CN109785728A - A kind of general style big water gap teaching mould bases of sliding block class - Google Patents
A kind of general style big water gap teaching mould bases of sliding block class Download PDFInfo
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- CN109785728A CN109785728A CN201910012881.1A CN201910012881A CN109785728A CN 109785728 A CN109785728 A CN 109785728A CN 201910012881 A CN201910012881 A CN 201910012881A CN 109785728 A CN109785728 A CN 109785728A
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Abstract
The invention discloses a kind of general style big water gap teaching mould bases of sliding block class, its key points of the technical solution are that including cover half mould bases and dynamic model mould bases, dynamic model mould bases is equipped with side core-pulling mechanism, side core-pulling mechanism includes side core, slide and line position part, one end of side core is detachably connected on slide, cover half mode or dynamic model mode are equipped with type core sliding slot, side core is matched with type core sliding slot, slide is slidably connected on dynamic model mould bases or cover half mould bases, one end of line position part is connected with slide, the other end of line position part is directly or indirectly fixedly connected on dynamic model mould bases or cover half mould bases.The invention has the following advantages: by replacement mode, mould bases, then cooperating replacement side core in machine real training on different students, forming different models, does not have to dismounting mould bases, be convenient for changing the operation of model, be conducive to the experiment and use of student, improve efficiency.The difficulty of process and assemble is low, convenient for manufacture maintenance, economizes on resources, structure is simple, and cost is relatively low.
Description
Technical field
The present invention relates to a kind of injection mold, the mould bases more specifically, it relates to which a kind of general style big water gap of sliding block class is imparted knowledge to students.
Background technique
In injection mold practice-training teaching, student can be allowed to manufacture, assembling die, and produce plastic.Wherein have sliding block class
The injection mold of structure is the core skills training program of real training, but the real training cost of the injection mold with side core-pulling mechanism is
Without twice of sliding block or more, the manufacture real training period is weekly twice or more of no sliding block, and manufacture difficulty is very high to equipment requirement,
General universities and colleges can not all carry out the real training case for having sliding block injection mold.Since the mould bases of conventional sliders class mold dismounts manufacture
Purposes is single, need to be equipped with different mould bases for different products, cause waste of resource at high cost with real training.
In order to improve teaching result, real training cost and teaching period are reduced, it is necessary to design a kind of energy recycling, adapt to
Different location and shape have the product of side core-pulling structure, dress group to debug convenient sliding block class teaching mould bases.
Summary of the invention
In view of the deficiencies of the prior art, the present invention intends to provide a kind of general style big water gap teaching mould of sliding block class
Frame designs a kind of energy recycling, and adapting to different location and shape has the product of side core-pulling structure, dress group to debug convenient sliding block class
Teaching mould bases.
To achieve the above object, the mould bases the present invention provides the following technical scheme that a kind of general style big water gap of sliding block class is imparted knowledge to students,
Including fixed half and moving half, cover half includes cover half mould bases and cover half mode, and cover half mode is detachably connected on cover half mould bases, dynamic model
Including dynamic model mould bases and dynamic model mode, dynamic model mode is detachably connected on dynamic model mould bases；
Dynamic model mould bases or cover half mould bases are equipped with side core-pulling mechanism, and side core-pulling mechanism includes side core, slide and line position part,
One end of side core is detachably connected on slide, and cover half mode or dynamic model mode are equipped with type core sliding slot, side core and type core
Sliding slot matches, and slide is slidably connected on dynamic model mould bases or cover half mould bases, and one end of line position part is connected with slide, line position part
The other end be directly or indirectly fixedly connected on dynamic model mould bases or cover half mould bases.
The present invention is further arranged to: slide is equipped with kidney slot, and the fixation for fixing side core is provided on kidney slot
Component, fixation kit include screw bolt and nut block, and connecting hole, screw bolt passes connecting hole and kidney slot are offered on side core
Connect afterwards with nut block, side core be fixed on slide, dynamic model mould bases or cover half mould bases are equipped with line position seat, line position part it is another
One end is connected on line position seat.
The present invention is further arranged to: cover half mould bases or dynamic model mould bases are equipped with briquetting, and briquetting is equipped with the first inclined-plane, slide
Equipped with the second inclined-plane, when fixed half and moving half molds, the first inclined-plane is urgent by the second inclined-plane, inwardly pushes slide.
