CN110002723A - The pressure setting of glass - Google Patents
The pressure setting of glass Download PDFInfo
- Publication number
- CN110002723A CN110002723A CN201910407757.5A CN201910407757A CN110002723A CN 110002723 A CN110002723 A CN 110002723A CN 201910407757 A CN201910407757 A CN 201910407757A CN 110002723 A CN110002723 A CN 110002723A
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- transmission shaft
- rotation
- fixedly mounted
- drives
- face
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- C—CHEMISTRY; METALLURGY
- C03—GLASS; MINERAL OR SLAG WOOL
- C03B—MANUFACTURE, SHAPING, OR SUPPLEMENTARY PROCESSES
- C03B11/00—Pressing molten glass or performed glass reheated to equivalent low viscosity without blowing
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- Chemical & Material Sciences (AREA)
- Manufacturing & Machinery (AREA)
- Materials Engineering (AREA)
- Organic Chemistry (AREA)
- Press Drives And Press Lines (AREA)
Abstract
The invention discloses the pressure settings of glass, including driving mechanism, the driving mechanism includes device box, described device cabinet left end face is equipped with feeding mechanism, the first working chamber is equipped in described device cabinet, the configuration of the present invention is simple is easy to operate, it can make by driving mechanism in the state of cylinder operation, to make the power transmission of driving device into other mechanisms；By feeding mechanism, frit is stored in unified container；Material can be made to cut by material cutting mechanism to cut the material for entering operation interval；By conveying mechanism thus by the glass compression moulding in mold, material can be processed by starting motor after glass pan feeding, it ensure that the quality of processing, device can be according to the switching for being acted and being stopped to whole device the case where the material in hopper, there is no security risks when having ensured operation, reduce energy consumption.
Description
Technical field
The present invention relates to glass manufacture field shaping techniques, the specially pressure setting of glass.
Background technique
Currently, the manufacture of glass mainly has glass blowing and glass suppresses two kinds of forming methods, glass is when production
Need high temperature that can just be manufactured, so cannot be to the carrying of frit long range, so needing one when being made
Secondary property processes step used, and some manufacturing lines are produced because frit temperature is unable to reach requirement in the fabrication process
Life is scrapped, and the present invention, which is reduced, carries step, is reduced the forfeiture of frit temperature, is more easier processing and forming, guarantees production
Quality.
Summary of the invention
The purpose of the present invention is to provide the pressure settings of glass, for overcoming drawbacks described above in the prior art.
The pressure setting of the glass of embodiment according to the present invention, including driving mechanism, the driving mechanism include device
Cabinet, described device cabinet left end face are equipped with feeding mechanism, are equipped with the first working chamber, first work in described device cabinet
Make that first motor is fixedly mounted on inner wall on rear side of chamber, first motor is slowed down by one group of belt, solid on the first working chamber roof
Dingan County fills cylinder, and shift fork is fixedly connected on cylinder, third transmission shaft is equipped in the first working chamber, is slidably matched on third transmission shaft
Mounting slip gear, cylinder can push shift fork to move forward and backward, and shifting slide gear is driven to be moved forward and backward the behaviour for realizing engagement and disconnecting
Make, realizes that the on-off of power transmission, the driving mechanism are equipped with the 4th transmission shaft, third belt are fixedly mounted on the 4th transmission shaft
Wheel, the driving mechanism left side are equipped with material cutting mechanism, and the material cutting mechanism is equipped with the 5th transmission shaft, fixed peace on the 5th transmission shaft
The 4th belt pulley is filled, transmitting is coupled the second belt between third belt pulley and the 4th belt pulley, rotates by the 4th belt
It is dynamic that the first push rod is driven to move left and right work, conveying mechanism is equipped on the downside of the material cutting mechanism, the conveying mechanism uses sheave
Intermittent movement is carried out, the conveying mechanism includes the 6th transmission shaft, the 5th belt pulley is fixedly mounted on the 5th transmission shaft, the 6th passes
Transmission is coupled third belt between moving axis and the 5th belt pulley, and the conveying mechanism carries out transmission feeding by bevel gear,
The power of driving mechanism is set to be transmitted to conveying mechanism, the rotation of the second motor drives formed punch downward after conveying mechanism is transferred to working position
Glass is suppressed.
