CN208323511U - The producing device of flange gasket - Google Patents
The producing device of flange gasket Download PDFInfo
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- CN208323511U CN208323511U CN201820789752.4U CN201820789752U CN208323511U CN 208323511 U CN208323511 U CN 208323511U CN 201820789752 U CN201820789752 U CN 201820789752U CN 208323511 U CN208323511 U CN 208323511U
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Abstract
The utility model discloses a kind of producing devices of flange gasket, belong to flange gasket production field.The device includes: main frame (1), active needle (2), the first follow-up pointer (3) and the second follow-up pointer (4)；Active needle (2), the first follow-up pointer (3) and the second follow-up pointer (4) are connect with main frame (1).Due in manufacturing flange gasket, the position of active needle (2) is constant, first follow-up pointer (3) and the second follow-up pointer (4) are moved around active needle (2), therefore, after the first follow-up pointer (3) and the second follow-up pointer (4) rotate one week around active needle (2), it can cut to obtain flange gasket, so as to shorten the time of manufacturing flange gasket, and guarantee that the flange gasket cut out does not have the defects of burr, damaged, improve the success rate and quality of the flange gasket of production.In addition, easy to operate when the producing device manufacturing flange gasket of the flange gasket, the quality of the flange gasket of production is stablized.
Description
Technical field
The utility model relates to flange gasket production field, in particular to a kind of producing device of flange gasket.
Background technique
Flange is part interconnected between pipeline and pipeline, can carry out the connection between pipe end.Flange is usually
It uses, is sealed between a pair of of flange with flange gasket in pairs.Flange gasket when in use between too long, pipeline pressure becomes
Change or oil gas corrosion when can be damaged, use impaired flange gasket, it will cause oil gas to be revealed, to normal production and
Environment affects.Therefore, it is necessary to make new flange gasket to replace impaired flange gasket in time.
Currently, when making new flange gasket, by taking asbestos washer as an example, frequently with the following two kinds mode.The first side
Formula: with the internal-and external diameter for measuring old flange gasket of planing, two concentric circles are drawn according to the internal-and external diameter of measurement on asbestos board, it
Afterwards, it is cut with scissors along the track of two concentric circles, obtains a new flange gasket.The second way: asbestos board is put
It sets on the flange gasket in a Geju City, the part within the internal diameter circle of flange gasket is located in the asbestos board that hits with a hammer and is located at
Part other than the outer diameter circle of flange gasket, obtains a new flange gasket.
However, the speed and success rate using aforesaid way manufacturing flange gasket are low, the flange gasket of production is often jagged,
The defects of damaged, and the quality of the flange gasket made depends entirely on the experience and qualification of worker, unstable quality.
Utility model content
The utility model provides a kind of producing device of flange gasket, can solve manufacturing flange gasket in the related technology
Speed is lower and the lower problem of quality of the flange gasket of production, the technical solution is as follows:
On the one hand, provide a kind of producing device of flange gasket, described device include: main frame, active needle, first from
Dynamic needle and the second follow-up pointer；
The active needle, first follow-up pointer and second follow-up pointer are connect with the main frame, the active
Position of the needle in manufacturing flange gasket is constant, and first follow-up pointer and second follow-up pointer are enclosed in manufacturing flange gasket
It is moved around the active needle, obtains flange gasket to cut.
Optionally, first through hole, the second through-hole and third through-hole are provided on the main frame；
The active needle pass through the first through hole, first follow-up pointer pass through second through-hole, described second from
Dynamic needle passes through the third through-hole.
Optionally, described device further include: two the first nuts, two the second nuts and two third nuts；
Described two first nuts are used to that the active needle for passing through the first through hole to be fixed；
Described two second nuts are used to that first follow-up pointer for passing through second through-hole to be fixed；
Described two third nuts are used to that second follow-up pointer for passing through the third through-hole to be fixed.
Optionally, through-hole and slide slot are provided on the main frame；
The active needle passes through the through-hole, and first follow-up pointer and second follow-up pointer pass through the slide slot,
And it can be slided in the slide slot.
Optionally, described device further include: two the first nuts, two the second nuts and two third nuts；
Described two first nuts are used to that the active needle for passing through the through-hole to be fixed；
Described two second nuts are used to that first follow-up pointer for passing through the slide slot to be fixed；
Described two third nuts are used to that second follow-up pointer for passing through the slide slot to be fixed.
