ring is fixed.
Further, the adjusting component includes at least one first regulating part and at least one second regulating part；It is described
First regulating part connects to form cyclic structure with second regulating part.
Further, first regulating part and second regulating part are magnetic connection.
Further, the sum of the width for adjusting component and the width of the rewinding ring are the second tubular structure section
Width, the rewinding ring is fixed on to wherein one end of the second tubular structure section.
Further, the outer diameter for adjusting component is substantially equal to the internal diameter of the rewinding ring；It is described to adjust the interior of component
Diameter is equal with the outer diameter of the second tubular structure section.
Further, it is described outside it more than or equal to being set in be set as the outer diameter after expansion for the flexible positioning ring
The internal diameter of rewinding ring.
Further, the difference of the radius of the first tubular structure section and the radius of the second tubular structure section is 8-
12mm。
Other side according to the present utility model provides a kind of cutting equipment, including receipts described in any of the above embodiments
Expect that device, the material collecting device are set on the rewinding bar of the cutting equipment by the third tubular structure section.
Technical solution brief summary
The application is by designing a kind of material collecting device, by by multiple first tubular structure sections and multiple second tubular structures
Section interval setting, since the diameter of the first tubular structure section is different from the diameter of the second tubular structure section, then can formation rule have
The concaveconvex structure of sequence, and flexible positioning ring is set in the second small tubular structure section of diameter, that is, in concaveconvex structure
Flexible positioning ring is set at concavity position, and by rewinding ring set on flexible positioning ring, when rewinding, flexible positioning ring inflation is swollen
Swollen, volume increases, and completes fixation to rewinding ring, localization process, i.e. rotatably rewinding.
(3) beneficial effect
The above-mentioned technical proposal of the utility model has following beneficial technical effect:
The material collecting device of the application, by setting multiple first tubular structure sections and multiple second tubular structure section intervals
It sets, it, then can the orderly bumps of formation rule since the diameter of the first tubular structure section is different from the diameter of the second tubular structure section
Structure, and flexible positioning ring is set in the second small tubular structure section of diameter, that is, at the concavity position of concaveconvex structure
Flexible positioning ring is arranged in place, by rewinding ring set on flexible positioning ring, when rewinding, and flexible positioning ring inflation, volume
Increase, completes fixation to rewinding ring, localization process, i.e. rotatably rewinding.Before needing rewinding, need to determine film
Position；Since concave architecture can be chosen wherein at the arrangement of certain regularity in the film tape cut in advance in this application
One, which is compared with being fixed in concave architecture flexible positioning ring and carry out position, all film tapes can be completed
Position correction, simplify the program of position correction, save operating time, improve work efficiency.On the other hand, due to recessed
The limitation of shape structure and the fixation of flexible positioning ring, when film received on rewinding ring to it is a certain amount of when, be still able to maintain material volume
Plane keeps vertical accuracy with the axis of rewinding bar, continues rewinding.So as to avoid in the prior art by point positioning,
Lead to the verticality it is difficult to ensure that receiving volume and rewinding rod axis；Thus cause receiving volume during subsequent production that can acutely shake
The phenomenon that moving, even collapse, rewinding interruption, inventory disposal and unit exception shutdown etc. is caused to seriously affect production generation.
The application is by design third tubular structure section, with the first tubular structure section and the second tubular structure section, three's structure
It at confined space, can be inflated into confined space, make structural sections itself that there is a degree of expansion, make so as to increase
The stability of used time.In addition, the design of flexible positioning ring, is connected to by the position of the second tubular structure section with confined space, from
And be inflated and expand, volume increases, to further fix to rewinding ring.
In addition, the application is additionally provided with adjusting component, the width of component is adjusted, the width specifications for adjusting component are different, with
It is matched with the different width specifications of rewinding ring, keeps the sum of width of the two of same size with the second tubular structure section, thus
Improve the practicability of material collecting device.In production, the prior art is also needed when replacing different in width coiled strip ring to fixed coiled strip
The screw of the position of ring is dismantled one by one, an another installation.And the application directly passes through width adjusting component and carries out replacement card
Position, it is simple, convenient, and shorten production duration used.
Detailed description of the invention
Fig. 1 is that coiled strip ring is mounted on the structural schematic diagram on rewinding bar in the prior art；
Fig. 2 is the structural schematic diagram of film cutter in the prior art；
Fig. 3 is the material collecting device structural schematic diagram according to the embodiment of the present application；
Fig. 4 is the assembling enlarged drawing that flexible positioning ring is set to according to the rewinding ring set of the embodiment of the present application；
Fig. 5 is according to the rewinding ring of the embodiment of the present application, adjusts the assembling section of component, flexible positioning ring；
Fig. 6 is the structural schematic diagram that component 70 is adjusted according to the application embodiment；
Fig. 7 is the structural schematic diagram that component or the second adjusting component are adjusted according to the application embodiment first；
Fig. 8 is the adjusting component assembling schematic diagram according to the embodiment of the present application；
Fig. 9 is that cyclic structure is formed after docking according to the laminated structure of two arcs of rewinding ring of the embodiment of the present application
Schematic diagram；
Figure 10 is the assembling schematic diagram according to the adjusting component, rewinding ring of the embodiment of the present application on material collecting device；
Figure 11 is the schematic diagram according to the cutting equipment working condition of the application.