Further technical solution, the driving mechanism include being arranged in intracorporal first working chamber of described device case, institute
It states inner wall on rear side of the first working chamber and first motor is fixedly mounted, output shaft front end face is fixedly connected with the on front side of the first motor
One transmission shaft, the first belt pulley is fixedly mounted in the first transmission shaft front end face, before and after first working chamber between inner wall
It is rotatably assorted and second driving shaft is installed, the second belt pulley, second belt pulley and institute are fixedly mounted on the second driving shaft
It states transmission between the first belt pulley and is coupled the first belt, be located on the second driving shaft solid on front side of second belt pulley
Dingan County fills the first spur gear, is located at the second driving shaft left pivot movement between inner wall before and after first working chamber and is coupled
Third transmission shaft, be slidably installed on the third transmission shaft shifting slide gear, and the shifting slide gear can be with first straight-tooth
Wheel engagement is slidably installed on the third transmission shaft positioned at the throwout sleeve of the shifting slide gear back end surface, and described the
Cylinder is fixedly mounted on one working chamber roof, shift fork, the shift fork and the cunning is fixedly mounted in piston push rod on front side of the cylinder
It moves sleeve to be rotatably assorted, is located at the third transmission shaft left pivot movement before and after first working chamber between inner wall and is coupled the
The second spur gear is fixedly mounted on the 4th transmission shaft in four transmission shafts, and second spur gear can be nibbled with the shifting slide gear
It closes, is located on rear side of second spur gear on the 4th transmission shaft and third belt pulley is fixedly mounted, before first working chamber
Side is equipped with the second working chamber, and the installation that is rotatably assorted between inner wall before and after first working chamber is through the of second working chamber
Five transmission shafts, are fixedly mounted the 4th belt pulley on the 5th transmission shaft, the 4th belt pulley and the third belt pulley it
Between transmission be coupled the second belt, be fixedly mounted on the 5th transmission shaft and be located at the of the 4th belt pulley front end face
Five belt pulleys, the 5th transmission shaft front end face are fixedly mounted flywheel and push away third transmission shaft in the state of cylinder operation
Enter and the second spur gear and the cooperation of the first spur gear.
Further technical solution, the feeding mechanism include being fixedly mounted on described device cabinet left end face boss
First hopper support block of side, is provided with the first drain spout on the first hopper support block, at the top of the first hopper support block
The second hopper support block is fixedly mounted in end face, is provided with the second drain spout, the second hopper branch on the second hopper support block
It is located on the right side of second drain spout on bracer and is provided with work nest, the second hopper support block left slide is coupled pan feeding
Handwheel is fixedly mounted in block, the pan feeding block left end face, and right side inner wall, which is slidably installed, in the 4th transmission shaft passes through
The third push rod of inner wall on the right side of the 4th transmission shaft is worn, the first wedge block is fixedly mounted in the third push rod left end face,
It is located at secure fit on the right side of first wedge block on the third push rod and first pressure spring is installed, the third push rod is right
Side end face is threadedly engaged installation push top, and described device cabinet left end face, which is located on the right side of the push top, is fixedly mounted switching cylinder,
Hopper is fixedly mounted in the second hopper support block top end surface, opens third drain spout, the hopper in the hopper inner bottom wall
It is located at the counterbore limiting slot that an opening upwards are provided on the right side of the third drain spout, the counterbore limiting slot and the work on bottom wall
It is slidably installed as slot and is located in the counterbore limiting slot on the 4th push rod pressure head of the hopper bottom wall, the pressure head
Be fixedly mounted second pressure spring, the pressure head bottom end face is fixedly mounted the second wedge block, second wedge block with
First wedge block is slidably matched.
Further technical solution, the material cutting mechanism include the connecting rod being hinged on the flywheel, on the left of the connecting rod
Hinged first push rod in end, is fixedly connected with articulated slab in described device cabinet left end face, on the articulated slab it is hinged it is a pair of before
Symmetrical material is cut afterwards, and material described in front and back cuts right end and hingedly install a pair of second push rod, second push rod and described the
One push rod hingedly cooperates.
