CN205058547U - River levee protection M template mould - Google Patents
River levee protection M template mould Download PDFInfo
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- CN205058547U CN205058547U CN201520601454.4U CN201520601454U CN205058547U CN 205058547 U CN205058547 U CN 205058547U CN 201520601454 U CN201520601454 U CN 201520601454U CN 205058547 U CN205058547 U CN 205058547U
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Abstract
The utility model relates to a river levee protection M template mould belongs to construction timber technical field. By back template, clothes hanger board, cross cab apron no. 1, cross cab apron no. 2, mounting panel, cylinder manifold, bush board no. 1, bush board no. 2 and bush board no. 3 constitute, back template clamps in the one end of clothes hanger board, crosses cab apron no. 1 and clamps in the clothes hanger board other end, cross cab apron no. 1, cab apron no. 2, mounting panel, cylinder manifold and bush board no. 1 connect in order, the after -fixing is connected on bush board no. 1 to bush board no. 2 and bush board no. 3. Will the utility model discloses be applied to construction timber processing such as river levee protection M template, have advantages such as the ejection of compact is even, the feed stable, properties of product are stable.
Description
Technical field
The present invention relates to a kind of river levee protection M template mould, belong to construction timber technical field.
Background technology
In recent years, weather anomaly event often occurs, and the harm of heavy rain is relative with destructiveness lower, the mud-rock flow caused due to burst heavy rain and dykes and dams damage, and then the event of harm people's life safety happens occasionally.The measure that current flood control is often taked installs protective plate additional on existing dykes and dams, to realize dike dam strengthening, effectively controls flood.What flood fighting best results in protective plate, fastness were best is M template, but this M type (protection) plate difficulty of processing is comparatively large, and conventional equipment cannot realize its structural accurate processing, and structural defect then can cause the reduction of its serviceability.
Based on this, make subject application.
Summary of the invention
In order to overcome the above-mentioned defect that existing M template machining exists, the invention provides the river levee protection M template mould that a kind of machining accuracy is high, long service life, end product quality are stable.
For achieving the above object, the technical scheme taked of the present invention is as follows:
River levee protection M template mould, by rear pattern plate, clothes hanger plate, rebound one, rebound two, supporting plate, cylinder manifold, mouth template one, mouth template two and mouth template three are formed, described clothes hanger plate comprises jacket frame plate and lower clothes hanger plate, jacket frame plate divides with lower clothes hanger plate and is connected up and down, rear pattern plate is installed in the one end of jacket frame plate and the lower clothes hanger plate connected, rebound one is installed in jacket frame plate and the lower clothes hanger plate other end, and rear pattern plate is positioned at the left side of jacket frame plate and lower clothes hanger plate or is called approaching side, rebound one is positioned at the right side of jacket frame plate and lower clothes hanger plate or is called outflow side rebound one, rebound two, supporting plate, cylinder manifold is connected in turn with mouth template one, mouth template two is fixed on after being connected with mouth template three on mouth template one, described rear pattern plate is convex shape structure, runs through along its length and is provided with conical entrance, jacket frame plate and lower clothes hanger plate structure symmetry, and its inside is provided with class triangle division rack, make in jacket frame plate and lower clothes hanger plate, all to form two runner material chambeies and a pressure corner material chamber, two runner material chambeies are symmetrically distributed in division rack both sides, pressure corner material chamber is positioned at division rack, and runner material chamber is communicated with conical entrance, be respectively arranged with two transition runners in rebound one, rebound two, two transition runners are communicated with the runner material chamber in lower clothes hanger plate with the runner material chamber in jacket frame plate respectively, arrange two buffer runners in supporting plate in the horizontal direction, these two buffer runners are communicated with two transition runners, arrange the tapered runner that width successively decreases in cylinder manifold, this tapered runner is connected with buffer runner, in mouth template one, mouth template two, mouth template three, equal height place is provided with two shaping runners, this shaping runner one end is connected with tapered runner, other end impenetrating mouth template one, mouth template two and mouth template three, and forms outlet at the end of mouth template three.
Further, as preferably:
Described buffer runner top is identical with transition runner terminal end width.
Described tapered runner top is identical with buffer runner terminal end width, and its tapering is 20-60 °.
Described shaping width of flow path is identical with tapered runner terminal end width.
