CN109130108A - A kind of integrated injection mold - Google Patents
A kind of integrated injection mold Download PDFInfo
- Publication number
- CN109130108A CN109130108A CN201810420468.4A CN201810420468A CN109130108A CN 109130108 A CN109130108 A CN 109130108A CN 201810420468 A CN201810420468 A CN 201810420468A CN 109130108 A CN109130108 A CN 109130108A
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- CN
- China
- Prior art keywords
- cavity
- sliding
- sliding shoe
- mould
- hole
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B29—WORKING OF PLASTICS; WORKING OF SUBSTANCES IN A PLASTIC STATE IN GENERAL
- B29C—SHAPING OR JOINING OF PLASTICS; SHAPING OF MATERIAL IN A PLASTIC STATE, NOT OTHERWISE PROVIDED FOR; AFTER-TREATMENT OF THE SHAPED PRODUCTS, e.g. REPAIRING
- B29C45/00—Injection moulding, i.e. forcing the required volume of moulding material through a nozzle into a closed mould; Apparatus therefor
- B29C45/17—Component parts, details or accessories; Auxiliary operations
- B29C45/26—Moulds
- B29C45/2602—Mould construction elements
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B29—WORKING OF PLASTICS; WORKING OF SUBSTANCES IN A PLASTIC STATE IN GENERAL
- B29C—SHAPING OR JOINING OF PLASTICS; SHAPING OF MATERIAL IN A PLASTIC STATE, NOT OTHERWISE PROVIDED FOR; AFTER-TREATMENT OF THE SHAPED PRODUCTS, e.g. REPAIRING
- B29C45/00—Injection moulding, i.e. forcing the required volume of moulding material through a nozzle into a closed mould; Apparatus therefor
- B29C45/17—Component parts, details or accessories; Auxiliary operations
- B29C45/40—Removing or ejecting moulded articles
- B29C45/4005—Ejector constructions; Ejector operating mechanisms
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B29—WORKING OF PLASTICS; WORKING OF SUBSTANCES IN A PLASTIC STATE IN GENERAL
- B29C—SHAPING OR JOINING OF PLASTICS; SHAPING OF MATERIAL IN A PLASTIC STATE, NOT OTHERWISE PROVIDED FOR; AFTER-TREATMENT OF THE SHAPED PRODUCTS, e.g. REPAIRING
- B29C45/00—Injection moulding, i.e. forcing the required volume of moulding material through a nozzle into a closed mould; Apparatus therefor
- B29C45/17—Component parts, details or accessories; Auxiliary operations
- B29C45/40—Removing or ejecting moulded articles
- B29C45/42—Removing or ejecting moulded articles using means movable from outside the mould between mould parts, e.g. robots
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- Engineering & Computer Science (AREA)
- Manufacturing & Machinery (AREA)
- Mechanical Engineering (AREA)
- Robotics (AREA)
- Injection Moulding Of Plastics Or The Like (AREA)
Abstract
The invention discloses a kind of integrated injection molds, including fuselage and the first cavity of the fuselage inner opening to the left is set, it can slide up and down down in first cavity and divide mould, divide mould bilateral symmetry under described and front and back is symmetrically arranged with first through hole up and down, be slidably installed the first sliding bar extended up and down in the first through hole, first sliding bar upper and lower ends end wall above and below first cavity is fixedly connected, divide under described and is equipped with the first sliding cavity in mould, it can slide up and down in first sliding cavity and be provided with the first sliding shoe;The configuration of the present invention is simple, equipment depanning difficult problem is solved by ejecting mechanism, the automatic modulus of equipment is realized using clamping device, it cooperates and does not influence between each process, the safety of equipment is improved while reducing human cost, equipment whole-course automation of the invention reduces operation error, injection efficiency and quality are not only increased, and improves device practical performance.
Description
Technical field
The present invention relates to modeling product manufacturing field, specifically a kind of integrated injection molds.
Background technique
It is seen everywhere plastic products in life, plastic products were manufacturing the effect ever more important of the mankind, plastic products
There is some problems, such as common injection machine device cannot achieve automation there are depanning difficulty there are also part machine and take in journey
Mould leads to inefficiency, and there is some potential safety problemss in the course of work, and depanning effect is also bad, this device effectively solves
It has determined this problem.
Summary of the invention
Technical problem to be solved by the invention is to provide a kind of integrated injection molds, are able to solve above-mentioned present skill
The problems in art.