Appended drawing reference:
10: the first tubular structure sections；20: the second tubular structure sections；30: flexible positioning ring；40: rewinding ring；50: third pipe
Shape structural sections；60: stomata；70: adjusting component；Adjust component at 701: the first；Adjust component at 702: the second；703: third adjusting group
Part；100: rewinding bar；101: screw；102: coiled strip ring.
Specific embodiment
To make the objectives, technical solutions and advantages of the present invention clearer, With reference to embodiment
And referring to attached drawing, the utility model is further described.It should be understood that these descriptions are merely illustrative, and do not really want
Limit the scope of the utility model.In addition, in the following description, descriptions of well-known structures and technologies are omitted, to avoid not
Necessarily obscure the concept of the utility model.
Obviously, the embodiments are a part of the embodiments of the present invention rather than all of the embodiments.Based on this
Embodiment in utility model, it is obtained by those of ordinary skill in the art without making creative efforts it is all its
His embodiment, fall within the protection scope of the utility model.
In the description of the present invention, it should be noted that term " first ", " second ", " third " are only used for describing
Purpose is not understood to indicate or imply relative importance.
In addition, as long as technical characteristic involved in the utility model different embodiments disclosed below is each other
Not constituting conflict can be combined with each other.
Hereinafter reference will be made to the drawings is more fully described the utility model.In various figures, identical element is using similar
Appended drawing reference indicate.For the sake of clarity, the various pieces in attached drawing are not necessarily to scale.
Fig. 1 and Fig. 2 are please referred to, Fig. 1 is that coiled strip ring is mounted on the structural schematic diagram on rewinding bar in the prior art；Fig. 2 is
The structural schematic diagram of film cutter in the prior art.
Film cutter workflow is: the raw material by film whole being needed to cut by product size.Existing skill
One winding ring 102 before being cut, is first fixed on rewinding with two screws 101 as depicted in figs. 1 and 2 by the cutting machine of art
It is positioned, is successively positioned required several coiled strip rings 102 at scheduled position, then on scheduled position on bar 100
Whole thin film raw material is cut according to predetermined size, and a bit of film cut stickup is wrapped in coiled strip ring
On, start cutting machine, rotates rewinding bar 100 and the rotation of coiled strip ring 102 is driven to carry out cutting rewinding.
Coiled strip ring 102 needs to be positioned by screw 101 on rewinding bar 100, and every two screw 101 determines two volumes
Expect the spacing of ring 102, a coiled strip ring 102 is fixed in every two screw 101.Therefore, positional dissection carried out to film, determined
When the retracting of position, needs the quantity of screw 101 very much, cause to require to take a significant amount of time before producing every time to do coiled strip ring
102 positioning work, needs to expend a large amount of working hour, and production efficiency is extremely low.
Fig. 3 and Fig. 4 are please referred to, Fig. 3 is the material collecting device structural schematic diagram according to the embodiment of the present application；Fig. 4 is according to this
Apply for that the rewinding ring set of embodiment is set to the assembling enlarged drawing of flexible positioning ring.
According to one embodiment of the utility model, material collecting device as shown in Figure 3 and Figure 4, including it is spaced multiple
First tubular structure section 10 and multiple second tubular structure sections 20；Each second tubular structure section 20 and two adjacent institutes
It states the first tubular structure section 10 to be connected, and the diameter of the second tubular structure section 20 is less than the first tubular structure section 10
Diameter；Flexible positioning ring 30 is set in the second tubular structure section 10；The flexibility positioning ring 30 is set as in inflation shape
It is expanded under state, limited to the rewinding ring 40 when rewinding ring 40 is set in flexible 30 outside of positioning ring.
In the present embodiment, multiple first tubular structure sections 10 and multiple second tubular structure sections 20 can be alternately arranged shape
At a long tubular structure, and tubular structure forms orderly aligned concaveconvex structure along its length, wherein the first tubulose knot
The quantity of structure section 10 can be equal with the quantity of the second tubular structure section 20, can also be less than the number of the second tubular structure section 20
Amount can also be more than the quantity of the second tubular structure section 20.Preferably the quantity of the first tubular structure section 10 is more than the second tubulose
The quantity of structural sections 20.One of specific arrangement mode can be with are as follows: 10, second tubulose knots of a first tubular structure section
Structure section 20, another first tubular structure section 10, another second tubular structure section 20, another first tubular structure section 10, Zai Yi
The last one first tubular structure section 10 of two tubular structure sections 20, but it is not limited to above-mentioned enumerate.The application the first tubular structure section
10 with the connection type of the second tubular structure section 20 can be to be fixedly connected, or be integrally formed, be preferably integrally formed；
The mode being wherein fixedly connected can be the modes such as to weld, rivet, being spirally connected, and preferably weld or rivet；But it is not limited to above-mentioned column
It lifts, such as can also be by the way of glue sticking.Before needing rewinding, need to position film；Due in this application
The arrangement of second tubular structure section 20 and the regularity as above of the first tubular structure section 10, then can look in the film tape cut in advance
One therein is chosen, carries out position by the film tape and to flexibility positioning ring 30 at the second tubular structure section 20 be located in
It compares, the position correction of all film tapes can be completed, simplify the program of position correction, save operating time, improve
Working efficiency.
