CN202656381U - Rotary ejecting ejector with vertical filling mechanism - Google Patents
Rotary ejecting ejector with vertical filling mechanism Download PDFInfo
- Publication number
- CN202656381U CN202656381U CN 201220251756 CN201220251756U CN202656381U CN 202656381 U CN202656381 U CN 202656381U CN 201220251756 CN201220251756 CN 201220251756 CN 201220251756 U CN201220251756 U CN 201220251756U CN 202656381 U CN202656381 U CN 202656381U
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- template
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Abstract
The utility model discloses a rotary ejecting ejector with a vertical filling mechanism. The rotary ejecting ejector is mainly provided with at least one workstation, wherein a rotary ejecting template conveying mechanism is arranged at the top of the workstation. At least one filling mechanism which is under vertical state and is low in operation height is arranged on one side of the workstation and is used for filling corresponding to the rotary ejecting template conveying mechanism, so that the purposes of automatically metering and filling, overlapping the time of the heating vulcanizing operation of the prior workstation with the time of the filling operation of the rear workstation, conveniently exchanging the material, easily cleaning the material, quickly processing and saving the sizing material are achieved by the rotary ejecting ejector.
Description
Technical field
The utility model relates to a kind of rubber forming machine, refers to especially that a kind of combination turns penetrate and the Jet forming machine that penetrates.
Background technology
The ejaculation of existing rubber forming machine is used, to penetrate rifle unit pressurization shoot mode or turn with the mode locking unit pressurization to penetrate mode moulding object, wherein, turning the mode of penetrating mainly fills out sizing material to be placed on to turn by the mode of artificial blowing and penetrates on the template, with heater sizing material is heated, turn with the mode locking unit pressurization again and penetrate operation, make sizing material flow into that thermosetting forms finished product in the die cavity of mould, therefore, it turns penetrates operating type and not only has the problems such as production efficiency low and labor intensive and time cost to exist, and the manually-operated inconvenience is filled in sizing material to turn and penetrates in the template, measure not accurate, also easily produce the worker and pacify problem, therefore, the General Purpose Rubber forming machine still has its further space of improvement in the ejaculation application facet.
The utility model content
The purpose of this utility model is to provide a kind of turning to penetrate ejaculator, it mainly is to penetrate ejaculator pedestal one side and arrange one and be the material injecting mechanism of upright kenel to turn the material feeding operation of penetrating template turning, by material injecting mechanism being located at lower height and position, reach the lifting pan feeding, reload, clear material, maintenance waits the operation convenience, and cooperate and to be located at turning of work station top and to penetrate the template conveying mechanism and will turn and penetrate template and send into and turn the ejaculation operation in the work station, the utility model is turned penetrate ejaculator to reach metering precisely, easy to operate, maintenance is convenient, process purpose quick and that save sizing material.
Another purpose of the present utility model is to provide turning of a kind of tool vertical type material injecting mechanism to penetrate ejaculator, it mainly is to penetrate ejaculator pedestal one side and arrange one and be the material injecting mechanism of upright kenel to turn the material feeding operation of penetrating template turning, cooperation is located at turning of work station top and is penetrated the template conveying mechanism, to turn and penetrate template and send into and turn the ejaculation operation in the work station, to reach processing fast and the purpose of saving sizing material.
Penetrate ejaculator for addressing the above problem according to the turning of a kind of tool vertical type material injecting mechanism that provides, comprising:
Pedestal has relative both sides, defines these both sides and turns one first side and one second side of penetrating ejaculator for this, and this pedestal is provided with on one pivot section and pivot section once in this first side.
At least one work station, to be located on this pedestal, this work station top is installed with on one the heat dish and the bottom is provided with top mechanism processed, push up mechanism processed end face and be provided with heat dish, the relative both sides of this work station are provided with and are horizontal configuration and are positioned at two telescoping cylinders under the heat dish on this, this work station top is provided with one in this first side and turns and penetrate the template conveying mechanism, and it comprises on one that slide rail is horizontally placed on that heat dish is provided with a cylinder pressure seat that is erect configuration to height and position between this telescoping cylinder on this above the slide rail this on.
