CN110193310A - A kind of nuisanceless foaming agent technique of quick moulding - Google Patents
A kind of nuisanceless foaming agent technique of quick moulding Download PDFInfo
- Publication number
- CN110193310A CN110193310A CN201910478545.6A CN201910478545A CN110193310A CN 110193310 A CN110193310 A CN 110193310A CN 201910478545 A CN201910478545 A CN 201910478545A CN 110193310 A CN110193310 A CN 110193310A
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- Prior art keywords
- drive cavity
- shaft
- cavity
- drive
- main body
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01F—MIXING, e.g. DISSOLVING, EMULSIFYING OR DISPERSING
- B01F27/00—Mixers with rotary stirring devices in fixed receptacles; Kneaders
- B01F27/23—Mixers with rotary stirring devices in fixed receptacles; Kneaders characterised by the orientation or disposition of the rotor axis
- B01F27/232—Mixers with rotary stirring devices in fixed receptacles; Kneaders characterised by the orientation or disposition of the rotor axis with two or more rotation axes
- B01F27/2322—Mixers with rotary stirring devices in fixed receptacles; Kneaders characterised by the orientation or disposition of the rotor axis with two or more rotation axes with parallel axes
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01F—MIXING, e.g. DISSOLVING, EMULSIFYING OR DISPERSING
- B01F27/00—Mixers with rotary stirring devices in fixed receptacles; Kneaders
- B01F27/80—Mixers with rotary stirring devices in fixed receptacles; Kneaders with stirrers rotating about a substantially vertical axis
- B01F27/90—Mixers with rotary stirring devices in fixed receptacles; Kneaders with stirrers rotating about a substantially vertical axis with paddles or arms
- B01F27/906—Mixers with rotary stirring devices in fixed receptacles; Kneaders with stirrers rotating about a substantially vertical axis with paddles or arms with fixed axis
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- Chemical & Material Sciences (AREA)
- Chemical Kinetics & Catalysis (AREA)
- Mixers Of The Rotary Stirring Type (AREA)
Abstract
The invention discloses a kind of quick nuisanceless foaming agent techniques of moulding, including apparatus main body and the first drive cavity being arranged in described device main body, the first cavity extended to the left is provided with and communicated in end wall on the left of first drive cavity, hydraulic cylinder is fixedly installed in end wall on the left of first cavity, the hydraulic cylinder right end is connected by power the hydraulic stem extended to the right, the first mounting blocks that can be horizontally slipped are provided in first drive cavity, and first mounting blocks left end is connect with the hydraulic stem secure fit, first mounting blocks are fixedly installed with power motor in right side, the second drive cavity being provided in described device main body on the right side of first drive cavity, it is rotatably assorted between first drive cavity and second drive cavity and the first splined sleeve is installed, the power motor right end, which has been connected by power, to be prolonged to the right The first rotating shaft stretched, and the first rotating shaft outer surface is provided with spline thread, the first rotating shaft right end passes through first splined sleeve and is slidably connected with first splined sleeve.
Description
Technical field
The present invention relates to foaming agent processing technique field, specially a kind of nuisanceless foaming agent technique of quick moulding.
Background technique
Foaming agent is exactly the substance for making object substance pore-forming, it can be divided into chemical foaming agent and physical blowing agent and surface is living
Property agent three categories.Being mixed in the processing of foaming agent is important procedure, and traditional foaming agent mixing plant has stirring
Inefficiency, and need it is artificial carry out auxiliary operation, step is many and diverse, and manual operation on the quality of final foaming agent influence compared with
Greatly.
Summary of the invention
It is in the prior art for overcoming the purpose of the present invention is to provide a kind of quick nuisanceless foaming agent technique of moulding
Drawbacks described above.