Further technical solution, the conveying mechanism include being rotatably assorted to be mounted on the first working chamber front and back inner wall
Between be located at the 6th transmission shaft on the downside of the 5th transmission shaft, the 6th belt pulley, institute are fixedly mounted on the 6th transmission shaft
It states transmission between the 6th belt pulley and the 5th belt pulley and is coupled third belt, be located on the 6th transmission shaft described
First bevel gear is fixedly mounted on front side of 6th belt pulley, feeding support base, institute is fixedly mounted in described device cabinet left end face
It states feeding support base top end surface and compacting supporting table is fixedly mounted, the installation that is rotatably assorted in first working chamber is through described
First working chamber inner left wall Xiang Bingqian extends through the 7th transmission shaft of the compacting supporting table, the 7th transmission shaft right side
Second bevel gear is fixedly mounted in end face, engages between the second bevel gear and the first bevel gear, the 7th transmission shaft
Third hand tap gear is fixedly mounted in left end face, and the feeding support base top end surface, which is rotatably assorted, installs the first material transfering shaft, institute
It states feeding support base top end surface and is located on the right side of first material transfering shaft the second material transfering shaft of installation that is rotatably assorted, described second passes
Expect that secure fit installs the first support sleeve on axis, is located at first support sleeve two side ends up and down in the third hand tap gear
Face, which is rotatably assorted, installs a pair of first thrust bearing, the 4th bevel gear of fixed installation on first support sleeve, and the described 4th
Bevel gear engages with the third hand tap gear, is located to be fixedly mounted on the upside of the 4th bevel gear on second material transfering shaft and dial
It takes turns, the second support sleeve is fixedly mounted on first material transfering shaft, is located at second support sleeve on first material transfering shaft
Upper and lower both sides of the face, which are rotatably assorted, installs the second thrust bearing, is located on the upside of second thrust bearing on first material transfering shaft
Sheave is fixedly mounted, first spur gear and thumb wheel interval cooperate, be located on the sheave on first material transfering shaft
Four symmetrical material transfer workbench are fixedly mounted in side, and mold, described device cabinet left side are fixedly mounted on the material transfer workbench
The second motor is fixedly mounted in inner wall on the downside of the boss of end face, and spiral shell is fixedly mounted in end face on the downside of the output shaft on the downside of second motor
Bar, the upside on the right side of the mold are equipped with formed punch, and the formed punch is provided with the threaded hole with screw flight cooperation.
Detailed description of the invention
Fig. 1 is whole structural schematic diagram of the invention；
Fig. 2 is the direction A-A schematic cross-sectional view in Fig. 1；
Fig. 3 is the direction B-B schematic cross-sectional view in Fig. 1
Fig. 4 is the direction C-C schematic cross-sectional view in Fig. 1.
Specific embodiment
Below with reference to Fig. 1-4, 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.1-4, the pressure setting of the glass of embodiment according to the present invention, including driving mechanism, the driving machine
Structure includes device box 100, and 100 left end face of described device cabinet is equipped with feeding mechanism, and the is equipped in described device cabinet 100
One working chamber 159, first motor 101 is fixedly mounted on the 159 rear side inner wall of the first working chamber, and first motor 101 passes through one
Group belt slows down, and cylinder 110 is fixedly mounted on 159 roof of the first working chamber, is fixedly connected with shift fork 109 on cylinder 110, and first
Third transmission shaft 108 is equipped in working chamber 159, be slidably installed shifting slide gear 107 on third transmission shaft 108, and cylinder 110 can
To push shift fork 109 to move forward and backward, shifting slide gear 107 is driven to be moved forward and backward the operation realizing engagement and disconnecting, realizes that power passes
Defeated on-off, the driving mechanism are equipped with the 4th transmission shaft 112, third belt pulley 160 are fixedly mounted on the 4th transmission shaft 112,
Material cutting mechanism is equipped on the left of the driving mechanism, the material cutting mechanism is equipped with the 5th transmission shaft 157, consolidates on the 5th transmission shaft 157
Dingan County fills the 4th belt pulley 114, and transmitting is coupled the second belt 113 between third belt pulley 160 and the 4th belt pulley 114,
Being rotated by the 4th belt pulley 114 drives the first push rod 116 to move left and right work, so that entire material cutting mechanism is made to work, it is described
Conveying mechanism is equipped on the downside of material cutting mechanism, the conveying mechanism carries out intermittent movement using sheave 140, and the conveying mechanism includes
The 5th belt pulley 158, the 6th transmission shaft 154 and the 5th belt pulley are fixedly mounted on the 5th transmission shaft 157 for 6th transmission shaft 154
Transmission is coupled third belt 155 between 158, and the conveying mechanism carries out transmission feeding by bevel gear, makes driving mechanism
Power be transmitted to conveying mechanism, the rotation of the second motor 164 drives formed punch 166 downwards to glass after conveying mechanism is transferred to working position
Glass is suppressed.