The present invention is achieved through the following technical solutions: a kind of integrated injection mold of the invention, including fuselage
And the first cavity of the fuselage inner opening to the left is set, and it can slide up and down down in first cavity and divide mould, institute
State down and divide mould bilateral symmetry and front and back is symmetrically arranged with first through hole up and down, in the first through hole in be slidably matched peace
Equipped with the first sliding bar extended up and down, the first sliding bar upper and lower ends end wall above and below first cavity is fixed
Connection divides under described and is equipped with the first sliding cavity in mould, and can slide up and down in first sliding cavity, it is sliding to be provided with first
Motion block, the second through-hole being symmetrically set in first sliding shoe are fixedly installed in second through-hole downward
The second sliding bar stretched, through first sliding cavity, end wall protrudes into first cavity second sliding bar up and down, institute
State and be fixedly installed with a point mould in the first cavity roof, it is described on divide bilateral symmetry in mould to be equipped with third through-hole up and down,
It can slide up and down in the third through-hole and be provided with the second sliding shoe, the second sliding shoe extends downwardly bottom and is fixedly connected
Divide mould under described, it is described on divide and be equipped with symmetrical second sliding cavity above mould, can horizontally slip in second sliding cavity
Be provided with third sliding shoe, the first drive cavity is provided with below first cavity, the connection of first drive cavity bottom is set
It is equipped with the second cavity of opening upwards, the axle sleeve extended up and down, the axle sleeve are rotatably provided in first drive cavity
Interior to be equipped with upper and lower perforative thread cavity, the thread cavity screw-internal thread fit has the first threaded rod extended up and down, first spiral shell
Upwardly extend at the top of rasp bar and protrude into first cavity through the first drive cavity upper end wall, first threaded rod bottom to
Under extend into second cavity, the first threaded rod top end in first cavity be fixedly connected it is described under divide mould
Lower end surface, the sleeve outer surface are fixedly installed with first gear, are rotatably provided on the left of the axle sleeve and to extend up and down
Shaft, the shaft top end are rotationally connected in the first drive cavity upper end wall, the shaft bottom end and fixation
The first motor being set in the first drive cavity lower end wall is connected by power, the shaft outer surface be fixedly installed with it is described
The second gear of first gear engagement, the fuselage right side are equipped with the second drive cavity, and second drive cavity bottom is equipped with therewith
Connection and the third sliding cavity of opening to the right, the second drive cavity left side are equipped with the 4th sliding cavity, and the 4th sliding cavity can
What is horizontally slipped is provided with the 4th sliding shoe, and it is symmetrical that front and back is provided with and communicated between the 4th sliding cavity and first cavity
Fourth hole, the mandril that left and right extends slidably is provided in the fourth hole, the mandril in first cavity is left
Side end is fixedly connected with clamping device, and it is sliding that the mandril right end in the 4th sliding cavity is fixedly connected with the described 4th
Motion block, is equipped with the perforative threaded hole in left and right in the 4th sliding shoe, the threaded hole screw-internal thread fit have that left and right extends the
Two threaded rods, second threaded rod left and right ends are rotatably assorted respectively to be connected in the 4th sliding cavity left hand end wall, institute
It states the second threaded rod and extends through the 4th sliding cavity right end wall to the right and protrude into second drive cavity, second threaded rod
On be fixedly installed with the first bevel gear in second drive cavity, second drive cavity bottom is provided with and communicated with opening
Third sliding cavity to the right, what can be horizontally slipped in the third sliding cavity is provided with the 5th sliding shoe, the 5th sliding shoe
It is fixedly installed the second motor in right side, the second motor right side power is connected with to be matched with the first bevel gear
Second bevel gear, third sliding cavity and first cavity are provided with and communicated with fifth hole, can control cunning in the fifth hole
Dynamic is provided with the 6th sliding shoe for controlling and extending, and the 6th sliding shoe right end in the third sliding cavity is fixed to be connected
The 5th sliding shoe left side is connect, stabilizing mechanism is provided in the fuselage, the stabilizing mechanism includes support column and adjusting
Seat.
Preferably technical solution is symmetrically arranged with the first limit of opening inwards in the first sliding cavity left hand end wall
Position slot, is slidably fitted with the first limited block being fixedly connected with first sliding shoe in first limiting slot, and described first
The first top pressure spring to offset with first limited block is fixedly installed on end wall on the upside of limiting slot.
Preferably technical solution is provided with the second limiting slot that Open Side Down, institute in the second sliding cavity roof
The second limited block for being slidably fitted in the second limiting slot and being fixedly connected with the third sliding shoe is stated, outside second limiting slot
The second top pressure spring to offset with second limited block is fixedly installed on the wall of side.
Preferably technical solution, the third sliding cavity are symmetrically arranged with the third limit for being open inside in end wall up and down
Position slot, is slidably fitted with the third limited block being fixedly connected with the 5th sliding shoe, the third in the third limiting slot
The third top pressure spring to offset with second limited block is fixedly installed on end wall on the left of limiting slot.
Preferably technical solution divides under described and is equipped with the first top bevel on the right side of mould, sets on the left of the 6th sliding shoe
There is the first pushing tow face matched with first top bevel.
Preferably technical solution, the second sliding shoe top are equipped with the second top bevel, are equipped in the third sliding shoe
The the second pushing tow face matched with second top bevel.
