CN203863709U - Hose opening cutting device - Google Patents
Hose opening cutting device Download PDFInfo
- Publication number
- CN203863709U CN203863709U CN201420282317.4U CN201420282317U CN203863709U CN 203863709 U CN203863709 U CN 203863709U CN 201420282317 U CN201420282317 U CN 201420282317U CN 203863709 U CN203863709 U CN 203863709U
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- die
- flexible pipe
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- pipe
- mouth
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Abstract
The utility model provides a hose opening cutting device which is characterized in that a fixing die for fixing a hose and provided with two concave dies, at least one cutting and trimming mechanism and a cavity opening/closing mechanism are included, wherein a die cavity defined by the two concave dies corresponds to the hose in shape, the die cavity is provided with cavity openings corresponding to hose openings respectively, the cutting and trimming mechanism are used for cutting remainder parts, the cavity opening/closing mechanism comprises an air cylinder fixedly connected with the concave die located on the upper side, a fixing plate for fixing the air cylinder, a gas supply device connected with the air cylinder and a control mechanism for controlling the cavity opening/closing mechanism to open or close the die cavity, the air cylinder comprises a cylinder barrel, the guide rails move along the inner wall of the cylinder barrel back and forth in an attached mode, one end, stretching out of the cylinder barrel, of each guide rail is fixedly connected with the concave die located on the upper side, and the control mechanism controls the guide rails to drive the concave die on the upper side to vertically move back and forth so as to open and close the die cavity.
Description
Technical field
The utility model relates to a kind of mouth of pipe cutter sweep, be specifically related to a kind of can automatic shutter the flexible pipe mouth of pipe cutter sweep of die cavity of fixing flexible pipe.
Background technology
Flexible pipe is widely used in every field as the vitals in modern industry.The production process of general flexible pipe mostly is: first obtain semi-finished product flexible pipe by blow moiding method, then the satisfactory mouth of pipe of residual waste excision formation of each mouth of pipe of semi-finished product flexible pipe can be obtained to the flexible pipe of finished product.In prior art, be used for excising the mouth of pipe cutter sweep of mouth of pipe residual waste, first fix semi-finished product flexible pipe by fixed part, the part that has correspondingly specified to expose fixed part is the residual waste of needs excision, then with cutting knife, the edge along fixed part is excised residual waste.
Fig. 8 provides a kind of structural representation of mouth of pipe cutter sweep of the prior art.
As shown in Figure 8, in mouth of pipe cutter sweep of the prior art, formed by upper cavity die and lower cavity die for the fixed part of fixing flexible pipe, in the time that upper cavity die and lower cavity die are closed mutually, form and die cavity that the shape of flexible pipe matches, and then fix flexible pipe.Be fixed with the handle for opening and closing die cavity in the outside of upper cavity die, in the time that flexible pipe to be processed is placed in lower cavity die, make upper cavity die and lower cavity die closed mutually by pressing handle, after the residual waste of each mouth of pipe of flexible pipe is all cut, by lifting handle, upper cavity die is lifted, and then open die cavity, now can take out the flexible pipe that has been processed as finished product.
In the process of above-mentioned flexible pipe processing unit (plant), each processing all needs manpower by the pressing or lift upper cavity die and then open and close die cavity of handle, not only time and effort consuming, waste resource, and increased cycle of flexible pipe processing.Therefore, prior art lack a kind of can automatic shutter the flexible pipe mouth of pipe cutter sweep of die cavity of fixing flexible pipe.
Utility model content
The utility model carries out in order to address the above problem, and object is to provide a kind of flexible pipe mouth of pipe cutter sweep of die cavity that can the fixing flexible pipe of automatic shutter.