Optionally, second nut in described two second nuts close to the backshank of first follow-up pointer is butterfly
Nut；
A third nut in described two third nuts close to the backshank of second follow-up pointer is wing nut.
Optionally, graduation mark is provided on the main frame.
Optionally, the thickness of the main frame is greater than or equal to 2 millimeters and is less than or equal to 3 millimeters.
Optionally, the main frame, the active needle, first follow-up pointer and second follow-up pointer are all made of No. 45
Steel is made.
Optionally, the backshank of the active needle is connect with electric drill.
Technical solution bring beneficial effect provided by the utility model at least may include:
In the utility model embodiment, active needle, the first follow-up pointer and the second follow-up pointer are connect with main frame, are being made
When flange gasket, since the position of active needle is constant, the first follow-up pointer and the second follow-up pointer are moved around active needle, at this time
The distance between active needle and the first follow-up pointer determine the internal diameter of flange gasket, the distance between active needle and the second follow-up pointer
Determine the outer diameter of flange gasket, therefore, after the first follow-up pointer and the second follow-up pointer surround the rotation of active needle one week simultaneously,
It can cut to obtain flange gasket, so as to greatly shorten the time of manufacturing flange gasket.And due to using the first follow-up pointer
It is cut with the second follow-up pointer, so the flange gasket cut out does not have the defects of burr, damaged, improves the flange of production
The success rate and quality of gasket.And it is easy to operate when the producing device manufacturing flange gasket due to passing through the flange gasket, no
It needs to cut or tap manually, not influenced by the experience of worker or qualification, so the quality of the flange gasket of production is steady
It is fixed.
Detailed description of the invention
It, below will be to required in embodiment description in order to illustrate more clearly of the technical scheme in the embodiment of the utility model
Attached drawing to be used is briefly described, it should be apparent that, the accompanying drawings in the following description is only some realities of the utility model
Example is applied, it for those of ordinary skill in the art, without creative efforts, can also be according to these attached drawings
Obtain other attached drawings.
Fig. 1 is the structural schematic diagram of the producing device of the first flange gasket provided by the embodiment of the utility model；
Fig. 2 is the structural schematic diagram of the producing device of second of flange gasket provided by the embodiment of the utility model；
Fig. 3 is the structural schematic diagram of the producing device of the third flange gasket provided by the embodiment of the utility model；
Fig. 4 is the structural schematic diagram of the producing device of the 4th kind of flange gasket provided by the embodiment of the utility model；
Fig. 5 is the structural schematic diagram of the producing device of the 5th kind of flange gasket provided by the embodiment of the utility model.
Appended drawing reference:
1: main frame；11: first through hole；12: the second through-holes；
13: third through-hole；14: through-hole；15: slide slot；
2: active needle；3: the first follow-up pointers；4: the second follow-up pointers；
5: the first nuts；6: the second nuts；7: third nut.
Specific embodiment
It is practical new to this below in conjunction with attached drawing to keep the purpose of this utility model, technical solution and advantage clearer
Type embodiment is described in further detail.
Fig. 1 is a kind of structural schematic diagram of the producing device of flange gasket provided by the embodiment of the utility model.Fig. 1 is specific
For the main view of the producing device of the flange gasket.As shown in Figure 1, the producing device of the flange gasket includes: main frame 1, master
Dynamic needle 2, the first follow-up pointer 3 and the second follow-up pointer 4.Active needle 2, the first follow-up pointer 3 and the second follow-up pointer 4 connect with main frame 1
It connects, position of the active needle 2 in manufacturing flange gasket is constant, and the first follow-up pointer 3 and the second follow-up pointer 4 are in manufacturing flange gasket
It is moved around active needle 2, obtains flange gasket to cut.
It should be noted that main frame 1 is used to provide supporting point for active needle 2, the first follow-up pointer 3 and the second follow-up pointer 4.
