CN103522534B - Ha Fu overlaps surface point, groove forming machine and manufactures anti-rain wind induced vibration and breathes out the method for not overlapping - Google Patents
Ha Fu overlaps surface point, groove forming machine and manufactures anti-rain wind induced vibration and breathes out the method for not overlapping Download PDFInfo
- Publication number
- CN103522534B CN103522534B CN201310450233.7A CN201310450233A CN103522534B CN 103522534 B CN103522534 B CN 103522534B CN 201310450233 A CN201310450233 A CN 201310450233A CN 103522534 B CN103522534 B CN 103522534B
- Authority
- CN
- China
- Prior art keywords
- kazakhstan
- concave point
- moulded head
- heating plate
- processed
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Landscapes
- Professional, Industrial, Or Sporting Protective Garments (AREA)
- Shaping Of Tube Ends By Bending Or Straightening (AREA)
Abstract
A kind of Kazakhstan not overlaps surface point, groove forming machine, comprises many group hot briquetting devices, control device and pedal switch; Often organize the heating plate that hot briquetting device comprises cylinder, is connected with piston rod one end of cylinder, concave point moulded head is arranged on block heating plate; Described control device comprises temperature controller, time-delay relay; During work, on the gathering sill that not sheath is arranged on of processed Kazakhstan, many groups hot briquetting device is fixed on and is positioned on the protective cover of processed Kazakhstan not above sheath, arranges according to semicircle angle bisecting mode, and parallel with breathing out the direction that not jacket surface tangent line is perpendicular; With compressed air be power cylinder by expanding-contracting action make concave point moulded head and processed Kazakhstan not sheath contact and separate, heating plate is by being connected with external power supply with the temperature controller of thermocouple; Time-delay relay for controlling molding time is arranged in the control circuit of cylinder, and single shaping to become machinery semi-automatic shaping by manual for former technique for this machine, and production efficiency is high, good product quality.
Description
Technical field
The present invention relates to a kind of processing equipment of bridge cable sheath, particularly a kind ofly manufacture anti-rain wind induced vibration and breathe out the machine that not overlaps and breathe out the method for not overlapping for the manufacture of anti-rain wind induced vibration.
Background technology
Breathe out not sheath to be made up of two lobes or the mutual snapping of many lobes (3-16 lobe) plastic material, be widely used in the cable body outer protective in the guy system of bridge, external tendon system, suspension rod, tie-rod system and the reinforcing of old rope, its main raw material(s) adopts HDPE; Breathe out not jacket surface smooth, at its Surface Machining pit or groove, anti-rain wind induced vibration Kazakhstan need be formed and not overlap, to increase its anti-rain wind induced vibration effect.
But be specifically designed at present and manufacture anti-rain wind induced vibration and breathe out that not to overlap be all adopt manual operations, single shaping, special batch production makes anti-rain wind induced vibration and breathes out the machine not overlapped and does not also have.
Summary of the invention
A kind of Kazakhstan is the object of the present invention is to provide not to overlap surface point, groove forming machine and breathe out the method for not overlapping for the anti-rain wind induced vibration of processing and manufacturing, to solve the problems referred to above that prior art exists.
For solving the problem, the technical scheme that the present invention takes is: a kind of Kazakhstan not overlaps surface point, groove forming machine, it is characterized in that: surface point is not overlapped in this Kazakhstan, groove forming machine comprises m group hot briquetting device, m group control device and floor push;
Each group hot briquetting device described comprises cylinder, heating plate, a n concave point moulded head, and piston rod one end of each cylinder is connected with one piece of heating plate, and n concave point moulded head is arranged on same heating plate;
Each group control device described comprises the temperature controller with thermocouple, and m group control device shares 1 time-delay relay with two-position two-way solenoid valve;
During work, processed Kazakhstan not sheath is installed on gathering sill on the table, m group hot briquetting device is fixed on and is positioned on the protective cover of processed Kazakhstan not above sheath, arrange according to semicircle angle bisecting mode, and parallel with breathing out the direction that not jacket surface tangent line is perpendicular, each position cylinder moving track is vertical with breathing out not jacket surface;
Heating plate is connected with external power supply by the temperature controller with thermocouple; Time-delay relay for control concave point moulded head and processed Kazakhstan not sheath time of contact is arranged in the control circuit of cylinder; With compressed air be power cylinder by expanding-contracting action make concave point moulded head and processed Kazakhstan not sheath contact and separate, the span of above-mentioned m, n is: m is the arbitrary integer between 1-50, and n is the arbitrary integer between 1-30.