The flexible pipe mouth of pipe cutter sweep that the utility model provides, for flexible pipe is cut to the regular formation mouth of pipe, there is such feature, comprise: fixed mould, for fixing flexible pipe, comprise two dies that lay respectively at flexible pipe both sides, these two dies mutually closed die cavity forming are corresponding with the shape of flexible pipe, and this die cavity has the cavity hatch corresponding with the mouth of pipe difference of flexible pipe, at least one cuts normalizing mechanism, the clout part that is respectively used to the flexible pipe to expose die cavity is excised, cavity switching mechanism, be used for opening and closing die cavity, comprise: the cylinder being fixedly connected with the die that is positioned at upside in two dies, for the fixed head of positioning cylinder, and the feeder being connected with cylinder, and controlling organization, be used for controlling cavity switching mechanism and open and close die cavity, wherein, cylinder comprises: be fixed on the cylinder barrel on fixed head, and the guide rail that moves around of inwall of laminating cylinder barrel, one end that this guide rail stretches out cylinder barrel is fixedly connected to drive this die to move around with the die that is positioned at upside, in the time that flexible pipe is placed into the die that is positioned at downside, the die that controlling organization control feeder makes guide rail drive be positioned at upside to cylinder barrel inflation moves down and then closed two dies, after clout part is cut, controlling organization control guide rail drives the die that is positioned at upside to move down and then open die cavity.
In the flexible pipe mouth of pipe cutter sweep providing at the utility model, can also there is such feature: wherein, any one die in two dies is provided with at least one alignment pin on the side towards another die, and another die is provided with the locating slot matching with the size of alignment pin in the position corresponding with each alignment pin.
In the flexible pipe mouth of pipe cutter sweep providing at the utility model, can also there is such feature: wherein, fixed head is provided with the slide rail for guiding this die to move around on the sidewall of die towards being positioned at upside, and this die is provided with the chute fastening with this slide rail on the sidewall corresponding with slide rail.
In the flexible pipe mouth of pipe cutter sweep providing at the utility model, can also there is such feature: wherein, at least one cutting normalizing mechanism is a cutting knife.
In the flexible pipe mouth of pipe cutter sweep providing at the utility model, can also there is such feature: wherein, each cutting normalizing mechanism comprises: for the bracing frame of the rocking bar that excises the cutting knife of clout part, be fixedly connected with cutting knife, supporting crank and by drive rocker taking the Support Position of bracing frame as axle is rotated and then drives the drive division of cutting knife along the outer peripheral edges rotation of cavity hatch.
In the flexible pipe mouth of pipe cutter sweep providing at the utility model, can also there is such feature: wherein, drive division is manual rocking handle.
In the flexible pipe mouth of pipe cutter sweep providing at the utility model, can also there is such feature: wherein, drive division comprises: drive motors, the output shaft that is socketed in drive motors and the rocking bar of drive rocker rotation are with respect to the gear assembly on one end of cutting normalizing mechanism, and controlling organization is used for controlling the rotation of drive motors drive rocker.
The effect of utility model
The flexible pipe mouth of pipe cutter sweep related according to the utility model, flexible pipe is placed into the die that is positioned at downside, controlling organization control feeder makes guide rail move down along inner wall of cylinder to cylinder barrel inflation, and then drive the die that is positioned at upside to move down with the die that is positioned at downside closed mutually, thereby fix flexible pipe, then by cutting normalizing mechanism, flexible pipe is exposed to the clout Partial Resection of die cavity, after clout part is cut, controlling organization control guide rail moves up along inner wall of cylinder, and then drive the die that is positioned at upside to move up to open die cavity, therefore, the utility model has been realized automatic shutter die cavity.
Brief description of the drawings
Fig. 1 is the first structural representation of flexible pipe mouth of pipe cutter sweep in embodiment of the present utility model;
Fig. 2 is the structural representation of cavity switching mechanism in embodiment of the present utility model;
Fig. 3 is the second structural representation of flexible pipe mouth of pipe cutter sweep in embodiment of the present utility model;
Fig. 4 is the structural representation of rocking bar and bracing frame in embodiment of the present utility model;
Fig. 5 is the structural representation of drive motors in embodiment of the present utility model;
Fig. 6 is the structural representation of gearbox in embodiment of the present utility model;
Fig. 7 is the structural representation of embodiment middle gear assembly of the present utility model; And
Fig. 8 is the structural representation of mouth of pipe cutter sweep in prior art.
Detailed description of the invention
For technological means, creation characteristic that the utility model is realized, reach object and effect is easy to understand, following examples are specifically addressed the utility model flexible pipe mouth of pipe cutter sweep by reference to the accompanying drawings.
