CN205219579U - Three -colour that practicality is strong device of moulding plastics - Google Patents
Three -colour that practicality is strong device of moulding plastics Download PDFInfo
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- CN205219579U CN205219579U CN201521077013.5U CN201521077013U CN205219579U CN 205219579 U CN205219579 U CN 205219579U CN 201521077013 U CN201521077013 U CN 201521077013U CN 205219579 U CN205219579 U CN 205219579U
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Abstract
The utility model provides a three -colour that practicality is strong device of moulding plastics, the centre is penetrated the spray gun utilization and is moved the track and carry out lateral shifting, can penetrate the spray gun to the centre and carry out the position that in a big way lateral shifting adapts to forming die's middle feed port, behind the loosening locking device, middle switching elbow can rely on the connector of first elbow portion and the middle cone of penetrating the spray gun discharge end to rotate, and nozzle specifically aims at forming die's middle feed port in the middle of making, and the locking device that can screw makes location sand grip and strip connected in star correspond the buckle, and the rotation of inhuman wish can not appear in the switching elbow in the middle of guaranteeing, after locking device screwed, the surface and the conical inner surface of cone mutually supported and press from both sides tight elastic gasket layer and seal up on this contact surface, and outer annular burr and interior annular burr can press from both sides tightly on both sides elastic gasket layer in addition, make elastic gasket layer surface take place deformation annular burr and interior annular burr outside the embedding each other, are showing increase sealing contact area, and sealed effect is stronger.
Description
Technical field
The utility model relates to injection moulding apparatus field, is specifically related to a kind of three practical look injection moulding apparatus.
Background technology
Increasing footwear adopt injection molding apparatus injection mo(u)lding, the structure of injection molding apparatus has been known, as Chinese invention patent CN201410647897.7 discloses a kind of full-automatic injecting forming machine, comprise mould station, injection device and mainframe, it is characterized in that: described mould station comprises folding mould oil cylinder, connecting plate mechanism, guide pillar, upper plate, middle plate and lower plate, upper plate and lower plate are individually fixed in the top and bottom of guide pillar, middle plate is slidably arranged on guide pillar, folding mould oil cylinder cylinder barrel is fixed on upper plate, folding mould oil cylinder piston rod to be connected with middle plate by connecting plate mechanism and plate moves up and down in driving, described injection device comprises three filling guns arranged along horizontal Tile, this filling gun comprises barrel, elbow and material mouth, one end of elbow connects barrel discharge end, other end binder mouth.Described mould station also comprises pressurizing cylinder, upper heating plate, lower heating plate and lower bolster, and pressurizing cylinder is arranged in lower plate, and pressurizing cylinder piston rod is connected with lower bolster, and lower heating plate is arranged on lower bolster, and upper heating plate is arranged on middle plate.Described upper heating plate and lower heating plate are respectively provided with three pieces of area equation.Described pressurizing cylinder is provided with six, and every two pressurizing cylinders correspond to one piece of lower heating plate and arrange.Guide pillar comprises upper guide post nut and lower guide pillar nut, upper plate by upper guide post nut check in guide pillar upper end, lower plate by lower guide pillar nut check in guide pillar lower end.Described connecting plate mechanism comprises oil cylinder connecting plate, a pair upper bed-plate, short a pair connecting plate, long a pair connecting plate, a pair swing arm and a pair lower bottom base, the each paired parts of connecting plate mechanism are arranged symmetrically, oil cylinder connecting plate is fixed on folding mould oil cylinder piston-rod lower end, upper bed-plate is arranged on middle plate, lower bottom base is arranged in lower plate, the hinged upper bed-plate in swing arm two ends and long connecting plate, hinged short connecting plate one end in the middle part of swing arm, the hinged oil cylinder connecting plate of the short connecting plate other end, the hinged lower bottom base in long connecting plate one end, oil cylinder connecting plate length is less than the spacing of two upper bed-plates.Described three filling guns are left rifle, middle rifle and right rifle, corresponding elbow is left elbow, middle elbow and right elbow, left elbow equal with right elbow length and than in elbow length long, left elbow and right elbow, all towards the angle of 30-60 ° that middle rotating elbow is equal, make the material mouth of three filling guns be in same level.Described material mouth comprises material mouth body and Universal-head, the discharging opening of material mouth body one end connecting bend, and the material mouth body other end forms spherical discharging opening, and be formed with the spherical cavity suitable with spherical discharging opening in Universal-head, Universal-head is sheathed on spherical discharging opening.Described filling gun also includes materials device and injection device, feeding device comprises pan feeding oil motor, thrust bearing, piston inside connecting rod, screw rod and advance resistance material oil cylinder, injection device comprises injection cylinder cylinder, injecting piston rod, injection seat and move back an oil cylinder, thrust bearing, injection cylinder cylinder, injection seat and barrel are connected successively, pan feeding oil motor is arranged on thrust bearing, piston inside connecting rod is arranged in the inner chamber of injecting piston rod by thrust bearing is rotatable, the rotating shaft of pan feeding oil motor is connected with screw rod with piston inside connecting rod successively, screw rod is rotatable to be arranged in barrel, injecting piston rod can drive piston inside connecting