Surface point is not overlapped in described Kazakhstan, the further technical scheme of groove forming machine is: the exotic material being provided with buffer action between the cylinder of described control device and the heating plate of hot briquetting device, adopts screw rod to connect between cylinder with heating plate; Concave point moulded head one end is processed with screw thread and is threaded with heating plate; Be connected and fixed by screw rod between cylinder and protective cover.
Surface point is not overlapped in described Kazakhstan, the further technical scheme of groove forming machine is: each concave point moulded head on described concave point moulded head is Heat Conduction Material, and concave point moulded head surface is coated with has high temperature resistant, not viscosity and stain resistance function material; Described high temperature resistant, viscosity and stain resistance material do not comprise polytetrafluoroethylene (PTFE) or perfluoroethylene-propylene.
Surface point is not overlapped in described Kazakhstan, the further technical scheme of groove forming machine is: the direction that heating plate parallels with product to be processed-Ha Fu jacket surface tangent line arranges, according to concave point moulded head distance or arranged in parallel or irregular alignment between each piece of heating plate.
Surface point is not overlapped in described Kazakhstan, the further technical scheme of groove forming machine is: install concave point moulded head on hot plate or be continuous print lineal layout or oblique line distribution, or distribute or random distribution in point-like geometry, spacing or equal or unequal between concave point moulded head.
Described Kazakhstan not overlap surface point, groove forming machine again further technical scheme be: the cross section of concave point moulded head is circle, ellipse, triangle, quadrangle, hexagon or polygon.
Another relevant technical scheme is: a kind ofly manufacture anti-rain wind induced vibration and breathe out the method for not overlapping, it is that surface point is not overlapped in the above-mentioned Kazakhstan of the present invention, groove forming machine breathes out the method for not overlapping to manufacture anti-rain wind induced vibration in employing, namely not overlaps in Kazakhstan concave point or the groove that Surface Machining has anti-rain wind induced vibration effect; Its method is:
By on processed Kazakhstan not sheath installation gathering sill on the table, m group hot briquetting device is fixed on and is positioned on the protective cover of processed Kazakhstan not above sheath, arrange according to semicircle angle bisecting mode, and parallel with breathing out the direction that not jacket surface tangent line is perpendicular, each position cylinder moving track is vertical with breathing out not jacket surface;
Heating plate is connected with external power supply by the temperature controller with thermocouple; Time-delay relay for control concave point moulded head and processed Kazakhstan not sheath time of contact is arranged in the flexible control circuit of control cylinder; With compressed air be power cylinder by expanding-contracting action make concave point moulded head and processed Kazakhstan not sheath contact and separate, thus process pit or groove breathing out not jacket surface; Its concrete steps are as follows:
A. molding temperature and molding time:
After energising by with thermocouple temperature controller molding temperature T0 and installation concave point moulded head is on hot plate heated, by time-delay relay molding time ST, molding time is controlled;
B. single is shaping:
After molding temperature T0 arrives, processed Kazakhstan is not overlapped and put into gathering sill, the magnetic valve action output squeezing air of crawl floor push, time-delay relay, cylinder ejector, be in heated condition and the concave point moulded head reaching molding temperature T0 not overlaps with processed Kazakhstan and contacts, time-delay relay starts timing, two-position two-way solenoid valve action after molding time ST to be achieved simultaneously, compressed air is discharged, cylinder bounces back, and concave point moulded head leaves product, and single molding procedure completes;
C. step B is repeated, until the processed Kazakhstan of whole piece not puts the concave point or groove of stamping needs;
The span of above-mentioned m, n is: m is the arbitrary integer between 1-50, and n is the arbitrary integer between 1-30.
The anti-rain wind induced vibration of described manufacture breathes out the further technical scheme of method of not overlapping: the direction that described heating plate parallels with product to be processed-Ha Fu jacket surface tangent line arranges, according to concave point moulded head distance or arranged in parallel or irregular alignment between each piece of heating plate.
The anti-rain wind induced vibration of described manufacture breathe out the method for not overlapping further technical scheme or: concave point moulded head is on hot plate installed or in continuous print lineal layout or oblique line distribution, or distribute or random distribution in point-like geometry, spacing or equal or unequal between concave point moulded head.