The axis of described conical entrance is overlapping with place, lower clothes hanger plate junction horizontal line with jacket frame plate.
Described rebound one is with rebound two, and two transition runners are symmetrical arranged, and its symmetry axis and jacket frame plate, place, lower clothes hanger plate junction horizontal line are overlapping.
In described supporting plate, two buffer runners are symmetrical arranged, and its symmetry axis and jacket frame plate, place, lower clothes hanger plate junction horizontal line are overlapping.
In described cylinder manifold, two tapered runners are symmetrical arranged, and its symmetry axis and jacket frame plate, place, lower clothes hanger plate junction horizontal line are overlapping.
In described mouth template one, mouth template two and mouth template three, two shaping runners are symmetrical arranged, and its symmetry axis and jacket frame plate, place, lower clothes hanger plate junction horizontal line are overlapping.
Also include heater, this heater is covered on rear pattern plate, clothes hanger plate, rebound one, rebound two, supporting plate, cylinder manifold, mouth template one, mouth template two and mouth template three.
Apply the present invention to the processing of river levee protection M template, its work flow is as follows: after set of molds dress of the present invention, be connected to by rear pattern plate after on extrusion equipment, heater uniform fold at the complete die surface of above-mentioned assembling, and is heated to design temperature.The raw material (as PVC) of heat fused enters rear pattern plate by equipment interface extruding, conical entrance through rear pattern plate enters clothes hanger plate, and upper, supercharging is carried out under the runner material chamber of lower clothes hanger plate and the effect of pressure corner material chamber, through upper, the melt that lower clothes hanger plate current goes out enters into the transition runner of rebound one respectively, and enter the transition runner of rebound two successively, different pressure and flow velocity is formed respectively in respective runner, after the buffer runner buffering in supporting plate also well-distributed pressure, the tapered runner entering cylinder manifold forms extrusion pressure again, PVC melting material is evenly by mouth template one, shaping runner in mouth template two and mouth template three completes profiled section, the product finally completing melt forming is extruded from the exit of mouth template three, namely the shaping of river levee protection M template is completed.
Apply the present invention to the processing of M template, its beneficial effect is as follows:
(1) in the application, by clothes hanger plate, rebound, supporting plate, the design of cylinder manifold, and design special runner within it, upper and lower clothes hanger plate is by the runner material chamber in it and pressure corner material chamber, give the pressure that fluid is certain, and make the melt of rear pattern plate supply be divided into two parts, supercharging is realized while shunting, at follow-up rebound one, rebound two, supporting plate, cylinder manifold and mouth template one, mouth template two, two runners are all symmetrically arranged with in mouth template three, therefore, melt after shunting with two-way through rebound one, two transition runners arranged in rebound two, now melt is in active state, melt pressure distribution in it is also uneven, therefore, the buffer runner that width is relatively large is horizontally disposed with in supporting plate, for carrying out a pressure buffer and balance to melt, after to be buffered, melt enters cylinder manifold, and supercharging again under tapered runner effect in cylinder manifold, for shaped segment is prepared, the melt entering shaping runner so just can be steady, realize shaping uniformly.In the application, clothes hanger plate is divided into two runner material chambeies and a pressure corner material chamber by the division rack arranged in clothes hanger plate, to give fluid pressure, rebound one, rebound two is arranged two transition runners of the certain angle of phase mutual of inclination, realize fluid to carry fast, in supporting plate, then buffer runner is set, avoid in the quick course of conveying of fluid, the shaping flaw of the fluid caused because pressure is irregular, in follow-up cylinder manifold, tapered runner is arranged, again for melt carries out supercharging, to guarantee that melt has sufficient energy and completes shaping, cooperatively interacting of said structure, ensure that the quick of M template, efficiently, steadily, evenly shaping, from melt extrusion to melt forming, in whole process, not only melt flow is regulated and controled, also the pressure in melt running is controlled, guarantee to form machining accuracy in suitable forming path high, the river levee protection M template of stay in grade, yield rate is high.