A kind of quick nuisanceless foaming agent technique of moulding according to the present invention, including apparatus main body and setting are in the dress
The first drive cavity in main body is set, is provided with and communicated with the first cavity extended to the left, institute in end wall on the left of first drive cavity
State and be fixedly installed with hydraulic cylinder on the left of the first cavity in end wall, the hydraulic cylinder right end be connected by power extend to the right it is hydraulic
Bar is provided with the first mounting blocks that can be horizontally slipped, and first mounting blocks left end and the liquid in first drive cavity
Compression bar secure fit connects, and is fixedly installed with power motor in first mounting blocks right side, is arranged in described device main body
There is the second drive cavity being located on the right side of first drive cavity, rotates and match between first drive cavity and second drive cavity
Conjunction is equipped with the first splined sleeve, and the power motor right end is connected by power the first rotating shaft extended to the right, and described first
Shaft outer surface is provided with spline thread, the first rotating shaft right end pass through first splined sleeve and with first spline
Sleeve sliding connection, the first mounting blocks right end be provided with symmetrical above and belowly be fixedly mounted on first mounting blocks with
First back-moving spring between the first drive cavity right end wall is provided in second drive cavity and is fixedly mounted on described
The first bevel gear of one shaft right end is provided with opening in described device main body to the left and is located on the upside of second drive cavity
Second cavity, be rotatably assorted the second shaft for being equipped with and extending up and down between second drive cavity and second cavity, and
Second shaft upper end is rotatably assorted with the second cavity upper end wall and connect, and second shaft lower end and described second passes
Dynamic chamber lower end wall is rotatably assorted connection, is provided in second drive cavity and is fixedly mounted on the of second shaft outer surface
Two bevel gears, and exist between the first bevel gear and the second bevel gear and engage matching relationship, in described device main body
The third drive cavity being provided between second cavity and second drive cavity, and second shaft is through described
Third drive cavity is provided with the first spur gear for being fixedly mounted on third drive cavity outer surface in the third drive cavity,
The third drive cavity is rotatably assorted between end wall the third shaft being equipped on the right side of second shaft up and down, and described the
It is provided in three drive cavities and is fixedly mounted on third shaft outer surface and engages the second of cooperation with first spur gear
Spur gear, be rotatably assorted the 4th shaft for being connected with and extending up and down between second cavity and the third drive cavity, and institute
It states the 4th shaft upper end and is rotatably assorted with the second cavity upper end wall and connect, the 4th shaft lower end and the third are driven
Chamber lower end wall is rotatably assorted connection, be provided in the third drive cavity be fixedly mounted on the 4th shaft outer surface and with institute
The third spur gear that the second spur gear is meshed is stated, is provided in second cavity and several is fixedly mounted on second shaft
And the agitating shaft of the 4th shaft outer surface, the through-hole being connected with the external world is provided in the second cavity upper end wall,
Described device main body upper end is fixedly installed with the second mounting blocks on the upside of the through-hole, is provided in second mounting blocks
The feeding port being connected up and down and with the through-hole.
Further technical solution, the 4th transmission being provided in described device main body on the right side of second drive cavity
Chamber, the 4th drive cavity left side end wall transfer is dynamic to be fitted with the first frictional disk, second drive cavity and described first
It is rotatably assorted between frictional disk and the 5th shaft that left and right extends is installed, be provided in second drive cavity and be fixedly mounted on institute
The third hand tap gear stating the 5th shaft left end and being meshed with the second bevel gear is provided with positioned at institute in described device main body
The 5th drive cavity on the right side of the 4th drive cavity is stated, is rotatably assorted and is equipped between the 4th drive cavity and the 5th drive cavity
The second splined sleeve that left and right extends, and the second splined sleeve right end and the 5th drive cavity right end wall are rotatably assorted company
It connects, the 6th shaft that left and right extends is slidably fitted in second splined sleeve, and the 6th shaft outer surface is provided with
The spline thread matched with second splined sleeve is provided in the 4th drive cavity and is fixedly mounted on described 6th turn
Second frictional disk of axis left end is fixedly installed with symmetrical above and below between second frictional disk and the 4th drive cavity right end wall
Second back-moving spring, be fixedly installed with the first electromagnet symmetrical above and below in first frictional disk right side, described second
It is fixedly installed with the first armature block matched with first electromagnet in frictional disk left side, is set in the 5th drive cavity
It is equipped with the first driving wheel for being fixedly mounted on second splined sleeve outer surface, is provided in described device main body described in being located at
The 6th drive cavity above 5th drive cavity is provided with and communicated with downward between the 5th drive cavity and the 6th drive cavity
The connectivity slot stretched, the 7th drive cavity being provided in described device main body on the left of the 6th drive cavity, the described 6th passes
It is rotatably assorted between dynamic chamber and the 7th drive cavity and the 7th shaft that left and right extends is installed, the 6th drive cavity left and right sides
It is rotatably assorted between end wall and the ratchet carriage that left and right extends and matches with the 7th shaft is installed, the 6th drive cavity
In be additionally provided with the second driving wheel for being fixedly mounted on the ratchet carriage outer surface, first driving wheel and described second passes
The transmission belt being connected by power in the connectivity slot between driving wheel is provided in the 7th drive cavity and is fixedly mounted on institute
The transmission gear of the 7th shaft left end is stated, what left and right extended in described device main body is provided with above the 7th drive cavity
And the first sliding groove being connected with the 7th drive cavity, and the first sliding groove is in the through-hole, the first sliding groove
It is provided with the driving rack that can be horizontally slipped and be meshed with the transmission gear, is provided in described device main body described in being located at
Third cavity between 7th drive cavity and the 6th drive cavity, and the 7th shaft runs through the third cavity, it is described
The torque spring for being fixedly mounted on the 7th shaft outer surface, and torque spring head and the tail both ends are provided in third cavity
Be fixedly mounted on the third cavity upper and lower sides inner wall by link block respectively, be provided in the first sliding groove upper end wall with
The second sliding slot that the first sliding groove is connected is fixedly installed with pneumatic cylinder, the pneumatic cylinder in the second sliding slot upper end wall
Lower end is connected by power the atmospheric pressure pole extended downwardly, is slidably fitted with and is fixedly mounted under the atmospheric pressure pole in the second sliding slot
The sliding block at end.
Further technical solution, the ratchet carriage include the open slot that the 7th shaft outer surface is arranged in, institute
It states to be rotatably assorted between end wall at left and right sides of open slot and pawl shaft is installed, be provided in the open slot described in being fixedly mounted on
The pawl of pawl shaft outer surface, the ratchet carriage inner wall are provided with the hook tooth matched with the pawl.