Preferably technical solution, the first cavity top end wall is interior equipped with the charging conduit extended up and down, described to fall
The feed inlet being provided on the left of hopper outside connection, the fuselage roof are fixedly installed hydraulic cylinder, the hydraulic cylinder push rod to
Under extend into the charging conduit, the push rod bottom in the charging conduit is fixedly connected with push plate, it is described on divide mould and
One cavity is provided with and communicated with the 6th through-hole.
Preferably technical solution, the clamping device include holding frame and the 5th sliding in clamped frame
Chamber, holding frame left side articulated connection are provided with the first clamping limb symmetrical above and below, can control cunning in the 5th sliding cavity
Dynamic is provided with the 6th sliding shoe, is equipped with the perforative threaded hole in left and right in the 6th sliding shoe, the threaded hole internal screw thread is matched
The third threaded rod for having left and right to extend is closed, the third threaded rod left pivot movement is connected in the wall of the 5th sliding cavity left end,
It is connect with the third motor power in the 5th sliding cavity right end wall on the right side of the third threaded rod with being fixedly installed, described the
The second clamping limb symmetrical above and below is hingedly connected on six sliding shoes, second clamping limb extends and first clamping to the left
Arm articulated connection.
Preferably technical solution, the upper end of support column face are respectively fixedly connected with the angle of the fuselage lower end surface four,
It is provided with the band internal thread thread cavity that Open Side Down in the support column, is provided with the spiral shell being threadedly engaged in the thread cavity
Line column, the threaded post, which extends downwardly, stretches out outside the thread cavity, and bottom end is fixedly connected with the adjustment seat.
The beneficial effects of the present invention are: equipment of the invention is in the initial state, the first motor, the second motor and
Third motor is in stationary state, divide under described mould with it is described on divide mould to separate, the cylinder is in contraction state.
When equipment pressing mold of the invention, start first motor rotation, the first motor rotation drives described the
The rotation of two gears, the second gear rotation drive the first gear rotation, and the first gear rotation drives the axle sleeve
It rotating, the axle sleeve rotation drives first threaded rod to rise, and divide mould to rise under the first threaded rod rising promotion is described,
Divide under described mould and it is described on when mould being divided to mold, the second top bevel being arranged at the top of the second sliding shoe pushes described
Second pushing tow face is set in third sliding shoe, and the third sliding shoe is to two Slideslips, and the cylinder pushes the push plate at this time
It moves down, the push plate moves down extruding and moves down from the raw material that the feed inlet is fallen into the charging conduit, and the raw material passes through described
6th through-hole enter it is described under divide mould and it is described on divide between mould and form.
When equipment backform of the invention, product cooled and solidified after molding starts first motor reversion, and described the
One motor reversal drives the second gear reversion, and the second gear reversion drives the first gear to invert, and described first
Gear reversion drives the axle sleeve reversion, and the axle sleeve, which inverts, drives the first threaded rod decline, under first threaded rod
Drop drive it is described under divide mould to decline, due to dividing mould to decline under described, second pushing tow face is separated with second top bevel, institute
It states third sliding shoe and moves towards cutting raw material and closing the 6th through-hole under second top pressure spring effect, by institute
It states down and mould is divided to move down, second sliding bar is contacted with first cavity, and second sliding bar, which moves up, produces the molding
Product ejection.
When equipment modulus of the invention, due to dividing mould to move down under described, first top bevel and first pushing tow
Face cooperation, the 6th sliding shoe moves to right, and the 6th sliding shoe, which moves to right, pushes the 5th sliding shoe to move to right, and described at this time the
One bevel gear engages with the second bevel gear, starts the second motor rotation at this time, and the second motor rotation drives institute
Second bevel gear rotation is stated, the second bevel gear rotation drives the first bevel gear rotation, the first bevel gear
Rotation drives the second threaded rod rotation, and the second threaded rod rotation drives the 4th sliding shoe to move to left, and the described 4th
Sliding shoe, which moves to left, pushes the mandril to move to left, and the mandril, which moves to left, pushes the clamping device to move to left, and moves to left when described to described
On the right side of shaped article, start the third motor rotation, the third motor rotation drives the 6th sliding shoe to move to left, described
6th sliding shoe, which moves to left, pushes shaped article described in first gripping arm, starts second motor reversal, and described the
Two motor reversals drive the second bevel gear reversion, and the second bevel gear reversion drives the first bevel gear reversion, institute
It states the first bevel gear reversion and drives the second threaded rod reversion, the second threaded rod reversion drives the 4th sliding
Block moves to right, and the 4th sliding shoe, which moves to right, pushes the mandril to move to right, and the mandril, which moves to right, pushes the clamping device to move to right, when
The shaped article removes, and starts the third motor reversal, and the third motor reversal drives the 6th sliding shoe
It moves to right, the 6th sliding shoe, which moves to right, pushes first clamping limb to put down the shaped article.