Valuably or illustratively, the driving mechanism includes the first working chamber being arranged in described device cabinet 100
159, the 159 rear side inner wall of the first working chamber is fixedly mounted first motor 101, before the 101 front side output shaft of first motor
Side end face is fixedly connected with the first transmission shaft 162, and the first belt pulley 102, institute is fixedly mounted in 162 front end face of the first transmission shaft
It states to be rotatably assorted between 159 front and back inner wall of the first working chamber and second driving shaft 106 is installed, it is fixed on the second driving shaft 106
Second belt pulley 105 is installed, transmission is coupled the first skin between second belt pulley 105 and first belt pulley 102
Band 103 is located on the second driving shaft 106 on front side of second belt pulley 105 and the first spur gear 104 is fixedly mounted, described
It is located at 106 left pivot movement of second driving shaft between first working chamber, 159 front and back inner wall and is coupled third transmission shaft 108,
Be slidably installed shifting slide gear 107 on the third transmission shaft 108, and the shifting slide gear 107 can be with first spur gear
104 engage, and are slidably installed on the third transmission shaft 108 positioned at the throwout sleeve of 107 back end surface of shifting slide gear
161, cylinder 110 is fixedly mounted on 159 roof of the first working chamber, the 110 front side piston push rod of cylinder, which is fixedly mounted, to be dialled
Fork 109, the shift fork 109 is rotatably assorted with the throwout sleeve 161, is located between the 159 front and back inner wall of the first working chamber
108 left pivot movement of third transmission shaft is coupled the 4th transmission shaft 112, and is fixedly mounted on the 4th transmission shaft 112
Two spur gears 111, second spur gear 111 can engage with the shifting slide gear 107, be located on the 4th transmission shaft 112
Third belt pulley 160 is fixedly mounted on rear side of second spur gear 111, the second work is equipped on front side of first working chamber 159
Chamber 151, the installation that is rotatably assorted between the 159 front and back inner wall of the first working chamber are passed through the 5th of second working chamber 151
The 4th belt pulley 114, the 4th belt pulley 114 and the third are fixedly mounted on the 5th transmission shaft 157 for moving axis 157
Transmission is coupled the second belt 113 between belt pulley 160, is fixedly mounted on the 5th transmission shaft 157 and is located at the described 4th
Flywheel 156 is fixedly mounted in 5th belt pulley 158 of 114 front end face of belt pulley, 157 front end face of the 5th transmission shaft, from
And can make in the state that cylinder 110 works, by the push-in of third transmission shaft 108 and the second spur gear 111 and the first spur gear
104 cooperations, start first motor 101, and the rotation of first motor 101 drives the rotation of the first transmission shaft 162, the first 162 turns of transmission shaft
Dynamic to drive the rotation of the second belt pulley 105, the rotation of the second belt pulley 105 drives second driving shaft 106 to rotate, second driving shaft 106
Rotation drives the rotation of the first spur gear 104, and the rotation of the first spur gear 104 drives shifting slide gear 107 to rotate, and 107 turns of shifting slide gear
Dynamic to drive the rotation of the second spur gear 111, the rotation of the second spur gear 111 drives the rotation of the 4th transmission shaft 112, the 4th transmission shaft 112
Rotation drives third belt pulley 160 to rotate, and the rotation of third belt pulley 160 drives the rotation of the 4th belt pulley 114, the 4th belt pulley
114 rotations drive the rotation of the 5th transmission shaft 157, and the rotation of the 5th transmission shaft 157 drives third belt 155 and flywheel 156 to rotate, from
And make the power transmission of driving device into other mechanisms.