It should be noted that the first tubular structure section 10 and the second tubular structure section 20 can be directly sleeved on cutting equipment
On rewinding bar, and the inner diameter size of the second tubular structure section 20 and the outer diameter size of rewinding bar match, to be stuck on rewinding bar,
It can also be provided with internal screw thread on 20 inner wall of the second tubular structure section, external screw thread is set on rewinding bar, is connected through a screw thread
Mode be fixed on rewinding bar.It can also be provided with hole in the first tubular structure section 10, be consolidated by way of being fixedly connected
Be scheduled on rewinding bar, for example, be spirally connected, pin joint etc. is fixedly connected with mode.Wherein, multiple first tubular structure sections 10 and multiple second
Tubular structure section 20 can be alternately arranged to form a long tubular structure, the total length of the structure and the length of rewinding bar 100
Match, it can greater than the length of rewinding bar 100, the length of rewinding bar 100 can also be equal to or less than rewinding bar
Length, the preferably equal to or less than length of rewinding bar 100, specially 490-530 millimeters, more preferably 500-520 millimeters, example
For example 500 millimeters, 502 millimeters, 504 millimeters, 506 millimeters, 508 millimeters, 510 millimeters, 512 millimeters, 514 millimeters, 516 millimeters,
518 millimeters or 520 millimeters, optimum length is 510 millimeters, but is not limited to above-mentioned enumerate on a large scale.
In addition the first tubular structure section 10 of the application and the second tubular structure section 20 are all made of rigid material and are made, but have
There are certain coefficient of expansion, for example, resin etc.；And flexible positioning ring 30 is made of flexible material, the coefficient of expansion is much larger than
The coefficient of expansion of first tubular structure section 10 and the second tubular structure section 20 is realized when the expansion of flexible positioning ring 30 to rewinding
The fixation of ring 40.Since the diameter of two adjacent the first tubular structure sections 10 of the second tubular structure section 20 is all larger than the second tubulose
Structural sections 20, then form concave architecture between the first tubular structure of every two section 10, and the limitation rewinding ring 40 of concave architecture
Position fixation of the flexible positioning ring 30 to rewinding ring 40 in addition, when film received on rewinding ring 40 to it is a certain amount of when, remain to protect
It holds material volume plane and keeps vertical accuracy with the axis of rewinding bar, continue rewinding.It avoids and passes through determining for point in the prior art
Position, leads to the verticality it is difficult to ensure that receiving volume and rewinding rod axis；Thus cause receiving volume during subsequent production can be violent
The phenomenon that shaking, even collapse, rewinding interruption, inventory disposal and unit exception shutdown etc. is caused to seriously affect production generation.
It should be noted that the quantity of the quantity and the second tubular structure section 20 of flexible positioning ring 30 matches, for example, one
A second tubular structure section 20 is provided with a flexible positioning ring, but can also the quantity of flexible positioning ring 30 be less than the second tubulose
The quantity of structural sections 20.
In an alternative embodiment, the material collecting device, as shown in figure 3, further include be nested in it is described spaced
Third tubular structure section 50 in multiple first tubular structure sections 10 and multiple second tubular structure sections 20；Described in both ends
First tubular structure section 10 is connect with the both ends of the third tubular structure section 50 respectively, forms a confined space；The flexibility
It is respectively arranged with through-hole in positioning ring 30 and the second tubular structure section 20, by the flexible positioning ring 30 and the confined air
Between be connected to；It is arranged in the first tubular structure section 10, the second tubular structure section 20 or the third tubular structure section 50
There is stomata 60, the stomata 60 is connected to the confined space.