Further technical solution, described device main body left side, which is provided with, is in same level with second cavity
Sealing door-plat, the sealing door-plat right side downside are fixedly installed with the first link block, and the first link block right end passes through hinge
Chain, which is rotatably assorted, is equipped with the second link block, and the second link block right end and described device main body left side secure fit connect
It connects, is fixedly installed with the second armature block on the upside of the sealing door-plat right side, the second armature block right end is provided with fixed peace
Mounted in described device main body left side and the second electromagnet for being matched with second armature block, the sealing door-plat left side
Upside is fixedly installed with push and pull bar.
The beneficial effects of the present invention are:
In use, staff adds the raw material that foaming agent stirring needs by feeding port and through-hole into the second cavity,
Start hydraulic cylinder when enough raw material to be added, hydraulic cylinder drives the first mounting blocks to slide to the right by hydraulic stem, thus band
Dynamic first bevel gear is meshed with second bevel gear, closes hydraulic cylinder at this time and opens power motor, power motor passes through first
Shaft drives first bevel gear rotation, and first bevel gear passes through the meshing relation between second bevel gear and third hand tap gear
It drives the 5th shaft to rotate, starts the first electromagnet at this time, driven by the cooperation between the first electromagnet and the first armature block
Second frictional disk is moved to the left, to drive the first frictional disk and the mutual frictional fit of the second frictional disk, the 5th shaft is logical at this time
It crosses the first frictional disk and the second frictional disk drives the rotation of the 6th shaft, the 6th shaft drives the first transmission by the second splined sleeve
Power cooperation between wheel and the second driving wheel drives ratchet carriage rotation, and ratchet carriage is rotated forward by hook tooth and drives the 7th turn
Axis rotation, the 7th shaft drive driving rack to slide to the left by the meshing relation between transmission gear and driving rack, at this time
Start pneumatic cylinder, pneumatic cylinder is moved down by atmospheric pressure pole band movable slider, and driving rack right end offsets with sliding block left side at this time
It connects, to seal through-hole, disconnects the matching relationship between the first electromagnet and the first armature block at this time, with constantly first bevel gear
The rotation of the second shaft is driven by the cooperation of engaging between first bevel gear and second bevel gear, the second shaft passes through first at this time
Between spur gear, the second spur gear and third spur gear meshing relation drive the 4th shaft rotation, by the first spur gear with
And the 4th shaft drive agitating shaft to be stirred preparation to the raw material in the second cavity, it is to be mixed after the completion of closing power motor,
Reverse starting hydraulic cylinder drives the first mounting blocks to restore initial position simultaneously, and staff opens sealing door-plat and will prepare at this time
At foaming agent take out, but need reverse starting pneumatic cylinder when being prepared next time, pneumatic cylinder passes through atmospheric pressure pole with movable slider
It moves up, when sliding block and driving rack are detached from, the 7th shaft rotates backward under the action of torque spring, drives pass at this time
Carry-over bar slides to the right, at this time again opens through-hole.
The configuration of the present invention is simple, easy to operate, usability is strong, by being completed by the drive mechanism of automation to foaming agent
Stirring preparation, improve the production efficiency of staff.
Detailed description of the invention
Fig. 1 is a kind of quick nuisanceless foaming agent internal process overall structure diagram of moulding of the invention；
Fig. 2 is the structural schematic diagram in the present invention in Fig. 1 at A；
Fig. 3 is the structural schematic diagram in the present invention in Fig. 2 at B-B；
Fig. 4 is the structural schematic diagram in the present invention in Fig. 1 at C；
Fig. 5 is the structural schematic diagram in the present invention in Fig. 1 at D.
Specific embodiment
Below with reference to Fig. 1-5, the present invention is described in detail, for sake of convenience, now such as to hereafter described orientation regulation
Under: hereafter described front-rear direction up and down is consistent with the front-rear direction up and down of Fig. 1 projection relation itself.
