CN108356161A - A kind of tool die material manufacturing technology equipment - Google Patents
A kind of tool die material manufacturing technology equipment Download PDFInfo
- Publication number
- CN108356161A CN108356161A CN201810356844.8A CN201810356844A CN108356161A CN 108356161 A CN108356161 A CN 108356161A CN 201810356844 A CN201810356844 A CN 201810356844A CN 108356161 A CN108356161 A CN 108356161A
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- China
- Prior art keywords
- liter
- clamping
- block
- convolution
- fixedly installed
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Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B21—MECHANICAL METAL-WORKING WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21D—WORKING OR PROCESSING OF SHEET METAL OR METAL TUBES, RODS OR PROFILES WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21D43/00—Feeding, positioning or storing devices combined with, or arranged in, or specially adapted for use in connection with, apparatus for working or processing sheet metal, metal tubes or metal profiles; Associations therewith of cutting devices
- B21D43/02—Advancing work in relation to the stroke of the die or tool
- B21D43/026—Combination of two or more feeding devices provided for in B21D43/04 - B21D43/18
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B21—MECHANICAL METAL-WORKING WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21D—WORKING OR PROCESSING OF SHEET METAL OR METAL TUBES, RODS OR PROFILES WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21D43/00—Feeding, positioning or storing devices combined with, or arranged in, or specially adapted for use in connection with, apparatus for working or processing sheet metal, metal tubes or metal profiles; Associations therewith of cutting devices
- B21D43/02—Advancing work in relation to the stroke of the die or tool
- B21D43/04—Advancing work in relation to the stroke of the die or tool by means in mechanical engagement with the work
- B21D43/10—Advancing work in relation to the stroke of the die or tool by means in mechanical engagement with the work by grippers
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B21—MECHANICAL METAL-WORKING WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21D—WORKING OR PROCESSING OF SHEET METAL OR METAL TUBES, RODS OR PROFILES WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21D43/00—Feeding, positioning or storing devices combined with, or arranged in, or specially adapted for use in connection with, apparatus for working or processing sheet metal, metal tubes or metal profiles; Associations therewith of cutting devices
- B21D43/02—Advancing work in relation to the stroke of the die or tool
- B21D43/18—Advancing work in relation to the stroke of the die or tool by means in pneumatic or magnetic engagement with the work
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P70/00—Climate change mitigation technologies in the production process for final industrial or consumer products
- Y02P70/10—Greenhouse gas [GHG] capture, material saving, heat recovery or other energy efficient measures, e.g. motor control, characterised by manufacturing processes, e.g. for rolling metal or metal working
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Moulds For Moulding Plastics Or The Like (AREA)
Abstract
The invention discloses a kind of tool die material manufacturing technology equipment,Including matrix,Be symmetrical set on described matrix lower side face liter dropping control device and be set to the clamping component of described liter of dropping control device lower end,Described liter of dropping control device includes being set in described matrix and the liter of opening down drops back into rotation chamber,The liter, which drops back into the upper inside walls for revolving chamber to be fixedly installed to rise, drops back into rotation motor,The liter, which drops back into rotation chamber and is provided in the upper inside walls of side wall, to be dropped back into the liter of ring-shaped that rotation chamber is connected with the liter and falls engagement cavity,The liter drop back into rotation intracavitary be provided with can freely circle round and lower end extend the liter drop back into rotation chamber lower ending opening outside liter drop back into spin-block,The liter drops back into the lower end that spin-block drops back into rotation motor by the rotary shaft be connected by power of end face on the upside of being connected in the liter,The clamping component lower right side is placed with pedestal,Output shaft on the variable-frequency motor is fixedly connected with sleeve,The sleeve is fixedly connected with cutter.
Description
Technical field
The present invention relates to material manufacture technical field, specifically a kind of tool die material manufacturing technology equipment.
Background technology
Mold be in industrial production to be molded, be blow molded, squeeze out, die casting or the methods of forging forming, smelting, punching press obtain
The various moulds and tool of required product.The production of tool and mould needs to use a large amount of mold materials, traditional artificial carrying side
Formula is time-consuming and laborious, inefficiency, therefore designs a kind of carrying that can be realized automatically to mold materials and according to process requirements
Be supplied to a kind of tool die material manufacturing technology equipment of mold materials needed for staff it is really necessary to.
Invention content
Technical problem to be solved by the invention is to provide a kind of tool die material manufacturing technology equipment, can solve
State the problems in present technology.