Fig. 1 is the first structural representation of flexible pipe mouth of pipe cutter sweep in embodiment of the present utility model.
Fig. 1 is flexible pipe mouth of pipe cutter sweep original state structural representation, as shown in Figure 1, in the present embodiment, flexible pipe mouth of pipe cutter sweep 100 is for cutting the regular formation mouth of pipe to flexible pipe, process the flexible pipe that meets production requirement, in the utility model, related flexible pipe is the various flexible pipes in industrial production.Flexible pipe in the present embodiment is the air filter air inlet pipe 200 that in Fig. 1, entirety is approximate S type, flexible pipe mouth of pipe cutter sweep 100, by air filter air inlet pipe 200 being cut to satisfactory two mouths of pipe of regular formation, is set forth flexible pipe mouth of pipe cutter sweep 100 below in conjunction with the concrete structure of flexible pipe mouth of pipe cutter sweep 100 air filter air inlet pipe 200 is cut to regular process.
In the present embodiment, flexible pipe mouth of pipe cutter sweep 100 specifically comprises: the controlling organization not showing in fixed mould 10, cavity switching mechanism 20, two cutting normalizing mechanisms 30, figure and for supporting fixing base 40, by base 40 is set, facilitates the movement of flexible pipe mouth of pipe cutter sweep 100 or changed position etc.
As shown in Figure 1, fixed mould 10 is between two cutting normalizing mechanisms 30, be used for fixing air filter air inlet pipe 200, when air filter air inlet pipe 200 is fixed mould 10 while fixing, two cutting normalizing mechanisms 30 can cut regular to air filter air inlet pipe 200 more easily.Fixed mould 10 comprises two dies that lay respectively at air filter air inlet pipe 200 both sides, with Fig. 1 direction, fixed mould 10 comprises two dies that are positioned at air filter air inlet pipe 200 upsides and downside, be upper cavity die 11 and lower cavity die 12, upper cavity die 11 and lower cavity die 12 corresponding setting from top to bottom, lower cavity die 12 is fixed on base 40 by gripper shoe 13, and with base 40 certain altitude H separately.Two diagonal positions of upper cavity die 11 on the bottom side towards lower cavity die 12 are respectively equipped with an alignment pin, on upper cavity die 11, are provided with altogether two alignment pins, and in Fig. 1, two alignment pins are hidden by upper cavity die 11.Lower cavity die 12 position corresponding with two alignment pins in the top side face towards upper cavity die 11 is provided with two locating slot 12a, the size of this locating slot 12a and the size of alignment pin match, two alignment pins can correspondingly be inserted in a locating slot 12a, by two alignment pins and two locating slot 12a, make upper cavity die 11 can more accurately aim at closure with lower cavity die 12.Upper cavity die 11 and lower cavity die 12 all have the chamber groove that can fit with the pipe outer wall of air filter air inlet pipe 200, like this, the die cavity forming when upper cavity die 11 and lower cavity die 12 are closed is mutually corresponding with the shape of air filter air inlet pipe 200, thereby fix air filter air inlet pipe 200, the die cavity being hidden as the mould 10 that is fixed in Fig. 3 is for fixing air filter air inlet pipe 200.And, have with two mouths of pipe of air filter air inlet pipe 200 and distinguish two corresponding cavity hatch 14 by upper cavity die 11 and lower cavity die 12 die cavity that closure forms mutually, in Fig. 3, cavity hatch 14 in S type air filter air inlet pipe 200 left sides and a cavity hatch 14 on right side.
Fig. 2 is the structural representation of cavity switching mechanism in embodiment of the present utility model.
As shown in Figure 2, cavity switching mechanism 20, for opening and closing die cavity, can be realized the automatic shutter of die cavity at the control lower chamber switching mechanism 20 of controlling organization, realizes the automatically fixing of air filter air inlet pipe 200.Cavity switching mechanism 20 specifically comprises: the feeder not showing in cylinder 21, fixed head 22 and figure.Cylinder 21 comprises: cylinder barrel 211 and guide rail 212.Fixed head 22 comprises: T-shaped stationary body 221 and fixing transverse slat 222.