The configuration of the present invention is simple is solved equipment depanning difficult problem by ejecting mechanism, is realized and set using clamping device
Standby automatic modulus cooperates between each process and does not influence, improves equipment while reducing human cost
Safety, equipment whole-course automation of the invention, reduces operation error, not only increases injection efficiency and quality, Er Qieti
High device practical performance.
Detailed description of the invention
The present invention is described in detail by following specific embodiments and drawings for ease of explanation,.
Fig. 1 is a kind of integrated injection mold overall structure diagram of the invention;
Fig. 2 is the structural schematic diagram of A in Fig. 1.
Specific embodiment
As Figure 1-Figure 2, a kind of integrated injection mold of the invention, including fuselage 100 and setting are in the machine
The first cavity 110 of 100 inner opening of body to the left can slide up and down down in first cavity 110 and divide mould 125, under described
125 bilateral symmetry of point mould and front and back are symmetrically arranged with first through hole up and down, in the first through hole in be slidably matched peace
Equipped with the first sliding bar 124 extended up and down, 124 upper and lower ends of the first sliding bar are respectively on first cavity 110
Lower end wall is fixedly connected, and is divided under described and is equipped with the first sliding cavity 126 in mould 125, can be upper and lower in first sliding cavity 126
Sliding is provided with the first sliding shoe 130, the second through-hole being symmetrically set in first sliding shoe 130, and described the
The second sliding bar 132 extended up and down is fixedly installed in two through-holes, second sliding bar 132 runs through first sliding cavity
About 126 end walls protrude into first cavity 110, are fixedly installed with point mould 123, institute in 110 roof of the first cavity
The third through-hole 113 being symmetrically equipped in point mould 123 up and down is stated, can slide up and down in the third through-hole 113
Be provided with the second sliding shoe 111, the second sliding shoe 111 extend downwardly bottom be fixedly connected it is described under divide mould 125, it is described on
Divide and be equipped with symmetrical second sliding cavity 119 above mould 123, what can be horizontally slipped in second sliding cavity 119 is provided with
Third sliding shoe 115, the first drive cavity 101 is provided with below first cavity 110, and 101 bottom of the first drive cavity connects
Lead to the second cavity 109 for being provided with opening upwards, is rotatably provided with the axle sleeve extended up and down in first drive cavity 101
105, it is equipped with upper and lower perforative thread cavity 106 in the axle sleeve 105,106 screw-internal thread fit of thread cavity has to be extended up and down
First threaded rod 108 upwardly extends at the top of first threaded rod 108 and protrudes into institute through 101 upper end wall of the first drive cavity
The first cavity 110 is stated, 108 bottom of the first threaded rod extends down into second cavity 109, first cavity 110
Interior 108 top end of the first threaded rod be fixedly connected it is described under divide mould 125 lower end surface, 105 outer surface of axle sleeve is solid
Dingan County is equipped with first gear 104, and 105 left side of axle sleeve is rotatably provided with the shaft 102 extended up and down, the shaft
102 top ends are rotationally connected in 101 upper end wall of the first drive cavity, 102 bottom end of shaft and fixed setting
It is connected by power in the first motor 107 in 101 lower end wall of the first drive cavity, 102 outer surface of shaft is fixedly installed with
The second gear 103 engaged with the first gear 104, is equipped with the second drive cavity 141 on the right side of the fuselage 100, and described second
141 bottom of drive cavity is equipped with the in communication and third sliding cavity 137 of opening to the right, is equipped on the left of second drive cavity 141
4th sliding cavity 139, what the 4th sliding cavity 139 can horizontally slip is provided with the 4th sliding shoe 142, the 4th sliding cavity
It is provided with and communicated with the symmetrical fourth hole in front and back between 139 and first cavity 110, is slidably set in the fourth hole
It is equipped with the mandril 149 that left and right extends, 149 left distal end of mandril in first cavity 110 is fixedly connected with clamping device, institute
It states 149 right end of mandril in the 4th sliding cavity 139 and is fixedly connected with the 4th sliding shoe 142, the 4th sliding
The perforative threaded hole in left and right, the second threaded rod 138 that the threaded hole screw-internal thread fit has left and right to extend, institute are equipped in block 142
It states 138 left and right ends of the second threaded rod and is rotatably assorted respectively and be connected in 139 left hand end wall of the 4th sliding cavity, described second
Threaded rod 138 extends through to the right the 139 right end wall of the 4th sliding cavity and protrudes into second drive cavity 141, second spiral shell
The first bevel gear 140 being fixedly installed on rasp bar 138 in second drive cavity 141,141 bottom of the second drive cavity
Portion is provided with and communicated with the third sliding cavity 137 of opening to the right, and what can be horizontally slipped in the third sliding cavity 137 is provided with the 5th
Sliding shoe 153 is fixedly installed the second motor 152,152 right side of the second motor in 153 right side of the 5th sliding shoe
It is connected by power the second bevel gear 136 matched with the first bevel gear 140, third sliding cavity 137 and first sky
Chamber 110 is provided with and communicated with fifth hole 157, the 6th for being provided with left and right and extending that can be horizontally slipped in the fifth hole 157
Sliding shoe 156,156 right end of the 6th sliding shoe in the third sliding cavity 137 are fixedly connected with the 5th sliding
153 left side of block is provided with stabilizing mechanism in the fuselage 100, and the stabilizing mechanism includes support column 171 and adjustment seat 172.