Referring to Fig.1-5, a kind of quick nuisanceless foaming agent technique of moulding of embodiment according to the present invention, including device master
Body 100 and the first drive cavity 107 being arranged in described device main body 100 connect in first drive cavity, the 107 left side end wall
It is logical to be provided with the first cavity 106 extended to the left, hydraulic cylinder 104, institute are fixedly installed in the 106 left side end wall of the first cavity
It states 104 right end of hydraulic cylinder and is connected by power the hydraulic stem 105 extended to the right, being provided in first drive cavity 107 can control
First mounting blocks 102 of sliding, and 102 left end of the first mounting blocks is connect with 105 secure fit of hydraulic stem, and described the
It is fixedly installed with power motor 103 in one mounting blocks, 102 right side, is provided in described device main body 100 positioned at described first
Second drive cavity 112 on 107 right side of drive cavity, is rotatably assorted between first drive cavity 107 and second drive cavity 112
First splined sleeve 101 is installed, 103 right end of power motor is connected by power the first rotating shaft 110 extended to the right, and institute
It states 110 outer surface of first rotating shaft and is provided with spline thread, 110 right end of first rotating shaft passes through first splined sleeve 101
And be slidably connected with first splined sleeve 101,102 right end of the first mounting blocks is provided with fixation symmetrical above and belowly
The first back-moving spring 108 being mounted between 107 right end wall of first mounting blocks 102 and first drive cavity, described
The first bevel gear 111 for being fixedly mounted on 110 right end of first rotating shaft, described device main body are provided in two drive cavities 112
It is provided with opening in 100 to the left and is located at the second cavity 123 of 112 upside of the second drive cavity, second drive cavity 112
Be rotatably assorted the second shaft 113 for being equipped with and extending up and down between second cavity 123, and in second shaft 113
End is rotatably assorted with 123 upper end wall of the second cavity to be connect, 113 lower end of the second shaft and second drive cavity 112
Lower end wall is rotatably assorted connection, is provided in second drive cavity 112 and is fixedly mounted on 113 outer surface of the second shaft
Second bevel gear 114, and exist between the first bevel gear 111 and the second bevel gear 114 and engage matching relationship, it is described
The third drive cavity 130 being provided in apparatus main body 100 between second cavity 123 and second drive cavity 112,
And second shaft 113 runs through the third drive cavity 130, is provided in the third drive cavity 130 and is fixedly mounted on institute
The first spur gear 131 of 130 outer surface of third drive cavity is stated, be rotatably assorted peace between about 130 end wall of third drive cavity
Equipped with the third shaft 133 for being located at 113 right side of the second shaft, it is provided with and is fixedly mounted in the third drive cavity 130
133 outer surface of third shaft and the second spur gear 132 that cooperation is engaged with first spur gear 131, described second is empty
Be rotatably assorted the 4th shaft 135 for being connected with and extending up and down between chamber 123 and the third drive cavity 130, and described 4th turn
135 upper end of axis is rotatably assorted with 123 upper end wall of the second cavity and connect, and 135 lower end of the 4th shaft and the third pass
Dynamic 130 lower end wall of chamber is rotatably assorted connection, is provided in the third drive cavity 130 and is fixedly mounted on the 4th shaft 135
Outer surface and the third spur gear 134 being meshed with second spur gear 132 are provided in second cavity 123 several
It is fixedly mounted on the agitating shaft 136 of second shaft 113 and 135 outer surface of the 4th shaft, second cavity 123
The through-hole 150 being connected with the external world is provided in upper end wall, 100 upper end of described device main body is fixedly installed with positioned at the through-hole
Second mounting blocks 125 of 150 upsides, are provided with up and down and are connected with the through-hole 150 in second mounting blocks 125
Feeding port 124.
Valuably or illustratively, the positioned at second drive cavity, 112 right side is provided in described device main body 100
Four drive cavities 170, the 170 left side end wall transfer of the 4th drive cavity is dynamic to be fitted with the first frictional disk 175, and described second passes
It is rotatably assorted between dynamic chamber 112 and first frictional disk 175 and the 5th shaft 116 that left and right extends is installed, described second passes
The third for being fixedly mounted on 116 left end of the 5th shaft and being meshed with the second bevel gear 114 is provided in dynamic chamber 112
Bevel gear 115 is provided with the 5th drive cavity 119 positioned at 170 right side of the 4th drive cavity, institute in described device main body 100
It states to be rotatably assorted between the 4th drive cavity 170 and the 5th drive cavity 119 and the second splined sleeve that left and right extends is installed
118, and 118 right end of the second splined sleeve is rotatably assorted with the 119 right end wall of the 5th drive cavity and connect, second flower
The 6th shaft 117 that left and right extends is slidably fitted in key sleeve 118, and 117 outer surface of the 6th shaft is provided with and institute
The spline thread that the second splined sleeve 118 matches is stated, is provided in the 4th drive cavity 170 and is fixedly mounted on the described 6th
Second frictional disk 172 of 117 left end of shaft, it is fixed between 170 right end wall of second frictional disk 172 and the 4th drive cavity
Second back-moving spring 171 symmetrical above and below is installed, is fixedly installed in 175 right side of the first frictional disk symmetrical above and below
First electromagnet 174 is fixedly installed in second frictional disk, 172 left side and to match with first electromagnet 174
First armature block 173 is provided in the 5th drive cavity 119 and is fixedly mounted on 118 outer surface of the second splined sleeve
First driving wheel 120, the 6th drive cavity being provided in described device main body 100 above the 5th drive cavity 119
155, it is provided with and communicated with the connectivity slot 122 extended up and down between the 5th drive cavity 119 and the 6th drive cavity 155, institute
State the 7th drive cavity 151 being provided in apparatus main body 100 positioned at 155 left side of the 6th drive cavity, the 6th drive cavity
It is rotatably assorted between 155 and the 7th drive cavity 151 and the 7th shaft 153 that left and right extends is installed, the 6th drive cavity
It is rotatably assorted between 155 left and right sides end walls and the ratchet carriage that left and right extends and matches with the 7th shaft 153 is installed
157, the second driving wheel for being fixedly mounted on 157 outer surface of ratchet carriage is additionally provided in the 6th drive cavity 155
156, the biography being connected by power between first driving wheel 120 and second driving wheel 156 in the connectivity slot 122
Band 121 is moved, is provided with the transmission gear 152 for being fixedly mounted on 153 left end of the 7th shaft in the 7th drive cavity 151,