Guide rail 212 is by stretching out in cylinder barrel 211, and can move around along the inwall of cylinder barrel 211, the side wall of the downside wall that cylinder barrel 211 is run through by guide rail 212 and fixing transverse slat 222 is fixedly connected, and cylinder barrel 211 is vertically placed, thereby guide rail 212 can move around up and down along the inwall of cylinder barrel 211.One end and upper cavity die 11 that guide rail 212 stretches out cylinder barrel 211 are fixedly connected, and like this, when guide rail 212 drives upper cavity die 11 synchronously to move up and down when moving around up and down cylinder barrel 211 is interior, have realized the automatic shutter of die cavity by moving up and down of upper cavity die 11.
The T-shaped stationary body 221 comprising in fixed head 22 is fixed on base 40, and fixing transverse slat 222 is fixed on the tip side of T-shaped stationary body 221, because T-shaped stationary body 221 entirety are T-shaped, has therefore ensured the stationarity of fixed head 22 entirety.Fixing transverse slat 222 is provided with guide rail through hole in the position corresponding with cylinder barrel 211, guide rail 212 by this guide rail through hole, run through stretch out after and upper cavity die 11 be fixedly connected, cylinder 21 moves around as supporting drive upper cavity die 11 up and down to fix transverse slat 222.T-shaped stationary body 221 is provided with two slide rail 221a on the sidewall towards upper cavity die 11, upper cavity die 11 is provided with two chute 11a on the lateral wall corresponding with these two slide rail 221a, two chute 11a and two slide rail 221a fasten correspondingly, like this, move around up and down by two slide rail 221a guiding upper cavity dies 11, make the movement of upper cavity die 11 more steady.
Feeder is connected with cylinder barrel 211, moves around by promoting guide rail 212 to cylinder barrel 211 inflations, and the side wall of cylinder barrel 211 is provided with the air-filled pore not showing in figure, and feeder is connected with cylinder barrel 211 by this air-filled pore.In the time that feeder is inflated to cylinder barrel 211, the interior pressure of cylinder barrel 211 increases, and then promotes guide rail 212 and move down, and drives upper cavity die 11 to move down, and makes upper cavity die 11 and lower cavity die 12 closed mutually; In the time that the mouth of pipe of air filter air inlet pipe 200 machines, promote guide rail 212 and move round about, move up, and then drive upper cavity die 11 to move up, thereby open die cavity, so that air filter air inlet pipe 200 is removed.
Fig. 3 is the second structural representation of flexible pipe mouth of pipe cutter sweep in embodiment of the present utility model.
Fig. 3 is the structural representation of upper cavity die 11 and the lower cavity die 12 of flexible pipe mouth of pipe cutter sweep 100 when closed mutually.Flexible pipe mouth of pipe cutter sweep 100 is in the time of original state, upper cavity die 11 and lower cavity die 12 are away from state, in the time that air filter air inlet pipe 200 is placed into the lower cavity die 12 that is positioned at downside, controlling organization control feeder is to the interior inflation of cylinder barrel 211, along with being charged gas in cylinder barrel 211, pressure in cylinder barrel 211 increases, and then promotion guide rail 212 moves down, drive upper cavity die 11 to move towards lower cavity die 12 downwards simultaneously, upper cavity die 11 moves downwards reposefully along slide rail 221a, in two alignment pins that upper cavity die 11 is provided with insert respectively two locating slot 12a that lower cavity die 12 is provided with completely time, now, upper cavity die 11 is closed mutually with lower cavity die 12, thereby air filter air inlet pipe 200 is fixed.In the switching process of above-mentioned die cavity, controlling organization has been realized control cavity switching mechanism 20 by 211 inflations of control feeder phase cylinder barrel and has been opened and closed die cavity.