Valuably, the first limiting slot 127 of opening inwards is symmetrically arranged in 126 left hand end wall of the first sliding cavity,
The first limited block 129 being fixedly connected with first sliding shoe 130 is slidably fitted in first limiting slot 127, it is described
The first top pressure spring 128 to offset with first limited block 129 is fixedly installed on first limiting slot, 127 upside end wall.
Valuably, it is provided with the second limiting slot 122 that Open Side Down in 119 roof of the second sliding cavity, described second
The second limited block 138 being fixedly connected with the third sliding shoe 115, second limit are slidably fitted in limiting slot 122
The second top pressure spring 121 to offset with second limited block 104 is fixedly installed in 122 outer end wall of slot.
Valuably, the inside third limiting slot 133 that is open is symmetrically arranged in about 137 end wall of third sliding cavity,
The third limited block 135 being fixedly connected with the 5th sliding shoe 153 is slidably fitted in the third limiting slot 133, it is described
The third top pressure spring 134 to offset with second limited block 104 is fixedly installed on 133 left side end wall of third limiting slot.
Valuably, divide under described and be equipped with the first top bevel 154 on the right side of mould 125, be equipped on the left of the 6th sliding shoe 156 with
The first pushing tow face 155 that first top bevel 154 matches.
Valuably, the second top bevel is equipped at the top of the second sliding shoe 111, be equipped in the third sliding shoe 115 with it is described
The second pushing tow face 114 that second top bevel matches.
Valuably, the charging conduit 118 extended up and down, the charging conduit 118 are equipped in 110 top end wall of the first cavity
Left side is provided with the feed inlet 151 outside connection, is fixedly installed hydraulic cylinder 117, the hydraulic cylinder at the top of the fuselage 100
117 push rods extend down into the charging conduit 118, and the push rod bottom in the charging conduit 118 is fixedly connected with push plate
116, it is described on divide mould 123 and the first cavity 110 to be provided with and communicated with the 6th through-hole 112.
Valuably, the clamping device includes holding frame 151 and the 5th sliding cavity 143 in clamped frame 151,
Articulated connection is provided with the first clamping limb 146 symmetrical above and below on the left of the holding frame 151, can in the 5th sliding cavity 143
What is horizontally slipped is provided with the 6th sliding shoe 144, is equipped with the perforative threaded hole in left and right, the spiral shell in the 6th sliding shoe 144
The third threaded rod 147 that pit screw-internal thread fit has left and right to extend, 147 left pivot movement of third threaded rod are connected to described the
In five sliding cavities, 143 left end wall, 147 right side of third threaded rod and fixed setting and the 143 right end wall of the 5th sliding cavity
Interior third motor 148 is connected by power, and the second clamping limb 145 symmetrical above and below is hingedly connected on the 6th sliding shoe 144,
Second clamping limb 145 extends to the left to be articulated and connected with first clamping limb 146.
Valuably, 171 upper surface of support column is respectively fixedly connected with fuselage 100 lower end surface four angle, the branch
It is provided with the band internal thread thread cavity 174 that Open Side Down in dagger 171, is provided with and is threadedly engaged in the thread cavity 174
Threaded post 173, the threaded post 173, which extends downwardly, stretches out outside the thread cavity 174, and bottom end is fixedly connected with the tune
Seat 172 is saved, by screwing the adjustment seat 172, the stationarity when fuselage 100 support can be improved.
In the initial state, the first motor 107, the second motor 152 and third motor 148 are equal for equipment of the invention
Remain static, divide under described mould 125 with it is described on divide mould 123 to separate, the cylinder 117 is in contraction state.
When equipment pressing mold of the invention, start the first motor 107 and rotate, the rotation of first motor 107 drives
The second gear 103 rotates, and the rotation of second gear 103 drives the first gear 104 to rotate, the first gear
104 rotations drive the axle sleeve 105 to rotate, and the rotation of axle sleeve 105 drives first threaded rod 108 to rise, and described first
Threaded rod 108 rise push it is described under divide mould 125 to rise, divide under described mould 125 and it is described on when mould 123 being divided to mold, it is described
The second top bevel being arranged at the top of the second sliding shoe 111, which pushes in the third sliding shoe 115, is arranged the second pushing tow face
114, the third sliding shoe 115 is to two Slideslips, and the cylinder 117 pushes the push plate 116 to move down at this time, the push plate
116 move down extruding moves down from the raw material that the feed inlet 151 is fallen into the charging conduit 118, and the raw material passes through the described 6th
Through-hole 112 enter it is described under divide mould 125 and it is described on divide between mould 123 and form.