(2) in the application, the adjustment of pressure is mainly realized by structure, rear pattern plate is set to conical entrance, rebound one, the transition runner of rebound two adopts and is obliquely installed, tapered runner is adopted in cylinder manifold, and, from rebound one in this section of mouth template three, no matter be transition runner, buffer runner or tapered runner, shaping runner, all along jacket frame plate, place, lower clothes hanger plate junction horizontal line is symmetrical arranged as symmetry axis, the setting of these structures both ensure that melt had a sufficient forming path, again the pressure of melt flows and forming process is controlled simultaneously, guarantee isostasy in melt, discharging is even, flow velocity is consistent, melt is evenly distributed, therefore the M template quality formed is homogeneous, structure is indefectible, both the waste of raw material can not be caused by dimension product, also aft-loaded airfoil need not be carried out, it is more convenient to process.
(3) in the application, heater is coated with at the outer surface of rear pattern plate, clothes hanger plate, rebound one, rebound two, supporting plate, cylinder manifold, mouth template one, mouth template two and mouth template three, to guarantee that in melt operation and forming process, temperature is constant all the time, and heating is convenient, is conducive to shaping carrying out fast.
The application's river levee protection M template mould is applied to the processing of river levee protection M template, not only ensure steadily carrying out of feeder process, guarantee the uniformity that melt is supplied, and the generation of waste material and leftover pieces can be avoided, raw material availability is high, corresponding finished product processing cost is low, and product percent of pass is higher.
Accompanying drawing explanation
Fig. 1 is Facad structure schematic diagram of the present invention;
Fig. 2 is the right view of Fig. 1;
Fig. 3 is the top view of Fig. 1;
Fig. 4 is the front view of rear pattern plate in Fig. 1;
Fig. 5 is the front view of Fig. 1 underpants frame plate;
Fig. 6 is the front view of rebound one in Fig. 1;
Fig. 7 is the front view of rebound two in Fig. 1;
Fig. 8 is the front view of Fig. 1 medium-height trestle plate;
Fig. 9 is the front view of cylinder manifold in Fig. 1;
Figure 10 is the front view of mouth template in Fig. 1.
Number in the figure: 1. rear pattern plate; 11. conical entrances; 2. clothes hanger plate; 21. division racks; 2a. runner material chamber; 2b. pressure corner material chamber; 3. rebound; 31. rebounds one; 32. rebounds two; 3a. transition runner one; 3b. transition runner two; 4. supporting plate; 4a. buffer runner one; 4b. buffer runner two; 5. cylinder manifold; 5a. tapered runner one; 5b. tapered runner two; 6. mouth template; 61. mouth templates one; 62. mouth templates two; 63. mouth templates three; 64. outlets; 6a. shaping runner one; 6b. shaping runner two; L. jacket frame plate and place, lower clothes hanger plate junction horizontal line.
Detailed description of the invention
Embodiment 1
The present embodiment river levee protection M template mould, composition graphs 1, Fig. 2 and Fig. 3, be made up of rear pattern plate 1, clothes hanger plate 2, rebound 3, supporting plate 4, cylinder manifold 5 and mouth template 6, rebound 3 comprises rebound 1 and rebound 2 32, and mouth template 6 comprises mouth template 1, mouth template 2 62 and mouth template 3 63, clothes hanger plate 2 comprises jacket frame plate and lower clothes hanger plate, jacket frame plate and lower clothes hanger plate divide and adopt 12.9 grade high-strength hexagon socket head cap screws to be mutually permanently connected up and down, rear pattern plate 1 is installed in the one end of jacket frame plate and the lower clothes hanger plate connected, and fixes with 12.9 grade high-strength hexagon socket head cap screws, rebound 1 is installed in jacket frame plate and the lower clothes hanger plate other end, fixes with 12.9 grade high-strength hexagon socket head cap screws, rebound 2 32, supporting plate 4, cylinder manifold 5 are connected in turn with mouth template 1, and fix with 12.9 grade high-strength hexagon socket head cap screws, after mouth template 2 62 and the first Connecting groups of mouth template 3 63 install, then be fixed on mouth template 1 with 12.9 grade high-strength hexagon socket head cap screws, above-mentioned each parts are