At least one material injecting mechanism, to be erect configuration to be located at this work station one side, this material injecting mechanism has a storing section, this storing section is provided with two pivots pendulum cylinder pressure and is provided with two extension bars between this two pivots pendulum cylinder pressure in relative both sides, respectively this pivot pendulum cylinder pressure is that an end and this storing section articulate, pivot section articulates on another end and this pedestal, respectively pivot section winding under this extension bar end and this pedestal, this material injecting mechanism extends to form a L shaped feeding part in this storing section top, and this feeding part end has a sprue to turning the cylinder pressure seat setting of penetrating the template conveying mechanism.
Further, described work station, to be provided with a base in the bottom and to be provided with a footstock in the top, this footstock bottom surface is installed with heat dish on this, this base is provided with this top mechanism processed, this top mechanism processed comprises that a top product is located at this base top surface, and the two propelling cylinder pressures that are erect configuration are located at the relative both sides of this base, it is affixed with this work station base and this top mechanism processed respectively that respectively this propelling cylinder pressure has two ends, and this top product end face is provided with this time heat dish, make this time heat dish end face and should jointly define a space by the upper heat face of trying to get to the heart of a matter, this two telescoping cylinder be located at the relative both sides of this outside, space and be positioned at this first, between the second side.
Described turning penetrated the template conveying mechanism, is to be positioned at this first side and to should the setting of work station footstock, slide rail be to be horizontally disposed with towards this first side from this work station on this.
Described material injecting mechanism, its storing subordinate side is provided with a compression unit.
Ejaculator is penetrated in turning of described tool vertical type material injecting mechanism; wherein; one send mold mechanism; be be positioned at described pedestal the second side and to should work station the setting of top mechanism processed; the described mold mechanism that send comprises a glidepath position at the height and position that is higher than this top product, and this glidepath is to be horizontally disposed with towards this second side from this work station.
Further, described turning penetrated turning of ejaculator to penetrate the template conveying mechanism is for carrying one to turn and penetrate the space that template passes in and out this work station, this turns penetrates template and has to turn on one and penetrate template and once turn and penetrate template, this time turns that to penetrate template be to be located at this to turn the upper slide rail of penetrating the template conveying mechanism, turn under this and penetrate template forming and have one to turn and penetrate die cavity and a plurality of running channel and provide this and turn and penetrate the die cavity bottom, should on turn and penetrate template and penetrate die cavity and be formed with a projection turning, order should on turn and penetrate template and penetrate template and close mould and carry or the die sinking material feeding with should lower turning for the control of this cylinder pressure seat, and this turns and penetrates template and send into or send this work station space through being somebody's turn to do upward slide rail.
Further, described turn penetrate template on turn penetrate plate with under turn that to penetrate plate be to be formed with a plurality of temperature control runners.
Further; the described mold mechanism that send is for carrying a molding tool to pass in and out the space of this work station; described mould has a patrix and the involutory composition of a counterdie; this patrix has provided a plurality of sprue channels; this counterdie is concaved with a molding cave, and this work station space is sent into or sent to this mould through this glidepath.
Further, the telescoping cylinder of described each work station has a body of rod and extends towards this pedestal first side, respectively this to turn the upper slide rail of penetrating the template conveying mechanism be for carrying one to turn and penetrate template and pass in and out this work station space, this telescoping cylinder body of rod is penetrated moving this of template group tape splicing and is turned and penetrate template along upward slide rail slippage by terminal turning with this.
Further, the described glidepath that send mold mechanism is for carrying a molding tool to pass in and out the space of this work station.
Further, the described mold mechanism that send is provided with a liftout tank that is erect configuration in this glidepath below.
Further, described pedestal is to be provided with a plurality of these work stations and a material injecting mechanism, wherein, described pedestal, pivot section has a sliding way on it, and one be located at this sliding way and along the top shoe of this sliding way slippage, and this time pivot section has a drop shot that is the round bar form, and one wears and along the sliding block of this drop shot slippage for this drop shot pivot.
Described material injecting mechanism, its respectively this pivot pendulum cylinder pressure be that an end articulates with this storing section, another end articulates with this pedestal top shoe, respectively this extension bar end and this pedestal sliding block winding.