Main frame 1 can be made of No. 45 steel, and other materials can also be used certainly and be made, as long as guaranteeing that main frame 1 has centainly
Hardness and strength, the utility model embodiment are not specifically limited in this embodiment.The thickness of main frame 1 can be greater than or equal to 2
Millimeter and be less than or equal to 3 millimeters, the thickness of certain main frame 1 may be other thickness, as long as can guarantee main frame 1 from
Weight is not too greatly, to be unlikely to influence the normal operation of the producing device of flange gasket；The width and length of main frame 1 can be with
It is configured according to the use demand of worker, as long as being able to satisfy the needs of manufacturing flange gasket, the utility model is implemented
Example is not specifically limited in this embodiment.
In addition, active needle 2 plays the center of determining flange gasket in manufacturing flange gasket, active needle 2 can
Think screw shaped etc..When in use, the needle point of active needle 2 can be fixed on the center of flange gasket, the backshank of active needle 2
It can be connect with electric drill, to drive active needle 2 to carry out rotation in the center position of flange gasket by electric drill, wherein in order to
Easy to carry, electric drill can be electric hand drill.Active needle 2 can be made of No. 45 steel, and other materials system can also be used certainly
At；The section diameter of a circle of the backshank of active needle 2 can be 10 millimeters, or other numerical value, as long as guaranteeing that active needle 2 has
There are certain hardness and strength.The length of active needle 2 can be 100 millimeters, or other length, the utility model
Embodiment is not specifically limited in this embodiment.
Furthermore the first follow-up pointer 3 plays a part of to cut the inner circle of flange gasket, the first follow-up pointer in manufacturing flange gasket
3 can be screw shaped etc., and the distance between the first follow-up pointer 3 and active needle 2 determine the internal diameter of flange gasket.First follow-up pointer
3 can be made of No. 45 steel, and other materials can also be used certainly and be made；The section diameter of a circle of the backshank of first follow-up pointer 3
It can be 10 millimeters, or other numerical value, as long as guaranteeing that the first follow-up pointer 3 has certain hardness and strength.The
The length of one follow-up pointer 3 can be 90 millimeters, or other length, as long as guaranteeing that the length of the first follow-up pointer 3 is less than master
The length of dynamic needle 2, does not influence the normal work of the producing device of flange gasket, the utility model embodiment, which does not do this, to be had
Body limits.
Finally, the second follow-up pointer 4 plays a part of to cut the outer circle of flange gasket, the second follow-up pointer in manufacturing flange gasket
4 can be screw shaped etc., and the distance between the second follow-up pointer 4 and active needle 2 determine the outer diameter of flange gasket.Second follow-up pointer
4 can be made of No. 45 steel, and other materials can also be used certainly and be made；The section diameter of a circle of the backshank of second follow-up pointer 4
It can be 10 millimeters, or other numerical value, as long as guaranteeing that the second follow-up pointer 4 has certain hardness and strength.The
The length of two follow-up pointers 4 can be 90 millimeters, or other length, as long as guaranteeing that the length of the second follow-up pointer 4 is less than master
The length of dynamic needle 2, does not influence the normal work of the producing device of flange gasket, the utility model embodiment, which does not do this, to be had
Body limits.
It is worth noting that when through the producing device manufacturing flange gasket of the flange gasket, due to active needle 2, the
One follow-up pointer 3 and the second follow-up pointer 4 are connected on main frame 1 simultaneously, and since the position of active needle 2 is constant, the first follow-up pointer 3
It is moved with the second follow-up pointer 4 around active needle 2, the distance between active needle 2 and the first follow-up pointer 3 determine flange at this time
The internal diameter of gasket, the distance between active needle 2 and the second follow-up pointer 4 determine the outer diameter of flange gasket, therefore, when first driven
After needle 3 and the second follow-up pointer 4 surround the rotation of active needle 2 one week simultaneously, it can cut to obtain flange gasket, so as to significantly
Shorten the time of manufacturing flange gasket.And due to being cut using the first follow-up pointer 3 and the second follow-up pointer 4, so cutting out
Flange gasket there is no the defects of burr, damaged, improve the success rate and quality of the flange gasket of production.And due to by being somebody's turn to do
It is easy to operate when the producing device manufacturing flange gasket of flange gasket, it does not need to cut or tap manually, not by the warp of worker
It tests or the influence of qualification, so the quality of the flange gasket of production is stablized.