assembled after must first fixing with alignment pin each other again, wherein, composition graphs 4, rear pattern plate 1 is convex shape structure, runs through along its length and is provided with conical entrance 11, composition graphs 5, jacket frame plate and lower clothes hanger plate structure symmetry, and its inside is provided with the leg-of-mutton division rack 21 of class, make in jacket frame plate and lower clothes hanger plate, all to form two runner material chamber 2a and pressure corner material chamber 2b, two runner material chamber 2a are symmetrically distributed in division rack 21 both sides, pressure corner material chamber 2b is positioned at division rack 21, and runner material chamber 2a is communicated with conical entrance 11, composition graphs 6 and Fig. 7, rebound 1, two transition runners are respectively arranged with in rebound 2 31, be respectively transition runner one 3a and transition runner two 3b(terse for stating, in the application, transition runner in rebound 1 in the same direction and the transition runner in rebound 2 32 are done identical name, as transition runner one 3a refers to that jacket frame plate flows into rebound 1, the runner of this section of rebound 2 32, transition runner two 3b refers to that lower clothes hanger plate current enters rebound 1, the runner of this section of rebound 2 32), transition runner one 3a and transition runner two 3b are communicated with the runner material chamber in lower clothes hanger plate with the runner material chamber in jacket frame plate respectively, composition graphs 8, arrange buffer runner one 4a and buffer runner two 4b in supporting plate 4 in the horizontal direction, buffer runner one 4a is communicated with transition runner one 3a, and buffer runner two 4b is communicated with transition runner two 3b, composition graphs 9, tapered runner one 5a and tapered runner two 5b is provided with in cylinder manifold 5, and tapered runner one 5a and tapered runner two 5b is the structure that left wide right narrow/wide degree successively decreases, tapered runner one 5a is communicated with buffer runner one 4a, and tapered runner two 5b is communicated with buffer runner two 4b, in conjunction with Figure 10, mouth template 1, mouth template 2 62, arranging shaping runner one 6a in mouth template 3 63 with becoming row of channels two 6b(is that statement is terse, in the application, by the shaping runner in mouth template 1 in the same direction, shaping runner in mouth template 2 62 and the shaping runner in mouth template 3 63 do identical name, as being shaped, runner one 6a is by mouth template 1, mouth template 2 62, the runner being in sustained height in mouth template 3 63 is formed, this shaping runner one 6a is connected with tapered runner one 5a, shaping runner two 6b is by mouth template 1, mouth template 2 62, be in mouth template 3 63 that another mutually level runner formed, this shaping runner two 6b is connected with tapered runner two 5b), shaping runner one 6a, shaping runner two 6b impenetrating mouth template 1, mouth template 2 62 and mouth template 3 63, and form outlet 64 at the end of mouth template 3 63.
In said structure, buffer runner top is identical with transition runner terminal end width; Tapered runner top is identical with buffer runner terminal end width, and its tapering is 30 °; Shaping width of flow path is identical with tapered runner terminal end width; The axis of conical entrance 11 is overlapping with place, lower clothes hanger plate junction horizontal line L with jacket frame plate; Rebound 1 is with rebound 2 32, and transition runner one 3a, transition runner two 3b are symmetrical arranged, and its symmetry axis and jacket frame plate, place, lower clothes hanger plate junction horizontal line L are overlapping; In supporting plate 4, buffer runner one 4a and buffer runner two 4b is symmetrical arranged, and its symmetry axis and jacket frame plate, place, lower clothes hanger plate junction horizontal line L are overlapping; In cylinder manifold 5, tapered runner one 5a and tapered runner two 5b is symmetrical arranged, and its symmetry axis and jacket frame plate, place, lower clothes hanger plate junction horizontal line L are overlapping; In mouth template 1, mouth template 2 62 and mouth template 3 63, shaping runner one 6a and shaping runner two 6b is symmetrical arranged, and its symmetry axis and jacket frame plate, place, lower clothes hanger plate junction horizontal line L are overlapping.