The present invention is achieved through the following technical solutions：A kind of tool die material manufacturing technology equipment of the present invention,
Including matrix, be symmetrical set on described matrix lower side face liter dropping control device and be set to described liter of dropping control device lower end
Clamping component, described liter of dropping control device includes being set in described matrix and the liter of opening down drops back into rotation chamber, and the liter drops back into
It revolves to be fixedly installed to rise in the upper inside walls of chamber and drops back into rotation motor, the liter drops back into rotation chamber and is arranged in the upper inside walls of side wall
There is the liter for dropping back into the ring-shaped that rotation chamber is connected with the liter to fall engagement cavity, the liter drops back into rotation intracavitary and is provided with and can freely circle round
And lower end extend the liter that the liter drops back into outside rotation chamber lower ending opening and drop back into spin-block, the liter drop back into spin-block by being connected on
The rotary shaft be connected by power of side end face drops back into the lower end of rotation motor in the liter, and power is connected drops back into rotation motor in the liter
The rotary shaft and the liter of lower end are provided with the first closed circle between dropping back into the upper inside walls for revolving chamber, and the liter drops back into spin-block
It is fixedly installed on the upside end face of week side end face and falls the matched liter of engagement cavity with the liter and fall junction piece, the liter is fallen
Junction piece is fallen with the liter to be engaged cavity wall and slides mating connection, and the liter drops back into symmetrical and logical on the lower side face of spin-block
It crosses the first bond post and is fixedly connected with first liter and fall supporting block, described first liter falls the left and right sides in supporting block and be symmetrically arranged with out
The first telescopic cavity of mouth down, first telescopic cavity being symmetrical set, which is located remotely from each other in the inner wall of side, to be fixedly installed
First compression cylinder is provided with the first sliding block that can be controlled and slide, first sliding block and institute in first telescopic cavity
It states and is connected with the first reduction column between the first compression cylinder, is fixedly installed on the lower side face of first sliding block
One fixed body, it is symmetrical on the described first liter lower side face for dropping back into spin-block and be fixedly installed first liter and fall guide post, it is described
First liter falls in guide post and is provided with opening down first liter and falls guide groove, and described first liter falls and be provided with second on the downside of supporting block
It rises and falls supporting block, the second telescopic cavity of opening upwards is symmetrically set on the described second liter upside end face for falling supporting block,
Second telescopic cavity being symmetrical set, which is located remotely from each other in the inner wall of side, is fixedly installed the second telescopic cylinder, and described
It is provided with the second sliding block that can be controlled and slide in two telescopic cavities, matches between second sliding block and second telescopic cylinder
Conjunction is connected with the second reduction column, is fixedly installed the second fixed body on the upside end face of second sliding block, described second liter
It falls symmetrical on the upside end face of supporting block and is fixedly installed second liter and falls guide post, described second liter falls in guide post and be provided with
Second liter of opening upwards falls guide groove, and described second liter falls interior fallen in guide groove with described first liter of guide groove and be provided with and can slide up and down
Positioning column, the upper end of the positioning column and described first liter fall between guide groove lower ending opening and are provided with restricted driving block, the positioning
Column lower end and described second liter fall between guide groove upper end opening and are provided with restricted driving block, and described second liter falls supporting block and described first
It rises to be provided with to rise between falling supporting block and falls link mechanism, it includes that convolution is connected in the left side that the liter, which falls link mechanism,
First connecting plate of first fixed body lower end and convolution be connected in right side first fixed body lower end the
The medium position of two connecting plates, first connecting plate is connected by articulation piece convolution in the middle part of second connecting plate
The upper end convolution of position, second fixed body in left side is connected with third connecting plate, second fixed body on right side
Upper end convolution be connected with the 4th connecting plate, the medium position of the third connecting plate passes through articulation piece convolution and is connected
In the medium position of the 4th connecting plate, the upper end of the third connecting plate is connected by articulation piece convolution in described the
The upper end of the lower end of one connecting plate, the 4th connecting plate is connected by articulation piece convolution under second connecting plate
End, the clamping component lower right side are placed with pedestal, and the pedestal upper right side is equipped with third compression cylinder, the third compression cylinder with
Third reduction column slides connection, and the third reduction column is fixedly connected with third sliding block, the third sliding block and fixed link
It is fixedly connected, the fixed link is fixedly connected with a slide block, and the sliding block is fixedly connected with variable-frequency motor, on the variable-frequency motor
Output shaft is fixedly connected with sleeve, and the sleeve is fixedly connected with cutter.