Ejaculator is penetrated in turning of a kind of tool vertical type of the utility model material injecting mechanism, it mainly is to turn and penetrate the template conveying mechanism by be provided with one at the work station top, this work station one side be provided with at least one be erect configuration and operate highly low material injecting mechanism penetrate the template conveying mechanism and carry out material feeding turning, reach the automatic gauge material feeding, and reload conveniently, clear material easily, rapid processing and the purpose of saving sizing material.
Description of drawings
Fig. 1 is that the utility model turns the ejaculation a plurality of work stations of facility and is provided with slide rail for the structure schematic appearance of material injecting mechanism slippage;
Fig. 2 A is the structure schematic appearance that the utility model turns the material injecting mechanism material feeding of penetrating ejaculator;
Fig. 2 B is that the utility model turns the material injecting mechanism pivot pendulum displacement of penetrating ejaculator and turns and penetrates the involutory structure schematic appearance of template;
Fig. 3 is that the utility model work station cooperates the structure schematic appearance of sending mold mechanism;
Fig. 4 is the initial state position view of the utility model mould;
Fig. 5 is that the utility model turns and penetrates the die location view that template slips into work station;
Fig. 6 is that the utility model pass mould turns the die location view of penetrating;
Fig. 7 is that the utility model is finished and turned the die location view of penetrating rear die sinking;
Fig. 8 is that the utility model turns and penetrates the die location view that template skids off work station;
Fig. 9 is that the utility model closes the die location view that mould vulcanizes;
Figure 10 is the mould view that finished product is taken out in the utility model die sinking.
Description of reference numerals
The 10th, pedestal 101 is first sides
102 is that the second side 11 is Shang Shubu
The 111st, upper slide rail 112 is top shoes
The 12nd, lower pivot section 121 is drop shots
The 122nd, sliding block
The 20th, work station 21 is bases
The 22nd, footstock 23 is upper heat dishes
The 24th, pushing up mechanism 241 processed is top products
The 242nd, advancing cylinder pressure 25 is telescoping cylinders
The 251st, the body of rod 26 is lower heat dishes
The 30th, turn that to penetrate template conveying mechanism 31 are upper slide rails
The 32nd, the cylinder pressure seat
The 40th, material injecting mechanism 41 is storing sections
The 42nd, pivot pendulum cylinder pressure 43 is extension bars
The 46th, feeding part 461 is sprues
The 50th, sending mold mechanism 51 is glidepaths
The 52nd, liftout tank
The 60th, turn and penetrate template 61 and turn on being and penetrate template
The 611st, projection 612 is temperature control runners
The 62nd, lower turn that to penetrate template 621 be to turn to penetrate die cavity
The 622nd, running channel 623 is temperature control runners
The 70th, mould 71 is patrixes
The 711st, sprue channel 72 is counterdies
721 moulding die cavity
The 80th, sizing material 801 is finished products
R is the space
The specific embodiment
At first, please cooperate Fig. 2 A, 2B to see it with Fig. 1, the utility model provides a kind of preferred embodiment of penetrating ejaculator that turns of tool vertical type material injecting mechanism, mainly be to turn the pedestal 10 of penetrating ejaculator in this to be provided with at least one work station 20, respectively this work station 30 is provided with one and turns and penetrate template conveying mechanism 30, and these pedestal 10 1 sides are provided with a material injecting mechanism 40 that is erect configuration; As shown in Figure 1, show that this pedestal 10 is provided with a plurality of these work stations 20 and this material injecting mechanism 40, in addition, the quantity of this material injecting mechanism 40 is cooperated this work station 20 quantity settings.Wherein:
This pedestal 10 has relative both sides, defines these both sides and turns one first side 101 and one second side 102 of penetrating ejaculator for this, and this pedestal 10 is provided with on one pivot section 11 and pivot section 12 once in this first side 101.
