It is a kind of to see the board-like removable stamping die storage rack that increase
Technical field
The utility model belongs to stamping die storage rack technical field, more particularly to it is a kind of see it is board-like it is removable can increase rush
Pressing mold storage rack.
Background technology
The producing region of workshop large area need to be taken during the large batch of storage of mould, need to be in when calling mould every time
Tooling Warehouse, which is found, loses time seriously, and this just needs a kind of removable stamping die storage rack that can increase to solve above-mentioned ask
Topic.
Based on above-mentioned, the inventors discovered that, existing stamping die storage rack exists when in use, between its mould support plate
Height can not freely be adjusted according to the height of mould, and mould handling steps it is comparatively laborious the problem of.
Then, in view of this, improvement is studied for existing structure and missing, there is provided one kind sees that board-like may move can
The stamping die storage rack increased, to reach the purpose for having more more practical value.
Utility model content
In order to solve the above-mentioned technical problem, the utility model offer is a kind of sees the board-like removable stamping die storage that can increase
Frame, can not freely it be adjusted according to the height of mould with the height solved between existing mold supporting plate, and the handling steps of mould
The problem of comparatively laborious.
The utility model sees the purpose and effect of the board-like removable stamping die storage rack that can increase, by technology in detail below
Means are reached:
It is a kind of to see the board-like removable stamping die storage rack that increase, including substrate, roller, the first stent putting plate, top
Plate, expansion link, buffering ring, the second stent putting plate, steady arm, the 3rd stent putting plate, the first support side plate, the 4th mould are put
Put plate, the first support side plate, the second support side plate, oil cylinder;The roller welding is supported in the bottom of substrate, and the top of substrate
It is supported by steady arm everywhere;The first stent putting plate is identical with the second stent putting harden structure, and welding is supported in
Everywhere on steady arm, and the second stent putting plate is located at the surface of the first stent putting plate;First support side plate is symmetrical
Be provided with to be respectively welded at two and be arranged between two groups of the left and right steady arm that axially arranges, and at two first support side plate it is interior
Rotated in the side wall of side and be provided with scroll wheel at five;The top of the steady arm offers chute at one, and this chute extends to
Terminate at one support side plate, and the second support side plate is slideably positioned in above-mentioned chute by the rectangular shaped slider at left and right sides of it
Portion;Second support side plate be symmetrically set with two be slidably disposed within respectively in two groups of the left and right steady arm axially arranged it
Between, and it is identical with the first support side plate, is also rotated in the side wall on the inside of it and is provided with scroll wheel at five;First mould
Rectangular slot, and top plate are offered on placement plate, the second stent putting plate, the 3rd stent putting plate and the 4th stent putting plate
It is located in the inside of this rectangular slot and stent putting plate top is resisted against to the spacing top of protrusion on the inside of rectangular slot by overhead
On plate.
Further, the oil cylinder is provided with altogether symmetrical is supported in the first support side plate at two in one group at two everywhere
Top, and the piston rod overhead of oil cylinder is resisted against the bottom of the second support side plate.
Further, the 4th stent putting plate is identical with the structure of the 3rd stent putting plate, its left and right sides
Intrinsic channel steel shape chute is welded and fixed, and the 4th stent putting plate and the 3rd stent putting plate pass through channel steel shape slide set
Insert in the first support side plate, at five in the second support side plate inside side walls on scroll wheel.
Further, protrusion is arranged with semi-cylindrical reinforcing connecting rod at seven successively on the top end face of the top plate.
Further, support arrangements have many places expansion link and buffering between the inner bottom plating of top plate and the stent putting plate
Ring, wherein expansion link are distributed in the interstitial spaces in the buffering ring axially arranged.
Compared with prior art, the utility model has the advantages that:
1. the setting of oil cylinder everywhere, oil cylinder, which can stretch, everywhere links the second support side plate on the steady arm of two groups of left and right
Slided up and down in chute, and then the 4th stent putting plate can follow the second support side plate to move up and down freely to change itself and the 3rd mould
Have the spacing distance between placement plate, make the diel that different height specification can be put on the 3rd stent putting plate, so as to allow
Putting frame body has multifunctionality, is more widely applied.
2. the setting of the first support side plate and the second support side plate, is placed in the first support side plate and the second support side plate top
The diel at end can also follow the first support side plate freely to be come in and gone out in the inside of storage rack body with the second support side plate, pole
The big handling for facilitating diel.
3. the setting of top plate, by extruding rubber ball repeatedly, protruded successively on the top end face of top plate and be arranged with seven half
Cylindrical reinforcement connecting rod, semi-cylindrical, which reinforces connecting rod, can strengthen the structural strength of top plate, and the smooth diel branch in its surface
Support when its top, easily can easily slide, be conveniently adjusted diel in the Support Position on top plate.
4. the setting of expansion link and buffering ring, for expansion link vertical support on the inner bottom plating of stent putting plate, it can be with
Slide back and forth with top plate and freely stretch, axially position is carried out to top plate, avoids top plate that left and right occurs during sliding back and forth
Skew is rocked, buffering ring can stress deformation buffering mold impingement be contacted with caused impulsive force during top plate, avoid impact
It is too quickly that irreversible structural impact damage is caused to top plate.
Brief description of the drawings
Fig. 1 is structural representation of the present utility model;
Fig. 2 is three dimensional structure diagram of the present utility model;
Fig. 3 is the stent putting plate of the utility model the 3rd and the 4th stent putting plate pull status architecture schematic diagram;
Fig. 4 is the first stent putting intralamellar part structural representation of the present utility model.
In figure:1- substrates, 2- rollers, 3- the first stent putting plates, 301- top plates, 302- expansion links, 303- buffering rings, 4-
Second stent putting plate, 5- steady arms, the stent putting plates of 6- the 3rd, the support side plates of 601- first, the stent putting plates of 7- the 4th,
The support side plates of 701- second, 8- oil cylinders.