The clamping component includes being connected to described the by the second bond post secure fit as a preferred technical solution,
Two liters of first clamping main bodys fallen on supporting block lower side face are provided with opening in the first clamping main body and are oriented far from a left side
Right symmetrically arranged first clamping main body opposing end surface side clamps turn trough, and the turn trough that clamps is far from the side being open
Be fixedly installed clamping frame convolution motor in inner wall, it is described clamp can circle round in turn trough be provided with the clamping frame of convolution, described time
It revolves clamping frame to be connected on the clamping frame convolution motor by rotary shaft power far from described one end for clamping turn trough, move
The rotary shaft that power is connected on the clamping frame convolution motor and described clamp that be provided with second between turn trough inner wall closed
It encloses, opening is provided in the clamping frame of convolution and is open towards with the turn trough that clamps towards identical mold materials chamber, it is described
Mold materials intracavitary, towards protruding block is fixedly installed on the inner wall of side, is fixedly installed storage far from opening in the protruding block
Electric portion, side of the rechargeable portion far from the mold materials chamber opening direction are provided with the distribution in the protruding block
Body, the mold materials chamber is ring-like about the protruding block on the side inner wall far from opening direction and is fixedly installed mold material
Expect fixed body, opening is provided in the mold materials fixed body towards spill identical with the mold materials chamber opening direction
Slot, the baltimore groove is fixedly installed conductance coil on the side inner wall far from opening direction, ring-like to be distributed in the mold material
The conductance coil on material cavity wall is linear by the conductance being fixedly installed in the clamping frame of the convolution and the protruding block
It is connected at power, the upside for a side end face of the described first clamping main body far from opposing end surface being symmetrical set is fixed
It is connected with the second clamping main body, the second clamping main body is close to a side end face of second bond post, described first clamping
End face and second bond post are carried out close to a side of the described second clamping main body by third fixed body on the upside of main body
Reinforce, the lateral slide slot of opening down is provided in the second clamping main body, the transverse direction slide slot is far from described second
Laterally movable motor is fixedly installed in the side inner wall of bond post, the laterally movable motor is close to second bond post
Be connected by power has a laterally movable leading screw on one end, is provided between side wall in the laterally movable leading screw and the lateral slide slot
The closed circle of third, the laterally movable leading screw are connected by bearing convolution in described close to one end of second bond post
In the interior side wall of lateral slide slot, be located on the upside of the laterally movable leading screw and positioned at the lateral slide slot left and right sides inner wall it
Between be fixedly installed guide rod, be provided with to control in the transverse direction slide slot and slide and lower end is extended under the lateral slide slot
Lateral sliding block outside end opening, the transverse direction sliding block be connected with the laterally movable threads of lead screw and with the guiding
Bar slides mating connection, and clamping block convolution motor, the clamping block are fixedly installed in the downside end face of the transverse direction sliding block
Circle round motor downside setting clamping block, and the clamping block is connected by rotary shaft power in clamping block convolution motor
Lower end, be connected by power in the downside end face of the rotary shaft and the lateral sliding block of clamping block convolution motor lower end it
Between be provided with the 4th closed circle, left and right is provided through the clamping chamber of mold materials in the clamping block, and the clamping block is far from institute
It states and is fixedly installed clamping hydraulic cylinder fixed body in the edge surface up and down of the side of the first clamping main body respectively, the clamping hydraulic pressure
Clamping hydraulic cylinder is fixedly installed in cylinder fixed body, the clamping intracavitary of mold materials is provided with mold materials collet, the mould
It is connected with clamping hydraulic pressure inner prop between tool material collet and the clamping hydraulic cylinder.
The company's of being fixedly installed block on the left and right sides end face of described matrix, the present apparatus pass through as a preferred technical solution,
The even block is fixedly connected on the frame linking of peripheral hardware.
The beneficial effects of the invention are as follows：The configuration of the present invention is simple, it is easy to operate, when exchanging mold materials for by the present apparatus,
It rises and drops back into rotation motor convolution, and then drive liter to drop back into spin-block by rotary shaft and drop back into rotation intracavitary convolution in liter, and then drive setting
It circles round to the proper angle for exchanging clamping frame for for people in liter clamping component of dropping control device lower end, while the first compression cylinder opens
It is dynamic, and then drive the first sliding block being symmetrical set to be respectively facing in the first telescopic cavity far from the by the first reduction column
One compression cylinder side is moved, while the second telescopic cylinder starts, and then be symmetrical set by the drive of the second reduction column
Second sliding block is respectively facing the side far from the second telescopic cylinder in the second telescopic cavity and moves, and then drives and be set to first
It rises and falls supporting block and second liter of third connecting plate, the 4th connecting plate, the second connecting plate, first connecting plate fallen between supporting block
It opens, and then drives second liter to fall supporting block decline, and then clamping component is driven to drop to suitable position, in the process, first
It rises and falls guide groove and second liter of position effect of leading fallen between guide groove and positioning column may make second liter to fall supporting block to keep in decline
Plateau, when the first clamping main body drops to certain altitude, clamping frame convolution motor starting, and then driven by rotary shaft
Circle round the convolution of clamping frame, so drive by conductance coil be adsorbed on the required mold materials in baltimore groove circle round to
The top side of mold materials chamber, laterally movable motor starting at this time, and then pass through laterally movable leading screw and drive lateral sliding block court
It is moved to mold materials intracavitary, and then the required extraction mold materials being adsorbed on conductance coil is inserted in the clamping chamber of mold materials
Interior, clamping hydraulic cylinder starts at this time, and then it is clamping by clamping hydraulic pressure inner prop driven mold material collet will to be inserted in mold materials
The mold materials of intracavitary are clamping firmly, and distribution body powers off the conductance coil of extracted mold materials at this time, at this time electric lead
Circle loses adsorption capacity to mold materials, while laterally movable motor inverts, and then drives the clamping clamping block court for having mold materials
It is moved to the side far from the first clamping main body, when lateral sliding block is moved to original state, clamping block convolution motor starting,
And then by rotary shaft drive the clamping clamping block for having a mold materials circle round 180 degree by one of mold materials is referred to
To the direction of tool sharpening, facilitate processing, to save manpower, mold materials is facilitated to carry, work efficiency is high.
Description of the drawings
The present invention is described in detail by following specific embodiment and attached drawing for ease of explanation,.
Fig. 1 is a kind of internal structure schematic diagram of tool die material manufacturing technology equipment of the present invention；
Fig. 2 is the enlarged diagram of " A " in Fig. 1；
Fig. 3 is the enlarged diagram of " B " in Fig. 1；
Fig. 4 is the left view of mold materials collet in the present invention.