In the present embodiment, spaced multiple first tubular structure sections 10 and the arrangement of multiple second tubular structure sections 20
The long tubular structure formed, the outer diameter of third tubular structure section 50 less than the second tubular structure section 20 internal diameter, and the
The outer diameter of the internal diameter and rewinding bar of three tubular structure sections 50 matches.In addition, the length of third tubular structure section 50, with multiple
The equal length for the long tubular structure that one tubular structure section 10 and the arrangement of multiple second tubular structure sections 20 are formed.Third
Tubular structure section 50 is nested in long tubular structure, and two end connections, so that long tubular structure and third tubulose knot
Enclosure space is formed between structure section 50.Wherein, multiple first tubular structure sections 10, multiple second tubular structure sections 20 and institute's third pipe
It can be connected, can also be made up of integrally formed mode, preferably by way of being fixedly connected between shape structural sections 50
It is integrally formed.The mode being wherein fixedly connected can be the modes such as to weld, rivet, being spirally connected, and preferably weld or rivet；But it is unlimited
It is enumerated in above-mentioned, such as can also be by the way of glue sticking.
It should be noted that one that multiple first tubular structure sections 10 and the arrangement of multiple second tubular structure sections 20 are formed
The length of long tubular structure can also be equal with the total length of two or three third tubular structure sections 50.But it is not limited to above-mentioned
It enumerates.As long as being able to satisfy the long tubular structure 50 of long tubular structure and third is capable of forming sealing space.
In addition it is provided in the first tubular structure section 10 or the second tubular structure section 20 or institute's third tubular structure section 50
Stomata 60, stomata 60 are connected to external air charging system, to be confined space inflation by external air charging system, to make
Obtaining confined space can expand to a certain extent.With the positioning to rewinding ring 50.
In the present embodiment, through-hole is provided in each second tubular structure section 20, flexible positioning ring 30 is logical by this
Hole is connected to confined space, and when external air charging system is when being inflated confined space, gas is entered soft by through-hole
Property positioning ring 30 in, so that flexible positioning ring 30 be made to expand, volume increases, to the receipts being located in the second tubular structure section 20
Material ring 40 is fixed.
In an alternative embodiment, 10 diameter of the first tubular structure section is less than the diameter of the rewinding ring 40, so that
Obtaining the rewinding ring 40 can be sheathed on outside the second tubular structure section 20 across the first tubular structure section 10.
In the present embodiment, the internal diameter of rewinding ring 40 can be set to the outer diameter greater than the first tubular structure section 10, so that
Obtaining the rewinding ring 40 can be sheathed on outside the second tubular structure section 20 across the first tubular structure section 10, and lead to
Flexible positioning ring 30 is crossed to be fixed.In one embodiment, rewinding ring 40 can be set to the laminated structure structure of two arcs
At the laminated structure of two arcs can form cyclic structure, that is, rewinding ring 40, the internal diameter of the cyclic structure after docking
Greater than the outer diameter of the second tubular structure section 20, the outer diameter of the cyclic structure less than the first tubular structure section 10 outer diameter so that
Rewinding ring 40 can directly be set in the outside of the second tubular structure section 20.
In another embodiment, rewinding ring 40 may be arranged as cyclic structure, and the inner surface of cyclic structure has recessed
Slot；The cyclic structure is set as can open and close structure.It is provided with one in the groove with the arc with cyclic structure identical radian measure
Shape piece, by sliding along the radian direction of groove with open and close cyclic structure.The internal diameter of rewinding ring 40 is greater than or equal to described second
The outer diameter of tubular structure section 20, and the outer diameter of rewinding ring 40 is less than or equal to the outer diameter of the first tubular structure section 10.When ring-type is tied
The second tubular structure section 20 is placed in ring by structure when opening, and is closing cyclic structure, rewinding ring 40 is set in second
The outside of tubular structure.Wherein, it is additionally provided with buckle in groove, when buckling opening, arc-like sheet can be contracted to groove
It is interior, open cyclic structure；When arc-like sheet stretches out groove, forms closed hoop structure, bayonet is closed, to guarantee the stabilization of closed loop
Property.
The rewinding ring 40 guarantees its circular arc degree and rewinding bar and the second tubular structure section 20 in the above-described embodiments
Circular arc degree it is identical, so that material volume plane keeps vertical accuracy with the axis of rewinding bar when further making rewinding, hold
Continuous rewinding.
Please refer to Fig. 6 and Fig. 5, Fig. 5 is according to the rewinding ring of the embodiment of the present application, adjusts the group of component, flexible positioning ring
Fill sectional view；Fig. 6 is the structural schematic diagram that component 70 is adjusted according to the application embodiment.
In an alternative embodiment, as illustrated in figures 6 and 5, the material collecting device further includes multiple cricoid adjusting groups
Part 70；The adjusting component 70 is set in outside the second tubular structure section 20 of part, with small in 40 width of rewinding ring
When the width of the second tubular structure section 20, the rewinding ring 40 is fixed.
In the present embodiment, adjusting component 70 can be set to ring that is circular, may be set to be section as polygon
Shape structure.In addition, adjusting component part 70 can be set to the structure with cavity, the structure of entity may be set to be, adjust
Component part 70 is criticized using rigid material, can be stainless steel, or resin, preferably stainless steel, it is above-mentioned when being not limited to
It enumerates.