In described device main body 100 left and right extend be provided with above the 7th drive cavity 151 and with the 7th drive cavity
151 first sliding grooves 160 being connected, and the first sliding groove 160 runs through the through-hole 150, is arranged in the first sliding groove 160
There is the driving rack 161 that can be horizontally slipped and be meshed with the transmission gear 152, is provided with position in described device main body 100
Third cavity 154 between the 7th drive cavity 151 and the 6th drive cavity 155, and the 7th shaft 153 runs through
The third cavity 154 is provided with the torsion for being fixedly mounted on 153 outer surface of the 7th shaft in the third cavity 154
Spring 158, and 158 head and the tail both ends of the torque spring pass through link block 159 respectively and are fixedly mounted on the third cavity 154
On the inner wall of downside, it is provided with the second sliding slot 185 being connected with the first sliding groove 160 in 160 upper end wall of first sliding groove,
Pneumatic cylinder 187 is fixedly installed in 185 upper end wall of second sliding slot, 187 lower end of pneumatic cylinder is connected by power oriented downward
The atmospheric pressure pole 186 stretched is slidably fitted with the sliding block for being fixedly mounted on 186 lower end of atmospheric pressure pole in the second sliding slot 185
188。
Valuably or illustratively, the ratchet carriage 157 includes the opening that 153 outer surface of the 7th shaft is arranged in
Slot 168 is rotatably assorted between 168 left and right sides end wall of open slot and is equipped with pawl shaft 166, sets in the open slot 168
It is equipped with the pawl 165 for being fixedly mounted on 166 outer surface of pawl shaft, 157 inner wall of ratchet carriage is provided with and the spine
The hook tooth 167 that pawl 165 matches.
Valuably or illustratively, it is provided on the left of described device main body 100 and is in same water with second cavity 123
The sealing door-plat 127 of plane, 127 right side of the sealing door-plat downside are fixedly installed with the first link block 129, and described first connects
Connect 129 right end of block and be rotatably assorted by hinge and the second link block 128 is installed, and 128 right end of the second link block with it is described
The connection of 100 left side secure fit of apparatus main body, 127 right side of the sealing door-plat upside are fixedly installed with the second armature block
181,181 right end of the second armature block, which is provided with, to be fixedly mounted on 100 left side of described device main body and holds in the mouth with described second
The second electromagnet 180 that iron block 181 matches, 127 left side of the sealing door-plat upside are fixedly installed with push and pull bar 126.
When original state, the hydraulic cylinder 104 is in close state, and first mounting blocks 102 are described first at this time
It is utmostly slided to the left in drive cavity 107, thus 102 left end of the first mounting blocks and 107 left end of the first drive cavity
Wall abuts against, while the first bevel gear 111 is disengaged from the second bevel gear 114, second shaft 113 and
The 4th shaft 135 of 4th shaft, 135 outer surface is in relative static conditions, institute in second cavity 123
It states the first electromagnet 174 to be in close state, effect of second frictional disk 172 in 171 elastic force of second back-moving spring
Lower be detached from first frictional disk 175 cooperates, at the same the driving rack 161 in the first sliding groove 160 utmostly
It slides to the right, so that the through-hole 150 is in the open state, the pneumatic cylinder 187 is in close state, and the sliding block 188 exists
Utmostly upward sliding in the second sliding slot 185, thus 188 lower end surface of the sliding block and 161 upper end of driving rack
Face abuts against, so that the sealing door-plat 127 passes through matching between second armature block 181 and second electromagnet 180
It closes and is sealed the opening in 123 left side of the second cavity.
In use, staff is added by the feeding port 124 and the through-hole 150 into second cavity 123
The raw material for adding foaming agent stirring to need, whens enough raw material to be added, start the hydraulic cylinder 104, the hydraulic cylinder 104
First mounting blocks 102 are driven to slide to the right by the hydraulic stem 105, to drive the first bevel gear 111 and institute
It states second bevel gear 114 to be meshed, close the hydraulic cylinder 104 at this time and opens the power motor 103, the power motor
103 drive the first bevel gear 111 to rotate by the first rotating shaft 110, and the first bevel gear 111 is by with described the
Meshing relation between two bevel gears 114 and the third hand tap gear 115 drives the 5th shaft 116 rotation, opens at this time
First electromagnet 174 is moved, institute is driven by the cooperation between first electromagnet 174 and first armature block 173
It states the second frictional disk 172 to be moved to the left, to drive first frictional disk 175 and the 172 phase mutual friction of the second frictional disk
Cooperation, the 5th shaft 116 drives the described 6th with second frictional disk 172 by first frictional disk 175 at this time
Shaft 117 rotate, the 6th shaft 117 by second splined sleeve 118 drive first driving wheel 120 with it is described
Power cooperation between second driving wheel 156 drives the ratchet carriage 157 to rotate, and the ratchet carriage 157 passes through hook tooth
It rotates forward and drives the 7th shaft 153 rotation, the 7th shaft 153 passes through the transmission gear 152 and the driving rack
Meshing relation between 161 drives the driving rack 161 to slide to the left, starts the pneumatic cylinder 187, the pneumatic cylinder at this time
187 drive the sliding block 188 to move down by the atmospheric pressure pole 186, at this time 161 right end of driving rack and the sliding block
188 left sides abut against, to seal the through-hole 150, disconnect first electromagnet 174 and first armature block at this time
Matching relationship between 173 passes through the first bevel gear 111 and the second cone tooth with the constantly described first bevel gear 111
Engagement cooperation between wheel 114 drives second shaft 113 to rotate, and second shaft 113 is straight by described first at this time
Meshing relation drives the 4th shaft 135 between gear 131, second spur gear 132 and the third spur gear 134
Rotation, drives the agitating shaft 136 to second cavity by first spur gear 131 and the 4th shaft 135
Raw material in 123 is stirred preparation, closes the power motor 103 after the completion of to be mixed, while hydraulic described in reverse starting
Cylinder 104 drives first mounting blocks 102 to restore initial position, and staff opens the sealing door-plat 127 and will prepare at this time
The foaming agent of completion takes out, but pneumatic cylinder 187 described in reverse starting when needing to be prepared next time, the pneumatic cylinder 187 lead to
Crossing the atmospheric pressure pole 186 drives the sliding block 188 to move up, when the sliding block 188 is detached from the driving rack 161,
7th shaft 153 rotates backward under the action of torque spring 158, drives the driving rack 161 at this time to the right
Sliding, at this time again opens the through-hole 150.