Embodiment
The utility model is described further below in conjunction with accompanying drawing:
Embodiment:
As shown in accompanying drawing 1 to accompanying drawing 4:
The utility model provide it is a kind of see the board-like removable stamping die storage rack that can increase, including substrate 1, roller 2, the
One stent putting plate 3, top plate 301, expansion link 302, buffering ring 303, the second stent putting plate 4, steady arm 5, the 3rd mould are put
Put plate 6, the first support side plate 601, the 4th stent putting plate 7, the second support side plate 701, oil cylinder 8;The welding of roller 2 support
Apical support in the bottom of substrate 1, and substrate 1 has steady arm 5 everywhere;The first stent putting plate 3 is put with the second mould
It is identical to put the structure of plate 4, welding is supported in everywhere on steady arm 5, and the second stent putting plate 4 is located at the first stent putting
The surface of plate 3;First support side plate 601 is symmetrically arranged with the left and right two for being respectively welded and being arranged in axially arranging at two
Between group steady arm 5, and rotated in the inside side walls of first support side plate 601 at two and be provided with scroll wheel at five;The branch
The top for holding bar 5 offers chute at one, and this chute, which is extended at the first support side plate 601, to be terminated, and the second support side plate 701
The inside of above-mentioned chute is slideably positioned in by the rectangular shaped slider at left and right sides of it;Second support side plate 701 is symmetrical
It is provided with two and is slidably disposed within respectively between two groups of the left and right steady arm 5 axially arranged, and itself and the phase of the first support side plate 601
Together, also rotated in the side wall on the inside of it and be provided with scroll wheel at five;The first stent putting plate 3, the second stent putting plate
4th, rectangular slot is offered on the 3rd stent putting plate 6 and the 4th stent putting plate 7, and top plate 301 is located in this rectangle and opened
The inside of groove is simultaneously resisted against in the limit top plate protruded to rectangular slot inner side on stent putting plate top by overhead.
Wherein, the oil cylinder 8 is provided with altogether symmetrical is supported in the first support side plate 601 at two in one group at two everywhere
Top, and the piston rod overhead of oil cylinder 8 is resisted against the bottom of the second support side plate 701, and oil cylinder 8 can stretch linkage everywhere
Two support side plates 701 slide up and down in the chute on the steady arm 5 of two groups of left and right, and then the 4th stent putting plate 7 can follow
Two support side plates 701, which move up and down, freely changes its spacing distance between the 3rd stent putting plate 6, makes the 3rd stent putting
The diel of different height specification can be put on plate 6, frame body is put with multifunctionality so as to allow, is more widely applied.
Wherein, the 4th stent putting plate 7 is identical with the structure of the 3rd stent putting plate 6, and its left and right sides is
Intrinsic channel steel shape chute is welded and fixed, and the 4th stent putting plate 7 and the 3rd stent putting plate 6 pass through channel steel shape slide set
Insert in the first support side plate 601, at five in the inside side walls of the second support side plate 701 on scroll wheel, the 4th stent putting plate 7 with
3rd stent putting plate 6 can at five under the rolling action of scroll wheel in the first support side plate 601 and the second support side plate 701
It is upper freely to slide back and forth, and then the diel for being placed in the first support side plate 601 and the top of the second support side plate 701 also can
Follow the first support side plate 601 and the second support side plate 701 freely to be come in and gone out in the inside of storage rack body, greatly facilitate punching
The handling of compression mould.
Wherein, protrusion is arranged with seven semi-cylindrical and reinforces connecting rod successively on the top end face of top plate 301, and semi-cylindrical adds
Fixation rod can strengthen the structural strength of top plate 301, and when the smooth diel in its surface is supported in its top, light energy
It is enough easily to slide, diel is conveniently adjusted in the Support Position on top plate 301.
Wherein, support arrangements have many places expansion link 302 and buffering between the inner bottom plating of the top plate 301 and stent putting plate
Ring 303, wherein expansion link 302 are distributed in the interstitial spaces in the buffering ring 303 axially arranged, the vertical support of expansion link 302
In on the inner bottom plating of stent putting plate, it can follow top plate 301 to slide back and forth freely to stretch, and it is axially fixed that top plate 301 is carried out
Position, avoid top plate 301 that left and right skew occurs during sliding back and forth and rock, buffering ring 303 being capable of stress deformation buffering mould
Have making contact caused impulsive force when top plate 301, avoid impact too quickly causing top plate 301 irreversible structural
Impact damage.
The specifically used mode of the present embodiment and effect:
Using during the utility model, storage rack is moved to precalculated position first, then by hydraulic oil pump with
Oil cylinder 8 is linked together by oil pipeline control everywhere, starts hydraulic oil pump first, and hydraulic oil pump output oil pressure controls everywhere
The expansion link of oil cylinder 8 extends upwards, and then adjusts the spacing distance of the 4th stent putting plate 7 and the 3rd stent putting plate 6 with suitable
Height is put with diel, then the first stent putting plate 3 is all put with the top of the second stent putting plate 4 and is fully loaded with
Diel, then the stent putting plate 6 of pull the 3rd make it slide protrusion to be placed in the outside of storage rack body, then by stamping die
Tool is placed in its top and is slided the loading for resetting and completing the mould of the 3rd stent putting plate 6, is completed after repeating the above steps
The loading of the mould of 4th stent putting plate 7, since then the process for using of storage rack be fully completed.
Utilize technical scheme described in the utility model, or those skilled in the art's opening in technical solutions of the utility model
Give, design similar technical scheme, and reach above-mentioned technique effect, be to fall into the scope of protection of the utility model.