Valuably or illustratively, the feeding mechanism is convex including being fixedly mounted on 100 left end face of described device cabinet
The first hopper support block 128 on the upside of platform is provided with the first drain spout 129, first material on the first hopper support block 128
The second hopper support block 117 is fixedly mounted in 128 top end surface of supporting block that struggles against, and is provided with second on the second hopper support block 117
Drain spout 125 is located on the second hopper support block 117 on the right side of second drain spout 125 and is provided with work nest 122, described
Second hopper support block, 117 left slide is coupled pan feeding block 126, and 126 left end face of pan feeding block is fixedly mounted
Handwheel 127, the interior right side inner wall of the 4th transmission shaft 112 are slidably installed through the 112 right side inner wall of the 4th transmission shaft
Third push rod 132, the first wedge block 130, the third push rod 132 is fixedly mounted in 132 left end face of third push rod
It is upper to be located at the 130 right side secure fit of the first wedge block installation first pressure spring 131,132 right side of third push rod
End-face helical is coupled push top 133, and 100 left end face of described device cabinet is located at 133 right side of push top and gas is fixedly mounted
Cylinder switch 134,117 top end surface of the second hopper support block are fixedly mounted hopper 118, open in 118 inner bottom wall of hopper
Third drain spout 124 is located at the counterbore that an opening upwards are provided on the right side of the third drain spout 124 on 118 bottom wall of hopper
Limiting slot 121, the counterbore limiting slot 121 and the work nest 122 are slidably installed through the of 118 bottom wall of hopper
Four push rod pressure heads 119 are located on the pressure head 119 in the counterbore limiting slot 121 and second pressure spring 120, institute are fixedly mounted
It states 119 bottom end face of pressure head and the second wedge block 123 is fixedly mounted, second wedge block 123 and first wedge shape are sliding
Block 130 is slidably matched, and when so as to so as to be full of material in hopper 118, rotation handwheel 127 makes pan feeding block 126 to the left
Mobile to fall material, because pushing pressure head 119 to move downward under the compressing of material, pressure head 119 moves downward second pressure spring 120
The second wedge block 123 is driven to move downward, the second wedge block 123, which moves downward, drives the first wedge block 130 to transport to the right
Dynamic, the first wedge block 130, which moves right, drives third push rod 132 to move right, and third push rod 132 moves right drive push top
133 move right, and push top 133, which moves right, opens switching cylinder 134, and the opening of switching cylinder 134 drives the movement of cylinder 110
Third transmission shaft 108 enters workspace and engages, so that power transmission be made to go out, completes the cutting and compacting of material.
Valuably or illustratively, the material cutting mechanism includes the connecting rod 115 being hinged on the flywheel 156, the company
115 left distal end of bar hinged first push rod 116 is fixedly connected with articulated slab 136 in 100 left end face of described device cabinet, described
Hinged a pair of of the symmetrical material in front and back cuts 135 on articulated slab 136, and material described in front and back cuts 135 right ends and hingedly install a pair the
Two push rods 137, second push rod 137 and the hingedly cooperation of the first push rod 116, so as to so that the rotation of flywheel 156 drives
Connecting rod 115 is swung, and connecting rod 115, which is swung, drives the first push rod 116 to move left and right, and the first push rod 116 moves left and right drive second and pushes away
Bar 137 moves left and right, and the second push rod 137 moves left and right drive material and cuts 135 around hinged seat rotation, and material can be made, which to cut 135, to be entered
The material of operation interval is cut.