The application, which is additionally provided with, adjusts component part 70, adjusts the width of component part 70, adjusts the width specifications of component part 70
Difference makes width of the sum of the width of the two with the second tubular structure section 20 to match with the different width specifications of rewinding ring 40
Spend it is identical, to improve the practicability of material collecting device.In production, the prior art is when replacing different in width coiled strip ring, also
The screw of the position of fixed coiled strip ring need to be dismantled one by one, an another installation.And the application directly passes through width adjusting group
Part 70 carries out replacement detent, simple, convenient, and shortens production duration used.
Fig. 7 and Fig. 6 are please referred to, Fig. 6 is the structural schematic diagram that component 70 is adjusted according to the application embodiment；Fig. 7 is root
The structural schematic diagram of component or the second adjusting component is adjusted according to the application embodiment first.
In an alternative embodiment, as shown in Figure 6 and Figure 7, the adjusting component 70 includes at least one first regulating part
701 and at least one second regulating part 702；First regulating part 701 and second regulating part 702 connection form cyclic annular knot
Structure.
In the present embodiment, each first regulating part 701 and each second regulating part 702 are a pair of, and the first regulating part
701 and second regulating part 702 width it is equal, the two connection after can form cyclic structure, be set in the second tubular structure section
20 outside.Difference is of different size to the first regulating part 701 and the second regulating part 702, with the rewinding ring 40 with different in width
It is adapted, so that the sum of width of the width of each pair of first regulating part 701 and the second regulating part 702 and rewinding ring 40 is the second pipe
The width of shape structural sections 20.Wherein the width of rewinding ring 40 can be 15-170 millimeter, such as can be 168mm, 15.75mm,
41.75mm and 45.75mm, but it is not limited to above-mentioned enumerate.
It should be noted that the first regulating part 701 and each second regulating part 702 can be strip structure respectively,
The strip structure has certain radian, forms semicircular, then forms complete cyclic structure after two semicircular docking,
It is set in the outside of the second tubular structure 20.
Referring to Fig. 6, Fig. 6 is the structural schematic diagram for adjusting component 70 according to the application embodiment.
In an alternative embodiment, as shown in fig. 6, first regulating part 701 and second regulating part 702 are magnetism
Connection.
In the present embodiment, the end of the first regulating part 701 and the second regulating part 702 is set as magnetic texure, passes through magnetic
Power is interconnected to form ring-type.Wherein it can be set as same magnetic at the both ends of the first regulating part 701, then the second regulating part
702 both ends are also configured as same magnetic, and magnetic opposite with 701 both ends of the first regulating part.Alternatively, the first regulating part 701
Both ends are set as opposite magnetic, and the both ends of the second regulating part 702 are also configured as opposite magnetic, in the first regulating part 701 and second
When regulating part 702 docks, the magnetism at the both ends of docking is opposite.It can also include third regulating part in an alternative embodiment；Institute
The first regulating part 701, second regulating part 702 and third regulating part are stated as magnetic connection.
Referring to Fig. 8, Fig. 8 is the adjusting component assembling schematic diagram according to the embodiment of the present application.
In the present embodiment, the first regulating part 701, the second regulating part 702 and third regulating part 703 are disposed as strip piece
Shape structure, and strip structure has certain radian, forms one third ring-type, after the connection of three's magnetism, forms ring
Shape is set in the outside of the second tubular structure section 20, and the cricoid internal diameter of formation is greater than the outer of the second tubular structure section 20
Diameter, and cricoid outer diameter is less than the outer diameter of the first tubular structure section 10.First regulating part 701, the second regulating part 702 and third tune
Part 703 is saved, the both ends being connected with each other are magnetic opposite.
In an alternative embodiment, the adjusting component 70 includes at least one regulating part；In the regulating part is set as
Surface has reeded cyclic structure；The cyclic structure is set as can open and close structure.Be provided in the groove one have with
The arc-like sheet of cyclic structure identical radian measure, by sliding along the radian direction of groove with open and close cyclic structure, and then by regulating part
It is set in the outside of the second tubular structure section 20.The internal diameter of regulating part is greater than the outer diameter of the second tubular structure section 20,
And the outer diameter of regulating part is less than the outer diameter of the first tubular structure section 10.
Please refer to Fig. 5 and Figure 10, Fig. 5 is according to the rewinding ring of the embodiment of the present application, adjusts the group of component, flexible positioning ring
Fill sectional view；Figure 10 is the assembling schematic diagram according to the adjusting component, rewinding ring of the embodiment of the present application on material collecting device.
In an alternative embodiment, as shown in figure 5 and figure 10, the width for adjusting component 70 and the rewinding ring 40
The sum of width is the width of the second tubular structure section 20, and the rewinding ring 40 is fixed on the second tubular structure section
20 wherein one end.