The present invention is further arranged to: dynamic model mould bases or cover half mould bases are equipped with the channel slid for slide, and the two of channel
Side is fixed with press strip, and bead portion protrudes into channel, and by hoistway limit at guide rail structure, the both ends of slide are equipped with bootstrap block, draw
Guide block is embedded in guide rail structure, and guiding slide is moved along guide rail.
The present invention is further arranged to: one end of line position part is equipped with embedded block, and slide is equipped with the insertion cooperated with embedded block
Line position part and slide are sequentially connected by slot by the Qian He of embedded block and embedded groove.
The present invention is further arranged to: line position part is cylinder, oil cylinder, spring or fastener.
The present invention is further arranged to: cover half mould bases includes fixed clamping plate, cover half fixed plate, cover half clamping plate, cover half first
The second guide plate of guide plate and cover half, the first guide plate of cover half and the second guide plate of cover half are respectively fixedly connected on fixed clamping plate
Both sides it is symmetrical, one end of the second guide plate of the first guide plate of cover half and cover half is equipped with cover half fixing groove, cover half fixed plate
Both ends matched with cover half fixing groove, the other end of the second guide plate of the first guide plate of cover half and cover half be equipped with cover half folder
Slot, cover half clip slot are equipped with third inclined-plane, and the both ends of cover half clamping plate are equipped with the 6th inclined-plane, and cover half clamping plate is equipped with the first locking
Part, when cover half mode is placed in middle position on fixed clamping plate, the first locking member locks cover half clamping plate, and third inclined-plane and the 6th is tiltedly
Face is urgent, and cover half clamping plate moves inward, and fastens cover half mode；Dynamic model mould bases includes moving clamping plate, dynamic mould fixing plate, dynamic model folder
Plate, the second guide plate of two dynamic model cushion blocks, the first guide plate of dynamic model and dynamic model, two dynamic model cushion blocks are fixedly connected on moving clamping plate
Both sides, the first guide plate of dynamic model and the second guide plate of dynamic model are respectively fixedly connected with symmetrical, the dynamic model on two dynamic model cushion blocks
One end of the second guide plate of first guide plate and dynamic model is equipped with dynamic model fixing groove, both ends and the dynamic model fixing groove phase of dynamic mould fixing plate
Cooperation, the other end of the second guide plate of the first guide plate of dynamic model and dynamic model, which is all provided with, is provided with dynamic model clip slot, and the both ends of dynamic model clamping plate are equal
Equipped with the 5th inclined-plane, dynamic model clip slot is equipped with the 6th inclined-plane, and dynamic model clamping plate is equipped with the second locking member, when dynamic model mode be placed in it is dynamic
On baffle plate when middle position, the second locking member locks dynamic model clamping plate, and the 5th inclined-plane and the 6th inclined-plane are urgent, and dynamic model clamping plate is inside
It is mobile, fasten dynamic model mode.
The present invention is further arranged to: it is equipped with cover half guide groove on two inner sidewalls of cover half guide plate, cover half block
Two sides are equipped with the first flanging, and cover half guide groove is matched with the first flanging, on two inner sidewalls of dynamic model guide plate
Equipped with dynamic model guide groove, two sides of dynamic model block are equipped with the second flanging, and the second flanging is matched with dynamic model guide groove.
The present invention is further arranged to: top plate is equipped in the inner cavity between moving clamping plate and two dynamic model cushion blocks, on top plate
More thimbles are connected with, dynamic model mode is equipped with the multiple through-holes matched with thimble.
The present invention is further arranged to: cover half mode further includes first catchmenting block, the first water route block and the first water route, and first
The block that catchments is placed between solid plate and cover half clamping plate, and the first water route block is between solid plate and cover half fixed plate, in solid plate
It is provided with the first cooling water channel, first, which catchments, is provided with the first conversion water route in block, is provided with the first connection in the first water route block
Water route, the first cooling water channel, the first conversion water route and the first connection water route interconnect, and cover half fixed plate is equipped with and connect with first
First mouth of a river of water route connection；Dynamic model mode further includes second catchmenting block, the second water route block and the second water route, and second block that catchments is set
Between moving template and dynamic model clamping plate, the second water route block is provided between moving template and dynamic mould fixing plate, in moving template
Two cooling water channels, second, which catchments, is provided with the second conversion water route in block, is provided with the second connection water route in the second water route block, and second
Cooling water channel, the second conversion water route and the second connection water route interconnect, and dynamic mould fixing plate, which is equipped with, connect water route connection with second
Second mouth of a river.