Valuably or illustratively, the conveying mechanism includes being rotatably assorted to be mounted on 159 front and back of the first working chamber
It is located at the 6th transmission shaft 154 of 157 downside of the 5th transmission shaft between inner wall, is fixedly mounted on the 6th transmission shaft 154
6th belt pulley 163, transmission is coupled third belt between the 6th belt pulley 163 and the 5th belt pulley 158
155, it is located on front side of the 6th belt pulley 163 on the 6th transmission shaft 154 and first bevel gear 153 is fixedly mounted, the dress
It sets 100 left end face of cabinet and feeding support base 150 is fixedly mounted, 150 top end surface of feeding support base is fixedly mounted
Suppress supporting table 167, be rotatably assorted in first working chamber 159 installation through 159 inner left wall of the first working chamber to
And preceding the 7th transmission shaft 169 for extending through the compacting supporting table 167, the fixed peace of 169 right end face of the 7th transmission shaft
Second bevel gear 152 is filled, is engaged between the second bevel gear 152 and the first bevel gear 153, the 7th transmission shaft
Third hand tap gear 149 is fixedly mounted in 169 left end faces, and 150 top end surface of feeding support base is rotatably assorted installation first
Material transfering shaft 143,150 top end surface of feeding support base are located on the right side of first material transfering shaft 143 installation that is rotatably assorted
Two material transfering shafts 148, secure fit installs the first support sleeve 146, the third hand tap gear 149 on second material transfering shaft 148
Upper be rotatably assorted positioned at about 146 both sides of the face of the first support sleeve installs a pair of first thrust bearing 168, and described first
The 4th bevel gear 147 is fixedly mounted on support sleeve 146, the 4th bevel gear 147 engages with the third hand tap gear 149,
It is located on the upside of the 4th bevel gear 147 on second material transfering shaft 148 and thumb wheel 144 is fixedly mounted, first material transfering shaft 143
The second support sleeve 142 of upper fixed installation is located at about 142 two sides of the second support sleeve on first material transfering shaft 143
End face, which is rotatably assorted, installs the second thrust bearing 141, is located on second thrust bearing 141 on first material transfering shaft 143
Sheave 140 is fixedly mounted in side, and first spur gear 104 intermittently cooperates with the thumb wheel 144, on first material transfering shaft 143
Four symmetrical material transfer workbench 139, fixed peace on the material transfer workbench 139 are fixedly mounted on the upside of the sheave 140
The second motor 164, second motor is fixedly mounted in die-filling tool 138,100 left end face boss downside inner wall of described device cabinet
Screw rod 165 is fixedly mounted in end face on the downside of the output shaft of 164 downsides, and the upside positioned at 138 right side of mold is equipped with formed punch 166,
The formed punch 166 is provided with the threaded hole being threadedly engaged with the screw rod 165, thus when the 5th transmission shaft 157 in driving mechanism
Rotation drives the rotation of the 5th belt pulley 158, and the rotation of the 5th belt pulley 158 drives the rotation of the 6th belt pulley 163, the 6th belt pulley
163 rotations drive the rotation of the 6th transmission shaft 154, and the rotation of the 6th transmission shaft 154 drives 153 rotations, and 153 rotations drive the second cone tooth
152 rotation of wheel, the rotation of second bevel gear 152 drive the rotation of the 7th transmission shaft 169, and the rotation of the 7th transmission shaft 169 drives third cone
Gear 149 rotates, and the rotation of third hand tap gear 149 drives the rotation of the 4th bevel gear 147, and the rotation of the 4th bevel gear 147 drives second
Material transfering shaft 148 rotates, and the rotation of the second material transfering shaft 148 drives thumb wheel 144 to rotate, and the rotation of thumb wheel 144 drives sheave 140 to rotate, slot
140 rotation driven mold 138 of wheel and material transfer workbench 139 rotate, and the material cut can be sent in working position, be started
Second motor 164 drives screw rod 165 to rotate, and the rotation of screw rod 165 drives formed punch 166 to move down, by the glass pressure in mold 138
Type is made.
It when use, needs that first material is sent in feeding mechanism hopper 118, the material in hopper 118 is because gravity squeezes
Pressure pressure head 119 pushes the first wedge block 130 to move downward, and driving push top 133 to withstand switching cylinder 134 to the left makes cylinder 110
Shifting slide gear 107 is pushed into working position engagement by movement, and rotation handwheel 127 makes the material in hopper 118 decline from the second drain spout 125
Lower starting first motor 101, driving mechanism power output drive connecting rod 115 to swing by the rotation of flywheel 156, push the first push rod
116, which move left and right drive material, cuts 135 for material cutting, and driving mechanism power output drives 144 turns of thumb wheel by second bevel gear 152
Dynamic, 138 intermittent rotary of material transfer workbench 139 and mold is stirred in thumb wheel 144 and 140 intermittently-driving of sheave, starts the second motor
164, the rotation of the second motor 164 pushes formed punch 166 to suppress the material for entering compacting working position in conveying mechanism.