When equipment backform of the invention, product cooled and solidified after molding starts the first motor 107 and inverts, institute
Stating the reversion of first motor 107 drives the second gear 103 to invert, and the reversion of second gear 103 drives the first gear
104 reversions, the reversion of first gear 104 drive the axle sleeve 105 to invert, and the reversion of axle sleeve 105 drives first spiral shell
Rasp bar 108 declines, first threaded rod 108 decline drive it is described under divide mould 125 to decline, due to dividing mould 125 to decline under described,
Second pushing tow face 114 is separated with second top bevel, and the third sliding shoe 115 is in second top pressure spring 121
Cutting raw material and closing the 6th through-hole 112 are moved towards under effect, due to dividing mould 125 to move down under described, described second is sliding
Lever 132 is contacted with first cavity 110, and second sliding bar 132, which moves up, ejects the shaped article.
When equipment modulus of the invention, due to dividing mould 125 to move down under described, first top bevel 154 and described the
The cooperation of one pushing tow face 155, the 6th sliding shoe 156 move to right, and the 6th sliding shoe 156, which moves to right, pushes the 5th sliding shoe
153 move to right, and the first bevel gear 140 is engaged with the second bevel gear 136 at this time, start second motor 152 at this time
Rotation, the rotation of the second motor 152 drive the second bevel gear 136 to rotate, and the rotation of second bevel gear 136 drives institute
The rotation of first bevel gear 140 is stated, the first bevel gear 140 rotation drives second threaded rod 138 to rotate, and described the
The rotation of two threaded rods 138 drives the 4th sliding shoe 142 to move to left, and the 4th sliding shoe 142, which moves to left, pushes the mandril 149
It moves to left, the mandril 149, which moves to left, pushes the clamping device to move to left, and moves to left when described on the right side of the shaped article, starts institute
The rotation of third motor 148 is stated, the rotation of third motor 148 drives the 6th sliding shoe 144 to move to left, the 6th sliding shoe
144, which move to left promotion first clamping limb 146, clamps the shaped article, starts second motor 152 and inverts, and described second
The reversion of motor 152 drives the second bevel gear 136 to invert, and the reversion of second bevel gear 136 drives the first bevel gear
140 reversions, the reversion of first bevel gear 140 drive second threaded rod 138 to invert, second threaded rod 138
Reversion drives the 4th sliding shoe 142 to move to right, and the 4th sliding shoe 142, which moves to right, pushes the mandril 149 to move to right, the top
Bar 149, which moves to right, pushes the clamping device to move to right, and when shaped article removal, starts the third motor 148 and inverts,
The third motor 148 reversion drives the 6th sliding shoe 144 to move to right, and the 6th sliding shoe 144, which moves to right, pushes described the
One clamping limb 146 puts down the shaped article.
The beneficial effects of the present invention are: equipment of the invention is in the initial state, the first motor, the second motor and
Third motor is in stationary state, divide under described mould with it is described on divide mould to separate, the cylinder is in contraction state.
When equipment pressing mold of the invention, start first motor rotation, the first motor rotation drives described the
The rotation of two gears, the second gear rotation drive the first gear rotation, and the first gear rotation drives the axle sleeve
It rotating, the axle sleeve rotation drives first threaded rod to rise, and divide mould to rise under the first threaded rod rising promotion is described,
Divide under described mould and it is described on when mould being divided to mold, the second top bevel being arranged at the top of the second sliding shoe pushes described
Second pushing tow face is set in third sliding shoe, and the third sliding shoe is to two Slideslips, and the cylinder pushes the push plate at this time
It moves down, the push plate moves down extruding and moves down from the raw material that the feed inlet is fallen into the charging conduit, and the raw material passes through described
6th through-hole enter it is described under divide mould and it is described on divide between mould and form.
When equipment backform of the invention, product cooled and solidified after molding starts first motor reversion, and described the
One motor reversal drives the second gear reversion, and the second gear reversion drives the first gear to invert, and described first
Gear reversion drives the axle sleeve reversion, and the axle sleeve, which inverts, drives the first threaded rod decline, under first threaded rod
Drop drive it is described under divide mould to decline, due to dividing mould to decline under described, second pushing tow face is separated with second top bevel, institute
It states third sliding shoe and moves towards cutting raw material and closing the 6th through-hole under second top pressure spring effect, by institute
It states down and mould is divided to move down, second sliding bar is contacted with first cavity, and second sliding bar, which moves up, produces the molding
Product ejection.