The anti-rain wind induced vibration of described manufacture breathe out the method for not overlapping again further technical scheme be: the cross section installing concave point moulded head is on hot plate circle, ellipse, triangle, quadrangle, hexagon or polygon.
Owing to taking above technical scheme, the Kazakhstan of the present invention is not overlapped surface point, groove forming machine and is manufactured anti-rain wind induced vibration and breathes out the method for not overlapping and have following beneficial effect:
1. surface point is not overlapped in the Kazakhstan of the present invention, groove forming machine adopts and is connected with heating plate piston rod one end of cylinder, heating plate is installed the structure of concave point moulded head, not overlap surface along processed Kazakhstan and multiple concave point moulded heads that multiple stage cylinder drives polylith heating plate and upper installation thereof are installed simultaneously, one-off just can be breathed out in a long section and not overlap concave point or the groove that Surface Machining goes out needs, single shaping to become machinery semi-automatic shaping by manual for former technique, to become polylith batch shaping by shaping for the monolithic of manual for former technique processing, not only substantially increase production efficiency, and the specification of make Kazakhstan not overlap concave point that Surface Machining goes out or groove is consistent, ensure that product quality.
2. surface point is not overlapped in the Kazakhstan of the present invention, the concave point moulded head surface of groove forming machine carried out high temperature resistant, the not process such as viscosity and stain resistance, namely one deck polytetrafluoroethylene (PTFE) or perfluoroethylene-propylene (FEP is coated with, F46), avoid because concave point moulded head is with to breathe out not sheath time of contact long and occur the generation of contact surface carbonization phenomenon in forming process, thus improve product appearance quality.
3. the Kazakhstan of the present invention is not overlapped in surface point, groove forming machine, uses exotic material-polytetrafluoroethylene (PTFE) or perfluoroethylene-propylene (FEP, F46) plate to isolate between the cylinder of described hot briquetting device and heating plate, adopts screw rod to connect; Be threaded with heating plate after screw thread process is carried out in concave point moulded head one end; Use screw rod to be connected and fixed between cylinder 1 and protective cover 9, during to ensure that cylinder does rectilinear motion, do not occur offset phenomena; And controlled the improvement of molding time by time-delay relay, thus substantially increase formed product qualification rate.
Below, in conjunction with the accompanying drawings and embodiments surface point, groove forming machine not overlapped to the Kazakhstan of the present invention and manufacture the technical characteristic that anti-rain wind induced vibration breathes out the method for not overlapping and be further described.
Accompanying drawing explanation
Fig. 1: surface point, the structure of groove forming machine and workpiece to be machined scheme of installation are not overlapped in the Kazakhstan of the present invention;
Fig. 2: breathe out the installation site schematic diagram not overlapping surface point, multiple cylinders of groove forming machine, heating plate, concave point moulded head;
Fig. 3: the annexation schematic diagram single cylinder and heating plate being installed n group concave point moulded head;
Fig. 4-1 ~ Fig. 4-3: be arranged on one of distribution schematic diagram of the concave point moulded head on monolithic heating plate, that is: one of the shape (distribution of point-like geometry or random distribution) of the P direction view of Fig. 3;
Fig. 5-1 ~ Fig. 5-2: the distribution schematic diagram two being arranged on the concave point moulded head on monolithic heating plate, that is: the shape two (in continuous print straight line or oblique line) of the P direction view of Fig. 3;
Fig. 6-1 ~ Fig. 6-5: breathe out the shape of cross section schematic diagram of concave point moulded head not overlapping surface point, groove forming machine;
Fig. 7: the temperature control circuit of hot briquetting device and control device, pneumatic control circuit and connecting relation schematic diagram thereof.
In figure:
1,11,12 ... 1m-cylinder, 2,21,22 ... 2m-heating plate, 3-concave point moulded head, 4-gathering sill;
5,51,52 ... 5m-temperature controller, 6-time-delay relay, 7-floor push, 8-not overlaps processed Kazakhstan; 9-protective cover, 10-two-position two-way solenoid valve;
A-circuit part, B-air path part, K-power switch, YS-compressed air inlet.