To sum up, the invention has the following advantages: being designed in multiple groups student and manufacturing different shape but there is side
To slide block structure injection mold real training when, by replacing mode, slide block insert, then cooperate slide block assembly, form different bands
The product for having side to take out, does not need to change mould bases, facilitates the operation of injection molding assembling and debugging, is conducive to the real training and teaching of student, drops
The low practice-training teaching period improves real training efficiency.And mould bases is reused, real training cost is reduced, is designed and developed convenient for student resource
Product, this mould bases economize on resources, structure is simple convenient for manufacture maintenance.
Detailed description of the invention
Fig. 1 is the stereochemical structure decomposing schematic representation of the general style big water gap teaching mould bases of sliding block class.
Fig. 2 is the cover half die carrier structure schematic diagram of the general style big water gap teaching mould bases of sliding block class.
Fig. 3 is the side core-pulling mechanism schematic diagram of the general style big water gap teaching mould bases of sliding block class.
Fig. 4 is the side core-pulling mechanism decomposition diagram of the general style big water gap teaching mould bases of sliding block class.
Fig. 5 is the dynamic model die carrier structure schematic diagram of the general style big water gap teaching mould bases of sliding block class.
Fig. 6 is the dynamic model clamp region schematic diagram of the general style big water gap teaching mould bases of sliding block class.
Fig. 7 is the cover half clamp region schematic diagram of the general style big water gap teaching mould bases of sliding block class.
Fig. 8 is the cover half mould core structure schematic diagram of the general style big water gap teaching mould bases of sliding block class.
Fig. 9 is the dynamic model mould core structure schematic diagram of the general style big water gap teaching mould bases of sliding block class.
Figure 10 is the cover half core waterway schematic diagram of the general style big water gap teaching mould bases of sliding block class.
Figure 11 is the dynamic model core waterway schematic diagram of the general style big water gap teaching mould bases of sliding block class.
Appended drawing reference: 1, cover half mould bases；11, fixed clamping plate；12a, the first guide plate of cover half；12b, cover half second are oriented to
Plate；121, cover half fixing groove；122, cover half clip slot；123, third inclined-plane；124, cover half guide groove；13, cover half briquetting；131,
One inclined-plane；14, cover half fixed plate；141, first mouth of a river；15, cover half clamping plate；151, the 6th inclined-plane；152, the first locking member；
2, cover half mode；21, solid plate；211, sliding slot；212, the first flanging；22, first catchments block；23, the first water route
Block；24, the first cooling water channel；25, the first conversion water route；26, the first connection water route；
3, dynamic model mould bases；30, side core-pulling mechanism；31, side core；311, bolt；312, nut block；32, moving clamping plate；
33, dynamic model cushion block；34a, the first guide plate of dynamic model；34b, the second guide plate of dynamic model；342, dynamic model fixing groove；343, dynamic model presss from both sides
Slot；345, dynamic model guide groove；35, slide；351, press strip；352, the second inclined-plane；353, kidney slot；354, embedded groove；36, line position
Part；361, line position seat；362, embedded block；37, top plate；371, thimble；38, dynamic mould fixing plate；381, second mouth of a river；39, dynamic model
Clamping plate；391, the 5th inclined-plane；392, the second locking member；
4, dynamic model mode；40, through-hole；41, moving template；411, the second flanging；42, second catchments block；43, the second water route
Block；44, the second cooling water channel；45, the second conversion water route；46, the second connection water route.
Specific embodiment
With reference to the accompanying drawings and examples, the present invention is described in more detail.Wherein identical components are with identical
Appended drawing reference indicates.It should be noted that word "front", "rear" used in the following description, "left", "right", "up" and "down"
Refer to that the direction in attached drawing, word " bottom surface " and " top surface ", "inner" and "outside" are referred respectively to towards or away from particular elements
The direction of geometric center.