The present embodiment is applied to the processing of river levee protection M template, its work flow is as follows: after being assembled in the manner described above by mould of the present invention, rear pattern plate 1 is connected to after on extrusion equipment, the raw material (as PVC) of heat fused enters rear pattern plate 1 by equipment interface extruding, conical entrance 11 through rear pattern plate 1 enters clothes hanger plate 2, and upper, supercharging is carried out under the runner material chamber 2a of lower clothes hanger plate and the 2b effect of pressure corner material chamber, through upper, the melt that lower clothes hanger plate current goes out enters into transition runner one 3a and transition runner two 3b of rebound 1 respectively, and enter the transition runner of rebound 2 32 successively, different pressure and flow velocity is formed respectively in respective runner, buffer runner one 4a in supporting plate 4, buffer runner two 4b cushion and well-distributed pressure after, tapered runner one 5a and tapered runner two 5b that enter cylinder manifold 5 form extrusion pressure again, PVC melting material is evenly by mouth template 1, shaping runner one 6a in mouth template 2 62 and mouth template 3 63, shaping runner two 6b completes shaping, product after shaping is extruded from outlet 64 place of mouth template 3 63, namely the shaping of river levee protection M template is completed.
In the application, by clothes hanger plate 2, rebound 3, supporting plate 4, the design of cylinder manifold 5, and design special runner within it, upper and lower clothes hanger plate is by the runner material chamber 2a in it and pressure corner material chamber 2b, give the pressure that fluid is certain, and the melt making rear pattern plate 1 supply is divided into two parts, supercharging is realized while shunting, at follow-up rebound 1, rebound 2 32, supporting plate 4, cylinder manifold 5 and mouth template 1, mouth template 2 62, two runners are all symmetrically arranged with in mouth template 3 63, therefore, melt after shunting with two-way through rebound 1, two transition runners arranged in rebound 2 32, now melt is in active state, melt pressure distribution in it is also uneven, therefore, the buffer runner that two width are relatively large is horizontally disposed with in supporting plate 4, for carrying out a pressure buffer and balance to melt, after to be buffered, melt enters cylinder manifold 5, and supercharging again under tapered runner effect in cylinder manifold 5, the shaped segment formed for mouth template 6 is prepared, the melt entering shaping runner so just can be steady, realize shaping uniformly.
In the application, clothes hanger plate 2 is divided into two runner material chamber 2a and pressure corner material chamber 2b by the division rack 21 arranged in clothes hanger plate 2, to give fluid pressure, rebound 1, transition runner one 3a of the certain angle of phase mutual that rebound 2 32 surface thereof is arranged and transition runner two 3b, realize fluid to carry fast, in supporting plate 4, then buffer runner is set, avoid in the quick course of conveying of fluid, the shaping flaw of the fluid caused because pressure is irregular, in follow-up cylinder manifold, tapered runner is arranged, again for melt carries out supercharging, to guarantee that melt has sufficient energy and completes shaping, cooperatively interacting of said structure, ensure that the quick of M template, efficiently, steadily, evenly shaping, from melt extrusion to melt forming, in whole process, not only melt flow is regulated and controled, also the pressure in melt running is controlled, guarantee to form machining accuracy in suitable forming path high, the river levee protection M template of stay in grade, yield rate is high.
Simultaneously, the adjustment of pressure is mainly realized by structure, rear pattern plate 1 is set to conical entrance 11, rebound 1, the transition runner of rebound 2 32 adopts and is obliquely installed, tapered runner is adopted in cylinder manifold 4, and, from rebound 1 in this section of mouth template 3 63, no matter be transition runner, buffer runner or tapered runner, shaping runner, all along jacket frame plate, place, lower clothes hanger plate junction horizontal line L is symmetrical arranged as symmetry axis, the setting of these structures both ensure that melt had a sufficient forming path, again the pressure of melt flows and forming process is controlled simultaneously, guarantee isostasy in melt, discharging is even, flow velocity is consistent, melt is evenly distributed, therefore the M template quality formed is homogeneous, structure is indefectible, both the waste of raw material can not be caused by dimension product, also aft-loaded airfoil need not be carried out, it is more convenient to process.
The application's river levee protection M template mould is applied to the processing of river levee protection M template, not only ensure steadily carrying out of feeder process, guarantee the uniformity that melt is supplied, and the generation of waste material and leftover pieces can be avoided, raw material availability is high, corresponding finished product processing cost is low, and product percent of pass is higher.