rod and screw rod to move, moving back a cylinder block is arranged on mainframe, move back a cylinder piston rod connect injection seat and drive filling gun forward-reverse, advance resistance material oil cylinder is arranged at elbow discharge outlet.Described injection device also comprises cross moving track, traversing motor, driving gear and tooth bar, driving gear and tooth bar are meshed, tooth bar and cross moving track are arranged in parallel, filling gun is arranged on cross moving track, traversing motor is fixed on filling gun, traversing motor drives driving gear to rotate, and then drives filling gun to move along cross moving track.The application of this invention is more extensive, but in actual use, the similar of other injection molding apparatus on itself and market, various types of moulds that charging hole is in diverse location can not be adapted to, usual needs are changed and are penetrated rifle, and even change entire machine, adaptability is too single, use underaction, practicality has much room for improvement.
Given this, inventor furthers investigate the problems referred to above, then has this case to produce.
Utility model content
The purpose of this utility model is to provide a kind of middle material sputtering nozzle to carry out any disassembling, assembling and replacing, angle and position adjustments can be carried out to adapt to intermediate feed hole site, flexible and convenient operation, and good positioning effect, sealing is strong, practical three practical look injection moulding apparatus.
In order to achieve the above object, the utility model adopts such technical scheme:
Three practical look injection moulding apparatus, comprise material injecting mechanism and shaping mechanism; Described material injecting mechanism comprises three rifles that shoot material, and is respectively two limits being in both sides and shoots material rifle and be in the centre shot material between rifle, both sides and shoot material rifle; The described limit rifle that shoots material comprises limit and to shoot material gun main body, is located at limit and shoots material the limit material sputtering nozzle of discharge end of gun main body, and is connected to limit that limit shoots material between gun main body and limit material sputtering nozzle and transfers elbow; The described centre rifle that shoots material comprises centre and to shoot material gun main body, is located at centre and shoots material the middle material sputtering nozzle of discharge end of gun main body, and is connected to the intermediate transit elbow that centre shoots material between gun main body and middle material sputtering nozzle; Described shaping mechanism comprises mould, and described mould has three charging holes, and three described charging holes are corresponding with the rifle that shoots material described in three respectively; The described centre rifle that shoots material is equipped and is horizontally disposed with and shoots material the perpendicular moving track of rifle with centre;
Also comprise the locking device of gun main body together with intermediate transit elbow jam that to be shot material described centre;
Described intermediate transit elbow comprises the first heel that the discharge end that shoots material gun main body with described centre is connected, and the second heel be connected with described middle material sputtering nozzle; Described first heel comprises the connector that the discharge end that shoots material gun main body with described centre is connected, and the tube connector be connected with described second heel; Described connector conically bell mouth shape, has annular end face and conical inner surface; The shoot material discharge end of gun main body of described centre is formed and the conical head that described conical inner surface matches and the ring-shaped step corresponding with described annular end face;
Described annular end face is formed with the positioning convex strip of multiple circular array, and the cross section of described positioning convex strip is broadened to root gradually by tip; The described ring-shaped step end face corresponding with described annular end face is formed with the strip groove that multiple and each described positioning convex strip matches;
The surface of described conical head is formed with multiple outer ring burr concentric with conical head axis, the width of described outer ring burr and be highly 0.5-2.5mm, described outer ring burr is covered with elastic packing bed course, described conical inner surface be formed multiple and described connector axis concentric in annular burr, the width of described interior annular burr and be highly 0.5-2.5mm;
There is between described positioning convex strip and described strip groove the gap for the deformation of described elastic packing bed course pressurized;
Described locking device cylindrically, what one end of inner surface was formed with that the gun main body direction that to shoot material towards described centre presses on the outer surface of described connector compresses step, the other end is formed with internal thread, and the side face of described ring-shaped step is formed with the external screw thread matched with described internal thread;
The cross section of described outer ring burr and described interior annular burr is the triangle broadened gradually by tip to root, and the tip of the cross section of described outer ring burr and described interior annular burr is level and smooth arc;
The outer surface of described connector conically, described in compress step the outer surface of inner surface corresponding section and described connector match; The lateral surface of described connector and the angle of connector axis are greater than the angle of medial surface and connector axis;
The outer surface of described connector is formed with the antifriction bulge loop concentric with connector axis, and the cross section of described antifriction bulge loop is the triangle broadened gradually by tip to root, and the tip of the cross section of described antifriction bulge loop is level and smooth arc; The described inner surface compressing step is formed with the antifriction raised line intersected with described antifriction bulge loop.