The configuration of the present invention is simple, easy to operate, usability is strong, by being completed by the drive mechanism of automation to foaming agent
Stirring preparation, improve the production efficiency of staff.
The beneficial effects of the present invention are:
In use, staff adds the raw material that foaming agent stirring needs by feeding port and through-hole into the second cavity,
Start hydraulic cylinder when enough raw material to be added, hydraulic cylinder drives the first mounting blocks to slide to the right by hydraulic stem, thus band
Dynamic first bevel gear is meshed with second bevel gear, closes hydraulic cylinder at this time and opens power motor, power motor passes through first
Shaft drives first bevel gear rotation, and first bevel gear passes through the meshing relation between second bevel gear and third hand tap gear
It drives the 5th shaft to rotate, starts the first electromagnet at this time, driven by the cooperation between the first electromagnet and the first armature block
Second frictional disk is moved to the left, to drive the first frictional disk and the mutual frictional fit of the second frictional disk, the 5th shaft is logical at this time
It crosses the first frictional disk and the second frictional disk drives the rotation of the 6th shaft, the 6th shaft drives the first transmission by the second splined sleeve
Power cooperation between wheel and the second driving wheel drives ratchet carriage rotation, and ratchet carriage is rotated forward by hook tooth and drives the 7th turn
Axis rotation, the 7th shaft drive driving rack to slide to the left by the meshing relation between transmission gear and driving rack, at this time
Start pneumatic cylinder, pneumatic cylinder is moved down by atmospheric pressure pole band movable slider, and driving rack right end offsets with sliding block left side at this time
It connects, to seal through-hole, disconnects the matching relationship between the first electromagnet and the first armature block at this time, with constantly first bevel gear
The rotation of the second shaft is driven by the cooperation of engaging between first bevel gear and second bevel gear, the second shaft passes through first at this time
Between spur gear, the second spur gear and third spur gear meshing relation drive the 4th shaft rotation, by the first spur gear with
And the 4th shaft drive agitating shaft to be stirred preparation to the raw material in the second cavity, it is to be mixed after the completion of closing power motor,
Reverse starting hydraulic cylinder drives the first mounting blocks to restore initial position simultaneously, and staff opens sealing door-plat and will prepare at this time
At foaming agent take out, but need reverse starting pneumatic cylinder when being prepared next time, pneumatic cylinder passes through atmospheric pressure pole with movable slider
It moves up, when sliding block and driving rack are detached from, the 7th shaft rotates backward under the action of torque spring, drives pass at this time
Carry-over bar slides to the right, at this time again opens through-hole.
The configuration of the present invention is simple, easy to operate, usability is strong, by being completed by the drive mechanism of automation to foaming agent
Stirring preparation, improve the production efficiency of staff.
Those skilled in the art can define, can in the case of not departing from overall spirit of the invention and design
To make the various modifications for above embodiments, fall within the scope of protection of the present invention, protection scheme of the invention
It is subject to claims appended hereto.