Fig. 5 is cutter schematic diagram.
Specific implementation mode
As Figure 1-Figure 5, a kind of tool die material manufacturing technology equipment of the invention, including it is matrix 11, symmetrical
The liter dropping control device that is set on 11 lower side face of described matrix and the clamping component for being set to described liter of dropping control device lower end, it is described
It includes being set in described matrix 11 and the liter of opening down drops back into rotation chamber 27 to rise dropping control device, and the liter drops back into the upside of rotation chamber 27
It is fixedly installed to rise in inner wall and drops back into rotation motor 21, the liter drops back into rotation chamber 27 and is provided in the upper inside walls of side wall and institute
It states liter liter for dropping back into the ring-shaped that rotation chamber 27 is connected and falls engagement cavity 23, the liter drops back into rotation chamber 27 and is provided with and can freely circle round
And lower end extend the liter drop back into rotation 27 lower ending opening of chamber outside liter drop back into spin-block 25, the liter drops back into spin-block 25 and passes through company
The rotary shaft be connected by power for being connected to upside end face drops back into the lower end of rotation motor 21 in the liter, and power mating connection is fallen in the liter
The rotary shaft and the liter of 21 lower end of convolution motor are provided with the first closed circle 22 between dropping back into the upper inside walls for revolving chamber 27,
The liter drops back into spin-block 25 and is fixedly installed that fall engagement cavity 23 with the liter matched on the upside end face of all side end faces
It rises and falls junction piece 24, the liter falls junction piece 24 and the liter falls 23 inner wall of engagement cavity and slides mating connection, and the liter drops back into rotation
It is symmetrical and be fixedly connected with first liter by the first bond post 26 and fall supporting block 31 on the lower side face of block 26, described first
It rises to fall at left and right sides of in supporting block 31 and is symmetrically arranged with the first telescopic cavity 33 of opening down, described first be symmetrical set
Telescopic cavity 33, which is located remotely from each other in the inner wall of side, is fixedly installed the first compression cylinder 35, is provided in first telescopic cavity 33
The first sliding block 32 slided can be controlled, is connected between first sliding block 32 and first compression cylinder 35
One reduction column 34 is fixedly installed the first fixed body 36 on the lower side face of first sliding block 32, and described first liter drops back into
Symmetrical and be fixedly installed first liter and fall guide post 37 on the lower side face of spin-block 31, described first liter falls setting in guide post 37
There is first liter be open down to fall guide groove 38, first liter of downside for falling supporting block 31 is provided with second liter and falls supporting block 42,
The second telescopic cavity 44 of opening upwards is symmetrically set on the described second liter upside end face for falling supporting block 42, it is symmetrical
Second telescopic cavity 44 being arranged, which is located remotely from each other in the inner wall of side, is fixedly installed the second telescopic cylinder 46, and described second stretches
Be provided with the second sliding block 43 that can be controlled and slide in contracting chamber 44, second sliding block 43 and second telescopic cylinder 46 it
Between be connected with the second reduction column 45, the second fixed body 47 is fixedly installed on the upside end face of second sliding block 43,
It is symmetrical and be fixedly installed second liter and fall guide post 41 on the described second liter upside end face for falling supporting block 42, described second liter
It falls in guide post 41 and is provided with second liter of opening upwards and falls guide groove 40, described second liter falls in guide groove 40 to fall with described first liter and lead
The positioning column 39 that can be slided up and down is provided in slot 38, the upper end of the positioning column 39 falls 38 lower end of guide groove with described first liter and opens
It is provided with restricted driving block between mouthful, 39 lower end of the positioning column and described second liter fall between 40 upper end opening of guide groove and be provided with restricted driving
Block, described second liter falls supporting block 42 and described first liter falls between supporting block 31 to be provided with to rise and fall link mechanism, and the liter is fallen
Link mechanism includes convolution mating connection in the first connecting plate 52 of 36 lower end of the first fixed body in the left side and returns
Screw the second connecting plate 51 for closing 36 lower end of the first fixed body for being connected to right side, the middle position of first connecting plate 52
It sets and is connected in the medium position of second connecting plate 51 by articulation piece convolution, second fixed body 47 in left side
Upper end convolution is connected with third connecting plate 48, and the upper end convolution of second fixed body 47 on right side is connected with the 4th
The medium position of connecting plate 49, the third connecting plate 48 is connected by articulation piece convolution in the 4th connecting plate 49
The upper end of medium position, the third connecting plate 48 is connected by articulation piece convolution under first connecting plate 52
The upper end at end, the 4th connecting plate 49 is connected by articulation piece convolution in the lower end of second connecting plate 51, described
Clamping component lower right side is placed with pedestal 101, and 101 upper right side of the pedestal is equipped with third compression cylinder 102, the third compression cylinder
102 slide with third reduction column 103 and connect, and the third reduction column 103 is fixedly connected with third sliding block 104, the third
Sliding block 104 is fixedly connected with fixed link 105, and the fixed link 105 is fixedly connected with sliding block 106, the sliding block 106 and frequency conversion
Motor 107 is fixedly connected, and the output shaft 108 on the variable-frequency motor 107 is fixedly connected with sleeve 109, the sleeve 109 and knife
Tool 110 is fixedly connected.