This work station 20, to be located on this pedestal 10, this work station 20 is to be provided with a base 21 in the bottom and to be provided with a footstock 22 in the top, these footstock 22 bottom surfaces are installed with heat dish 23 on, this base 21 is provided with top mechanism 24 processed, this top mechanism 24 processed comprises that a top product 241 is located at this base 21 end faces, and the two propelling cylinder pressures 242 that are erect configuration are located at the relative both sides of this base 21, this two propellings cylinder pressure 26 is that an end and this work station 20 set firmly, another end and this top product 241 are affixed, these top product 241 end faces also are provided with heat dish 26, this time is hot coils 26 end faces and should jointly define a space R in upper hot 23 bottom surfaces of coiling, this work station 20 is provided with two telescoping cylinders 25 that are horizontal configuration in the relative both sides of R outside, this space, and this two telescoping cylinder 25 is positioned at first of this pedestal 10, the second side 101, between 102.
This turns penetrates template conveying mechanism 30, to be positioned at these pedestal 10 first sides 101 and to be arranged at this work station 20 footstocks 22, this turn penetrate template conveying mechanism 30 comprise on one slide rail 31 in this on heat dish 23 be horizontally disposed with towards this first side 101 from this work station 20 to height and position between this telescoping cylinder 25, slide rail 31 tops are provided with a cylinder pressure seat 32 that is erect configuration on this; The utility model is to turn the upper slide rail 31 of penetrating template conveying mechanism 30 with this to carry one to turn and penetrate template 60 these work stations of turnover 20 space R.
This material injecting mechanism 40, to be erect configuration to be located at this pedestal 10 first sides 101, this material injecting mechanism 40 has a storing section 41, this storing section 41 is provided with two pivots pendulum cylinder pressure 42 and is provided with an extension bar 43 between this two pivots pendulum cylinder pressure 42 in relative both sides, respectively this pivot pendulum cylinder pressure 42 is that an end and this storing section 41 articulate, pivot section 11 articulates on another end and this pedestal 10, respectively these extension bar 43 terminal and 10 times pivot section 12 windings of this pedestal, this material injecting mechanism 40 extends to form a L shaped feeding part 46 in these storing section 41 tops, and these feeding part 46 ends have 461 pairs of sprues should turn cylinder pressure seat 32 settings of penetrating template conveying mechanism 30.
By this, as shown in Figure 1, when cooperating this material injecting mechanism 40 to arrange with a plurality of these work stations 20, the upper pivot section 11 of this pedestal 10 has a sliding way 111 and a top shoe 112 is located at this sliding way 111 and along these sliding way 111 slippages, this time pivot section 12 has drop shot 121 and a sliding block 122 that is the round bar form, this sliding block 122 is to wear for these drop shot 121 pivots, make this sliding block 122 along these drop shot 121 slippages and be pivoted relative to each other, then respectively these pivot pendulum cylinder pressure 42 1 ends and this storing section 41 of this material injecting mechanism 40 articulate, another end and this pedestal 10 top shoes 111 articulate, respectively these extension bar 43 terminal and these pedestal 10 sliding blocks 122 windings, make this material injecting mechanism 40 carry out the start of pivot pendulum by above-mentioned pin-jointed structure and reach material feeding 461 and be placed in this and turn and penetrate template conveying mechanism 30 inside and carry out material feeding, or leave this and turn and penetrate template conveying mechanism 30 and penetrate operation for turning.
Please cooperate in addition consult shown in Figure 3, work station 20 of the present utility model is equipped with one to send mold mechanism 50 in this second side 101, for this time heat dish 26 and a molding tool 70 are located at the space R that this time square plate 26 end faces deliver into this work station 20 together, such as figure, this send mold mechanism 50 to comprise that a glidepath 51 is horizontally disposed with towards this second side 102 from this work station 20; In the present embodiment, this send glidepath 51 belows of mold mechanism 50 and is provided with a liftout tank 52 that is erect configuration, releases this glidepath 51 for the mould 70 that will send work station 20 space R, is beneficial to the finished product demoulding and semi-finished product and embeds operation.
The above is the utility model embodiment main member and configuration explanation thereof, as for mode of operation and the effect thereof of the utility model preferred embodiment, does following explanation.