Detailed description of the invention
Embodiment one:
A kind of Kazakhstan not overlaps surface point, groove forming machine, and as shown in Figure 1, surface point is not overlapped in this Kazakhstan, groove forming machine comprises 6 groups of hot briquetting devices, the 6 group control device corresponding with 6 groups of hot briquetting devices and pedal switch 7;
Each group hot briquetting device described comprises cylinder 1, heating plate 2 and concave point moulded head 3, and piston rod one end of each cylinder 1 is connected with one piece of heating plate 2, each block heating plate 2 is provided with 14 concave point moulded head 3(see Fig. 3, Fig. 4);
Temperature controller 5,6 groups of control device that each group control device described comprises with thermocouple share 1 time-delay relay 6 with two-position two-way solenoid valve 10;
During work, processed Kazakhstan not sheath 8 is installed on gathering sill 4 on the table, 6 groups of hot briquetting devices are fixed on and are positioned on the protective cover 9 of processed Kazakhstan not above sheath, arrange according to semicircle angle bisecting mode, and parallel with breathing out the direction that not jacket surface tangent line is perpendicular, each position cylinder moving track is vertical with breathing out not jacket surface;
Heating plate (21,22 ... 2m) by with thermocouple temperature controller (51,52 ... 5m) be connected with external power supply; Time-delay relay 6 for control concave point moulded head 3 and processed Kazakhstan not sheath time of contact be arranged on cylinder (11,12 ... in control circuit 1m); With compressed air be power cylinder (11,12 ... 1m) by expanding-contracting action make concave point moulded head 3 and processed Kazakhstan not sheath contact and separate, thus process pit or groove (see Fig. 7) breathing out not jacket surface, in the present embodiment, m equals 6.
Use exotic material polyfluortetraethylene plate to isolate between the cylinder of described control device and the heating plate of hot briquetting device, adopt screw rod to connect; Be threaded with heating plate after screw thread process is carried out in concave point moulded head one end; Use screw rod to be connected and fixed between cylinder 1 and protective cover 9, during to ensure that cylinder does rectilinear motion, do not occur offset phenomena.
Each concave point moulded head on described concave point moulded head is Heat Conduction Material, and high temperature resistant, the not process such as viscosity and stain resistance is carried out on concave point moulded head surface, is namely coated with high temperature resistant, not viscosity and stain resistance material; Described high temperature resistant, viscosity and stain resistance material do not comprise polytetrafluoroethylene (PTFE) or perfluoroethylene-propylene (FEP, F46).
The direction that heating plate 2 parallels with product to be processed-Ha Fu jacket surface tangent line arranges (Fig. 2), according to concave point moulded head distance or arranged in parallel or irregular alignment between each piece of heating plate.
Be arranged on the concave point moulded head on heating plate 2 or be continuous print straight line (see Fig. 5-1) or oblique line distribution (see Fig. 5-2), or be point-like geometry distribution (see Fig. 4-1 ~ Fig. 4-2) or random distribution (see Fig. 4-3), spacing or equal or unequal (see Fig. 4-1 ~ Fig. 4-3) between concave point moulded head.
The cross section of concave point moulded head can be circular (see Fig. 6-1), oval (see Fig. 6-2), triangle (see Fig. 6-3), quadrangle (see Fig. 6-4), hexagon (see Fig. 6-5) or other arbitrary polygons.
One as the embodiment of the present invention converts, and surface point is not overlapped in this Kazakhstan, the hot briquetting device of groove forming machine, the group number m of control device can also increase or reduce, and the number n of the concave point moulded head 3 that each block heating plate 2 is installed also can be greater than or less than 14; The span of above-mentioned m, n is: m is the arbitrary integer between 1-50, and n is the arbitrary integer between 1-30, the size of not overlapping according to processed Kazakhstan and determining, and can also increase as required.