Valuably, the clamping component includes being connected to described second liter by 61 secure fit of the second bond post to fall support
The first clamping main body 81 on 42 lower side face of block is provided with opening in the first clamping main body 81 and is oriented far from left and right pair
Claim the 81 opposing end surface side of the described first clamping main body of setting clamps turn trough 82, and the turn trough 82 that clamps is far from one to be open
Be fixedly installed clamping frame convolution motor 88 in the inner wall of side, it is described clamp can circle round in turn trough 82 be provided with the clamping frame of convolution
83, the separate described one end for clamping turn trough 82 of the clamping frame 83 of convolution is connected by rotary shaft power in the clamping frame
It circles round on motor 88, be connected by power clamps 82 inner wall of turn trough in the rotary shaft on the clamping frame convolution motor 88 with described
Between be provided with the second closed circle 89, opening is provided in the clamping frame of the convolution 83 and is open court towards with the turn trough 82 that clamps
To identical mold materials chamber 87, far from opening towards being fixedly installed protrusion on the inner wall of side in the mold materials chamber 87
Block 94 is fixedly installed rechargeable portion 92 in the protruding block 94, and the rechargeable portion 92 is far from 87 side of opening of mold materials chamber
To side be provided with the distribution body 91 in the protruding block 94, side of the mold materials chamber 87 far from opening direction
It is ring-like about the protruding block 94 and be fixedly installed mold materials fixed body 84 on inner wall, in the mold materials fixed body 84
Opening is provided with towards baltimore groove 93 identical with 87 opening direction of mold materials chamber, the baltimore groove 93 is far from opening side
To side inner wall on be fixedly installed conductance coil 85, the ring-like conductance being distributed on 87 inner wall of mold materials chamber
Coil 85 forms power cooperation by the electric lead 86 being fixedly installed in the clamping frame 83 of the convolution and the protruding block 94 and connects
It connects, second is fixedly connected on the upside of a side end face of the described first clamping main body 81 far from opposing end surface being symmetrical set
Clamping main body 63, the second clamping main body 63 is close to a side end face of second bond post 61, the first clamping main body
81 upsides end face and second bond post 61 pass through third fixed body 62 close to a side of the described second clamping main body 63
Reinforced, the lateral slide slot 64 of opening down is provided in the second clamping main body 63, the transverse direction slide slot 64 is remote
Laterally movable motor 69 is fixedly installed in side inner wall from second bond post 61, the laterally movable motor 69 is close
Be connected by power has laterally movable leading screw 66, the laterally movable leading screw 66 and the transverse direction on one end of second bond post 61
The closed circle 68 of third is provided in slide slot 64 between side wall, the laterally movable leading screw 66 is close to second bond post 61
One end is connected by bearing convolution in the interior side wall of the lateral slide slot 64, is located on the laterally movable leading screw 66
Side and the fixed setting guide rod 65 between 64 left and right sides inner wall of the lateral slide slot, 64 interior setting of the transverse direction slide slot
Have to control and slide and lateral sliding block 67 outside lateral 64 lower ending opening of slide slot is extended in lower end, the transverse direction slides
Block 67 connect with 66 screw-thread fit of laterally movable leading screw and slides mating connection with the guide rod 65, and the transverse direction slides
Clamping block convolution motor 71 is fixedly installed in the downside end face of block 64, clamping block is arranged in 71 downside of clamping block convolution motor
73, the clamping block 73 by rotary shaft power be connected in the clamping block circle round motor 71 lower end, be connected by power in
The is provided between the rotary shaft of 71 lower end of clamping block convolution motor and the downside end face of the lateral sliding block 67
Four closed circles 72, the interior left and right of the clamping block 73 are provided through the clamping chamber 74 of mold materials, and the clamping block 73 is far from described
Clamping hydraulic cylinder fixed body 75, the clamping liquid are fixedly installed in the edge surface up and down of the side of first clamping main body 81 respectively
It is fixedly installed clamping hydraulic cylinder 76 in cylinder pressure fixed body 75, mold materials collet is provided in the clamping chamber of the mold materials 74
78, clamping hydraulic pressure inner prop 77 is connected between the mold materials collet 78 and the clamping hydraulic cylinder 76.
Valuably, the company's of being fixedly installed block 12 on the left and right sides end face of described matrix 11, the present apparatus pass through the even block
12 are fixedly connected on the frame linking of peripheral hardware.
When original state, the first reduction column 34 is retracted to greatest extent in the first compression cylinder 35, and then is driven symmetrical
The first sliding block 32 being arranged is moved close to 35 side of the first compression cylinder to greatest extent respectively in the first telescopic cavity 33, simultaneously
Second reduction column 45 is retracted to greatest extent in the second telescopic cylinder 46, and then the second sliding block 43 being symmetrical set is driven to exist
Respectively to greatest extent close to the second telescopic cylinder 46 in second telescopic cavity 44, be set at this time first liter fall supporting block 31 and
Second liter of third connecting plate 48, the 4th connecting plate 49, the second connecting plate 51, first connecting plate 52 fallen between supporting block 42 is maximum
Limit folds, and falls supporting block 31 at this time with second liter to fall supporting block 42 close to greatest extent for first liter, at this time 39 maximum of positioning column
First liter of limit retraction falls guide groove 38 and second liter falls in guide groove 40, while lateral sliding block 67 is maximum in lateral sliding block 64
Limit is fixedly installed close to laterally movable motor 69, at this time clamping block 73 to greatest extent far from the first clamping main body 81 at this time
One end of the clamping block 73 of clamping hydraulic cylinder fixed body 75 is directed away from the first clamping main body 81, while clamping hydraulic pressure inner prop 77 is most
Limits are retracted in clamping hydraulic cylinder 76.