Optionally, when active needle 2, the first follow-up pointer 3 and the second follow-up pointer 4 are connect with main frame 1, can by active needle 2,
First follow-up pointer 3 and the second follow-up pointer 4 are welded on main frame 1, and make active needle 2, the first follow-up pointer 3 and the second follow-up pointer 4
Needle point be located in same horizontal line, and be exposed to except main frame 1.Later, the backshank that electric drill clamps active needle 2 can be used
It is rotated, active needle 2 can drive main frame 1 to rotate at this time, and main frame 1 can drive the first follow-up pointer 2 and second driven
Needle 3 rotates to cut to obtain flange gasket.
Optionally, as long as since active needle 2, the first follow-up pointer 3 and the second follow-up pointer 4 having been connect with main frame 1 simultaneously
Come, and the first follow-up pointer 3 and the second follow-up pointer 4 can be moved around active needle 2, can cut to obtain flange gasket.Cause
First through hole 11, the second through-hole 12 and third through-hole 13 can be set referring to fig. 2 in this on the main frame 1.Active needle 2 passes through the
One through-hole 11, the first follow-up pointer 3 pass through the second through-hole 12, and the second follow-up pointer 4 passes through third through-hole 13.
It should be noted that section diameter of a circle of the diameter of first through hole 11 slightly larger than the backshank of active needle 2, to guarantee
Active needle 2 can pass through first through hole 11 just.The diameter of second through-hole 12 is slightly larger than the section circle of the backshank of the first follow-up pointer 3
Diameter, to guarantee that the first follow-up pointer 3 can pass through the second through-hole just.The diameter of third through-hole 13 is slightly larger than the second follow-up pointer 4
The section diameter of a circle of backshank, to guarantee that the second follow-up pointer 4 can pass through third through-hole 13 just.
Further, active needle 2, the first follow-up pointer 3 and the second follow-up pointer 4 are being connected with main frame 1 through the above way
It picks up and, so that the first follow-up pointer 3 and the second follow-up pointer 4 can be moved around active needle 2, obtain flange gasket to cut
When piece, referring to figs. 2 and 3, Fig. 3 is specially the top view of the producing device of flange gasket shown in Fig. 2, the system of the flange gasket
Making device can also include: two the first nuts, 5, two the second nuts 6 and two third nuts 7, and two the first nuts 5 are used for
The active needle 2 for passing through first through hole 11 is fixed, two the second nuts 6 are used for driven to pass through the second through-hole 12 first
Needle 3 is fixed, and two third nuts 7 are used to that the second follow-up pointer 4 for passing through third through-hole 13 to be fixed.
It should be noted that being provided with external screw thread on active needle 2, internal screw thread, and two are provided on two the first nuts 5
The internal screw thread being arranged on a first nut 5 and the external screw thread being arranged on active needle 2 are worked in coordination.One in two the first nuts 5
A first nut 5 can be located at the side of main frame 1, another first nut 5 can be located at the other side of main frame 1, and two
The internal diameter of a first nut 5 can be slightly larger than the section diameter of a circle of the backshank of active needle 2.Lead in this way, active needle 2 passes through first
After hole 11, active needle 2 can be fixed in the first through hole 11 on main frame 1 by two the first nuts 5, so that active needle 2
It will not be shaken back and forth in rotation, ensure that the quality of the flange gasket of production.
In addition, being provided with external screw thread on the first follow-up pointer 3, internal screw thread, and two are provided on two the second nuts 6
The internal screw thread being arranged on two nuts 6 and the external screw thread being arranged on the first follow-up pointer 3 are worked in coordination.One in two the second nuts 6
A second nut 6 can be located at the side of main frame 1, another second nut 6 can be located at the other side of main frame 1, and two
The internal diameter of a second nut 6 can be slightly larger than the section diameter of a circle of the backshank of the first follow-up pointer 3.In this way, the first follow-up pointer 3 is worn
It crosses after the second through-hole 12, the first follow-up pointer 3 can be fixed in the second through-hole 12 on main frame 1 by two the second nuts 6,
So that the first follow-up pointer 3 will not shake back and forth when moving around active needle 2, the quality of the flange gasket of production ensure that.