Embodiment two:
Manufacture anti-rain wind induced vibration and breathe out a method of not overlapping, it be adopt to breathe out described in embodiment one not overlap surface point, groove forming machine breathes out the method for not overlapping to manufacture anti-rain wind induced vibration, namely has concave point or the groove of anti-rain wind induced vibration effect breathing out not cover Surface Machining; Its method is:
By processed Kazakhstan not sheath 8 install on gathering sill 4 on the table, m group hot briquetting device is fixed on and is positioned on the protective cover 9 of processed Kazakhstan not above sheath, arrange according to semicircle angle bisecting mode, and parallel with breathing out the direction that not jacket surface tangent line is perpendicular, each position cylinder moving track is vertical with breathing out not jacket surface;
Heating plate (21,22 ... 2m) by with thermocouple temperature controller (51,52 ... 5m) be connected with external power supply; Time-delay relay 6 for control concave point moulded head 3 and processed Kazakhstan not sheath time of contact be arranged on control cylinder (11,12 ... in 1m) flexible control circuit; With compressed air be power cylinder (11,12 ... 1m) by expanding-contracting action make concave point moulded head 3 and processed Kazakhstan not sheath contact and separate, thus process pit or groove breathing out not jacket surface; Its concrete steps are as follows:
A. molding temperature and molding time:
After energising, by with thermocouple temperature controller molding temperature T0 and the concave point moulded head 3 be arranged on heating plate 2 is heated, by time-delay relay 6 molding time ST, molding time is controlled;
B. single is shaping:
After molding temperature T0 arrives, processed Kazakhstan is not overlapped and puts into gathering sill 4, crawl floor push 7, magnetic valve action output squeezing air, cylinder 1 ejects, be in heated condition and the concave point moulded head 3 reaching molding temperature T0 not overlaps with processed Kazakhstan and contacts, time-delay relay 6 starts timing, molding time ST rear electromagnetic valve action to be achieved simultaneously, compressed air is discharged, cylinder 1 bounces back, and concave point moulded head 3 leaves product, and single molding procedure completes;
The forming temperature T0 of temperature controller setting is generally 100 ~ 400 DEG C, the molding time ST of time-delay relay 6 is generally 2 ~ 100 seconds.
C. step B is repeated, until the processed Kazakhstan of whole piece not puts the concave point or groove of stamping needs.
Described heating plate 2 adopts the direction paralleled with product to be processed-Ha Fu jacket surface tangent line to arrange, (see Fig. 2), according to concave point moulded head distance or arranged in parallel or irregular alignment between each piece of heating plate.
Be arranged on the concave point moulded head on heating plate 2 or be continuous print lineal layout (see Fig. 5-1) or oblique line distribution (see Fig. 5-2), or be point-like geometry distribution (see Fig. 4-1 ~ Fig. 4-2) or random distribution (see Fig. 4-3), spacing or equal or unequal (see Fig. 4-1 ~ Fig. 4-3) between concave point moulded head.
The cross section of concave point moulded head can be circular (see Fig. 6-1), oval (see Fig. 6-2), triangle (see Fig. 6-3), quadrangle (see Fig. 6-4), hexagon (see Fig. 6-5) or other arbitrary polygons.
In the embodiment of the present invention one, embodiment two, described processed Kazakhstan not sheath is all 1 lobes breathing out not sheath for two flap-type of the mutual snapping composition of two lobe plastic materials, one as the embodiment of the present invention converts, and described processed Kazakhstan not sheath can also be 1 lobe that the multi-clove type of three lobes or multi-clove type plastic material mutual snapping composition breathes out among not sheath.
Claims (10)
1. breathe out and not overlap surface point, a groove forming machine, it is characterized in that: surface point is not overlapped in this Kazakhstan, groove forming machine comprises m group hot briquetting device, m group control device and floor push (7);
Each group hot briquetting device comprises cylinder (1), heating plate (2), a n concave point moulded head (3), and piston rod one end of each cylinder (1) is connected with one piece of heating plate (2), and n concave point moulded head (3) is arranged on same heating plate (2);
Each group control device comprises the temperature controller (5) with thermocouple, and m group control device shares 1 time-delay relay with two-position two-way solenoid valve (10) (6);
During work, processed Kazakhstan not sheath (8) is installed on gathering sill (4) on the table, m group hot briquetting device is fixed on and is positioned on the protective cover (9) of processed Kazakhstan not above sheath, arrange according to semicircle angle bisecting mode, and parallel with breathing out the direction that not jacket surface tangent line is perpendicular, each position cylinder moving track with breathe out not that jacket surface tangent line is vertical;
Heating plate (21,22 ... 2m) by with thermocouple temperature controller (51,52 ... 5m) be connected with external power supply; Time-delay relay (6) for control concave point moulded head (3) and processed Kazakhstan not sheath time of contact be arranged on cylinder (11,12 ... in control circuit 1m); With compressed air be power cylinder (11,12 ... 1m) by expanding-contracting action make concave point moulded head (3) and processed Kazakhstan not sheath contact and separate, the span of above-mentioned m, n is: m is the arbitrary integer between 1-50, and n is the arbitrary integer between 1-30.