The cross section of described antifriction raised line is the triangle broadened gradually by tip to root, and the tip of the cross section of described antifriction raised line is level and smooth arc.
Described antifriction raised line and described antifriction bulge loop perpendicular.
After adopting technique scheme, three practical look injection moulding apparatus of the present utility model, break through the structural form of traditional injection moulding device, in practical work process, the centre rifle that shoots material can utilize moving track to carry out transverse shifting, and staff can carry out transverse shifting in a big way to adapt to the position in the intermediate feed hole of mould to the centre rifle that shoots material; After unscrewing locking device, intermediate transit elbow can rely on the connector of the first heel to rotate with the conical head of the middle rifle discharge end that shoots material, middle material sputtering nozzle is made specifically to be aligned to the intermediate feed hole of mould, after aligning, locking device can be screwed, positioning convex strip and strip groove correspondence are fastened togather, guarantee that intermediate transit elbow there will not be the rotation of inhuman wish; After locking device screws, the surface of conical head and the conical inner surface clamping elastic packing bed course that cooperatively interacts seals on this contact surface, and outer ring burr and interior annular burr can seal bed course clamping at two-side elastic, make elastic packing bed course surface that deformation occur and mutually embed outer ring burr and interior annular burr, significantly increase sealing contact surface to amass, sealing effectiveness is stronger; The structure of outer ring burr and interior annular burr can ensure that outer ring burr and interior annular burr embed the degree of depth and the compactness on elastic packing bed course surface, and damage can not be caused to elastic packing bed course in the tip of level and smooth arc; While connector and the structure compressing step can make locking device lock gradually, the step that compresses with conical inner surface is utilized to match with the connector with conical external surface and produce auto-alignment effect, and then compress elastic packing bed course with making the conical inner surface even of connector, especially elastic packing bed course can not be made to produce fold, guarantee sealing effectiveness; The inner surface compressing step can be made to be contacted with antifriction bulge loop by antifriction raised line, can reduce contact area further, the frictional force reducing connector further and compress between step, in locking device locking process, greatly reduce locking resistance, be more convenient to locking.Compared with prior art, shoot material in the middle of the use flexibly of three look injection moulding apparatus of the present utility model rifle, and its middle material sputtering nozzle can carry out any disassembling, assembling and replacing, angle and position adjustments can be carried out to adapt to intermediate feed hole site, flexible and convenient operation, and good positioning effect, sealing is strong, practical.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model;
Fig. 2 is the structural representation of another angle of the utility model;
Fig. 3 is the structural representation of rifle of shooting material;
Fig. 4 is that centre shoots material the broken section structural representation of rifle;
Fig. 5 is the structure for amplifying schematic diagram of local A in Fig. 4.
In figure:
1-material injecting mechanism 10-shoots material rifle
11-limit shoots material the rifle that to shoot material in the middle of rifle 12-
Shoot material in the middle of 121-gun main body 1211-conical head
12111-outer ring burr 12112-elastic packing bed course
1212-ring-shaped step 12121-strip groove
Material sputtering nozzle 123-intermediate transit elbow in the middle of 122-
1231-first heel 123a-connector
123a1-annular end face 123a11-positioning convex strip
Annular burr in 123a2-conical inner surface 123a21-
123a3-antifriction bulge loop 123b-tube connector
1232-second heel 124-locking device
1241-compresses step 12411-antifriction raised line
1242-internal thread 1243-through hole
2-shaping mechanism.