As shown in Figure 3, two cutting normalizing mechanisms 30 that comprise in flexible pipe mouth of pipe cutter sweep 100 are arranged on respectively the outside of two cavity hatch 14, and corresponding one by one mutually with these two cavity hatch 14.In the present embodiment, two are cut the bilateral symmetry setting of normalizing mechanism 30 at fixed mould 10, only the cutting normalizing mechanism 30 on right side are elaborated at this, omit the explanation of the cutting normalizing mechanism 30 to left side.Cutting normalizing mechanism 30 excises for the clout part of the securing air filter air inlet pipe 200 of the mould 10 that is fixed being exposed to die cavity, and then forming the satisfactory mouth of pipe, this cutting normalizing mechanism 30 specifically comprises: cutting knife 31, rocking bar 32, bracing frame 33 and drive division 34.
Cutting knife 31 is for pointing to the center of circle setting of cavity hatch 14, and the clout part of air filter air inlet pipe 200 being exposed to die cavity for the edge along cavity hatch 14 is excised.
Fig. 4 is the structural representation of rocking bar and bracing frame in embodiment of the present utility model.
As shown in Figure 4, rocking bar 32 entirety are reverse right angle Z-type, comprise connecting rod 32a and turning cylinder 32b, one end of connecting rod 32a and cutting knife 31 are fixedly connected, one end of the other end and turning cylinder 32b is fixedly connected, make turning cylinder 32b can drive connecting rod 32a synchronous rotary, the other end of turning cylinder 32b is connected with bracing frame 33.Bracing frame 33 is fixed on base 40, be penetrated with through hole 33a at the top of bracing frame 33, the pore size of this through hole 33a and the size of turning cylinder 32b match, make turning cylinder 32b can pass through hole 33a, thereby bracing frame 33 is played a supportive role to rocking bar 32, and turning cylinder 32b can be from being rotated as axle in through hole 33a, when turning cylinder 32b is with in the time being rotated as axle, drive connecting rod 32a synchronous rotary, thereby drive cutting knife 31 to be rotated along the outer peripheral edges of cavity hatch 14.
Drive division 34 is connected with one end that turning cylinder 32b stretches out through hole 33a, by driving turning cylinder 32b to rotarily drive cutting knife 31 synchronous rotaries, and then the clout part of air filter air inlet pipe 200 is excised.In the present embodiment, drive division 34 comprises: drive motors 341, gearbox 342 and gear assembly 343.
Fig. 5 is the structural representation of drive motors in embodiment of the present utility model.Fig. 6 is the structural representation of gearbox in embodiment of the present utility model.
As shown in Figure 5 and Figure 6, the output shaft of drive motors 341 is connected with the power shaft of gearbox 342, and drive motors 341 is exported to gear assembly 343 via gearbox 342 for the power that the rotation of turning cylinder 32b provides, and then drives turning cylinder 32b rotation.Due to the existence of gearbox 342, the rotary speed of turning cylinder 32b and cutting knife 31 is well controlled.
Fig. 7 is the structural representation of embodiment middle gear assembly of the present utility model.
As shown in Figure 7, gear assembly 343 comprises the first gear 343a, the second gear 343b and driving-belt 343c, and the first gear 343a socket is fastened on the output shaft of gearbox 3232, makes gearbox 342 drive the first gear 343a synchronous rotary.The second gear 343b socket is fastened on one end that turning cylinder 32b stretches out support through holes 33a, makes the second gear 343b can drive turning cylinder 32b synchronous rotary.Driving-belt 343c is socketed in respectively the first gear 343a and the second gear 343b is upper, between the first gear 343a and the second gear 343b, carries out transmission.In the time that drive motors 341 rotates, drive the first gear 343a rotation via gearbox 342, drive the second gear 343b rotation by driving-belt 343c, thereby drive turning cylinder 32b rotation, finally realize drive cutting knife 31 and rotated.
Now, controlling organization also starts for controlling drive motors 341, further drives the outer peripheral edges rotation of cutting knife 31 along cavity hatch 14, thereby by the clout Partial Resection of air filter air inlet pipe 200, has realized the automatic excision of clout part.
In conjunction with above structure summing-up ground brief description flexible pipe mouth of pipe cutter sweep 100 to the regular process of the cutting of air filter air inlet pipe 200:
When air filter air inlet pipe 200 is placed into lower cavity die 12 when interior, controlling organization control feeder is inflated to cylinder barrel 211, makes guide rail 212 drive upper cavity die 11 to move to towards lower cavity die 12 downwards closed mutually, thereby fixes air filter air inlet pipe 200.