Furthermore it is provided with external screw thread on the second follow-up pointer 4, internal screw thread, and two are provided on two third nuts 7
The internal screw thread being arranged on three nuts 7 and the external screw thread being arranged on the second follow-up pointer 4 are worked in coordination.One in two third nuts 7
A third nut 7 can be located at the side of main frame 1, another third nut 7 can be located at the other side of main frame 1, and two
The internal diameter of a third nut 7 can be slightly larger than the section diameter of a circle of the backshank of the second follow-up pointer 4.In this way, the second follow-up pointer 4 is worn
It crosses after third through-hole 13, the second follow-up pointer 4 can be fixed in the third through-hole 13 on main frame 1 by two third nuts 7,
So that the second follow-up pointer 4 will not shake back and forth when moving around active needle 2, the quality of the flange gasket of production ensure that.
It should be noted that close to second nut of the backshank of the first follow-up pointer 3 in two above-mentioned the second nuts 6
6 can be wing nut, can be with close to a third nut 7 of the backshank of the second follow-up pointer 4 in two above-mentioned third nuts 7
For wing nut.
In this case, the wing nut of the backshank close to the first follow-up pointer 3 can be directly turned with hand and close to second
The wing nut of the backshank of follow-up pointer 4, to adjust and fix the first follow-up pointer 3 and the second follow-up pointer 4, this improves the methods
The operability of the producing device of blue gasket, and improve the efficiency of manufacturing flange gasket.
It optionally, can for the production that the producing device for making the flange gasket can be suitably used for various sizes of flange gasket
To set the form that can be horizontally slipped for the first follow-up pointer 3 and the second follow-up pointer 4.Referring to fig. 4 and Fig. 5, Fig. 5 are specially Fig. 4
Shown in flange gasket producing device top view, be provided with through-hole 14 and slide slot 15 on main frame 1, active needle 2 passes through
Through-hole 14, the first follow-up pointer 3 and the second follow-up pointer 4 pass through slide slot 15, and can be slided in slide slot 15.
It should be noted that section diameter of a circle of the diameter of through-hole 14 slightly larger than the backshank of active needle 2, to guarantee actively
Needle 2 can pass through first through hole 11 just.
In addition, the length direction of slide slot 15 along main frame 1 is arranged, and through master on the thickness direction of main frame 1
Frame 1.The width of slide slot 15 can be passed through slightly larger than the section diameter of a circle of the backshank of active needle 2 with guaranteeing active needle 2 just
Slide slot 15.
It is worth noting that slide slot 15 is arranged on main frame 1, the first follow-up pointer 3 and the second follow-up pointer 4 are passed through and are slided
Slot 15, since the first follow-up pointer 3 and the second follow-up pointer 4 can be slided in slide slot 15, it is possible to be slided by left and right
The first follow-up pointer 3 and the second follow-up pointer 4 are moved to adjust separately the internal-and external diameter for the flange gasket that will be made.Therefore, pass through the method
The producing device of blue gasket can make various sizes of flange gasket, simplify the operation for making different size flange gaskets,
Improve the speed of manufacturing flange gasket.
Further, referring to fig. 4 and Fig. 5, the producing device of the flange gasket can also include: two the first nuts 5, two
A second nut 6 and two third nuts 7, two the first nuts 5 are used to that the active needle 2 for passing through through-hole 14 to be fixed, and two
A second nut 6 is used to that the first follow-up pointer 3 for passing through slide slot 15 to be fixed, and two third nuts 7 are used for across cunning
Second follow-up pointer 4 of row slot 15 is fixed.
It should be noted that being provided with external screw thread on active needle 2, internal screw thread, and two are provided on two the first nuts 5
The internal screw thread being arranged on a first nut 5 and the external screw thread being arranged on active needle 2 are worked in coordination.One in two the first nuts 5
A first nut 5 can be located at the side of main frame 1, another first nut 5 can be located at the other side of main frame 1, and two
Section diameter of a circle of the internal diameter of a first nut 5 slightly larger than the backshank of active needle 2.In this way, active needle 2 pass through through-hole 14 it
Afterwards, active needle 2 can be fixed in the through-hole 14 on main frame 1 by two the first nuts 5 so that active needle 2 rotation when not
It can shake back and forth, ensure that the quality of the flange gasket of production.