Detailed description of the invention
In order to explain the technical solution of the utility model further, be described in detail below by specific embodiment.
A kind of three practical look injection moulding apparatus of the present utility model, as Figure 1-5, comprise material injecting mechanism 1 and shaping mechanism 2.
Material injecting mechanism 1 comprises three rifles 10 that shoot material, and is respectively two limits being in both sides and shoots material rifle 11 and be in the centre shot material between rifle 11, both sides and shoot material rifle 12; While shoot material, rifle 11 comprises limit and to shoot material gun main body, is located at limit and shoots material the limit material sputtering nozzle of discharge end of gun main body, and is connected to limit that limit shoots material between gun main body and limit material sputtering nozzle and transfers elbow; The centre rifle 12 that shoots material comprises centre and to shoot material gun main body 121, is located at centre and shoots material the middle material sputtering nozzle 122 of discharge end of gun main body 121, and is connected to the intermediate transit elbow 123 that centre shoots material between gun main body 121 and middle material sputtering nozzle 122; Shaping mechanism 2 comprises mould, and described mould has three charging holes, and three described charging holes rifle 10 that shoots material with three is respectively corresponding; The centre rifle 12 that shoots material is equipped and is horizontally disposed with and shoots material the perpendicular moving track of rifle 12 with centre;
Also comprise the locking device 124 that to be shot material centre gun main body 121 and intermediate transit elbow 123 are locked together;
Intermediate transit elbow 123 comprises the first heel 1231 that the discharge end that shoots material gun main body 121 with centre is connected, and the second heel 1232 be connected with middle material sputtering nozzle 122; First heel 1231 comprises the connector 123a that the discharge end that shoots material gun main body 121 with centre is connected, and the tube connector 123b be connected with the second heel 1232; Connector 123a conically bell mouth shape, has annular end face 123a1 and conical inner surface 123a2; The shoot material discharge end of gun main body 121 of centre is formed with the conical head 1211 and the ring-shaped step 1212 corresponding with annular end face 123a1 that match with conical inner surface 123a2;
Annular end face 123a1 is formed with the positioning convex strip 123a11 of multiple circular array, and the cross section of positioning convex strip 123a11 is broadened to root gradually by tip; Ring-shaped step 1212 end face corresponding with annular end face 123a1 is formed with the strip groove 12121 that multiple and each positioning convex strip 123a11 matches;
The surface of conical head 1211 is formed with multiple outer ring burr 12111 concentric with conical head 1211 axis, the width of outer ring burr 12111 and be highly 0.5-2.5mm, outer ring burr 12111 is covered with elastic packing bed course 12112, conical inner surface 123a2 be formed multiple concentric with connector 123a axis in annular burr 123a21, interior annular burr 123a21 width and be highly 0.5-2.5mm;
There is between positioning convex strip 123a11 and strip groove 12121 gap for the deformation of elastic sealing gasket layer 12112 pressurized, when locking device 124 screws gradually, outer ring burr 12111 and interior annular burr 123a21 clamp gradually to elastic packing bed course 12112, until together with positioning convex strip 123a11 closes completely in strip groove 12121;
Locking device 124 cylindrically, what one end of inner surface was formed with that gun main body 121 direction that to shoot material towards centre presses on the outer surface of connector 123a compresses step 1241, the other end is formed with internal thread 1242, and the side face of ring-shaped step 1212 is formed with the external screw thread matched with internal thread 1242.The utility model is in practical work process, and the centre rifle 12 that shoots material can utilize moving track to carry out transverse shifting, and staff can carry out transverse shifting in a big way to adapt to the position in the intermediate feed hole of mould to the centre rifle 12 that shoots material; After unscrewing locking device 124, intermediate transit elbow 123 can rely on the connector 123a of the first heel 1231 to rotate with the conical head 1211 of middle rifle 12 discharge end that shoots material, middle material sputtering nozzle 122 is made specifically to be aligned to the intermediate feed hole of mould, after aligning, locking device 124 can be screwed, positioning convex strip 123a11 and strip groove 12121 correspondence are fastened togather, guarantee that intermediate transit elbow 123 there will not be the rotation of inhuman wish; After locking device 124 screws, the surface of conical head 1211 and the conical inner surface 123a2 clamping elastic packing bed course 12112 that cooperatively interacts seals on this contact surface, and outer ring burr 12111 and interior annular burr 123a21 can seal bed course 12112 at two-side elastic and clamp, make elastic packing bed course 12112 surface that deformation occur and mutually embed outer ring burr 12111 and interior annular burr 123a21, significantly increase sealing contact surface to amass, sealing effectiveness is stronger.