The beneficial effects of the present invention are: the configuration of the present invention is simple, easy to operate, can make to lead in the state of cylinder operation
It overdrives mechanism, to make the power transmission of driving device into other mechanisms；By feeding mechanism, frit is stored in
In unified container；Material can be made to cut by material cutting mechanism to cut the material for entering operation interval；Thus it will by conveying mechanism
Glass compression moulding in mold, starting motor can process material after glass pan feeding, ensure that the quality of processing, fill
Setting can be according to the switching for being acted and being stopped to whole device the case where the material in hopper, and having ensured will not deposit when operation
In security risk, energy consumption is reduced, is worthy to be popularized.
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.It falls within the scope of protection of the present invention.Protection scheme of the invention
It is subject to claims appended hereto.
Claims (5)
1. the pressure setting of glass, including driving mechanism, it is characterised in that: the driving mechanism includes device box, the dress
Cabinet left end face is set equipped with feeding mechanism, is equipped with the first working chamber in described device cabinet, on rear side of first working chamber in
First motor is fixedly mounted on wall, first motor is slowed down by one group of belt, cylinder is fixedly mounted on the first working chamber roof,
It is fixedly connected with shift fork on cylinder, third transmission shaft is equipped in the first working chamber, is slidably installed on third transmission shaft and slides tooth
Wheel, cylinder can push shift fork to move forward and backward, and shifting slide gear is driven to be moved forward and backward the operation realizing engagement and disconnecting, the driving
Mechanism is equipped with the 4th transmission shaft, and third belt pulley is fixedly mounted on the 4th transmission shaft, is equipped with stock-cutter on the left of the driving mechanism
Structure, the material cutting mechanism are equipped with the 5th transmission shaft, the 4th belt pulley, third belt pulley and the 4th are fixedly mounted on the 5th transmission shaft
Transmitting is coupled the second belt between belt pulley, drives the first push rod to move left and right work by the 4th pulley rotation, institute
It states and is equipped with conveying mechanism on the downside of material cutting mechanism, the conveying mechanism carries out intermittent movement using sheave, and the conveying mechanism includes
The 5th belt pulley is fixedly mounted on the 5th transmission shaft for 6th transmission shaft, and cooperation is driven between the 6th transmission shaft and the 5th belt pulley
Third belt is installed, the conveying mechanism carries out transmission feeding by bevel gear, the power of driving mechanism is made to be transmitted to conveyer
Structure, the rotation of the second motor drives formed punch to suppress glass downwards after conveying mechanism is transferred to working position.
2. the pressure setting of glass according to claim 1, it is characterised in that: the driving mechanism includes being arranged described
The first working chamber in device box, inner wall is fixedly mounted first motor on rear side of first working chamber, before the first motor
Side output shaft front end face is fixedly connected with the first transmission shaft, and the first belt pulley is fixedly mounted in the first transmission shaft front end face,
It is rotatably assorted between inner wall before and after first working chamber and second driving shaft is installed, be fixedly mounted second on the second driving shaft
Belt pulley, transmission is coupled the first belt, the second driving shaft between second belt pulley and first belt pulley
It is upper to be located at the first spur gear of fixed installation on front side of second belt pulley, it is located between the inner wall of the first working chamber front and back described
Second driving shaft left pivot movement is coupled third transmission shaft, and be slidably installed shifting slide gear on the third transmission shaft, institute
Stating shifting slide gear can engage with first spur gear, be slidably installed on the third transmission shaft positioned at the shifting slide gear
Cylinder is fixedly mounted on the first working chamber roof for the throwout sleeve of back end surface, and piston push rod is fixed on front side of the cylinder
Shift fork is installed, the shift fork is rotatably assorted with the throwout sleeve, positioned at described the between inner wall before and after first working chamber
Three transmission shaft left pivot movements are coupled the 4th transmission shaft, are fixedly mounted the second spur gear on the 4th transmission shaft, and described
Two spur gears can be engaged with the shifting slide gear, be located on rear side of second spur gear on the 4th transmission shaft and be fixedly mounted the
Three belt pulleys, the first working chamber front side are equipped with the second working chamber, are rotatably assorted between inner wall before and after first working chamber