Embodiment 2
The present embodiment is identical with operation principle with the setting of embodiment 1, and difference is: tapered runner one 5a is identical with the tapering of tapered runner two 5b, is 60 °, river levee protection M template mould is by rear pattern plate 1, clothes hanger plate 2, rebound 1, rebound 2 32, supporting plate 4, cylinder manifold 5, mouth template 1, mouth template 2 62, mouth template 3 63 and heater are formed, at rear pattern plate 1, clothes hanger plate 2, rebound 1, rebound 2 32, supporting plate 4, cylinder manifold 5, mouth template 1, after mouth template 2 62 and mouth template 3 63 are assembled successively, heater is covered at its outer surface, to guarantee that in melt operation and forming process, temperature is constant all the time, in the present embodiment heater setting party heating, be conducive to shaping carrying out fast.
After mould of the present invention is assembled in the manner described above, rear pattern plate 1 is connected to after on extrusion equipment, heater uniform fold at the complete die surface of above-mentioned assembling, and is heated to design temperature.The raw material (as PVC) of heat fused enters rear pattern plate 1 by equipment interface extruding, conical entrance 11 through rear pattern plate 1 enters clothes hanger plate 2, and upper, supercharging is carried out under the runner material chamber 2a of lower clothes hanger plate and the 2b effect of pressure corner material chamber, through upper, the melt that lower clothes hanger plate current goes out enters into transition runner one 3a and transition runner two 3b of rebound 1 respectively, and enter the transition runner of rebound 2 32 successively, different pressure and flow velocity is formed respectively in respective runner, buffer runner one 4a in supporting plate 4, buffer runner two 4b cushion and well-distributed pressure after, tapered runner one 5a and tapered runner two 5b that enter cylinder manifold 5 form extrusion pressure again, PVC melting material is evenly by mouth template 1, shaping runner one 6a in mouth template 2 62 and mouth template 3 63, shaping runner two 6b completes shaping, product after shaping is extruded from outlet 64 place of mouth template 3 63, namely the shaping of river levee protection M template is completed.
Above content is the further description done provided technical scheme in conjunction with the preferred embodiment of the present invention; can not assert that the present invention specifically implements to be confined to these explanations above-mentioned; for general technical staff of the technical field of the invention; without departing from the inventive concept of the premise; some simple deduction or replace can also be made, all should be considered as belonging to protection scope of the present invention.
Claims (10)
1. river levee protection M template mould, it is characterized in that: by rear pattern plate, clothes hanger plate, rebound one, rebound two, supporting plate, cylinder manifold, mouth template one, mouth template two and mouth template three are formed, described clothes hanger plate comprises jacket frame plate and lower clothes hanger plate, jacket frame plate divides with lower clothes hanger plate and is connected in turn up and down, rear pattern plate is installed in the one end of jacket frame plate and the lower clothes hanger plate connected, rebound one is installed in jacket frame plate and the lower clothes hanger plate other end, rebound one, rebound two, supporting plate, cylinder manifold is connected in turn with mouth template one, mouth template two is fixed on after being connected with mouth template three on mouth template one, described rear pattern plate is convex shape structure, runs through along its length and is provided with conical entrance, jacket frame plate and lower clothes hanger plate structure symmetry, and its inside is provided with class triangle division rack, make in jacket frame plate and lower clothes hanger plate, all to form two runner material chambeies and a pressure corner material chamber, two runner material chambeies are symmetrically distributed in division rack both sides, pressure corner material chamber is positioned at division rack, and runner material chamber is communicated with conical entrance, be provided with two transition runners in rebound one, rebound two, two transition runners are communicated with the runner material chamber in lower clothes hanger plate with the runner material chamber in jacket frame plate respectively, arrange two buffer runners in supporting plate in the horizontal direction, these two buffer runners are communicated with two transition runners, arrange the tapered runner that width successively decreases in cylinder manifold, this tapered runner is connected with buffer runner, in mouth template one, mouth template two, mouth template three, equal height place is provided with two shaping runners, this shaping runner one end is connected with tapered runner, other end impenetrating mouth template one, mouth template two and mouth template three, and forms outlet at the end of mouth template three.
2. river levee protection M template mould as claimed in claim 1, is characterized in that: the axis of described conical entrance is overlapping with place, lower clothes hanger plate junction horizontal line with jacket frame plate.
3. river levee protection M template mould as claimed in claim 1, is characterized in that: described rebound one is with rebound two, and two transition runners are symmetrical arranged, and its symmetry axis and jacket frame plate, place, lower clothes hanger plate junction horizontal line are overlapping.