Referring to Fig.1 shown in -11, to achieve the above object, the present invention provides the following technical scheme that a kind of sliding block class is general
Style big water gap teaching mould bases, including fixed half and moving half, cover half include cover half mould bases 1 and cover half mode 2, cover half mode 2 detachably connects
It connects on cover half mould bases 1, dynamic model includes dynamic model mould bases 3 and dynamic model mode 4, and dynamic model mode 4 is detachably connected on dynamic model mould bases 3
On；
Dynamic model mould bases 3 or cover half mould bases 1 are equipped with side core-pulling mechanism 30, and side core-pulling mechanism 30 includes side core 31, slide
35 and line position part 36, one end of side core 31 be detachably connected on slide 35, cover half mode 2 or dynamic model mode 4 are equipped with type
Core sliding slot 211, side core 31 are matched with type core sliding slot 211, and slide 35 is slidably connected on dynamic model mould bases 3 or cover half mould bases 1,
One end of line position part 36 is connected with slide 35, the other end of line position part 36 be directly or indirectly fixedly connected on dynamic model mould bases 3 or
On cover half mould bases 1.
It is relatively high to be equipped with mould bases cost for different models for the mould bases disassembling operations trouble of traditional moulds.In multiple groups student
When being designed with manufacture different shape but there is the injection mold real training of side slide block structure, pass through replacement mode, sliding block is inlayed
Part, then cooperate slide block assembly, the different products taken out with side is formed, does not need to change mould bases, and reuse mould bases.Facilitate note
The operation of modeling assembling and debugging, is conducive to the real training and teaching of student, reduces the practice-training teaching period, improves real training efficiency, reduces
Real training cost, and product is designed and developed convenient for student resource, this mould bases economizes on resources, structure is simple convenient for manufacture maintenance.
Slide 35 is equipped with kidney slot 353, and the fixation kit for fixing side core 31 is provided on kidney slot 353, fixed
Component includes bolt 311 and nut block 312, and connecting hole is offered on side core 31, and bolt 311 sequentially passes through connecting hole and kidney-shaped
It is connect behind hole 353 with nut block 312, side core 31 is fixed on slide 35, dynamic model mould bases 3 or cover half mould bases 1 are equipped with row
Position seat 361, the other end of line position part 36 are connected on line position seat 361.Side core 31, which is connected through a screw thread to be fixed with, is conducive to replacement,
Bolt 311 can shift on kidney slot 353, change the installation site of side core 31, and position is taken out in the side for adapting to different product.Row
Position part 36 is fixedly connected on mould bases by line position seat 361, reduces the difficulty of process and assemble, is also convenient for manufacture maintenance, is conducive to
The experiment and use of student, improves efficiency.
Cover half mould bases 1 or dynamic model mould bases 3 are equipped with briquetting 13, and briquetting 13 is equipped with the first inclined-plane 131, and slide 35 is equipped with second
Inclined-plane 352, when fixed half and moving half molds, the first inclined-plane 131 is urgent by the second inclined-plane 352, inwardly pushes slide 35.When fixed
When mould and dynamic model mold, if slide 35 does not reach predetermined position, slide 35 is pushed to move inward, side core 31 is driven to slide into
In mode, auxiliary side core 31 enters predetermined position, improves mould and die accuracy.
Dynamic model mould bases 3 or cover half mould bases 1 are equipped with the channel slid for slide 35, and the two sides in channel are fixed with press strip 351,
Press strip 351 partially protrudes into channel, and by hoistway limit at guide rail structure, the both ends of slide 35 are equipped with bootstrap block, bootstrap block insertion
In guide rail structure, guiding slide 35 is moved along guide rail.Using the moving direction of guide rail mechanism limitation slide 35, also can preferably consolidate
Determine slide 35, reduce error, improves precision.
One end of line position part 36 is equipped with embedded block 362, and slide 35 is equipped with the embedded groove 354 cooperated with embedded block 362, passes through
Line position part 36 and slide 35 are sequentially connected by the Qian He of embedded block 362 and embedded groove 354.Pass through embedded block 362 and embedded groove 354
Cooperation, line position part 36 and slide 35 are connected, as long as taking out out of embedded groove 354 in disassembly by embedded block 362, just
Just it replaces, shortens regulating time.The difficulty for reducing process and assemble, improves efficiency, is conducive to the experiment and use of student.
Line position part 36 is cylinder, oil cylinder, spring or fastener.It is preferable to use cylinders in this embodiment for line position part 36.Make
With cylinder, is conducive to the movement for controlling line position part 36, cooperates other external automation equipments, automation control may be implemented.
Cover half mould bases 1 includes fixed clamping plate 11, cover half fixed plate 14, cover half clamping plate 15, cover half the first guide plate 12a and determines
Mould the second guide plate 12b, cover half the first guide plate 12a and the second guide plate of cover half 12b are respectively fixedly connected in fixed clamping plate 11
On both sides it is symmetrical, one end of cover half the first guide plate 12a and the second guide plate of cover half 12b are equipped with cover half fixing groove 121,
The both ends of cover half fixed plate 14 are matched with cover half fixing groove 121, cover half the first guide plate 12a and the second guide plate of cover half 12b
The other end be equipped with cover half clip slot 122, cover half clip slot 122 is equipped with third inclined-plane 123, and the both ends of cover half clamping plate 15 are equipped with
6th inclined-plane 151, cover half clamping plate 15 is equipped with the first locking member 152, when cover half mode 2 is placed in middle position on fixed clamping plate 11
When, the first locking member 152 locks cover half clamping plate 15, and third inclined-plane 123 and the 6th inclined-plane 151 are urgent, and cover half clamping plate 15 inwardly moves
It is dynamic, fasten cover half mode 2；Dynamic model mould bases 3 includes moving clamping plate 32,39, two dynamic mould fixing plate 38, dynamic model clamping plate dynamic model cushion blocks
33, dynamic model the first guide plate 34a and the second guide plate of dynamic model 34b, two dynamic model cushion blocks 33 are fixedly connected on moving clamping plate 32
Both sides, dynamic model the first guide plate 34a and the second guide plate of dynamic model 34b are respectively fixedly connected on two dynamic model cushion blocks 33 relatively
Claim, one end of dynamic model the first guide plate 34a and the second guide plate of dynamic model 34b are equipped with dynamic model fixing groove 342, dynamic mould fixing plate 38
Both ends are matched with dynamic model fixing groove 342, and the other end of dynamic model the first guide plate 34a and the second guide plate of dynamic model 34b are all provided with out
There is dynamic model clip slot 343, the both ends of dynamic model clamping plate 39 are equipped with the 5th inclined-plane 391, and two dynamic model clip slots 343 are equipped with the 6th inclined-plane
344, dynamic model clamping plate 39 is equipped with the second locking member 392, when dynamic model mode 4 is placed in middle position on moving clamping plate 32, second
Locking member 392 locks dynamic model clamping plate 39, and the 5th inclined-plane 391 and the 6th inclined-plane 344 are urgent, and dynamic model clamping plate 39 moves inward, fastening
Dynamic model mode 4.
In the practice of different model groups, clamping plate is removed, extracts mode out, replaces mode or in which a part of part
Achieve the effect that originally to need replacing entire mould bases.Without breaking mould bases, different models can be manufactured by replacing mode, letter
Change technique, reduced the waste of material and the occupancy of resource, reduces assembly time.Structure is simple, easily fabricated, saves material
Material, part substitutability is strong, easy to disassemble and assembling.
Cover half guide groove 124 is equipped on two inner sidewalls of cover half guide plate 12, two sides of cover half block 21 are all provided with
There is the first flanging 212, cover half guide groove 124 is matched with the first flanging 212, is all provided on two inner sidewalls of dynamic model guide plate 34
There is dynamic model guide groove 345, two sides of dynamic model block 41 are equipped with the second flanging 411, the second flanging 411 and dynamic model guide groove
345 match.
Mode is extracted out and is slid by guide groove, defines moving direction, also reduces freedom degree, increases stability, is improved
Assembly precision, it is easy to operate, mode can be rapidly replaced, keeps the fixation of mode stronger.
It is equipped with top plate 37 in inner cavity between moving clamping plate 32 and two dynamic model cushion blocks 33, is connected with more tops on top plate 37
Needle 371, dynamic model mode 4 are equipped with the multiple through-holes 40 matched with thimble 371.Top plate 37 is contained in inner cavity, by limit, is put down
Steady movement smoothly ejects model by more thimbles, is conducive to the effect of model forming.
Cover half mode 2 further includes first catchmenting block 22, the first water route block 23 and the first water route 24, and first block 22 that catchments is placed in
Between solid plate 21 and cover half clamping plate 39, the first water route block 23 is between solid plate 21 and cover half fixed plate 14, solid plate 21
Inside it is provided with the first cooling water channel 24, first, which catchments, is provided with the first conversion water route 25, setting in the first water route block 23 in block 22
There is the first connection water route 26, the first cooling water channel 24, first converts water route 25 and the first connection water route 26 interconnects, and cover half is solid
Fixed board 14 is equipped with first mouth of a river 141 for connecting the connection of water route 26 with first；Dynamic model mode 4 further includes second catchmenting block 42, second
Water route block 43 and the second water route 44, second block 42 that catchments are placed between moving template 41 and dynamic model clamping plate 39, the second water route block 43
Between moving template 41 and dynamic mould fixing plate 38, it is provided with the second cooling water channel 44 in moving template 41, second, which catchments, sets in block 42
It is equipped with the second conversion water route 45, the second connection water route 46, the conversion of the second cooling water channel 44, second are provided in the second water route block 43
Water route 45 and the second connection water route 46 interconnect, and dynamic mould fixing plate 38 is equipped with second mouth of a river for connecting the connection of water route 46 with second
381。
The mouth of a river connects external water source or water pump, using water or other coolant liquids, inputs in the water route in mode, controls mould
The temperature of benevolence, student are not readily susceptible to injure when using mold.Water route in mode can be turned by replacing block change of catchmenting
Water route is changed, water route route different in cooling water channel is connected, achievees the effect that replace cooling water channel, can be adapted for different moulds
Type manufacture.Accelerate mold molding, expand the use scope of mold, integrates more functions and be conducive to the diversity of mold and be applicable in
Property.In more mold exchange, mode can also be accelerated to cool down, accelerate replacement speed, raising efficiency.
The above is only the preferred embodiment of the present invention, protection scope of the present invention is not limited merely to above-described embodiment,
All technical solutions belonged under thinking of the present invention all belong to the scope of protection of the present invention.It should be pointed out that for the art
For those of ordinary skill, several improvements and modifications without departing from the principles of the present invention, these improvements and modifications are also answered
It is considered as protection scope of the present invention.
Claims (10)
- The mould bases 1. a kind of general style big water gap of sliding block class is imparted knowledge to students, it is characterised in that: including fixed half and moving half, the cover half includes cover half Mould bases (1) and cover half mode (2), the cover half mode (2) are detachably connected on cover half mould bases (1), and the dynamic model includes dynamic Mould mould bases (3) and dynamic model mode (4), the dynamic model mode (4) are detachably connected on dynamic model mould bases (3)；The dynamic model mould bases (3) or cover half mould bases (1) are equipped with side core-pulling mechanism (30), and the side core-pulling mechanism (30) includes side One end of type core (31), slide (35) and line position part (36), the side core (31) is detachably connected on slide (35), described Cover half mode (2) or dynamic model mode (4) are equipped with type core sliding slot (211), and the side core (31) and type core sliding slot (211) match It closes, the slide (35) is slidably connected on dynamic model mould bases (3) or cover half mould bases (1), one end of the line position part (36) and cunning Seat (35) is connected, and the other end of the line position part (36) is directly or indirectly fixedly connected on dynamic model mould bases (3) or cover half mould bases (1) on.
- The mould bases 2. the general style big water gap of sliding block class according to claim 1 is imparted knowledge to students, it is characterised in that: the slide (35) is equipped with Slot (353), the fixation kit for fixing side core (31) is provided on the slot (353), and the fixation kit includes Bolt (311) and nut block (312) offer connecting hole on the side core (31), and the bolt (311) sequentially passes through connection Hole and slot (353) are connect with nut block (312) afterwards, and side core (31) is fixed on slide (35), the dynamic model mould bases (3) Or cover half mould bases (1) is equipped with line position seat (361), the other end of the line position part (36) is connected on line position seat (361).
- The mould bases 3. the general style big water gap of sliding block class according to claim 2 is imparted knowledge to students, it is characterised in that: the cover half mould bases (1) Or dynamic model mould bases (3) is equipped with briquetting (13), the briquetting (13) is equipped with the first inclined-plane (131), and the slide (35) is equipped with the Two inclined-planes (352), when fixed half and moving half molds, the first inclined-plane (131) are urgent by the second inclined-plane (352), inwardly push slide (35)。
- The mould bases 4. the general style big water gap of sliding block class according to claim 3 is imparted knowledge to students, it is characterised in that: the dynamic model mould bases (3) Or cover half mould bases (1) is equipped with the channel slid for slide (35), the two sides in the channel are fixed with press strip (351), the pressure Item (351) partially protrudes into channel, and by hoistway limit at guide rail structure, the both ends of the slide (35) are equipped with bootstrap block, described Bootstrap block is embedded in guide rail structure, and guiding slide (35) is moved along guide rail.
- The mould bases 5. the general style big water gap of sliding block class according to claim 4 is imparted knowledge to students, it is characterised in that: the line position part (36) One end is equipped with embedded block (362), and the slide (35) is equipped with the embedded groove (354) cooperated with embedded block (362), by described embedding Line position part (36) and slide (35) are sequentially connected by the Qian He for entering block (362) and embedded groove (354).
- The mould bases 6. the general style big water gap of sliding block class according to claim 5 is imparted knowledge to students, it is characterised in that: the line position part (36) is Cylinder, oil cylinder, spring or fastener.
- The mould bases 7. the general style big water gap of sliding block class according to claim 6 is imparted knowledge to students, it is characterised in that: the cover half mould bases (1) It is led including fixed clamping plate (11), cover half fixed plate (14), cover half clamping plate (15), the first guide plate of cover half (12a) and cover half second To plate (12b), the first guide plate of cover half (12a) and the second guide plate of cover half (12b) are respectively fixedly connected in fixed clamping plate (11) On both sides it is symmetrical, one end of the first guide plate of cover half (12a) and the second guide plate of cover half (12b) is equipped with cover half fixing groove (121), the both ends of the cover half fixed plate (14) are matched with cover half fixing groove (121), the first guide plate of cover half (12a) and fixed The other end of the second guide plate of mould (12b) is equipped with cover half clip slot (122), and the cover half clip slot (122) is equipped with third inclined-plane (123), the both ends of the cover half clamping plate (15) are equipped with the 6th inclined-plane (151), and the cover half clamping plate (15) is equipped with the first lock Tight part (152), when the cover half mode (2) is placed in middle position on fixed clamping plate (11), the first locking member (152) lock Tightening die clamp plate (15), the third inclined-plane (123) and the 6th inclined-plane (151) are urgent, and the cover half clamping plate (15) moves inward, It fastens cover half mode (2)；The dynamic model mould bases (3) include moving clamping plate (32), dynamic mould fixing plate (38), dynamic model clamping plate (39), Two dynamic model cushion blocks (33), the first guide plate of dynamic model (34a) and the second guide plate of dynamic model (34b), two dynamic model cushion blocks (33) both sides of moving clamping plate (32) are fixedly connected on, the first guide plate of dynamic model (34a) and the second guide plate of dynamic model (34b) are respectively Be fixedly connected on it is symmetrical on two dynamic model cushion blocks (33), the first guide plate of dynamic model (34a) and the second guide plate of dynamic model (34b) One end is equipped with dynamic model fixing groove (342), and the both ends of the dynamic mould fixing plate (38) are matched with dynamic model fixing groove (342), dynamic model The other end of first guide plate (34a) and the second guide plate of dynamic model (34b), which is all provided with, is provided with dynamic model clip slot (343), the dynamic model folder The both ends of plate (39) are equipped with the 5th inclined-plane (391), and the dynamic model clip slot (343) is equipped with the 6th inclined-plane (344), the dynamic model Clamping plate (39) is equipped with the second locking member (392), when the dynamic model mode (4) is placed in middle position on moving clamping plate (32), Second locking member (392) locks dynamic model clamping plate (39), and the 5th inclined-plane (391) and the 6th inclined-plane (344) are urgent, described Dynamic model clamping plate (39) moves inward, and fastens dynamic model mode (4).
- The mould bases 8. the general style big water gap of sliding block class according to claim 7 is imparted knowledge to students, it is characterised in that: the cover half guide plate (12) it is equipped with cover half guide groove (124) on two inner sidewalls, two sides of the cover half mode (2) are equipped with the first folding Side (212), the cover half guide groove (124) match with the first flanging (212), two insides of the dynamic model guide plate (34) It being equipped on wall dynamic model guide groove (345), two sides of the dynamic model mode (4) are equipped with the second flanging (411), and described Two flangings (411) are matched with dynamic model guide groove (345).
- The mould bases 9. the general style big water gap of sliding block class according to claim 8 is imparted knowledge to students, it is characterised in that: the moving clamping plate (32) Top plate (37) are equipped in inner cavity between two dynamic model cushion blocks (33), are connected with more thimbles (371) on the top plate (37), The dynamic model mode (4) is equipped with the multiple through-holes (40) matched with the thimble (371).
- The mould bases 10. the general style big water gap of sliding block class according to claim 9 is imparted knowledge to students, it is characterised in that: the cover half mode (2) It catchments block (22), the first water route block (23) and the first water route (24) including solid plate (21), first, described first catchments block (22) It is placed between solid plate (21) and cover half clamping plate (39), first water route block (23) is located at solid plate (21) and cover half fixed plate (14) it is provided with the first cooling water channel (24) between, in the solid plate (21), described first, which catchments, is provided with the in block (22) One conversion water route (25), first water route block (23) is interior to be provided with the first connection water route (26), first cooling water channel (24), the first conversion water route (25) and the first connection water route (26) interconnect, and the cover half fixed plate (14) is equipped with and first Connect first mouth of a river (141) of water route (26) connection；The dynamic model mode (4) include moving template (41), second catchment block (42), Second water route block (43) and the second water route (44), described second catchment block (42) be placed in moving template (41) and dynamic model clamping plate (39) it Between, second water route block (43) is located between moving template (41) and dynamic mould fixing plate (38), setting in the moving template (41) Have the second cooling water channel (44), described second, which catchments, is provided with the second conversion water route (45), second water route block in block (42) (43) the second connection water route (46), second cooling water channel (44), the second conversion water route (45) and the second connection are provided in Water route (46) interconnects, and the dynamic mould fixing plate (38) is equipped with second mouth of a river (381) for connecting water route (46) connection with second.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201910012881.1A CN109785728B (en) | 2019-01-07 | 2019-01-07 | Slide block type universal large water gap teaching mould frame |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910012881.1A CN109785728B (en) | 2019-01-07 | 2019-01-07 | Slide block type universal large water gap teaching mould frame |
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| CN109785728A true CN109785728A (en) | 2019-05-21 |
| CN109785728B CN109785728B (en) | 2020-12-15 |
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| JPH09327761A (en) * | 1996-06-12 | 1997-12-22 | Toshiba Mach Co Ltd | Injection molding method and its die device |
| CN2712594Y (en) * | 2004-05-07 | 2005-07-27 | 比亚迪股份有限公司 | Big water gap general purpose die carrier for plastic articles |
| CN101722630A (en) * | 2009-11-16 | 2010-06-09 | 大连华录模塑产业有限公司 | Injection mould with internal thread |
| CN105415601A (en) * | 2015-12-28 | 2016-03-23 | 江苏师范大学 | Injection mold for lampshade installation racks of automobile indicator lamps |
| CN106079269A (en) * | 2016-07-01 | 2016-11-09 | 杭州科技职业技术学院 | A kind of injection mold |
| CN108407231A (en) * | 2018-06-13 | 2018-08-17 | 乌鲁木齐九品芝麻信息科技有限公司 | A kind of cylinder ejector side action sliders component injection mold |
| CN108515672A (en) * | 2018-05-18 | 2018-09-11 | 绍兴振荣汽车零部件有限公司 | Side pumping mould |
-
2019
- 2019-01-07 CN CN201910012881.1A patent/CN109785728B/en active Active
Patent Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH09327761A (en) * | 1996-06-12 | 1997-12-22 | Toshiba Mach Co Ltd | Injection molding method and its die device |
| CN2712594Y (en) * | 2004-05-07 | 2005-07-27 | 比亚迪股份有限公司 | Big water gap general purpose die carrier for plastic articles |
| CN101722630A (en) * | 2009-11-16 | 2010-06-09 | 大连华录模塑产业有限公司 | Injection mould with internal thread |
| CN105415601A (en) * | 2015-12-28 | 2016-03-23 | 江苏师范大学 | Injection mold for lampshade installation racks of automobile indicator lamps |
| CN106079269A (en) * | 2016-07-01 | 2016-11-09 | 杭州科技职业技术学院 | A kind of injection mold |
| CN108515672A (en) * | 2018-05-18 | 2018-09-11 | 绍兴振荣汽车零部件有限公司 | Side pumping mould |
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|---|---|
| CN109785728B (en) | 2020-12-15 |
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