When exchanging mold materials for by the present apparatus, liter drops back into rotation motor 21 and circles round, and then drives to rise by rotary shaft and drop back into
Spin-block 25 drops back into convolution in rotation chamber 27 in liter, and then drives to be set to a liter clamping component for dropping control device lower end and circle round to for people and change
The proper angle of clamping frame is taken, while the first compression cylinder 35 starts, and then symmetrical set is driven by the first reduction column 34
The first sliding block 32 set is respectively facing in the first telescopic cavity 33 to be moved far from 35 side of the first compression cylinder, while second stretches
Contracting cylinder 46 starts, and then drives the second sliding block 43 being symmetrical set in the second telescopic cavity 44 by the second reduction column 45
It is inside respectively facing the side far from the second telescopic cylinder 46 to move, and then drive is set to first liter and falls supporting block 31 and second liter
Third connecting plate 48, the 4th connecting plate 49, the second connecting plate 51, the first connecting plate 52 fallen between supporting block 42 opens, in turn
It drives second liter to fall the decline of supporting block 42, and then clamping component is driven to drop to suitable position, in the process, first liter falls and lead
The position effect of leading that slot 38 and second liter are fallen between guide groove 40 and positioning column 39 may make second liter to fall supporting block 42 to protect in decline
Plateau is held, when the first clamping main body 81 drops to certain altitude, clamping frame convolution motor 88 starts, and then passes through convolution
Axis drives the clamping frame 83 that circles round to circle round, and then drives and be adsorbed on the required mould in baltimore groove 93 by conductance coil 85
Tool material circles round to the top side of mold materials chamber 87, and laterally movable motor 69 starts at this time, and then passes through laterally movable leading screw
66 drive lateral sliding blocks 67 towards the required extraction mould that moves, and then will be adsorbed on conductance coil 85 in mold materials chamber 87
Tool material is inserted in the clamping chamber of mold materials 74, and clamping hydraulic cylinder 76 starts at this time, and then is passed through clamping hydraulic pressure inner prop 77 and driven
Mold materials collet 78 will be inserted in the mold materials in the clamping chamber of mold materials 74 it is clamping live, distribution body 91 is to extracted mould at this time
The conductance coil 85 of tool material is powered off, and conductance coil 85 loses adsorption capacity, while laterally movable horse to mold materials at this time
Up to 69 reversions, and then the clamping side for having the clamping block 73 of mold materials to be directed away from the first clamping main body 81 movement is driven,
When lateral sliding block 67 is moved to original state, clamping block convolution motor 71 starts, and then passes through rotary shaft and drive folder natural mode
The clamping block 73 for having material circles round 180 degree in turn by 110 machine direction of finger cutter of mold materials, facilitates processing
Mold materials.
The beneficial effects of the invention are as follows：The configuration of the present invention is simple, it is easy to operate, when exchanging mold materials for by the present apparatus,
It rises and drops back into rotation motor convolution, and then drive liter to drop back into spin-block by rotary shaft and drop back into rotation intracavitary convolution in liter, and then drive setting
It circles round to the proper angle for exchanging clamping frame for for people in liter clamping component of dropping control device lower end, while the first compression cylinder opens
It is dynamic, and then drive the first sliding block being symmetrical set to be respectively facing in the first telescopic cavity far from the by the first reduction column
One compression cylinder side is moved, while the second telescopic cylinder starts, and then be symmetrical set by the drive of the second reduction column
Second sliding block is respectively facing the side far from the second telescopic cylinder in the second telescopic cavity and moves, and then drives and be set to first
It rises and falls supporting block and second liter of third connecting plate, the 4th connecting plate, the second connecting plate, first connecting plate fallen between supporting block
It opens, and then drives second liter to fall supporting block decline, and then clamping component is driven to drop to suitable position, in the process, first
It rises and falls guide groove and second liter of position effect of leading fallen between guide groove and positioning column may make second liter to fall supporting block to keep in decline
Plateau, when the first clamping main body drops to certain altitude, clamping frame convolution motor starting, and then driven by rotary shaft
Circle round the convolution of clamping frame, so drive by conductance coil be adsorbed on the required mold materials in baltimore groove circle round to
The top side of mold materials chamber, laterally movable motor starting at this time, and then pass through laterally movable leading screw and drive lateral sliding block court
It is moved to mold materials intracavitary, and then the required extraction mold materials being adsorbed on conductance coil is inserted in the clamping chamber of mold materials
Interior, clamping hydraulic cylinder starts at this time, and then it is clamping by clamping hydraulic pressure inner prop driven mold material collet will to be inserted in mold materials
The mold materials of intracavitary are clamping firmly, and distribution body powers off the conductance coil of extracted mold materials at this time, at this time electric lead
Circle loses adsorption capacity to mold materials, while laterally movable motor inverts, and then drives the clamping clamping block court for having mold materials
It is moved to the side far from the first clamping main body, when lateral sliding block is moved to original state, clamping block convolution motor starting,
And then by rotary shaft drive the clamping clamping block for having a mold materials circle round 180 degree by one of mold materials is referred to
To the direction of tool sharpening, facilitate processing, to save manpower, mold materials is facilitated to carry, work efficiency is high.