In the present embodiment, due to being cut the limitation of material width in actual work, component 70 and rewinding ring 40 are adjusted
It is typically designed to different specifications, such as the width of rewinding ring 40 can be 15-170 millimeters, such as can be 168mm,
15.75mm, 41.75mm and 45.75mm, but it is not limited to above-mentioned enumerate.It is managed respectively with first at second tubular structure section, 20 both ends
Shape structural sections 10 connect, and the diameter of the second tubular structure section 20 is less than the diameter of the first tubular structure section 10 at both ends, then exists
When rewinding ring 40 (such as width is 41.75mm) is set in the outside of the second tubular structure section 20, needs plus one adjusts component 70,
The end of the first tubular structure section 10 of the one end for adjusting 70 its width of component and one end is abutted against, its width of component 70 is adjusted
The other end abutted with one end of rewinding ring 40, and the end of the first tubular structure section 10 of the other end of rewinding ring 40 and the other end
Portion abuts against；The position of rewinding ring 10 is further positioned so that adjusting component 70.
In an alternative embodiment, the outer diameter for adjusting component 70 is substantially equal to the internal diameter of the rewinding ring 40；It is described
The internal diameter for adjusting component 70 is equal with the outer diameter of the second tubular structure section 20.
In the present embodiment, the outer of the second tubular structure section 20 is set in when rewinding ring 40 passes through the first tubular structure section 10
When portion, the internal diameter of rewinding ring 40 and the outer diameter of the first tubular structure section 10 are roughly equal at this time.Then adjust the outer of component 70
Diameter is substantially equal to the internal diameter of the rewinding ring 40, so that adjusting the quilt that component 70 can be set in the second tubular structure section 20
Outside, and it is connected to the end for a first tubular structure section 10 connecting with the second tubular structure section 20.And 40 sets of rewinding ring
Be located on flexible positioning ring 30, flexible positioning ring 30 adjust component 70 and connect with the second tubular structure section 20 another the
Between one tubular structure section 10.When flexible positioning ring 30 expands, and has certain rigidity, by the adjusting component 70 of its two sides and the
The positioning of one tubular structure section 10, and the flexible expansion of positioning ring 30 is fixed to rewinding ring 30.
Referring to Fig. 9, Fig. 9 is formed after docking according to the laminated structure of two arcs of rewinding ring of the embodiment of the present application
The schematic diagram of cyclic structure.
In another alternative embodiment, as shown in figure 9, rewinding ring 40 can be set to the laminated structure structure of two arcs
At the laminated structure of two arcs forms cyclic structure after docking.The internal diameter of the namely cyclic structure of rewinding ring 40 is greater than
Or it is substantially equal to the outer diameter of the second tubular structure section 20, the outer diameter of the cyclic structure is less or approximately equal to the first tubular structure section
10 outer diameter.So that rewinding ring 40 can directly be set in the outside of the second tubular structure section 20.And adjust the interior of component 70
Diameter is equal with the internal diameter of rewinding ring 40, and is greater than the outer diameter of the second tubular structure section 20.So that the adjusting component 70 after abutting
With rewinding ring 40, both ends are abutted with the first tubular structure section 10 at 20 both ends of the second tubular structure section respectively.
In another embodiment, rewinding ring 40 may be arranged as cyclic structure, and the inner surface of cyclic structure has recessed
Slot；The cyclic structure is set as can open and close structure.It is provided with one in the groove with the arc with cyclic structure identical radian measure
Shape piece, by sliding along the radian direction of groove with open and close cyclic structure.The internal diameter of rewinding ring 40 is greater than or equal to described second
The outer diameter of tubular structure section 20, and the outer diameter of rewinding ring 40 is less than or equal to the outer diameter of the first tubular structure section 10.When ring-type is tied
The second tubular structure section 20 is placed in ring by structure when opening, and is closing cyclic structure, rewinding ring 40 is set in second
The outside of tubular structure.And the internal diameter for adjusting component 70 is equal with the internal diameter of rewinding ring 40, and is greater than the second tubular structure section 20
Outer diameter.So that abut after adjusting component 70 and rewinding ring 40, both ends respectively with 20 both ends of the second tubular structure section
First tubular structure section 10 abuts.Wherein, it is additionally provided with buckle in groove, when buckling opening, arc-like sheet can be shunk
To groove, cyclic structure is opened；When arc-like sheet stretches out groove, forms closed hoop structure, bayonet is closed, to guarantee closed loop
Stability.
In an alternative embodiment, it is described flexibility positioning ring 30 be set as expansion after outer diameter be greater than or equal to be set in it
The internal diameter of the external rewinding ring 40.