Then, controlling organization control drive motors 341 starts, drive the first gear 343a rotation via gearbox 342, by conveyer belt 343c, power is passed to the second gear 343b, the second gear 343b drives turning cylinder 32b rotation, drive cutting knife 31 to be rotated along the outer peripheral edges of cavity hatch 14 by connecting rod 32a, in the process of rotating at cutting knife 31, air filter air inlet pipe 200 is exposed to the clout part of die cavity and excised.
After the clout Partial Resection of air filter air inlet pipe 200 completes, controlling organization control guide rail 212 drives upper cavity die 11 to move up, and then open die cavity, air filter air inlet pipe 200 after now taking-up cutting is regular, so far completes flexible pipe mouth of pipe cutter sweep 100 regular to the cutting of air filter air inlet pipe 200.
The effect of embodiment and effect
The flexible pipe mouth of pipe cutter sweep related according to the present embodiment, flexible pipe is placed into the die that is positioned at downside, controlling organization control feeder makes guide rail move down along inner wall of cylinder to cylinder barrel inflation, and then drive the die that is positioned at upside to move down with the die that is positioned at downside closed mutually, thereby fix flexible pipe, then by cutting normalizing mechanism, flexible pipe is exposed to the clout Partial Resection of die cavity, after clout part is cut, controlling organization control guide rail moves up along inner wall of cylinder, and then drive the die that is positioned at upside to move up to open die cavity, therefore, the present embodiment has been realized automatic shutter die cavity.
In the flexible pipe mouth of pipe cutter sweep of the present embodiment, because the bottom side of upper cavity die is provided with two alignment pins, the top side of lower cavity die is provided with two locating slots that match with the size of alignment pin in corresponding position, make upper cavity die and lower cavity die in the present embodiment aim at more accurately closure by having realized alignment pin and coordinating of locating slot.
In the flexible pipe mouth of pipe cutter sweep of the present embodiment, be rotated and then drive the outer peripheral edges rotation of cutting knife along cavity hatch taking turning cylinder as axle owing to thering is the drive division drive rocker of drive motors, gearbox and gear assembly composition, therefore, the present embodiment has also been realized the surface trimming of clout part, has saved labour, has shortened the process-cycle.
In the flexible pipe mouth of pipe cutter sweep of the present embodiment, because fixed head is provided with two slide rails on the sidewall towards upper cavity die, upper cavity die is provided with the chute engaging respectively with two slide rails on the lateral wall corresponding with two slide rails, therefore, it is more steady that the present embodiment moves around upper cavity die up and down, can aim at more accurately closed with lower cavity die.
Above-mentioned embodiment is preferred case of the present utility model, is not used for limiting protection domain of the present utility model.
In the present embodiment, flexible pipe is the air filter air inlet pipe of S type, air filter air inlet pipe has two mouths of pipe, in flexible pipe mouth of pipe cutter sweep provided by the utility model, flexible pipe can also be the various flexible pipes of other shapes, as L-type flexible pipe, in addition, the mouth of pipe of flexible pipe can be one or three or other quantity.
In the present embodiment, cutting normalizing mechanism is two, and in flexible pipe mouth of pipe cutter sweep provided by the utility model, cutting normalizing mechanism can also be one or more.
In the present embodiment, each cutting normalizing mechanism comprises cutting knife, rocking bar, bracing frame and drive division, in flexible pipe mouth of pipe cutter sweep provided by the utility model, cutting normalizing mechanism can also be artificial manually operated cutting knife, by this cutting knife by clout Partial Resection.
In the present embodiment, drive division comprises drive motors, gearbox and gear assembly, in flexible pipe mouth of pipe cutter sweep provided by the utility model, drive division can also be manual rocking handle, this manual rocking handle is connected on one end that turning cylinder stretches out through hole, drives cutting knife rotation by manual rocking handle drive rocker.