When equipment modulus of the invention, due to dividing mould to move down under described, first top bevel and first pushing tow
Face cooperation, the 6th sliding shoe moves to right, and the 6th sliding shoe, which moves to right, pushes the 5th sliding shoe to move to right, and described at this time the
One bevel gear engages with the second bevel gear, starts the second motor rotation at this time, and the second motor rotation drives institute
Second bevel gear rotation is stated, the second bevel gear rotation drives the first bevel gear rotation, the first bevel gear
Rotation drives the second threaded rod rotation, and the second threaded rod rotation drives the 4th sliding shoe to move to left, and the described 4th
Sliding shoe, which moves to left, pushes the mandril to move to left, and the mandril, which moves to left, pushes the clamping device to move to left, and moves to left when described to described
On the right side of shaped article, start the third motor rotation, the third motor rotation drives the 6th sliding shoe to move to left, described
6th sliding shoe, which moves to left, pushes shaped article described in first gripping arm, starts second motor reversal, and described the
Two motor reversals drive the second bevel gear reversion, and the second bevel gear reversion drives the first bevel gear reversion, institute
It states the first bevel gear reversion and drives the second threaded rod reversion, the second threaded rod reversion drives the 4th sliding
Block moves to right, and the 4th sliding shoe, which moves to right, pushes the mandril to move to right, and the mandril, which moves to right, pushes the clamping device to move to right, when
The shaped article removes, and starts the third motor reversal, and the third motor reversal drives the 6th sliding shoe
It moves to right, the 6th sliding shoe, which moves to right, pushes first clamping limb to put down the shaped article.
The configuration of the present invention is simple is solved equipment depanning difficult problem by ejecting mechanism, is realized and set using clamping device
Standby automatic modulus cooperates between each process and does not influence, improves equipment while reducing human cost
Safety, equipment whole-course automation of the invention, reduces operation error, not only increases injection efficiency and quality, Er Qieti
High device practical performance.
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 scope should be determined by the scope of protection defined in the claims.
Claims (9)
1. including fuselage and the first sky of the fuselage inner opening to the left is arranged in a kind of integrated injection mold of the invention
Chamber can slide up and down down in first cavity and divide mould, and mould bilateral symmetry is divided under described and front and back is symmetrically arranged with up and down
The first through hole of perforation, in the first through hole in be slidably installed the first sliding bar extended up and down, described first is sliding
Lever upper and lower ends end wall above and below first cavity is fixedly connected, and is divided in mould under described and is equipped with the first sliding
Chamber can slide up and down in first sliding cavity and be provided with the first sliding shoe, is symmetrical set in first sliding shoe
The second through-hole having is fixedly installed with the second sliding bar extended up and down in second through-hole, and second sliding bar runs through
End wall protrudes into first cavity first sliding cavity up and down, is fixedly installed with a point mould in the first cavity roof,
Divide bilateral symmetry in mould to be equipped with third through-hole up and down on described, can slide up and down in the third through-hole and be provided with the
Two sliding shoes, the second sliding shoe extend downwardly bottom be fixedly connected it is described under divide mould, it is described on divide and be equipped with left and right above mould
Symmetrical second sliding cavity, what can be horizontally slipped in second sliding cavity is provided with third sliding shoe, under first cavity
Side is provided with the first drive cavity, and first drive cavity bottom is provided with and communicated with the second cavity of opening upwards, and described first passes
Move it is intracavitary be rotatably provided with the axle sleeve extended up and down, upper and lower perforative thread cavity, the thread cavity are equipped in the axle sleeve
Screw-internal thread fit has the first threaded rod extended up and down, upwardly extends at the top of first threaded rod through first drive cavity
Upper end wall protrudes into first cavity, and first threaded rod bottom extends down into second cavity, first cavity
Interior the first threaded rod top end be fixedly connected it is described under divide mould lower end surface, the sleeve outer surface is fixedly installed with
One gear, the axle sleeve left side are rotatably provided with the shaft extended up and down, and the shaft top end is rotationally connected with institute
State in the first drive cavity upper end wall, the shaft bottom end be fixedly installed in the first drive cavity lower end wall first
Motor power connection, the shaft outer surface are fixedly installed with the second gear engaged with the first gear, and the fuselage is right
Side is equipped with the second drive cavity, and second drive cavity bottom is equipped in communication and opening third sliding cavity to the right, and described the
The 4th sliding cavity is equipped on the left of two drive cavities, what the 4th sliding cavity can horizontally slip be provided with the 4th sliding shoe, described the
It is provided with and communicated with the symmetrical fourth hole in front and back between four sliding cavities and first cavity, it is slidable in the fourth hole
It is provided with the mandril that left and right extends, the mandril left distal end in first cavity is fixedly connected with clamping device, and the described 4th
Mandril right end in sliding cavity is fixedly connected with the 4th sliding shoe, is equipped with left and right in the 4th sliding shoe and runs through
Threaded hole, the second threaded rod that the threaded hole screw-internal thread fit has left and right to extend, second threaded rod left and right ends point
It is not rotatably assorted and is connected in the 4th sliding cavity left hand end wall, it is sliding that second threaded rod extends through to the right the described 4th
Dynamic chamber right end wall protrudes into second drive cavity, is fixedly installed in second drive cavity on second threaded rod
First bevel gear, second drive cavity bottom are provided with and communicated with opening third sliding cavity to the right, in the third sliding cavity
What can be horizontally slipped is provided with the 5th sliding shoe, is fixedly installed the second motor in the 5th sliding shoe right side, and described
Two motor right side powers are connected with the second bevel gear matched with the first bevel gear, third sliding cavity and first sky
Chamber is provided with and communicated with fifth hole, the 6th sliding shoe for being provided with left and right and extending that can be horizontally slipped in the fifth hole, institute
It states the 6th sliding shoe right end in third sliding cavity and is fixedly connected with the 5th sliding shoe left side, in the fuselage
It is provided with stabilizing mechanism, the stabilizing mechanism includes support column and adjustment seat.