In addition, being provided with external screw thread on the first follow-up pointer 3, internal screw thread, and two are respectively arranged on two the second nuts 6
The internal screw thread being arranged on second nut 6 and the external screw thread being arranged on the first follow-up pointer 3 are worked in coordination.In two the second nuts 6
One the second nut 6 can be located at the side of main frame 1, another second nut 6 can be located at the other side of main frame 1, and
Section diameter of a circle of the internal diameter of two the second nuts 6 slightly larger than the backshank of the first follow-up pointer 3.In this way, the first follow-up pointer 3 passes through
After slide slot 15, the first follow-up pointer 3 can be fixed in the slide slot 15 on main frame 1 by two the second nuts 6, so that the
One follow-up pointer 3 will not shake back and forth when moving around active needle 2, ensure that the quality of the flange gasket of production.
Furthermore it is provided with external screw thread on the second follow-up pointer 4, internal screw thread, and two are respectively arranged on two third nuts 7
The internal screw thread being arranged on third nut 7 and the external screw thread being arranged on the second follow-up pointer 4 are worked in coordination.In two third nuts 7
One third nut 7 can be located at the side of main frame 1, another third nut 7 can be located at the other side of main frame 1, and
Section diameter of a circle of the internal diameter of two third nuts 7 slightly larger than the backshank of the second follow-up pointer 4.In this way, the second follow-up pointer 4 passes through
After slide slot 15, the second follow-up pointer 4 can be fixed in the slide slot 15 on main frame 1 by two third nuts 7, so that the
Two follow-up pointers 4 will not shake back and forth when moving around active needle 2, ensure that the quality of the flange gasket of production.
It should be noted that close to second nut of the backshank of the first follow-up pointer 3 in two above-mentioned the second nuts 6
6 can be wing nut, can be with close to a third nut 7 of the backshank of the second follow-up pointer 4 in two above-mentioned third nuts 7
For wing nut.
In this case, when needing to slide the first follow-up pointer 3 and the second follow-up pointer 4 in slide slot 15 adjust will
When the internal-and external diameter of the flange gasket of production, it is only necessary to be unscrewed with hand close to the wing nut of backshank of the first follow-up pointer 3 and close
The wing nut of the backshank of second follow-up pointer 4.Similarly, when the first follow-up pointer 3 and the second follow-up pointer 4 are slid into suitable position
When setting, it is only necessary to tighten by hand the wing nut of the backshank close to the first follow-up pointer 3 and the butterfly of the backshank close to the second follow-up pointer 4
Shape nut.This improves the operability of the producing device of the flange gasket, and improve production it is various sizes of
The efficiency of flange gasket.
Further, graduation mark can also be set on main frame 1.It in this case, can be only in the two long of main frame 1
Graduation mark is set in any one long side in side, certainly, reading in order to be more accurate can also be at two of main frame 1
Graduation mark is all set in long side.
In the specific implementation, active needle 2 first can be passed through into through-hole 14, the first follow-up pointer 3 and the second follow-up pointer 4 is passed through
Slide slot 15, then the internal-and external diameter of old flange gasket is measured, according to the graduation mark being arranged on main frame 1, slide the first follow-up pointer 3
With the second follow-up pointer 4, so that the distance between active needle 2 and the first follow-up pointer 3 is equal to the internal diameter of the old flange gasket measured, make
The distance between active needle 2 and the second follow-up pointer 4 are equal to the outer diameter of the old flange gasket measured.
It is worth noting that graduation mark is arranged on main frame 1, so that reading between active needle 2 and the first follow-up pointer 3
Distance, and reading the distance between active needle 2 and the second follow-up pointer 4 are more convenient, intuitive, do not need special designer and go
It measures, so that it may the first follow-up pointer 3 and the second follow-up pointer 4 be slid into accurate position, therefore save the system of flange gasket
Make cost.
In the utility model embodiment, active needle 2, the first follow-up pointer 3 and the second follow-up pointer 4 are connect with main frame 1,
When manufacturing flange gasket, since the position of active needle 2 is constant, the first follow-up pointer 3 and the second follow-up pointer 4 are carried out around active needle 2
Movement, the distance between active needle 2 and the first follow-up pointer 3 determine the internal diameter of flange gasket at this time, active needle 2 and second driven
The distance between needle 4 determines the outer diameter of flange gasket, therefore, when the first follow-up pointer 3 and the second follow-up pointer 4 surround actively simultaneously
After needle 2 rotates one week, it can cut to obtain flange gasket, so as to greatly shorten the time of manufacturing flange gasket.And by
It is cut in using the first follow-up pointer 3 and the second follow-up pointer 4, so the flange gasket cut out does not have burr, breakage etc. to lack
It falls into, improves the success rate and quality of the flange gasket of production.And the producing device manufacturing flange due to passing through the flange gasket
It is easy to operate when gasket, it does not need to cut or tap manually, not influenced by the experience of worker or qualification, so production
Flange gasket quality stablize.