Claims (5)
1. a kind of nuisanceless foaming agent technique of quick moulding, including apparatus main body and be arranged in described device main body first
Drive cavity, it is characterised in that: it is provided with and communicated with the first cavity extended to the left on the left of first drive cavity in end wall, described the
It is fixedly installed with hydraulic cylinder in end wall on the left of one cavity, the hydraulic cylinder right end is connected by power the hydraulic stem extended to the right, institute
The first mounting blocks that is provided with and can horizontally slip in the first drive cavity are stated, and first mounting blocks left end and the hydraulic stem are solid
It is fixed to be cooperatively connected, it is fixedly installed with power motor in first mounting blocks right side, is provided with and is located in described device main body
The second drive cavity on the right side of first drive cavity, be rotatably assorted installation between first drive cavity and second drive cavity
There is the first splined sleeve, the power motor right end is connected by power the first rotating shaft extended to the right, and outside the first rotating shaft
Surface is provided with spline thread, and the first rotating shaft right end passes through first splined sleeve and slides with first splined sleeve
Dynamic to be cooperatively connected, the first mounting blocks right end is provided with symmetrical above and belowly is fixedly mounted on first mounting blocks and described the
First back-moving spring between one drive cavity right end wall is provided in second drive cavity and is fixedly mounted on the first rotating shaft
The first bevel gear of right end is provided with opening in described device main body to the left and is located on the upside of second drive cavity second empty
Chamber, be rotatably assorted the second shaft for being equipped with and extending up and down between second drive cavity and second cavity, and described
Two shaft upper ends are rotatably assorted with the second cavity upper end wall and connect, under second shaft lower end and second drive cavity
End wall is rotatably assorted connection, and the second cone tooth for being fixedly mounted on second shaft outer surface is provided in second drive cavity
Wheel, and exist between the first bevel gear and the second bevel gear and engage matching relationship, it is provided in described device main body
Third drive cavity between second cavity and second drive cavity, and second shaft is passed through the third
Dynamic chamber, is provided with the first spur gear for being fixedly mounted on third drive cavity outer surface in the third drive cavity, and described the
Be rotatably assorted between end wall the third shaft being equipped on the right side of second shaft above and below three drive cavities, the third transmission
The second spur gear for being fixedly mounted on third shaft outer surface and engaging cooperation with first spur gear is provided in chamber,
Be rotatably assorted the 4th shaft for being connected with and extending up and down between second cavity and the third drive cavity, and described 4th turn
Axis upper end is rotatably assorted with the second cavity upper end wall and connect, the 4th shaft lower end and the third drive cavity lower end wall
Be rotatably assorted connection, be provided in the third drive cavity be fixedly mounted on the 4th shaft outer surface and with it is described second straight
The third spur gear that gear is meshed is provided with several second shafts and described of being fixedly mounted in second cavity
The agitating shaft of 4th shaft outer surface, is provided in the second cavity upper end wall and the extraneous through-hole being connected, described device
Main body upper end is fixedly installed with the second mounting blocks on the upside of the through-hole, is provided with up and down in second mounting blocks
And the feeding port being connected with the through-hole.
2. a kind of quick nuisanceless foaming agent technique of moulding according to claim 1, it is characterised in that: described device main body
In be provided with the 4th drive cavity on the right side of second drive cavity, the dynamic cooperation peace of end wall transfer on the left of the 4th drive cavity
Equipped with the first frictional disk, it is rotatably assorted between second drive cavity and first frictional disk and is equipped with the left and right extends the 5th
Shaft is provided in second drive cavity and is fixedly mounted on the 5th shaft left end and is meshed with the second bevel gear
Third hand tap gear, the 5th drive cavity being provided in described device main body on the right side of the 4th drive cavity, the described 4th
It is rotatably assorted between drive cavity and the 5th drive cavity and the second splined sleeve that left and right extends is installed, and second spline
Sleeve right end is rotatably assorted with the 5th drive cavity right end wall and connect, and left and right is slidably fitted in second splined sleeve and is prolonged
The 6th shaft stretched, and the 6th shaft outer surface is provided with the spline thread matched with second splined sleeve, institute
It states and is provided with the second frictional disk for being fixedly mounted on the 6th shaft left end in the 4th drive cavity, second frictional disk and institute
It states and is fixedly installed with second back-moving spring symmetrical above and below between the 4th drive cavity right end wall, in first frictional disk right side
It is fixedly installed with the first electromagnet symmetrical above and below, is fixedly installed in second frictional disk left side and first electromagnetism
First armature block of iron phase cooperation, is provided in the 5th drive cavity and is fixedly mounted on second splined sleeve outer surface
First driving wheel, the 6th drive cavity being provided in described device main body above the 5th drive cavity, the described 5th passes
It is provided with and communicated with the connectivity slot extended up and down between dynamic chamber and the 6th drive cavity, is provided in described device main body positioned at institute
The 7th drive cavity on the left of the 6th drive cavity is stated, is rotatably assorted and is equipped between the 6th drive cavity and the 7th drive cavity
The 7th shaft that left and right extends, be rotatably assorted between the 6th drive cavity left and right sides end wall be equipped with left and right extend and with it is described
The ratchet carriage that 7th shaft matches is additionally provided in the 6th drive cavity and is fixedly mounted on the ratchet carriage outer surface
The second driving wheel, the biography in the connectivity slot is connected by power between first driving wheel and second driving wheel
Band is moved, is provided with the transmission gear for being fixedly mounted on the 7th shaft left end, described device main body in the 7th drive cavity
What middle left and right extended is provided with the first sliding groove being connected above the 7th drive cavity and with the 7th drive cavity, and
The first sliding groove runs through the through-hole, and being provided in the first sliding groove can horizontally slip and be meshed with the transmission gear
Driving rack, the third being provided in described device main body between the 7th drive cavity and the 6th drive cavity is empty
Chamber, and the 7th shaft runs through the third cavity, is provided in the third cavity and is fixedly mounted on the 7th shaft
The torque spring of outer surface, and torque spring head and the tail both ends pass through link block respectively and are fixedly mounted on the third cavity
On the inner wall of downside, it is provided with the second sliding slot being connected with the first sliding groove in the first sliding groove upper end wall, described second
It is fixedly installed with pneumatic cylinder in sliding slot upper end wall, the pneumatic cylinder lower end is connected by power the atmospheric pressure pole extended downwardly, and described
The sliding block for being fixedly mounted on the atmospheric pressure pole lower end is slidably fitted in two sliding slots.