Again consult shown in Fig. 2 A, the 2B, the utility model turns to be penetrated ejaculator and has in addition one and turn and penetrate template 60 and turn the space R that this work station 20 was sent into or sent to the upper slide rail 31 of penetrating template conveying mechanism 30 from this, and a molding tool 70 is located at lower heat dish 26 end faces of this work station 20, wherein:
This turns penetrates template 60, as shown in Figure 4, to have to turn on one to penetrate template 61 and once turn to penetrate template 62, this time turns that to penetrate template 62 be to be located at this to turn the upper slide rail 31 of penetrating template conveying mechanism 30, turn under this and penetrate template 62 and be formed with one and turn and penetrate die cavity 621 and a plurality of running channel 622 and provide this and turn and penetrate die cavity 621 bottoms, should on turn and penetrate 61 pairs of templates and should turn and penetrate die cavity 621 and be formed with a projection 611, should on turn to penetrate to turn under template 61 and this and penetrate template 62 and be formed with a plurality of temperature control runners 612,623, turn the temperature of penetrating template 60 for cooling fluid injection adjustment and avoid rubber vulcanization, as shown in Figure 6, on order is somebody's turn to do, under turn and penetrate template 61,62 is involutory, and this projection 611 is placed in this and turns and penetrate in the die cavity 621; In the present embodiment, should on turn and penetrate template 61 and penetrate template 62 pass moulds conveying or die sinking material feedings for these cylinder pressure seat 32 controls with should lower turning, and the telescoping cylinder 25 of this work station 20 has a body of rod 251 and extends towards this pedestal 10 first sides 101, and terminal turning with this penetrated template 60 windings and drive this and turn and penetrate template 60 along upward slide rail 31 slippages for this body of rod 251.
This mould 70, as shown in Figure 4, has a patrix 71 and 72 pairs of counterdies are combined into, this patrix 71 has provided a plurality of sprue channels 711, this counterdie 72 is concaved with a plurality of moulding die cavitys 721, as shown in Figure 6, makes this patrix 71 involutory with this counterdie 72, this sprue channel 711 is communicated with this die cavity 721, and this work station 20 space R are sent into or sent to this mould 70 through this glidepath 51.
As for the utility model turn penetrate ejaculator turn the ejaculation operating process, please cooperate the mould state position schematic diagram of consulting Fig. 4 to 10 with Fig. 2 A, 2B; Please cooperate Fig. 4 to see it with Fig. 2 A first, the utility model turns penetrates operation when initial, turn and penetrate 60 of templates below cylinder pressure seat 32, and on turn penetrate template 61 for 32 controls of cylinder pressure seat with under turn and penetrate template 62 and separate, 461 pairs of the injection ports of this injection mechanism 40 should turn down to be penetrated turning of template 62 and penetrates die cavity 621 and inject sizing materials 80, and this mould 70 has been located in the space R of work station 20; After material feeding is finished, such as Fig. 2 B and shown in Figure 5, this pivot pendulum cylinder pressure 42 of these material injecting mechanism 40 mats makes its sprue 461 leave this cylinder pressure seat 32, and this cylinder pressure seat 32 with on turn and penetrate template 61 and penetrate template 62 and send in the space R of this work station 20 after involutory with lower turning, make to turn and penetrate template 60 on this between heat dish 23 and this mould 70.
Propelling cylinder pressure 26 by this work station 20 is upwards passed mould 70 extremely as shown in Figure 6,23 common clampings are somebody's turn to do with upper heat dish, under turn and penetrate template 61,62, make and turn the material feedings of penetrating in the die cavity 621 and enter this moulding die cavity 721 inside through this running channel 622 and this sprue channel 711, then as Fig. 7 inside is full of the mould 70 of sizing material 80 and turns and penetrate template 60 and recess and hotly this on coil 23, to turn again and penetrate template 60 and send as shown in Figure 8 this space R, penetrate again material feeding of template conveying mechanism 30 to get back to turn, simultaneously mould 70 is upwards passed once again such as Fig. 9 and should upper heat be coiled 23 and contact and carry out the baking operation, after finishing the baking operation, can die sinking take out curing finished product 801 as shown in figure 10.