2. a kind of integrated injection mold according to claim 1, it is characterised in that: the first sliding cavity left hand end wall
In be symmetrically arranged with opening the first limiting slot inwards, be slidably fitted in first limiting slot solid with first sliding shoe
Surely the first limited block connected is fixedly installed with the to offset with first limited block on the upside of first limiting slot on end wall
One top pressure spring.
3. a kind of integrated injection mold according to claim 1, it is characterised in that: set in the second sliding cavity roof
It is equipped with the second limiting slot that Open Side Down, is slidably fitted in second limiting slot and is fixedly connected with the third sliding shoe
Second limited block is fixedly installed with the second press bullet to offset with second limited block in the second limiting slot outer end wall
Spring.
4. a kind of integrated injection mold according to claim 1, it is characterised in that: end wall above and below the third sliding cavity
In be symmetrically arranged with the inside third limiting slot of being open, be slidably fitted in the third limiting slot solid with the 5th sliding shoe
Surely the third limited block connected is fixedly installed with the to offset with second limited block on the left of the third limiting slot on end wall
Three top pressure springs.
5. a kind of integrated injection mold according to claim 1, it is characterised in that: divide under described and be equipped with first on the right side of mould
Top bevel, the 6th sliding shoe left side are equipped with the first pushing tow face matched with first top bevel.
6. a kind of integrated injection mold according to claim 1, it is characterised in that: be equipped with second at the top of the second sliding shoe
Top bevel, the third sliding shoe is interior to be equipped with the second pushing tow face matched with second top bevel.
7. a kind of integrated injection mold according to claim 1, it is characterised in that: in the first cavity top end wall
Equipped with the charging conduit extended up and down, the feed inlet being provided with outside connection on the left of the charging conduit, the fuselage roof fixation is set
It is equipped with hydraulic cylinder, the hydraulic cylinder push rod extends down into the charging conduit, and the push rod bottom in the charging conduit is solid
Surely be connected with push plate, it is described on divide mould and the first cavity to be provided with and communicated with the 6th through-hole.
8. a kind of integrated injection mold according to claim 1, it is characterised in that: the clamping device includes holding frame
And the 5th sliding cavity in clamped frame, holding frame left side articulated connection are provided with the first clamping symmetrical above and below
Arm, what can be horizontally slipped in the 5th sliding cavity is provided with the 6th sliding shoe, is equipped with left and right in the 6th sliding shoe and runs through
Threaded hole, the third threaded rod that the threaded hole screw-internal thread fit has left and right to extend, the third threaded rod left pivot movement connects
It is connected in the wall of the 5th sliding cavity left end, on the right side of the third threaded rod and is fixedly installed and the 5th sliding cavity right end wall
Interior third motor power connection, is hingedly connected with the second clamping limb symmetrical above and below on the 6th sliding shoe, and described second
Clamping limb extends to the left to be articulated and connected with first clamping limb.
9. a kind of integrated injection mold according to claim 1, it is characterised in that:, the upper end of support column face difference
It is fixedly connected with the angle of the fuselage lower end surface four, the band internal thread thread cavity that Open Side Down is provided in the support column,
The threaded post being threadedly engaged is provided in the thread cavity, the threaded post, which extends downwardly, stretches out outside the thread cavity, and bottom
End is fixedly connected with the adjustment seat.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
CN201810420468.4A CN109130108A (en) | 2018-05-04 | 2018-05-04 | A kind of integrated injection mold |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
CN201810420468.4A CN109130108A (en) | 2018-05-04 | 2018-05-04 | A kind of integrated injection mold |
Publications (1)
Publication Number | Publication Date |
---|---|
CN109130108A true CN109130108A (en) | 2019-01-04 |
Family
ID=64801700
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
CN201810420468.4A Withdrawn CN109130108A (en) | 2018-05-04 | 2018-05-04 | A kind of integrated injection mold |
Country Status (1)
Country | Link |
---|---|
CN (1) | CN109130108A (en) |
-
2018
- 2018-05-04 CN CN201810420468.4A patent/CN109130108A/en not_active Withdrawn
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Application publication date: 20190104 |
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