Preferably, the gap between the corresponding positioning convex strip 123a11 of locking device 124 and strip groove 12121 is formed with the through hole 1243 be in communication with the outside.When in the process screwing locking device 124 gradually, the air that locking device 124, centre shoot material between gun main body 121 and intermediate transit elbow 123 in space can be discharged from through hole 1243, is convenient to locking operation.
The validity worked in order to ensure through hole 1243 plays, and preferably, the diameter of through hole 1243 is 1-2mm.
Preferably, the cross section of outer ring burr 12111 and interior annular burr 123a21 is the triangle broadened gradually by tip to root, and the tip of the cross section of outer ring burr 12111 and interior annular burr 123a21 is level and smooth arc.This structure can ensure that outer ring burr 12111 and interior annular burr 123a21 embed the degree of depth and the compactness on elastic packing bed course 12112 surface, and damage can not be caused to elastic packing bed course 12112 in the tip of level and smooth arc.
Preferably, conically, the outer surface of the inner surface corresponding section and connector 123a that compress step 1241 matches the outer surface of connector 123a.While this structure can make locking device 124 lock gradually, the step 1241 that compresses with conical inner surface is utilized to match with the connector 123a with conical external surface and produce auto-alignment effect, and then compress elastic packing bed course 12112 with making the conical inner surface 123a2 even of connector 123a, especially elastic packing bed course 12112 can not be made to produce fold, guarantee sealing effectiveness.
Preferably, the lateral surface of connector 123a and the angle of connector 123a axis are greater than the angle of medial surface and connector 123a axis, namely the inclination angle of connector 123a lateral surface is larger, when compressing step 1241 and matching with connector 123a lateral surface, this structure can make to compress step 1241 couples of connector 123a and produce stronger pressure in the axial direction, strengthens and compresses locking effect.
Preferably, the outer surface of connector 123a is formed with the antifriction bulge loop 123a3 concentric with connector 123a axis, the cross section of antifriction bulge loop 123a3 is the triangle broadened gradually by tip to root, and the tip of the cross section of antifriction bulge loop 123a3 is level and smooth arc.This structure can make the outer surface of connector 123a by antifriction bulge loop 123a3 with compress step 1241 and contact, effectively can reduce contact area, and then the outer surface significantly reducing connector 123a and the frictional force compressed between step 1241, in locking device 124 locking process, greatly reduce locking resistance, be more convenient to locking.Concrete structure can be, and locking device 124 is equipped and loosens positioner (not shown).
Preferably, the inner surface compressing step 1241 is formed with the antifriction raised line 12411 intersected with antifriction bulge loop 123a3.This structure can make the inner surface compressing step 1241 be contacted with antifriction bulge loop 123a3 by antifriction raised line 12411, can reduce contact area further, the frictional force reducing connector 123a further and compress between step 1241.
Preferably, the cross section of antifriction raised line 12411 is the triangle broadened gradually by tip to root, and the tip of the cross section of antifriction raised line 12411 is level and smooth arc.This structure can make antifriction raised line 12411 and antifriction bulge loop 123a3 flexible contact, significantly reduces wearing and tearing, ensures the persistence that mechanism uses.
Preferably, antifriction raised line 12411 is perpendicular with antifriction bulge loop 123a3.This structure can reduce the contact area of single antifriction raised line 12411 and antifriction bulge loop 123a3, and then reduces the contact area of all antifriction raised lines 12411 and antifriction bulge loop 123a3 further.
Product form of the present utility model is not limited to this case diagram and embodiment, and anyone carries out suitable change or the modification of similar thinking to it, all should be considered as not departing from patent category of the present utility model.