In the present embodiment, since flexible positioning ring 30 is made of flexible material, and can be increased substantially by inflation.Work as receipts
For 40 sets of ring of material in the second tubular structure section 20, the internal diameter of rewinding ring 40 and the outer diameter of the first tubular structure section 10 are roughly equal；
When the width of rewinding ring 40 and the roughly equal width of the second tubular structure section 20, flexible positioning ring 30 expands, and can make up just
The gap and formation formed between 40, two the first tubular structure sections 10 of rewinding ring and the second tubular structure Duan Sizhe of property is filled out
The shape for filling the gap, with the increase of aeration quantity, the rigidity reinforced of flexible positioning ring 30, to be formed to 40 position of rewinding ring
Fixation.It should be noted that flexible positioning ring 30 can the gap between rewinding ring and two the first tubular structure sections 10 prolong
It stretches out, forms flexible positioning ring 30 to the half-surrounded of rewinding ring, to form the fixation to 40 position of rewinding ring.
In an alternative embodiment, the half of the radius of the first tubular structure section 10 and the second tubular structure section 20
The difference of diameter is 8-12mm.
In the present embodiment, by the way that the first tubular structure section 10 is different from 20 radius of the second tubular structure section, so that
The first tubular structure section 10 at 20 both ends of the second tubular structure section can be to rewinding ring 40 itself and adjusting component 70 and rewinding
The combination of ring 40 abuts, and forms the positioning to rewinding ring 40.It is convenient, fast, accurate to make to position.It should be noted that the first pipe
The difference of the radius of shape structural sections 10 and the radius of the second tubular structure section 20 can for 8 millimeters, 9 millimeters, 10 millimeters, 11 millimeters or
12 millimeters, preferably 10 millimeters.
Figure 11 is please referred to, Figure 11 is the schematic diagram according to the cutting equipment working condition of the application.
Another embodiment according to the present utility model provides a kind of cutting equipment, including any of the above-described embodiment institute
The material collecting device stated, the material collecting device are set in the rewinding bar of the cutting equipment by the third tubular structure section 50
On 100.
In an alternative embodiment, the material collecting device passes through spaced multiple first tubular structure section, 10 Hes
Multiple second tubular structure sections 20 are directly set on the rewinding bar 100 of the cutting equipment.In each second tubular structure section
Flexible positioning ring 30 is set, and flexible positioning ring 30 is connected to by tracheae with external air charging system, and tracheae passes through first
Tubular structure section 10 is stretched out material collecting device and is connected to external air charging system.In addition, in this application, the length of material collecting device with
The length of rewinding bar 100 matches, i.e., the length of material collecting device can be greater than the length of rewinding bar 100, can also be equal to
The length of rewinding bar 100 or length less than rewinding bar 100, the preferably equal to or less than length of rewinding bar 100, specially
490-530 millimeters, more preferably 500-520 millimeters, for example, 500 millimeters, 502 millimeters, 504 millimeters, 506 millimeters, 508 millis
Rice, 510 millimeters, 512 millimeters, 514 millimeters, 516 millimeters, 518 millimeters or 520 millimeters, optimum length are 510 millimeters, but unlimited
In the above-mentioned range enumerated.
The utility model is intended to protect a kind of material collecting device, by by multiple first tubular structure sections and multiple second tubuloses
The setting of structural sections interval, since the diameter of the first tubular structure section is different from the diameter of the second tubular structure section, then can form rule
Then orderly concaveconvex structure, and flexible positioning ring is set in the second small tubular structure section of diameter, that is, ties in bumps
Flexible positioning ring is set at the concavity position of structure, and by rewinding ring set on flexible positioning ring, when rewinding, flexible positioning ring fills
Gas expansion, volume increase, and complete fixation to rewinding ring, localization process, i.e. rotatably rewinding.Before needing rewinding, need pair
Film is positioned；Since concave architecture, can be in the film tape cut in advance at the arrangement of certain regularity in this application
Look for and choose one therein, by the film tape with compare to be located in concave architecture flexible positioning ring progress position, i.e.,
The position correction of achievable all film tapes, simplifies the program of position correction, saves operating time, improves work effect
Rate.On the other hand, due to the limitation of concave architecture and the fixation of flexible positioning ring, when film is received on rewinding ring to certain
When amount, material volume plane is still able to maintain with the axis of rewinding bar and keeps vertical accuracy, continue rewinding.So as to avoid existing skill
The positioning for passing through point in art, leads to the verticality it is difficult to ensure that receiving volume and rewinding rod axis；Thus cause subsequent production process
Middle receiving volume can acutely shake, even collapse, and rewinding interruption, inventory disposal and unit exception shutdown etc. is caused to seriously affect production
The phenomenon that occur.
The application is by design third tubular structure section, with the first tubular structure section and the second tubular structure section, three's structure
It at confined space, can be inflated into confined space, make structural sections itself that there is a degree of expansion, make so as to increase
The stability of used time.In addition, the design of flexible positioning ring, is connected to by the position of the second tubular structure section with confined space, from
And be inflated and expand, volume increases, to further fix to rewinding ring.