The above is only the preferred embodiment of the present invention, is not intended to limit the utility model, all practical at this
Within novel spirit and principle, any modification, equivalent replacement, improvement and so on should be included in the guarantor of the utility model
Within the scope of shield.
Claims (10)
1. a kind of producing device of flange gasket, which is characterized in that described device includes: main frame (1), active needle (2), first
Follow-up pointer (3) and the second follow-up pointer (4)；
The active needle (2), first follow-up pointer (3) and second follow-up pointer (4) are connect with the main frame (1),
Position of the active needle (2) in manufacturing flange gasket is constant, first follow-up pointer (3) and second follow-up pointer (4)
It is moved in manufacturing flange gasket around the active needle (2), obtains flange gasket to cut.
2. device as described in claim 1, which is characterized in that be provided with first through hole (11), second on the main frame (1)
Through-hole (12) and third through-hole (13)；
The active needle (2) passes through the first through hole (11), and first follow-up pointer (3) passes through second through-hole (12),
Second follow-up pointer (4) passes through the third through-hole (13).
3. device as claimed in claim 2, which is characterized in that described device further include: two the first nuts (5), two
Two nuts (6) and two third nuts (7)；
Described two first nuts (5) are used to that the active needle (2) for passing through the first through hole (11) to be fixed；
Described two second nuts (6) are used to that first follow-up pointer (3) for passing through second through-hole (12) to be fixed；
Described two third nuts (7) are used to that second follow-up pointer (4) for passing through the third through-hole (13) to be fixed.
4. device as described in claim 1, which is characterized in that be provided with through-hole (14) and slide slot on the main frame (1)
(15)；
The active needle (2) passes through the through-hole (14), and first follow-up pointer (3) and second follow-up pointer (4) pass through institute
It states slide slot (15), and can be slided in the slide slot (15).
5. device as claimed in claim 4, which is characterized in that described device further include: two the first nuts (5), two
Two nuts (6) and two third nuts (7)；
Described two first nuts (5) are used to that the active needle (2) for passing through the through-hole (14) to be fixed；
Described two second nuts (6) are used to that first follow-up pointer (3) for passing through the slide slot (15) to be fixed；
Described two third nuts (7) are used to that second follow-up pointer (4) for passing through the slide slot (15) to be fixed.
6. device as claimed in claim 3 or 5, which is characterized in that in described two second nuts (6) close to described first from
One the second nut (6) of the backshank of dynamic needle (3) is wing nut；
A third nut (7) in described two third nuts (7) close to the backshank of second follow-up pointer (4) is butterfly spiral shell
It is female.
7. device a method as claimed in any one of claims 1 to 5, which is characterized in that be provided with graduation mark on the main frame (1).
8. device a method as claimed in any one of claims 1 to 5, which is characterized in that the thickness of the main frame (1) is greater than or equal to 2 millis
Rice and be less than or equal to 3 millimeters.
9. device a method as claimed in any one of claims 1 to 5, which is characterized in that the main frame (1), the active needle (2), described
First follow-up pointer (3) and second follow-up pointer (4) are all made of No. 45 steel and are made.
10. device as described in claim 1, which is characterized in that the backshank of the active needle (2) is connect with electric drill.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820789752.4U CN208323511U (en) | 2018-05-24 | 2018-05-24 | The producing device of flange gasket |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820789752.4U CN208323511U (en) | 2018-05-24 | 2018-05-24 | The producing device of flange gasket |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208323511U true CN208323511U (en) | 2019-01-04 |
Family
ID=64775111
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820789752.4U Active CN208323511U (en) | 2018-05-24 | 2018-05-24 | The producing device of flange gasket |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208323511U (en) |
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2018
- 2018-05-24 CN CN201820789752.4U patent/CN208323511U/en active Active
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