By this, the utility model turns to be penetrated ejaculator and by above-mentioned material injecting mechanism 40 is located at a plurality of work station 20 1 sides with the form of upright and slip, not only making material injecting mechanism 40 be easy to safeguard adjusts, be beneficial to and shorten the overall operation time, this is turned penetrates ejaculator and reaches the automatic gauge material feeding, and when making last work station 20 baking operation and the material feeding activity duration of a rear work station 20 overlap the purpose that reaches rapid processing and save sizing material.
Claims (10)
1. turning of a tool vertical type material injecting mechanism penetrated ejaculator, it is characterized in that: comprising:
Pedestal has relative both sides, defines these both sides and turns one first side and one second side of penetrating ejaculator for this, and this pedestal is provided with on one pivot section and pivot section once in this first side;
At least one work station, to be located on this pedestal, this work station top is installed with on one the heat dish and the bottom is provided with top mechanism processed, push up mechanism processed end face and be provided with heat dish, the relative both sides of this work station are provided with and are horizontal configuration and are positioned at two telescoping cylinders under the heat dish on this, this work station top is provided with one in this first side and turns and penetrate the template conveying mechanism, and it comprises on one that slide rail is horizontally placed on that heat dish is provided with a cylinder pressure seat that is erect configuration to height and position between this telescoping cylinder on this above the slide rail this on;
At least one material injecting mechanism, to be erect configuration to be located at this work station one side, this material injecting mechanism has a storing section, this storing section is provided with two pivots pendulum cylinder pressure and is provided with two extension bars between this two pivots pendulum cylinder pressure in relative both sides, respectively this pivot pendulum cylinder pressure is that an end and this storing section articulate, pivot section articulates on another end and this pedestal, respectively pivot section winding under this extension bar end and this pedestal, this material injecting mechanism extends to form a L shaped feeding part in this storing section top, and this feeding part end has a sprue to turning the cylinder pressure seat setting of penetrating the template conveying mechanism.
2. turning of tool vertical type material injecting mechanism as claimed in claim 1 penetrated ejaculator, it is characterized in that:
Described work station, to be provided with a base in the bottom and to be provided with a footstock in the top, this footstock bottom surface is installed with heat dish on this, this base is provided with this top mechanism processed, this top mechanism processed comprises that a top product is located at this base top surface, and the two propelling cylinder pressures that are erect configuration are located at the relative both sides of this base, it is affixed with this work station base and this top mechanism processed respectively that respectively this propelling cylinder pressure has two ends, and this top product end face is provided with this time heat dish, make this time heat dish end face and should jointly define a space by the upper heat face of trying to get to the heart of a matter, this two telescoping cylinder be located at the relative both sides of this outside, space and be positioned at this first, between the second side;
Described turning penetrated the template conveying mechanism, is to be positioned at this first side and to should the setting of work station footstock, slide rail be to be horizontally disposed with towards this first side from this work station on this;
Described material injecting mechanism, its storing subordinate side is provided with a compression unit.
3. turning of tool vertical type material injecting mechanism as claimed in claim 2 penetrated ejaculator; it is characterized in that: one send mold mechanism; be be positioned at this pedestal second side and to should work station the setting of top mechanism processed; the described mold mechanism that send comprises a glidepath position at the height and position that is higher than this top product, and this glidepath is to be horizontally disposed with towards this second side from this work station.
4. turning of tool vertical type material injecting mechanism as claimed in claim 2 penetrated ejaculator, it is characterized in that: described turning penetrated turning of ejaculator to penetrate the template conveying mechanism is for carrying one to turn and penetrate the space that template passes in and out this work station, this turns penetrates template and has to turn on one and penetrate template and once turn and penetrate template, this time turns that to penetrate template be to be located at this to turn the upper slide rail of penetrating the template conveying mechanism, turn under this and penetrate template forming and have one to turn and penetrate die cavity and a plurality of running channel and provide this and turn and penetrate the die cavity bottom, should on turn and penetrate template and penetrate die cavity and be formed with a projection turning, order should on turn and penetrate template and penetrate template and close mould and carry or the die sinking material feeding with should lower turning for the control of this cylinder pressure seat, and this turns and penetrates template and send into or send this work station space through being somebody's turn to do upward slide rail.