2. surface point, groove forming machine are not overlapped in Kazakhstan according to claim 1, it is characterized in that: the exotic material being provided with buffer action between the cylinder of described control device and the heating plate of hot briquetting device, adopt screw rod to connect between cylinder with heating plate; Concave point moulded head one end is processed with screw thread and is threaded with heating plate; Be connected and fixed by screw rod between cylinder (1) and protective cover (9).
3. surface point, groove forming machine are not overlapped in Kazakhstan according to claim 1, it is characterized in that: each concave point moulded head on described concave point moulded head is Heat Conduction Material, and concave point moulded head surface is coated with has high temperature resistant, not viscosity and stain resistance function material; Described high temperature resistant, viscosity and stain resistance material do not comprise polytetrafluoroethylene (PTFE) or perfluoroethylene-propylene.
4. surface point, groove forming machine are not overlapped in Kazakhstan according to claim 1, it is characterized in that: the direction that heating plate (2) parallels with product to be processed-Ha Fu jacket surface tangent line arranges, according to concave point moulded head distance or arranged in parallel or irregular alignment between each piece of heating plate.
5. surface point, groove forming machine are not overlapped in Kazakhstan according to claim 4, it is characterized in that: be arranged on the concave point moulded head on heating plate (2) or be continuous print lineal layout or oblique line distribution, or distribute or random distribution in point-like geometry, spacing or equal or unequal between concave point moulded head.
6. surface point, groove forming machine are not overlapped in Kazakhstan according to claim 4, it is characterized in that: the cross section of concave point moulded head is circle, ellipse, triangle, quadrangle or hexagon.
7. the anti-rain wind induced vibration of manufacture breathes out the method for not overlapping, it is characterized in that: it be adopt breathe out as claimed in claim 1 not overlap surface point, groove forming machine breathes out the method for not overlapping to manufacture anti-rain wind induced vibration, namely not overlap Surface Machining there is concave point or the groove of anti-rain wind induced vibration effect breathing out; Its method is:
By on processed Kazakhstan not sheath (8) installation gathering sill (4) on the table, m group hot briquetting device is fixed on and is positioned on the protective cover (9) of processed Kazakhstan not above sheath, arrange according to semicircle angle bisecting mode, and parallel with breathing out the direction that not jacket surface tangent line is perpendicular, each position cylinder moving track with breathe out not that jacket surface tangent line is vertical;
Heating plate (21,22 ... 2m) by with thermocouple temperature controller (51,52 ... 5m) be connected with external power supply; Time-delay relay (6) for control concave point moulded head (3) and processed Kazakhstan not sheath time of contact be arranged on control cylinder (11,12 ... in 1m) flexible control circuit; With compressed air be power cylinder (11,12 ... 1m) by expanding-contracting action make concave point moulded head (3) and processed Kazakhstan not sheath contact and separate, thus process pit or groove breathing out not jacket surface; Its concrete steps are as follows:
A. molding temperature and molding time:
Pass through the temperature controller molding temperature T0 with thermocouple after energising and the concave point moulded head (3) be arranged on heating plate (2) is heated, by time-delay relay (6) molding time ST, molding time being controlled;
B. single is shaping:
After molding temperature T0 arrives, processed Kazakhstan is not overlapped and put into gathering sill (4), the magnetic valve action output squeezing air of crawl floor push (7), time-delay relay (6), cylinder (1) ejects, be in heated condition and the concave point moulded head (3) reaching molding temperature T0 not overlaps with processed Kazakhstan and contacts, time-delay relay (6) starts timing simultaneously, two-position two-way solenoid valve (10) action after molding time ST to be achieved, compressed air is discharged, cylinder (1) bounces back, concave point moulded head (3) leaves product, and single molding procedure completes;
C. step B is repeated, until the processed Kazakhstan of whole piece not puts the concave point or groove of stamping needs;
The span of above-mentioned m, n is: m is the arbitrary integer between 1-50, and n is the arbitrary integer between 1-30.
8. the anti-rain wind induced vibration of manufacture according to claim 7 breathes out the method for not overlapping, it is characterized in that: the direction that described heating plate (2) parallels with product to be processed-Ha Fu jacket surface tangent line arranges, according to concave point moulded head distance or arranged in parallel or irregular alignment between each piece of heating plate.
9. the anti-rain wind induced vibration of manufacture according to claim 7 breathes out the method for not overlapping, it is characterized in that: be arranged on the concave point moulded head on heating plate (2) or be continuous print lineal layout or oblique line distribution, or distribute or random distribution in point-like geometry, spacing or equal or unequal between concave point moulded head.