The above description is merely a specific embodiment, but scope of protection of the present invention is not limited thereto, any
The change or replacement expected without creative work, should be covered by the protection scope of the present invention.Therefore, of the invention
Protection domain should be determined by the scope of protection defined in the claims.
Claims (3)
1. a kind of tool die material manufacturing technology equipment, including matrix, it is symmetrical set on described matrix lower side face
The clamping component for rising dropping control device and being set to described liter of dropping control device lower end, described liter of dropping control device include being set in described matrix
And the liter of opening down drops back into rotation chamber, the liter, which drops back into the upper inside walls for revolving chamber to be fixedly installed to rise, drops back into rotation motor, described
It rises to drop back into rotation chamber and be provided in the upper inside walls of side wall and drops back into the liter of ring-shaped that rotation chamber is connected with the liter and fall engagement
Chamber, the liter drop back into rotation intracavitary be provided with can freely circle round and lower end extend the liter drop back into rotation chamber lower ending opening outside liter
Spin-block is dropped back into, the liter drops back into spin-block and drops back into rotation motor in the liter by being connected to the rotary shaft be connected by power of upside end face
Lower end, the rotary shaft that power mating connection drops back into rotation motor lower end in the liter drop back into the upper inside walls for revolving chamber with the liter
Between be provided with the first closed circle, the liter drops back into spin-block and is fixedly installed and the liter on the upside end face of all side end faces
It falls the matched liter of engagement cavity and falls junction piece, the liter, which falls junction piece and fallen with the liter, to be engaged cavity wall and slide mating connection, institute
It states to rise and drops back into symmetrical on the lower side face of spin-block and be fixedly connected with first liter by the first bond post and fall supporting block, it is described
First liter falls the left and right sides in supporting block and is symmetrically arranged with the first telescopic cavity of opening down, described first be symmetrical set
Telescopic cavity, which is located remotely from each other in the inner wall of side, is fixedly installed the first compression cylinder, and being provided in first telescopic cavity can control
The first sliding block slided is connected with the first reduction column, institute between first sliding block and first compression cylinder
It states and is fixedly installed the first fixed body on the lower side face of the first sliding block, it is left on the described first liter lower side face for dropping back into spin-block
Right symmetrical and be fixedly installed first liter and fall guide post, described first liter falls in guide post to be provided with opening down first liter and fall and leads
Slot, described first liter falls on the downside of supporting block and is provided with second liter and falls supporting block, the described second liter upside end face for falling supporting block
On be symmetrically set with the second telescopic cavity of opening upwards, second telescopic cavity being symmetrical set is located remotely from each other side
Inner wall in be fixedly installed the second telescopic cylinder, the second sliding block that can be controlled and slide is provided in second telescopic cavity,
The second reduction column, the upside of second sliding block are connected between second sliding block and second telescopic cylinder
It is fixedly installed the second fixed body on end face, it is symmetrical on the described second liter upside end face for falling supporting block and be fixedly installed
Second liter falls guide post, and described second liter falls in guide post and be provided with second liter of opening upwards and fall guide groove, and described second liter falls guide groove
Interior to fall in guide groove the positioning column that is provided with and slide up and down with described first liter, the upper end of the positioning column is fallen with described first liter
It is provided with restricted driving block between guide groove lower ending opening, the positioning column lower end and described second liter fall between guide groove upper end opening and be arranged
Limited row block, described second liter falls supporting block and described first liter falls between supporting block to be provided with to rise and fall link mechanism, the liter
It includes the first connecting plate and the convolution that convolution is connected in first fixed body lower end in the left side to fall link mechanism
It is connected in the second connecting plate of first fixed body lower end on right side, the medium position of first connecting plate passes through hinge
Fitting convolution is connected in the medium position of second connecting plate, the upper end convolution cooperation of second fixed body in left side
It is connected with third connecting plate, the upper end convolution of second fixed body on right side is connected with the 4th connecting plate, the third
The medium position of connecting plate is connected by articulation piece convolution in the medium position of the 4th connecting plate, the third connection
The upper end of plate is connected by articulation piece convolution in the lower end of first connecting plate, and the upper end of the 4th connecting plate passes through
Articulation piece convolution is connected in the lower end of second connecting plate, and the clamping component lower right side is placed with pedestal, the bottom
Seat upper right side is equipped with third compression cylinder, and the third compression cylinder slides with third reduction column and connect, the third reduction column and the
Three sliding blocks are fixedly connected, and the third sliding block is fixedly connected with fixed link, and the fixed link is fixedly connected with a slide block, described
Sliding block is fixedly connected with variable-frequency motor, and the output shaft on the variable-frequency motor is fixedly connected with sleeve, and the sleeve is solid with cutter
Fixed connection.