Claims (3)
1. three practical look injection moulding apparatus, comprise material injecting mechanism and shaping mechanism; Described material injecting mechanism comprises three rifles that shoot material, and is respectively two limits being in both sides and shoots material rifle and be in the centre shot material between rifle, both sides and shoot material rifle; The described limit rifle that shoots material comprises limit and to shoot material gun main body, is located at limit and shoots material the limit material sputtering nozzle of discharge end of gun main body, and is connected to limit that limit shoots material between gun main body and limit material sputtering nozzle and transfers elbow; The described centre rifle that shoots material comprises centre and to shoot material gun main body, is located at centre and shoots material the middle material sputtering nozzle of discharge end of gun main body, and is connected to the intermediate transit elbow that centre shoots material between gun main body and middle material sputtering nozzle; Described shaping mechanism comprises mould, and described mould has three charging holes, and three described charging holes are corresponding with the rifle that shoots material described in three respectively; It is characterized in that: the described centre rifle that shoots material is equipped and is horizontally disposed with and shoots material the perpendicular moving track of rifle with centre;
Also comprise the locking device of gun main body together with intermediate transit elbow jam that to be shot material described centre;
Described intermediate transit elbow comprises the first heel that the discharge end that shoots material gun main body with described centre is connected, and the second heel be connected with described middle material sputtering nozzle; Described first heel comprises the connector that the discharge end that shoots material gun main body with described centre is connected, and the tube connector be connected with described second heel; Described connector conically bell mouth shape, has annular end face and conical inner surface; The shoot material discharge end of gun main body of described centre is formed and the conical head that described conical inner surface matches and the ring-shaped step corresponding with described annular end face;
Described annular end face is formed with the positioning convex strip of multiple circular array, and the cross section of described positioning convex strip is broadened to root gradually by tip; The described ring-shaped step end face corresponding with described annular end face is formed with the strip groove that multiple and each described positioning convex strip matches;
The surface of described conical head is formed with multiple outer ring burr concentric with conical head axis, the width of described outer ring burr and be highly 0.5-2.5mm, described outer ring burr is covered with elastic packing bed course, described conical inner surface be formed multiple and described connector axis concentric in annular burr, the width of described interior annular burr and be highly 0.5-2.5mm;
There is between described positioning convex strip and described strip groove the gap for the deformation of described elastic packing bed course pressurized;
Described locking device cylindrically, what one end of inner surface was formed with that the gun main body direction that to shoot material towards described centre presses on the outer surface of described connector compresses step, the other end is formed with internal thread, and the side face of described ring-shaped step is formed with the external screw thread matched with described internal thread;
The cross section of described outer ring burr and described interior annular burr is the triangle broadened gradually by tip to root, and the tip of the cross section of described outer ring burr and described interior annular burr is level and smooth arc;
The outer surface of described connector conically, described in compress step the outer surface of inner surface corresponding section and described connector match; The lateral surface of described connector and the angle of connector axis are greater than the angle of medial surface and connector axis;
The outer surface of described connector is formed with the antifriction bulge loop concentric with connector axis, and the cross section of described antifriction bulge loop is the triangle broadened gradually by tip to root, and the tip of the cross section of described antifriction bulge loop is level and smooth arc; The described inner surface compressing step is formed with the antifriction raised line intersected with described antifriction bulge loop.
2. a kind of three practical look injection moulding apparatus according to claim 1, is characterized in that: the cross section of described antifriction raised line is the triangle broadened gradually by tip to root, and the tip of the cross section of described antifriction raised line is level and smooth arc.
3. a kind of three practical look injection moulding apparatus according to claim 2, is characterized in that: described antifriction raised line and described antifriction bulge loop perpendicular.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521077013.5U CN205219579U (en) | 2015-12-22 | 2015-12-22 | Three -colour that practicality is strong device of moulding plastics |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521077013.5U CN205219579U (en) | 2015-12-22 | 2015-12-22 | Three -colour that practicality is strong device of moulding plastics |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205219579U true CN205219579U (en) | 2016-05-11 |
Family
ID=55894671
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201521077013.5U Expired - Fee Related CN205219579U (en) | 2015-12-22 | 2015-12-22 | Three -colour that practicality is strong device of moulding plastics |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205219579U (en) |
-
2015
- 2015-12-22 CN CN201521077013.5U patent/CN205219579U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| TR01 | Transfer of patent right | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20170329 Address after: Taiwanese Investment Zone, Dong Yuan Zhen Jin CuO Cun 362000 Fujian city of Quanzhou Province Patentee after: KINGMIN MACHINERY CO., LTD. Address before: 362000 Fujian Taiwanese investment zone of Quanzhou City Dongyuan town apricot east area Patentee before: FUJIAN LIQI MACHINERY CO., LTD. |
|
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160511 Termination date: 20181222 |