10. the anti-rain wind induced vibration of manufacture according to claim 7 breathes out the method for not overlapping, and it is characterized in that: the cross section being arranged on the concave point moulded head on heating plate (2) is circle, ellipse, triangle, quadrangle or hexagon.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310450233.7A CN103522534B (en) | 2013-09-27 | 2013-09-27 | Ha Fu overlaps surface point, groove forming machine and manufactures anti-rain wind induced vibration and breathes out the method for not overlapping |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310450233.7A CN103522534B (en) | 2013-09-27 | 2013-09-27 | Ha Fu overlaps surface point, groove forming machine and manufactures anti-rain wind induced vibration and breathes out the method for not overlapping |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN103522534A CN103522534A (en) | 2014-01-22 |
| CN103522534B true CN103522534B (en) | 2015-09-23 |
Family
ID=49925060
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201310450233.7A Expired - Fee Related CN103522534B (en) | 2013-09-27 | 2013-09-27 | Ha Fu overlaps surface point, groove forming machine and manufactures anti-rain wind induced vibration and breathes out the method for not overlapping |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN103522534B (en) |
Family Cites Families (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS58158210A (en) * | 1982-03-16 | 1983-09-20 | Kawasaki Steel Corp | Method and apparatus for forming concave and convex pattern on external surface of synthetic resin covered steel pipe |
| JPS5911216A (en) * | 1982-07-12 | 1984-01-20 | Kawasaki Steel Corp | Equipment for making uneven outer peripheral face of steel pipe covered by synthetic resin |
| JPH0474636A (en) * | 1990-07-17 | 1992-03-10 | Brother Ind Ltd | Manufacture of carrier roller |
| CN200977725Y (en) * | 2006-10-17 | 2007-11-21 | 郑国荣 | Forming machine |
| CN101108541B (en) * | 2007-08-24 | 2010-05-19 | 朱志峰 | Process equipment of polyester baling belt |
| CN203580115U (en) * | 2013-09-27 | 2014-05-07 | 柳州欧维姆机械股份有限公司 | Haver sheath surface point and groove forming machine |
-
2013
- 2013-09-27 CN CN201310450233.7A patent/CN103522534B/en not_active Expired - Fee Related
Also Published As
| Publication number | Publication date |
|---|---|
| CN103522534A (en) | 2014-01-22 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN201482643U (en) | Intelligent spray system | |
| CN103506823B (en) | A kind of nut pay-off | |
| CN103522534B (en) | Ha Fu overlaps surface point, groove forming machine and manufactures anti-rain wind induced vibration and breathes out the method for not overlapping | |
| CN203580115U (en) | Haver sheath surface point and groove forming machine | |
| CN102837349B (en) | Phenolic resin bamboo plywood manufacturing process | |
| CN204247793U (en) | A kind of drawing die with variable blank holding pressure tool with automatic control function | |
| CN207414139U (en) | A kind of stamping die with heating function | |
| CN106282524B (en) | A kind of fan tooth automatic quenching machine | |
| CN202824659U (en) | Hot- pressing sintering machine | |
| CN204451176U (en) | The dichotomous bottle base spacing adjusting device of blower for plastic bottle | |
| CN104324998A (en) | Variable blank holder force deep drawing die with automatic control function | |
| CN205603969U (en) | Quick disconnect nozzle assembly | |
| CN103935748B (en) | A kind of queuing collating unit | |
| CN203371794U (en) | Special mould for immersing and coating plurality of long glass fibers | |
| CN207290988U (en) | A kind of hot connection device of pipeline | |
| CN206106214U (en) | Adopt injection mold of automatic arm technique of precision injection | |
| CN206690409U (en) | Vulcanization plant | |
| CN205873189U (en) | A rhythmic control device for on mutual -inductor pouring line | |
| CN206241946U (en) | A kind of assembling device of pre-opening flexible collar | |
| CN204844605U (en) | Novel curing press | |
| CN101786306B (en) | Mould for foot pad of bionic wetness-absorption wall-climbing robot | |
| CN205705778U (en) | A kind of coding drying unit | |
| CN205471439U (en) | Automatic piece device of arranging of glass insulator | |
| CN210758364U (en) | Novel maintenance storehouse | |
| CN103522530A (en) | Polarizing film bending press and polarizing film press bending method |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| 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: 20150923 Termination date: 20210927 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |