CN105818331B - Template adjustment mechanism is used in a kind of Clamping Device of Injection Moulding Machine assembling - Google Patents

Template adjustment mechanism is used in a kind of Clamping Device of Injection Moulding Machine assembling Download PDF

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Publication number
CN105818331B
CN105818331B CN201610369326.0A CN201610369326A CN105818331B CN 105818331 B CN105818331 B CN 105818331B CN 201610369326 A CN201610369326 A CN 201610369326A CN 105818331 B CN105818331 B CN 105818331B
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China
Prior art keywords
leading screw
movable block
fixed
mounting seat
adjustment unit
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CN201610369326.0A
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CN105818331A (en
Inventor
蒋思宝
丁俊
张伟民
马良宏
高玉琢
姜杨
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Ningbo Haitian Precision Machinery Co Ltd
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Ningbo Haitian Precision Machinery Co Ltd
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    • BPERFORMING OPERATIONS; TRANSPORTING
    • B29WORKING OF PLASTICS; WORKING OF SUBSTANCES IN A PLASTIC STATE IN GENERAL
    • B29CSHAPING OR JOINING OF PLASTICS; SHAPING OF MATERIAL IN A PLASTIC STATE, NOT OTHERWISE PROVIDED FOR; AFTER-TREATMENT OF THE SHAPED PRODUCTS, e.g. REPAIRING
    • B29C45/00Injection moulding, i.e. forcing the required volume of moulding material through a nozzle into a closed mould; Apparatus therefor
    • B29C45/17Component parts, details or accessories; Auxiliary operations
    • B29C45/1742Mounting of moulds; Mould supports

Abstract

Clamping Device of Injection Moulding Machine assembling disclosed by the invention includes lathe bed with template adjustment mechanism, first adjustment unit, second adjustment unit and tailgate fixed seat, first adjustment unit be slidably connected at lathe bed X to side, tailgate fixed seat be fixed on lathe bed X to opposite side, second adjustment unit is slidably connected between the first adjustment unit and tailgate fixed seat, head plate mounting seat is installed at the top of the first adjustment unit, middle plate mounting seat is installed at the top of the second adjustment unit, first adjustment unit be used to adjusting the X of head plate to Y-direction position, second adjustment unit be used for adjust in plate X to Y-direction position;The adjustment mechanism can be adjusted to the installation site of head plate and middle plate; make head plate, middle plate, the tie rod hole of tailgate in X to consistent with Y-direction centre coordinate; so as to facilitate four pull bars to penetrate in the tie rod hole in three pieces of templates; a large amount of labor intensity need not be expended and carry out manual operation, the efficiency of assembling and assembly precision of Clamping Device of Injection Moulding Machine can be greatly improved.

Description

Template adjustment mechanism is used in a kind of Clamping Device of Injection Moulding Machine assembling
Technical field
The present invention relates to a kind of injection machine assembling equipment, specifically a kind of Clamping Device of Injection Moulding Machine assembling is adjusted with template Complete machine structure.
Background technology
The typical structure of injection machine is generally by safety protective door, clamping, injection mechanism, hydraulic gear, lubrication Mechanism, fuselage sections and electrical control part composition.
Clamping generally comprises three pieces of templates and the four parallel pull bars being interspersed in three pieces of templates, and weight is big, root It is different according to injection machine type, single form weight at 0.9~3.5 ton or so, single pull bar weight at 150~550 kilograms or so, Assembly difficulty is high.The assembling of traditional Clamping Device of Injection Moulding Machine relies on substantially to be accomplished manually, and labor strength is big.Clamping Structural representation as shown in figure 1, its three pieces of templates are referred to as into head plate 41, middle plate 42 and tailgate 43, its tradition was assembled Journey is as follows:1) worker using driving etc. instrument tailgate is lifted to fixed position, then by middle plate and head plate be lifted to respectively with The relative position of tailgate, then fix head plate, middle plate and tailgate;2) it is using a driving piece pull bar 44 of lifting, the pull bar 44 is clear Coating lubricating oil after reason is clean, afterwards under the auxiliary of driving, manually flows slowly over tailgate 43, middle plate 42 successively by the pull bar 4 And the tie rod hole 45 of head plate 41, due to tie rod hole that position on head plate 41, middle plate 42 and tailgate 43 is relative in inserting process 45 hole position may decentraction, it is necessary to be constantly finely adjusted during spot punch to the position of three pieces of templates, meanwhile, wearing Need several assemblers to cooperate during bar to coordinate, constantly tie rod end is tapped with copper rod, to be carried for the perforation of pull bar 44 For power, perforate and complete until the pull bar 44;3) repeat step 2), drawn until four pull bars all pierce into corresponding to three pieces of templates In rod aperture.Physical demands of the artificial bar process of above-mentioned clamping to assembler is big, also, due to head plate, middle plate and The overall size of this three pieces of templates of tailgate is inconsistent, needs to pad lower margin each piece of template bottom during bar, to adjust three The optimum position of block template, keep the center line of four groups of tie rod holes of three pieces of templates to locate respectively on the same line, can just make each Root pull bar passes through respectively.During existing manual assembly clamping, the position adjustment to three pieces of templates fully relies on people Work operates, although there is driving to aid in, it is inevitable need to expend a large amount of muscle power be adjusted assembling, to labor strength It is required that big, efficiency of assembling is low, and assembly precision is relatively difficult to ensure card.
The content of the invention
The technical problems to be solved by the invention are:In view of the shortcomings of the prior art, there is provided a kind of Clamping Device of Injection Moulding Machine Template adjustment mechanism is used in assembling, and labor strength can be greatly decreased, improve efficiency of assembling and the assembling of Clamping Device of Injection Moulding Machine Precision.
Technical scheme is used by the present invention solves above-mentioned technical problem:A kind of Clamping Device of Injection Moulding Machine assembling template Adjustment mechanism, the clamping include head plate, middle plate, tailgate and four pull bars, opened respectively on described head plate, middle plate and tailgate Provided with four tie rod holes, the template adjustment mechanism includes lathe bed, the first adjustment unit, the second adjustment unit and tailgate fixed seat, The first described adjustment unit be slidably connected at described lathe bed X to side, described tailgate fixed seat is fixed on described Lathe bed X to opposite side, the second described adjustment unit is slidably connected at the first described adjustment unit and consolidates with described tailgate Between reservation, head plate mounting seat, the top surface of described head plate mounting seat are installed at the top of the first described adjustment unit For the frock plane for installing described head plate, middle plate mounting seat, institute are installed at the top of the second described adjustment unit The top surface for the middle plate mounting seat stated is the frock plane for installing described middle plate, and the top surface of described tailgate fixed seat is For installing the frock plane of described tailgate, the first described adjustment unit be used to adjusting the X of described head plate to Y-direction position Put, the second described adjustment unit be used to adjusting the X of described middle plate to Y-direction position.
Template adjustment mechanism use in the Clamping Device of Injection Moulding Machine assembling of the present invention, during assembling, by head plate, middle plate and tailgate difference After head plate mounting seat, middle plate mounting seat and tailgate fixed seat, on the basis of tailgate fixed seat, pass through first respectively Adjustment unit and the second adjustment unit adjustment head plate and middle plate X to Y-direction position, and then to the X of head plate and middle plate to and Y-direction Installation site is adjusted, and makes head plate, middle plate, the tie rod hole of tailgate in X to consistent with Y-direction centre coordinate, so as to facilitate four Pull bar is penetrated in the tie rod hole in three pieces of templates, is carried out manual operation without expending a large amount of labor intensity, can be greatly improved injection The efficiency of assembling and assembly precision of machine clamping.
Preferably, the first described adjustment unit includes the first oblique slide and the first movable block, the described second adjustment Unit includes the second oblique slide and the second movable block, be mounted in parallel at the top of described lathe bed the first leading screw along from X to laying, Second leading screw and some First Line rails, a First Line rail in described some First Line rails are the line rail with magnetic grid, institute The the first oblique slide and the described second oblique slide stated are arranged on described some First Line rails by sliding block respectively, described The bottom of first oblique slide is fixed with the first nut seat, and one end of the first described leading screw is installed on the first described nut seat, The other end of the first described leading screw is driven by the first servomotor, and the bottom of the described second oblique slide is fixed with the second screw Seat, one end of the second described leading screw are installed on the second described nut seat, and the other end of the second described leading screw is watched by second Take motor to drive, the top surface of the described first oblique slide and the described second oblique slide is inclined-plane, the described first oblique slide Top be mounted in parallel some second line rails, a second line rail in described some second line rails is the line with magnetic grid Rail, the first described movable block are arranged on described some second line rails by sliding block, the top of the described first oblique slide 3rd leading screw is installed, the first described movable block is connected with the 3rd described leading screw, and the 3rd described leading screw is by the 3rd servo Motor drives, and described head plate mounting seat is arranged on the top of the first described movable block, the top of the described second oblique slide Portion has been mounted in parallel some 3rd line rails, and a 3rd line rail in described some 3rd line rails is the line rail with magnetic grid, The second described movable block is arranged on described some 3rd line rails by sliding block, the top installation of the described second oblique slide There is the 4th leading screw, the second described movable block is connected with the 4th described leading screw, and the 4th described leading screw is by the 4th servomotor Driving, described middle plate mounting seat are arranged on the top of the second described movable block.In three pieces of templates, head plate and middle plate are relative Tailgate is smaller in the stroke of the position adjustment of Y-direction, and typically within 100mm, the present invention directly utilizes the first movable block and first Coordinating to realize the adjustment of Y-direction position for oblique slide and the second movable block and the second oblique slide, passes through the first movable block and drives Oblique movement of the head plate mounting seat on the first oblique slide and in being driven by the second movable block plate mounting seat second Oblique movement on oblique slide, the change of head plate mounting seat and the Y-direction position corresponding to middle plate mounting seat is eventually converted into, And be used to head plate be installed or the working face of middle plate is in horizontality all the time, by taking head plate mounting seat as an example, its fortune in Y-direction Dynamic stroke meets:
Oblique stroke × sin α of the head plate mounting seat in movement travel=head plate mounting seat of Y-direction
And head plate mounting seat is determined in the moving displacement of Y-direction by the second line path rail with magnetic grid.Similarly, Middle plate mounting seat is determined in the moving displacement of Y-direction by the 3rd line path rail with magnetic grid.
In the template adjustment mechanism of the present invention, avoid realizing that Y-direction adjusts using structures such as portal frame or columns, because of gantry The stroke of frame or pillar construction is larger, and most typical movable beam type gantry machining center is exactly to installed in column by spindle arrangement On beam structure realize Y-direction move, this is complicated, space-consuming is big, and implementation cost is also higher, and present invention, avoiding this The use of class formation, novelty propose oblique slide carriage mechanism to realize the adjustment of Y-direction position, compact-sized, occupy little space, real Apply that cost is low, accurate, the quick adjustment to Y-direction position can be achieved.
Preferably, the first described movable block and the top surface of the second described movable block are inclined-plane, described head plate The bottom surface of mounting seat is the inclined-plane that is adapted with the top surface of the first described movable block, the bottom surface of described middle plate mounting seat For the inclined-plane being adapted with the top surface of the second described movable block, described head plate mounting seat and the first described movable block it Between be provided with the first Z-direction governor motion of Z-direction position for adjusting head plate, described middle plate mounting seat and described second The second Z-direction governor motion for the Z-direction position of plate in adjustment is provided between movable block.In general processing can guarantee that three pieces The precision of template, therefore head plate and middle plate are seldom in the position adjustment of the relative tailgate of Z-direction, are generally not required to carry out, therefore in the present invention In be only used as preferable alternative option.When there is special requirement, template, the template singly matched somebody with somebody or the chi of different size series are such as assembled Very little deviation is larger and when exceeding the template of the Z-direction deviation range allowed, the first Z-direction governor motion and the second Z-direction can be used to adjust Mechanism is finely adjusted.
Preferably, the first described Z-direction governor motion includes the first handwheel, the first connecting shaft, the first nut seat and the One fixed block, the first described fixed block are arranged on the front end of the first described movable block, and the first described nut seat is fixed on In described head plate mounting seat, one end of the first described connecting shaft is fixedly connected with the first described handwheel, and described The other end of one connecting shaft is threadedly coupled with the first described nut seat, and the middle part of the first described connecting shaft is by described first Fixed block supports, the described head plate mounting seat some first waist types relative with being provided with position on the first described movable block Screw hole, the center line of described some first waist type screw holes is each parallel to Z axis;The second described Z-direction governor motion includes Second handwheel, the second connecting shaft, the second nut seat and the second fixed block, the second described fixed block are arranged on described second and moved The front end of motion block, the second described nut seat are fixed in described middle plate mounting seat, one end of the second described connecting shaft It is fixedly connected with the second described handwheel, the other end of the second described connecting shaft is threadedly coupled with the second described nut seat, The middle part of the second described connecting shaft is supported by the second described fixed block, and described middle plate mounting seat is moved with described second Motion block is provided with the relative some second waist type screw holes in position, and the center line of described some second waist type screw holes is parallel In Z axis;By the first Z-direction governor motion and the second Z-direction governor motion head plate and middle plate can be realized in the position of the relative tailgate of Z-direction Adjustment, when being not required to adjustment, screw is loaded in some first waist type screw holes and some second waist type screw holes and is tightened, will Head plate mounting seat and the first movable block are locked, and middle plate mounting seat and the second movable block is locked.Above-mentioned first Z-direction adjusts machine Structure and the second Z-direction governor motion are simple in construction, easy to operate, are easy to implement and head plate and middle plate Z-direction position are manually adjusted.Hand During dynamic adjustment, the first handwheel is rotated, by the rotary shaft of hand wheel rotating first, is realized between head plate mounting seat and the first movable block In the relative movement of Z-direction, so as to realize position adjustment of the head plate in the relative tailgate of Z-direction, equally, the second handwheel is rotated, can be achieved Middle plate is in position adjustment of the Z-direction with respect to tailgate.When being not required to adjustment, in some first waist type screw holes and some second waist type screws Load in hole and screw and tighten, head plate mounting seat and the first movable block is locked and by middle plate mounting seat and the second movable block It is locked.
Preferably, the 3rd described leading screw uses the cantilevered mounting means that front end is fixed, rear end is hanging, i.e.,:It is described The 3rd leading screw be located in the first described oblique slide, the rear end of the 3rd described leading screw is connected with screw, described screw It is fixed by screws on the first described oblique slide, is provided with the described first oblique slide for supporting described the 3rd If the dry bearing of the front end of thick stick, if the front and rear side of the dry bearing is separately installed with end cap and gland, described gland passes through Screw is fixed on the front end of the 3rd described leading screw, and described end cap is locked by locking nut, if the dry bearing is by described End cap and described gland compress, the front end of the 3rd described leading screw is connected with shaft coupling, connected on front side of described shaft coupling Decelerator is connected to, described decelerator is connected with the output end of the 3rd described servomotor;The installation of the 4th described leading screw Mode is identical with the 3rd described leading screw.3rd leading screw and the 4th leading screw use cantilevered mounting means, easy for installation, cost It is low, it is specific that the leading screw that stroke is short, diameter is big can be selected.
Compared with prior art, the advantage of the invention is that:Clamping Device of Injection Moulding Machine assembling template provided by the invention Adjustment mechanism, during assembling, head plate, middle plate and tailgate are separately mounted to head plate mounting seat, middle plate mounting seat and tailgate and consolidated After reservation, on the basis of tailgate fixed seat, the X of head plate and middle plate is adjusted by the first adjustment unit and the second adjustment unit respectively To with Y-direction position, and then to the X of head plate and middle plate to and Y-direction installation site be adjusted, make head plate, middle plate, the pull bar of tailgate Hole in X to consistent with Y-direction centre coordinate, it is big without expending so as to facilitate four pull bars to penetrate in the tie rod hole in three pieces of templates Measure labor intensity and carry out manual operation, the efficiency of assembling and assembly precision of Clamping Device of Injection Moulding Machine can be greatly improved.Except injection The assembling of machine clamping is outer, and adjustment mechanism of the present invention can also be applied to carry out frock, part etc. X and be adjusted to, Y-direction position Other whole productions or assembling occasion.
Brief description of the drawings
Fig. 1 is effect diagram after Clamping Device of Injection Moulding Machine assembling;
Fig. 2 is the outside drawing of template adjustment mechanism of the present invention;
Fig. 3 is A-A sectional views in Fig. 2;
Fig. 4 is the first oblique slide and the first movable block and outside drawing after the assembling of head plate mounting seat;
Fig. 5 is B-B sectional views in Fig. 4;
Fig. 6 is enlarged drawing at C in Fig. 5;
Fig. 7 is the top view of the first oblique slide;
Fig. 8 is D-D sectional views in Fig. 7;
Fig. 9 is effect diagram after three pieces of templates and four pull bars assemble on template adjustment mechanism.
Embodiment
The present invention is described in further detail below in conjunction with accompanying drawing embodiment.
Template adjustment mechanism is used in the Clamping Device of Injection Moulding Machine assembling of embodiment, as shown in figure 1, the clamping of concrete application Including head plate 41, middle plate 42, tailgate 43 and four pull bars 44, four drawings are offered on head plate 41, middle plate 42 and tailgate 43 respectively Rod aperture 45, as shown in Fig. 2~Fig. 9, the template adjustment mechanism includes lathe bed 1, the first adjustment unit, the second adjustment unit and tailgate Fixed seat 14, the X that the first adjustment unit is used to adjust head plate 41 are used for plate 42 in adjusting to Y-direction position, the second adjustment unit X to Y-direction position, the first adjustment unit be slidably connected at the X of lathe bed 1 to side, tailgate fixed seat 14 is fixed on lathe bed 1 X to opposite side, the second adjustment unit is slidably connected between the first adjustment unit and tailgate fixed seat 14;First adjustment is single Member includes the first oblique movable block 22 of slide 21 and first, and the second adjustment unit includes the second oblique movable block 32 of slide 31 and second, The top of lathe bed 1 is mounted in parallel the first leading screw 11 from X to laying, the second leading screw 12 and some First Line rails 13, Ruo Gan along A First Line rail in one line rail 13 is the line rail with magnetic grid, and the first oblique 21 and second oblique slide 31 of slide passes through cunning respectively Block is arranged on some First Line rails 13, and the bottom of the first oblique slide 21 is fixed with the first nut seat 211, and the one of the first leading screw 11 End is installed on the first nut seat 211, and the other end of the first leading screw 11 is driven by the first servomotor (not shown), and second is oblique The bottom of slide 31 is fixed with the second nut seat (not shown), and one end of the second leading screw 12 is installed on the second nut seat, the The other end of two leading screws 12 is driven by the second servomotor (not shown), the top of the first oblique 21 and second oblique slide 31 of slide Face is inclined-plane, and the top of the first oblique slide 21 has been mounted in parallel some second line rails 212, and one in some second line rails 212 The second line of root rail is the line rail with magnetic grid, and the first movable block 22 is arranged on some second line rails 212 by sliding block, and first is oblique The top of slide 21 is provided with the 3rd leading screw 213, and the first movable block 22 is connected with the 3rd leading screw 213, and the 3rd leading screw 213 is by the 3rd Servomotor 221 drives, and head plate mounting seat 23 is arranged on the top of the first movable block 22, and the top of the second oblique slide 31 is parallel Some 3rd line rails 311 are installed, a 3rd line rail in some 3rd line rails 311 is the line rail with magnetic grid, and second moves Motion block 32 is arranged on some 3rd line rails 311 by sliding block, and the top of the second oblique slide 31 is provided with the 4th leading screw 312, the Two movable blocks 32 are connected with the 4th leading screw 312, and the 4th leading screw 312 is driven by the 4th servomotor 313, and middle plate mounting seat 33 is pacified Mounted in the top of the second movable block 32;The top surface of head plate mounting seat 23 is the frock plane for installing head plate 41, middle plate peace The top surface for filling base 33 is the frock plane for plate in installation 42, and the top surface of tailgate fixed seat 14 is for installing tailgate 43 Frock plane.
In embodiments above, the top surface of the first movable block 22 and the second movable block 32 is inclined-plane, and head plate installs bottom The bottom surface of seat 23 is the inclined-plane being adapted with the top surface of the first movable block 22, and the bottom surface of middle plate mounting seat 33 is and the second movement The inclined-plane that the top surface of block 32 is adapted, it is provided with for adjusting head plate 41 between the movable block 22 of head plate mounting seat 23 and first First Z-direction governor motion of Z-direction position, is provided with the Z-direction for plate in adjustment between middle plate mounting seat and the second movable block Second Z-direction governor motion of position;First Z-direction governor motion includes the first handwheel 24, the first connecting shaft 241, the first nut seat 242 and first fixed block 243, the first fixed block 243 be arranged on the front end of the first movable block 22, the first nut seat 242 is fixed on In head plate mounting seat 23, one end of the first connecting shaft 241 is fixedly connected with the first handwheel 24, the first connecting shaft 241 it is another End is threadedly coupled with the first nut seat 242, and the middle part of the first connecting shaft 241 is supported by the first fixed block 243, head plate mounting seat The 23 some first waist type screw holes 25 relative with being provided with position on the first movable block 22, some first waist type screw holes 25 Center line is each parallel to Z axis;It is solid that second Z-direction governor motion includes the second handwheel 34, the second connecting shaft, the second nut seat and second Determine block, the second fixed block is arranged on the front end of the second movable block 32, and the second nut seat is fixed in middle plate mounting seat 33, and second One end of connecting shaft is fixedly connected with the second handwheel 34, and the other end of the second connecting shaft is threadedly coupled with the second nut seat, and second The middle part of connecting shaft is supported by the second fixed block, and middle plate mounting seat 33 and the second movable block 32 are provided with relative some in position Second waist type screw hole, the center line of some second waist type screw holes is each parallel to Z axis, the outside drawing of the second Z-direction governor motion Reference can be made to Fig. 5 and Fig. 6;By the first Z-direction governor motion and the second Z-direction governor motion head plate 41 can be realized with middle plate 42 in Z-direction With respect to the position adjustment of tailgate 43, when being not required to adjustment, in some first waist type screw holes 25 and some second waist type screw holes Load screw and tighten, i.e., it is head plate mounting seat 23 and the first movable block 22 is locked, middle plate mounting seat 33 and second is moved Motion block 32 is locked.
In embodiments above, the 3rd leading screw 213 uses the cantilevered mounting means that front end is fixed, rear end is hanging, i.e.,: 3rd leading screw 213 is located in the first oblique slide 21, and the rear end of the 3rd leading screw 213 is connected with screw 214, and screw 214 passes through spiral shell Nail is fixed on the first oblique slide 21, and some axles of the front end for supporting the 3rd leading screw 213 are provided with the first oblique slide 21 215 are held, if the front and rear side of dry bearing 215 is separately installed with end cap 216 and gland 217, gland 217 is fixed by screws in the 3rd The front end of leading screw 213, end cap 216 are locked by locking nut 220, if dry bearing 215 is compressed by end cap 216 and gland 217, the 3rd The front end of leading screw 213 is connected with shaft coupling 218, and the front side of shaft coupling 218 is connected with decelerator 219, and decelerator 219 is watched with the 3rd Take the output end connection of motor 221;The mounting means of 4th leading screw 312 is identical with the 3rd leading screw 213.
Template above adjustment mechanism is base with tailgate fixed seat 14 in use, after head plate 41, middle plate 42 and the installation of tailgate 43 Standard, by being adjusted to the Y-direction position of the first movable block 22 and the second movable block 32, and then the head plate to installing head plate 41 is pacified The Y-direction position of the middle plate mounting seat 33 of plate 42 is adjusted in dress base 23 and installation, also, is realized by the first leading screw 11 First oblique slide 21 lathe bed 1 X to motion, realize by the second leading screw 12 X of the second oblique slide 31 in lathe bed 1 to motion, The X of the first oblique 21 and second oblique slide 31 of slide is driven respectively to motion by two different servo-drive systems, to adjust head The X of plate mounting seat 23 and middle plate mounting seat 33 to position, and by position detecting mechanism detect head plate 41, middle plate 42, The centre coordinate and the centre coordinate of pull bar 44 of the tie rod hole 45 of tailgate 43, finally realize to head plate 41 and the accurate peace of middle plate 42 Dress, head plate 41, middle plate 42, the tie rod hole 45 of tailgate 43 is set to consistent with Y-direction centre coordinate, to be easy to follow-up four pull bars to wear in X Enter in the tie rod hole in three pieces of templates.Effect diagram is shown in figure after three pieces of templates and four pull bars assemble on template adjustment mechanism 9。

Claims (5)

1. a kind of Clamping Device of Injection Moulding Machine assembling template adjustment mechanism, the clamping include head plate, middle plate, tailgate and four Pull bar, four tie rod holes is offered respectively on described head plate, middle plate and tailgate, it is characterised in that the template adjustment mechanism includes Lathe bed, the first adjustment unit, the second adjustment unit and tailgate fixed seat, the first described adjustment unit are slidably connected at described Lathe bed X to side, described tailgate fixed seat be fixed on described lathe bed X to opposite side, the second described adjustment unit It is slidably connected between the first described adjustment unit and described tailgate fixed seat, the top peace of the first described adjustment unit Equipped with head plate mounting seat, the top surface of described head plate mounting seat is the frock plane for installing described head plate, described The second adjustment unit at the top of middle plate mounting seat is installed, the top surface of described middle plate mounting seat is described for installing Middle plate frock plane, the top surface of described tailgate fixed seat is the frock plane for installing described tailgate, described First adjustment unit is used to adjusting the X of described head plate to being used to adjusting described with Y-direction position, the second described adjustment unit The X of middle plate to Y-direction position.
2. template adjustment mechanism is used in a kind of Clamping Device of Injection Moulding Machine assembling according to claim 1, it is characterised in that described The first adjustment unit include the first oblique slide and the first movable block, the second described adjustment unit includes the second oblique slide and the Two movable blocks, the first leading screw from X to laying, the second leading screw and some First Lines along are mounted in parallel at the top of described lathe bed Rail, a First Line rail in described some First Line rails are the line rail with magnetic grid, the described first oblique slide and described The second oblique slide respectively by sliding block be arranged on described some First Line rails on, the bottom of the described first oblique slide is fixed Have the first nut seat, one end of the first described leading screw is installed on the first described nut seat, the first described leading screw it is another End is driven by the first servomotor, and the bottom of the described second oblique slide is fixed with the second nut seat, the second described leading screw One end is installed on the second described nut seat, and the other end of the second described leading screw is driven by the second servomotor, and described the The top surface of one oblique slide and the described second oblique slide is inclined-plane, has been mounted in parallel at the top of the described first oblique slide some Second line rail, a second line rail in described some second line rails are the line rail with magnetic grid, the first described movable block It is arranged on by sliding block on described some second line rails, the 3rd leading screw is installed at the top of the described first oblique slide, it is described The first movable block be connected with the 3rd described leading screw, the 3rd described leading screw is driven by the 3rd servomotor, described head plate Mounting seat is arranged on the top of the first described movable block, and some three have been mounted in parallel at the top of the described second oblique slide Line rail, a 3rd line rail in described some 3rd line rails is the line rail with magnetic grid, and the second described movable block passes through Sliding block is arranged on described some 3rd line rails, is provided with the 4th leading screw at the top of the described second oblique slide, and described the Two movable blocks are connected with the 4th described leading screw, and the 4th described leading screw is driven by the 4th servomotor, the installation of described middle plate Floor installation is at the top of the second described movable block.
3. template adjustment mechanism is used in a kind of Clamping Device of Injection Moulding Machine assembling according to claim 2, it is characterised in that described The first movable block and the top surface of the second described movable block be inclined-plane, the bottom surface of described head plate mounting seat be with it is described The first movable block the inclined-plane that is adapted of top surface, the bottom surface of described middle plate mounting seat is and the second described movable block The inclined-plane that top surface is adapted, it is provided between described head plate mounting seat and the first described movable block for adjusting head plate First Z-direction governor motion of Z-direction position, it is provided between described middle plate mounting seat and the second described movable block for adjusting Second Z-direction governor motion of the Z-direction position of whole middle plate.
4. template adjustment mechanism is used in a kind of Clamping Device of Injection Moulding Machine assembling according to claim 3, it is characterised in that described The first Z-direction governor motion include the first handwheel, the first connecting shaft, the first nut seat and the first fixed block, described first is solid Determine the front end that block is arranged on the first described movable block, the first described nut seat is fixed in described head plate mounting seat, One end of the first described connecting shaft is fixedly connected with the first described handwheel, the other end of the first described connecting shaft with it is described The threaded connection of the first nut seat, the middle part of the first described connecting shaft supports by the first described fixed block, described head plate The mounting seat some first waist type screw holes relative with being provided with position on the first described movable block, described some first The center line of waist type screw hole is each parallel to Z axis;The second described Z-direction governor motion includes the second handwheel, the second connecting shaft, the Two nut seats and the second fixed block, the second described fixed block be arranged on the second described movable block front end, described second Nut seat is fixed in described middle plate mounting seat, and one end of the second described connecting shaft is fixed with the second described handwheel to be connected Connect, the other end of the second described connecting shaft is threadedly coupled with the second described nut seat, the middle part of the second described connecting shaft Supported by described the second fixed block, if that the second described movable block is provided with position is relative for described middle plate mounting seat Dry second waist type screw hole, the center line of described some second waist type screw holes is each parallel to Z axis;Adjusted by the first Z-direction Mechanism and the second Z-direction governor motion can realize the position adjustment of head plate and middle plate in the relative tailgate of Z-direction, when being not required to adjustment, if Load screw in dry first waist type screw hole and some second waist type screw holes and tighten, i.e., move head plate mounting seat and first Motion block is locked, and middle plate mounting seat and the second movable block is locked.
5. template adjustment mechanism is used in a kind of Clamping Device of Injection Moulding Machine assembling according to claim 2, it is characterised in that described The 3rd leading screw using front end is fixed, rear end is hanging cantilevered mounting means, i.e.,:The 3rd described leading screw is located in described In first oblique slide, the rear end of the 3rd described leading screw is connected with screw, and described screw is fixed by screws in described the On one oblique slide, if being provided with the dry bearing of the front end for supporting the 3rd described leading screw, institute on the first described oblique slide If the front and rear side for the dry bearing stated is separately installed with end cap and gland, described gland is fixed by screws in described the 3rd The front end of thick stick, described end cap are locked by locking nut, if the dry bearing is compressed by described end cap and described gland, The front end of the 3rd described leading screw is connected with shaft coupling, and decelerator, described decelerator are connected with front side of described shaft coupling It is connected with the output end of the 3rd described servomotor;The mounting means of the 4th described leading screw and the 3rd described leading screw phase Together.
CN201610369326.0A 2016-05-27 2016-05-27 Template adjustment mechanism is used in a kind of Clamping Device of Injection Moulding Machine assembling Active CN105818331B (en)

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Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US5096405A (en) * 1990-09-18 1992-03-17 American Aerostar Corporation Powered mounts for quickly mounting mold parts on molding machine platens
CN2579639Y (en) * 2002-11-19 2003-10-15 宁波海天股份有限公司 Lock mold part assembling table of adjustable injection moulding machine
CN102729441A (en) * 2012-06-20 2012-10-17 无锡天惠塑机有限公司 Mold adjusting mechanism of injection molding machine
JP2013086489A (en) * 2011-10-21 2013-05-13 Sumitomo Heavy Ind Ltd Injection molding machine
CN205767195U (en) * 2016-05-27 2016-12-07 宁波海天精工股份有限公司 Template guiding mechanism is used in a kind of Clamping Device of Injection Moulding Machine assembling

Patent Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US5096405A (en) * 1990-09-18 1992-03-17 American Aerostar Corporation Powered mounts for quickly mounting mold parts on molding machine platens
CN2579639Y (en) * 2002-11-19 2003-10-15 宁波海天股份有限公司 Lock mold part assembling table of adjustable injection moulding machine
JP2013086489A (en) * 2011-10-21 2013-05-13 Sumitomo Heavy Ind Ltd Injection molding machine
CN102729441A (en) * 2012-06-20 2012-10-17 无锡天惠塑机有限公司 Mold adjusting mechanism of injection molding machine
CN205767195U (en) * 2016-05-27 2016-12-07 宁波海天精工股份有限公司 Template guiding mechanism is used in a kind of Clamping Device of Injection Moulding Machine assembling

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