2. a kind of tool die material manufacturing technology equipment according to claim 1, it is characterised in that：The clamping component packet
It includes and described second liter the first clamping main body fallen on supporting block lower side face is connected to by the second bond post secure fit, it is described
Opening is provided in first clamping main body to be oriented far from the described first clamping main body opposing end surface side being symmetrical set
Clamp turn trough, described clamp is fixedly installed clamping frame convolution motor in side inner wall of the turn trough far from opening, described to clamp
What can be circled round in turn trough is provided with the clamping frame of convolution, and the clamping frame of convolution passes through rotary shaft far from described one end for clamping turn trough
Power is connected on the clamping frame convolution motor, and be connected by power is in the rotary shaft on the clamping frame convolution motor
The second closed circle is provided between turn trough inner wall with described clamp, be provided in the clamping frame of convolution opening towards and the folder
Turn trough opening is filled towards identical mold materials chamber, the mold materials intracavitary is set far from opening towards fixation on the inner wall of side
It is equipped with protruding block, rechargeable portion is fixedly installed in the protruding block, the rechargeable portion is far from the mold materials chamber opening direction
Side be provided with the distribution body in the protruding block, the mold materials chamber closes on the side inner wall far from opening direction
It is ring-like in the protruding block and be fixedly installed mold materials fixed body, it is provided with opening direction in the mold materials fixed body
Baltimore groove identical with the mold materials chamber opening direction, on side inner wall of the baltimore groove far from opening direction fixation set
It is equipped with conductance coil, the ring-like conductance coil being distributed on the mold materials cavity wall is by being fixedly installed on described return
It revolves the electric lead in clamping frame and the protruding block and forms power mating connection, the described first clamping main body being symmetrical set
It is fixedly connected with the second clamping main body on the upside of a side end face far from opposing end surface, the second clamping main body is close to described the
End face and second bond post are clamping close to described second on the upside of one side end face of two bond posts, the first clamping main body
One side of main body is reinforced by third fixed body, and the transverse direction of opening down is provided in the second clamping main body and is slided
Slot is fixedly installed laterally movable motor, the cross in the transverse direction side inner wall of the slide slot far from second bond post
Be connected by power has a laterally movable leading screw on one end of close second bond post of active motors, the laterally movable leading screw with
It is provided with the closed circle of third between side wall in the transverse direction slide slot, the laterally movable leading screw is close to second bond post
One end be connected by bearing convolution in the interior side wall of the lateral slide slot, being located on the upside of the laterally movable leading screw and
Guide rod is fixedly installed between the lateral slide slot left and right sides inner wall, cunning can be controlled by being provided in the transverse direction slide slot
The lateral sliding block outside the lateral slide slot lower ending opening is extended in row and lower end, the transverse direction sliding block with it is described laterally living
Dynamic threads of lead screw is connected and slides mating connection with the guide rod, fixes and sets in the downside end face of the transverse direction sliding block
It is equipped with clamping block convolution motor, clamping block is set on the downside of the clamping block convolution motor, the clamping block passes through rotary shaft power
It is connected in the lower end of clamping block convolution motor, be connected by power is in the convolution of clamping block convolution motor lower end
It is provided with the 4th closed circle between axis and the downside end face of the lateral sliding block, left and right is provided through mould in the clamping block
Have the clamping chamber of material, is fixedly installed respectively in the edge surface up and down of side of the clamping block far from the described first clamping main body
Clamping hydraulic cylinder fixed body is fixedly installed clamping hydraulic cylinder in the clamping hydraulic cylinder fixed body, and the mold materials are clamping
Intracavitary is provided with mold materials collet, and clamping hydraulic pressure is connected between the mold materials collet and the clamping hydraulic cylinder
Inner prop.
3. a kind of tool die material manufacturing technology equipment according to claim 1, it is characterised in that：The left and right of described matrix
The company's of being fixedly installed block on both sides of the face, the present apparatus are fixedly connected on by the even block on the frame linking of peripheral hardware.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810356844.8A CN108356161A (en) | 2018-04-20 | 2018-04-20 | A kind of tool die material manufacturing technology equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810356844.8A CN108356161A (en) | 2018-04-20 | 2018-04-20 | A kind of tool die material manufacturing technology equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108356161A true CN108356161A (en) | 2018-08-03 |
Family
ID=63008857
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810356844.8A Pending CN108356161A (en) | 2018-04-20 | 2018-04-20 | A kind of tool die material manufacturing technology equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108356161A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112845760A (en) * | 2020-12-18 | 2021-05-28 | 江西省天奇汽车零部件有限公司 | Die pressing device |
-
2018
- 2018-04-20 CN CN201810356844.8A patent/CN108356161A/en active Pending
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112845760A (en) * | 2020-12-18 | 2021-05-28 | 江西省天奇汽车零部件有限公司 | Die pressing device |
| CN112845760B (en) * | 2020-12-18 | 2022-05-31 | 江西省天奇汽车零部件有限公司 | Die pressing device |
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Application publication date: 20180803 |