3. a kind of quick nuisanceless foaming agent technique of moulding according to claim 1, it is characterised in that: the ratchet carriage
Open slot including the 7th shaft outer surface is arranged in is rotatably assorted at left and right sides of the open slot between end wall and is equipped with
Pawl shaft is provided with the pawl for being fixedly mounted on the pawl shaft outer surface in the open slot, and the ratchet carriage inner wall is set
It is equipped with the hook tooth matched with the pawl.
4. a kind of quick nuisanceless foaming agent technique of moulding according to claim 1, it is characterised in that: described device main body
Left side is provided with the sealing door-plat that same level is in second cavity, fixed peace on the downside of the sealing door-plat right side
Equipped with the first link block, the first link block right end is rotatably assorted by hinge is equipped with the second link block, and described second
Link block right end is connect with described device main body left side secure fit, and the is fixedly installed on the upside of the sealing door-plat right side
Two armature blocks, the second armature block right end be provided be fixedly mounted on described device main body left side and with second armature
The second electromagnet that block matches, the sealing door-plat left side upside are fixedly installed with push and pull bar.
5. according to claim 1 to a kind of application method of dust-free blackboard described in 4, wherein pass through feeding port first and lead to
The raw material that foaming agent stirring needs are added in hole into the second cavity, and whens enough raw material to be added starts hydraulic cylinder, hydraulic
Cylinder drives the first mounting blocks to slide to the right by hydraulic stem, to drive first bevel gear to be meshed with second bevel gear, at this time
It closes hydraulic cylinder and opens power motor, power motor drives first bevel gear to rotate by first rotating shaft, and first bevel gear is logical
The meshing relation crossed between second bevel gear and third hand tap gear drives the rotation of the 5th shaft, starts the first electromagnetism at this time
Iron drives the second frictional disk to be moved to the left by the cooperation between the first electromagnet and the first armature block, to drive first to rub
Disk and the mutual frictional fit of the second frictional disk are wiped, the 5th shaft drives the 6th turn by the first frictional disk and the second frictional disk at this time
Axis rotation, the 6th shaft drive the power cooperation between the first driving wheel and the second driving wheel to drive spine by the second splined sleeve
Wheel sleeve rotation, ratchet carriage is rotated forward by hook tooth drives the 7th shaft to rotate, and the 7th shaft passes through transmission gear and transmission
Meshing relation between rack gear drives driving rack to slide to the left, starts pneumatic cylinder at this time, and pneumatic cylinder is driven by atmospheric pressure pole and slided
Block moves down, and driving rack right end is abutted against with sliding block left side at this time, to seal through-hole, disconnects the first electromagnet at this time
With the matching relationship between the first armature block, pass through nibbling between first bevel gear and second bevel gear with constantly first bevel gear
Close cooperation drive the second shaft rotation, at this time the second shaft by the first spur gear, the second spur gear and third spur gear it
Between meshing relation drive the rotation of the 4th shaft, drive agitating shaft in the second cavity by the first spur gear and the 4th shaft
Raw material is stirred preparation, power motor is closed after the completion of to be mixed, while reverse starting hydraulic cylinder drives the first mounting blocks extensive
Multiple initial position, the foaming agent that staff opens that sealing door-plat completes preparation at this time takes out, but needs to be made next time
Reverse starting pneumatic cylinder when standby, pneumatic cylinder are moved up by atmospheric pressure pole band movable slider, when sliding block and driving rack are detached from, the
Seven shafts rotate backward under the action of torque spring, drive driving rack to slide to the right at this time, at this time again open through-hole.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910478545.6A CN110193310A (en) | 2019-06-03 | 2019-06-03 | A kind of nuisanceless foaming agent technique of quick moulding |
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|---|---|---|---|
| CN201910478545.6A CN110193310A (en) | 2019-06-03 | 2019-06-03 | A kind of nuisanceless foaming agent technique of quick moulding |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111341004A (en) * | 2020-03-26 | 2020-06-26 | 广州市历杰科技有限公司 | Novel floodgate machine of face identification control |
| CN111468252A (en) * | 2020-05-06 | 2020-07-31 | 浦江县力顶环保设备有限公司 | Kitchen waste crushing equipment with cleaning function |
-
2019
- 2019-06-03 CN CN201910478545.6A patent/CN110193310A/en not_active Withdrawn
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111341004A (en) * | 2020-03-26 | 2020-06-26 | 广州市历杰科技有限公司 | Novel floodgate machine of face identification control |
| CN111468252A (en) * | 2020-05-06 | 2020-07-31 | 浦江县力顶环保设备有限公司 | Kitchen waste crushing equipment with cleaning function |
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