Claims (7)
1. a flexible pipe mouth of pipe cutter sweep, for flexible pipe being cut to the regular formation mouth of pipe, is characterized in that, comprising:
Fixed mould, for fixing described flexible pipe, comprise two dies that lay respectively at described flexible pipe both sides, these two dies mutually closed die cavity forming are corresponding with the shape of described flexible pipe, and this die cavity has the cavity hatch corresponding with the mouth of pipe difference of described flexible pipe;
At least one cuts normalizing mechanism, and the clout part that is respectively used to the described flexible pipe to expose described die cavity is excised;
Cavity switching mechanism, for opening and closing described die cavity, comprises: the cylinder being fixedly connected with the described die that is positioned at upside in two described dies, the feeder for locating the fixed head of described cylinder and being connected with described cylinder; And
Controlling organization, opens and closes described die cavity for controlling described cavity switching mechanism,
Wherein, described cylinder comprises: be fixed on the guide rail that the inwall of the cylinder barrel on described fixed head and the described cylinder barrel of fitting moves around, one end that this guide rail stretches out described cylinder barrel is fixedly connected to drive this die to move around with the described die that is positioned at upside,
In the time that described flexible pipe is placed into the described die that is positioned at downside, the described die that described in described controlling organization control, feeder makes described guide rail drive be positioned at upside to described cylinder barrel inflation moves down and then closed two described dies, after described clout part is cut, guide rail drives the described die that is positioned at upside to move down and then open described die cavity described in described controlling organization control.
2. flexible pipe mouth of pipe cutter sweep according to claim 1, is characterized in that:
Wherein, die is provided with at least one alignment pin on the side towards die described in another described in any one in two described dies,
Described in another, die is provided with in the position corresponding with each described alignment pin the locating slot matching with the size of described alignment pin.
3. flexible pipe mouth of pipe cutter sweep according to claim 1, is characterized in that:
Wherein, described fixed head is provided with the slide rail for guiding this die to move around on the sidewall of described die towards being positioned at upside,
This die is provided with the chute fastening with this slide rail on the sidewall corresponding with described slide rail.
4. flexible pipe mouth of pipe cutter sweep according to claim 1, is characterized in that:
Wherein, described at least one cutting normalizing mechanism is a cutting knife.
5. flexible pipe mouth of pipe cutter sweep according to claim 1, is characterized in that:
Wherein, each described cutting normalizing mechanism comprises: for the rocking bar that excises the cutting knife of described clout part, be fixedly connected with described cutting knife, support the bracing frame of described rocking bar and by driving described rocking bar taking the Support Position of support frame as described above as axle is rotated and then drives the drive division of described cutting knife along the outer peripheral edges rotation of described cavity hatch.
6. flexible pipe mouth of pipe cutter sweep according to claim 5, is characterized in that:
Wherein, described drive division is manual rocking handle.
7. flexible pipe mouth of pipe cutter sweep according to claim 5, is characterized in that:
Wherein, described drive division comprises: drive drive motors, the output shaft that is socketed in described drive motors and the described rocking bar of described rocking bar rotation with respect to the gear assembly on one end of described cutting normalizing mechanism,
Described controlling organization is used for controlling described drive motors and drives described rocking bar rotation.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420282317.4U CN203863709U (en) | 2014-05-29 | 2014-05-29 | Hose opening cutting device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420282317.4U CN203863709U (en) | 2014-05-29 | 2014-05-29 | Hose opening cutting device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203863709U true CN203863709U (en) | 2014-10-08 |
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ID=51644694
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420282317.4U Expired - Fee Related CN203863709U (en) | 2014-05-29 | 2014-05-29 | Hose opening cutting device |
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| Country | Link |
|---|---|
| CN (1) | CN203863709U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104908074A (en) * | 2015-07-08 | 2015-09-16 | 上海群力橡塑制品有限公司 | Bottom air supplying pipe machining device |
-
2014
- 2014-05-29 CN CN201420282317.4U patent/CN203863709U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104908074A (en) * | 2015-07-08 | 2015-09-16 | 上海群力橡塑制品有限公司 | Bottom air supplying pipe machining device |
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| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20141008 Termination date: 20210529 |
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| CF01 | Termination of patent right due to non-payment of annual fee |