5. turning of tool vertical type material injecting mechanism as claimed in claim 4 penetrated ejaculator, it is characterized in that: described turn penetrate template on turn penetrate plate with under turn that to penetrate plate be to be formed with a plurality of temperature control runners.
6. turning of tool vertical type material injecting mechanism as claimed in claim 2 penetrated ejaculator; it is characterized in that: the described mold mechanism that send is for carrying a molding tool to pass in and out the space of this work station; described mould has a patrix and the involutory composition of a counterdie; this patrix has provided a plurality of sprue channels; this counterdie is concaved with a molding cave, and this work station space is sent into or sent to this mould through this glidepath.
7. turning of tool vertical type material injecting mechanism as claimed in claim 2 penetrated ejaculator, it is characterized in that: the telescoping cylinder of described each work station has a body of rod and extends towards this pedestal first side, respectively this to turn the upper slide rail of penetrating the template conveying mechanism be for carrying one to turn and penetrate template and pass in and out this work station space, this telescoping cylinder body of rod is penetrated moving this of template group tape splicing and is turned and penetrate template along upward slide rail slippage by terminal turning with this.
8. turning of tool vertical type material injecting mechanism as claimed in claim 2 penetrated ejaculator, it is characterized in that: the described glidepath that send mold mechanism is for carrying a molding tool to pass in and out the space of this work station.
9. turning of tool vertical type material injecting mechanism as claimed in claim 2 penetrated ejaculator, it is characterized in that: the described mold mechanism that send is provided with a liftout tank that is erect configuration in this glidepath below.
10. turning of tool vertical type material injecting mechanism as claimed in claim 1 penetrated ejaculator, it is characterized in that: described pedestal is to be provided with a plurality of these work stations and a material injecting mechanism, wherein, described pedestal, pivot section has a sliding way on it, and one be located at this sliding way and along the top shoe of this sliding way slippage, and this time pivot section has a drop shot that is the round bar form, and one wears and along the sliding block of this drop shot slippage for this drop shot pivot;
Described material injecting mechanism, its respectively this pivot pendulum cylinder pressure be that an end articulates with this storing section, another end articulates with this pedestal top shoe, respectively this extension bar end and this pedestal sliding block winding.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220251756 CN202656381U (en) | 2012-05-31 | 2012-05-31 | Rotary ejecting ejector with vertical filling mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220251756 CN202656381U (en) | 2012-05-31 | 2012-05-31 | Rotary ejecting ejector with vertical filling mechanism |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202656381U true CN202656381U (en) | 2013-01-09 |
Family
ID=47451312
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220251756 Expired - Fee Related CN202656381U (en) | 2012-05-31 | 2012-05-31 | Rotary ejecting ejector with vertical filling mechanism |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202656381U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105923373A (en) * | 2016-06-15 | 2016-09-07 | 张舒维 | Novel material injection equipment for industrial production |
| CN108582638A (en) * | 2018-06-02 | 2018-09-28 | 磐石油压工业(安徽)有限公司 | The continuous rubber injection moulding machine for turning to penetrate material feeding of automation |
| CN111002537A (en) * | 2019-12-27 | 2020-04-14 | 江门市鑫辉密封科技有限公司 | Continuous rotary injection mold for valve oil seal |
| CN114536686A (en) * | 2022-02-22 | 2022-05-27 | 德力东(湖北)机械科技有限公司 | Novel rubber rotary injection molding machine |
-
2012
- 2012-05-31 CN CN 201220251756 patent/CN202656381U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105923373A (en) * | 2016-06-15 | 2016-09-07 | 张舒维 | Novel material injection equipment for industrial production |
| CN108582638A (en) * | 2018-06-02 | 2018-09-28 | 磐石油压工业(安徽)有限公司 | The continuous rubber injection moulding machine for turning to penetrate material feeding of automation |
| CN111002537A (en) * | 2019-12-27 | 2020-04-14 | 江门市鑫辉密封科技有限公司 | Continuous rotary injection mold for valve oil seal |
| CN114536686A (en) * | 2022-02-22 | 2022-05-27 | 德力东(湖北)机械科技有限公司 | Novel rubber rotary injection molding machine |
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