4. river levee protection M template mould as claimed in claim 1, it is characterized in that: in described supporting plate, two buffer runners are symmetrical arranged, and its symmetry axis and jacket frame plate, place, lower clothes hanger plate junction horizontal line are overlapping.
5. the river levee protection M template mould as described in claim 1,2,3 or 4, is characterized in that: described buffer runner top is identical with transition runner terminal end width.
6. river levee protection M template mould as claimed in claim 1, it is characterized in that: in described cylinder manifold, two tapered runners are symmetrical arranged, and its symmetry axis and jacket frame plate, place, lower clothes hanger plate junction horizontal line are overlapping.
7. the river levee protection M template mould as described in claim 1,2,3,4 or 6, it is characterized in that: described tapered runner top is identical with buffer runner terminal end width, its tapering is 20-60 °.
8. river levee protection M template mould as claimed in claim 1, it is characterized in that: in described mouth template one, mouth template two and mouth template three, two shaping runners are symmetrical arranged, and its symmetry axis and jacket frame plate, place, lower clothes hanger plate junction horizontal line are overlapping.
9. the river levee protection M template mould as described in claim 1,2,3,4,6 or 8, is characterized in that: described shaping width of flow path is identical with tapered runner terminal end width.
10. river levee protection M template mould as claimed in claim 1, it is characterized in that: also include heater, this heater is covered on rear pattern plate, clothes hanger plate, rebound one, rebound two, supporting plate, cylinder manifold, mouth template one, mouth template two and mouth template three.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520601454.4U CN205058547U (en) | 2015-08-11 | 2015-08-11 | River levee protection M template mould |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520601454.4U CN205058547U (en) | 2015-08-11 | 2015-08-11 | River levee protection M template mould |
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| Publication Number | Publication Date |
|---|---|
| CN205058547U true CN205058547U (en) | 2016-03-02 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520601454.4U Active CN205058547U (en) | 2015-08-11 | 2015-08-11 | River levee protection M template mould |
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| CN (1) | CN205058547U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105034314A (en) * | 2015-08-11 | 2015-11-11 | 绍兴市四维塑胶工程有限公司 | Mould for M-shaped river levee protection plate |
| CN109049601A (en) * | 2018-09-27 | 2018-12-21 | 常州融信医学微创科技有限公司 | A kind of plastic granulator extrusion composite energy-saving tuber |
| CN109049394A (en) * | 2018-09-27 | 2018-12-21 | 常州融信医学微创科技有限公司 | A kind of plastic granulator squeezes the plastic cement Tape dispensers of the compound tuber of pipe |
| CN109291395A (en) * | 2018-09-27 | 2019-02-01 | 常州融信医学微创科技有限公司 | A method of by plastic granulator machine and tube extruding machine series connection high efficiency production energy-saving plastic pipe |
-
2015
- 2015-08-11 CN CN201520601454.4U patent/CN205058547U/en active Active
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105034314A (en) * | 2015-08-11 | 2015-11-11 | 绍兴市四维塑胶工程有限公司 | Mould for M-shaped river levee protection plate |
| CN105034314B (en) * | 2015-08-11 | 2017-07-04 | 绍兴市万维塑业有限公司 | River levee protects M template moulds |
| CN109049601A (en) * | 2018-09-27 | 2018-12-21 | 常州融信医学微创科技有限公司 | A kind of plastic granulator extrusion composite energy-saving tuber |
| CN109049394A (en) * | 2018-09-27 | 2018-12-21 | 常州融信医学微创科技有限公司 | A kind of plastic granulator squeezes the plastic cement Tape dispensers of the compound tuber of pipe |
| CN109291395A (en) * | 2018-09-27 | 2019-02-01 | 常州融信医学微创科技有限公司 | A method of by plastic granulator machine and tube extruding machine series connection high efficiency production energy-saving plastic pipe |
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Effective date of registration: 20170104 Address after: 312000 Zhejiang Province, Shaoxing city Doumen Town Chang Village Paojiang New District Patentee after: Shaoxing wanwell Plastic Co. Ltd Address before: The 312000 century Zhejiang Paojiang Industrial Zone, Shaoxing City No. 1 West Street Patentee before: Shaoxing City Siwei Plastic Rubber Engineering Co., Ltd |