In addition, the application is additionally provided with adjusting component, the width of component is adjusted, the width specifications for adjusting component are different, with
It is matched with the different width specifications of rewinding ring, keeps the sum of width of the two of same size with the second tubular structure section, thus
Improve the practicability of material collecting device.In production, the prior art is also needed when replacing different in width coiled strip ring to fixed coiled strip
The screw of the position of ring is dismantled one by one, an another installation.And the application directly passes through width adjusting component and carries out replacement card
Position, it is simple, convenient, and shorten production duration used.
It should be understood that the above-mentioned specific embodiment of the utility model is used only for exemplary illustration or explains this reality
With novel principle, without constituting limitations of the present invention.Therefore, in the spirit and scope without departing from the utility model
In the case of any modification, equivalent substitution, improvement and etc. done, should be included within the scope of protection of this utility model.In addition,
The appended claims for the utility model are intended to cover to fall into attached claim scope and boundary or this range and boundary
Whole change and modification in equivalent form.
Claims (11)
1. a kind of material collecting device, which is characterized in that including spaced multiple first tubular structure sections (10) and multiple second
Tubular structure section (20)；
Each second tubular structure section (20) is connected with adjacent two the first tubular structure sections (10), and described
The diameter of two tubular structure sections (20) is less than the diameter of the first tubular structure section (10)；
Flexible positioning ring (30) are set on the second tubular structure section (20)；
The flexibility positioning ring (30) is set as expanding in the deflated condition, to be set in the flexible positioning in rewinding ring (40)
When ring (30) is external, the rewinding ring (40) is limited.
2. material collecting device according to claim 1, which is characterized in that further include being nested in described spaced multiple
Third tubular structure section (50) in one tubular structure section (10) and multiple second tubular structure sections (20)；
The first tubular structure section (10) positioned at both ends, connect with the both ends of the third tubular structure section (50) respectively,
Form a confined space；
It is respectively arranged with through-hole on the flexibility positioning ring (30) and the second tubular structure section (20), by the flexible positioning
Ring (30) is connected to the confined space；
It is set on the first tubular structure section (10), the second tubular structure section (20) or the third tubular structure section (50)
It is equipped with stomata (60), the stomata (60) is connected to the confined space.
3. material collecting device according to claim 1, which is characterized in that
First tubular structure section (10) diameter is less than the diameter of the rewinding ring (40), so that the rewinding ring (40) energy
It is enough to be sheathed on the second tubular structure section (20) outside across the first tubular structure section (10).
4. material collecting device according to claim 1-3, which is characterized in that further include multiple cricoid adjusting components
(70)；
The adjusting component (70) is set in part the second tubular structure section (20) outside, with wide in the rewinding ring (40)
When degree is less than the width of the second tubular structure section (20), the rewinding ring (40) is fixed.
5. material collecting device according to claim 4, which is characterized in that the adjusting component (70) include at least one first
Regulating part (701) and at least one second regulating part (702)；
First regulating part (701) and second regulating part (702) connection form cyclic structure.
6. material collecting device according to claim 5, which is characterized in that
First regulating part (701) and second regulating part (702) are magnetic connection.
7. material collecting device according to claim 4, which is characterized in that
The sum of the width for adjusting component (70) and the width of the rewinding ring (40) are the second tubular structure section (20)
Width, the rewinding ring (40) is fixed on to wherein one end of the second tubular structure section (20).
8. material collecting device according to claim 4, which is characterized in that
The outer diameter for adjusting component (70) is substantially equal to the internal diameter of the rewinding ring (40)；
The internal diameter for adjusting component (70) is equal with the outer diameter of the second tubular structure section (20).
9. material collecting device according to claim 1, which is characterized in that
The flexibility positioning ring (30) is set as the outer diameter after expansion and is greater than or equal to the rewinding ring for being set in its outside
(40) internal diameter.
10. material collecting device according to claim 1-3, which is characterized in that
The difference of the radius of the first tubular structure section (10) and the radius of the second tubular structure section (20) is 8-12mm.
11. a kind of cutting equipment, which is characterized in that including rewinding bar (100) and the described in any item rewindings of claim 1-10
Device, the material collecting device are set on the rewinding bar (100) of the cutting equipment.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820792271.9U CN209007697U (en) | 2018-05-25 | 2018-05-25 | A kind of material collecting device and cutting equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820792271.9U CN209007697U (en) | 2018-05-25 | 2018-05-25 | A kind of material collecting device and cutting equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209007697U true CN209007697U (en) | 2019-06-21 |
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ID=66827523
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| CN201820792271.9U Expired - Fee Related CN209007697U (en) | 2018-05-25 | 2018-05-25 | A kind of material collecting device and cutting equipment |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110524615A (en) * | 2018-05-25 | 2019-12-03 | 米亚索乐装备集成（福建）有限公司 | A kind of material collecting device and cutting equipment |
-
2018
- 2018-05-25 CN CN201820792271.9U patent/CN209007697U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110524615A (en) * | 2018-05-25 | 2019-12-03 | 米亚索乐装备集成（福建）有限公司 | A kind of material collecting device and cutting equipment |
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