Installation runs through the 5th transmission shaft of second working chamber, is fixedly mounted the 4th belt pulley on the 5th transmission shaft, and described the
Transmission is coupled the second belt between four belt pulleys and the third belt pulley, is fixedly mounted and is located on the 5th transmission shaft
5th belt pulley of the 4th belt pulley front end face, flywheel is fixedly mounted in the 5th transmission shaft front end face, in cylinder
In the state of work, third transmission shaft push-in is cooperated with the second spur gear and the first spur gear, starts first motor, the first electricity
Machine rotation drives the rotation of the first transmission shaft, and the rotation of the first transmission shaft drives the second pulley rotation, and the second pulley rotation drives
Second driving shaft rotation, second driving shaft rotation drive the rotation of the first spur gear, and the rotation of the first spur gear drives shifting slide gear to turn
Dynamic, shifting slide gear rotation drives the rotation of the second spur gear, and the rotation of the second spur gear drives the rotation of the 4th transmission shaft, the 4th transmission shaft
Rotation drives third pulley rotation, and third pulley rotation drives the 4th pulley rotation, and the 4th pulley rotation drives the
The rotation of five transmission shafts, the rotation of the 5th transmission shaft drives third belt and flywheel turns, so that the power transmission of driving device be made to arrive
In other mechanisms.
3. the pressure setting of glass according to claim 1, it is characterised in that: the feeding mechanism includes being fixedly mounted on
The first hopper support block on the upside of described device cabinet left end face boss is provided with the first material leakage on the first hopper support block
Mouthful, the second hopper support block is fixedly mounted in the first hopper support block top end surface, is provided on the second hopper support block
Second drain spout is located on the second hopper support block on the right side of second drain spout and is provided with work nest, second hopper
Supporting block left slide is coupled pan feeding block, and handwheel, the 4th transmission is fixedly mounted in the pan feeding block left end face
Right side inner wall is slidably installed on the left of the third push rod of the 4th transmission shaft right side inner wall, the third push rod in axis
The first wedge block is fixedly mounted in end face, and secure fit installation the is located on the right side of first wedge block on the third push rod
One compression spring, the third push rod right end face are threadedly engaged installation push top, and described device cabinet left end face is located at described
Switching cylinder is fixedly mounted in push top right side, and hopper, bottom in the hopper is fixedly mounted in the second hopper support block top end surface
Third drain spout, the upper counterbore limit that an opening upwards are provided on the right side of the third drain spout of the hopper bottom wall are opened on wall
Slot, the counterbore limiting slot and the work nest are slidably installed through the 4th push rod pressure head of the hopper bottom wall, described
It is located in the counterbore limiting slot on pressure head and second pressure spring is fixedly mounted, the second wedge is fixedly mounted in the pressure head bottom end face
Shape sliding block, second wedge block are slidably matched with first wedge block, so as to so that full of material in hopper
When, rotation handwheel make pan feeding block be moved to the left make material fall, second pressure spring because material compressing under push pressure head to
Lower movement, pressure head, which moves downward, drives the second wedge block to move downward, and the second wedge block moves downward the first wedge shape of drive
Sliding block moves right, and the first wedge block, which moves right, drives third push rod to move right, and third push rod moves right drive and pushes away
Head moves right, and push top moves right and opens switching cylinder, switching cylinder opening make cylinder moving drive third transmission shaft into
Enter workspace engagement, so that power transmission be made to go out, completes the cutting and compacting of material.
4. the pressure setting of glass according to claim 1, it is characterised in that: the material cutting mechanism is described including being hinged on
Connecting rod on flywheel, connecting rod left distal end hinged first push rod are fixedly connected in described device cabinet left end face hinged
Plate, hinged a pair of of symmetrical material in front and back is cut on the articulated slab, and material described in front and back cuts right end and hingedly install a pair of second
Push rod, second push rod hingedly cooperate with first push rod, so as to so that flywheel turns drive connecting rod swing, connecting rod pendulum
Dynamic that the first push rod is driven to move left and right, the first push rod, which moves left and right, drives the second push rod to move left and right, and the second push rod moves left and right
It drives material to cut to rotate around hinged seat, material can be made to cut and cut the material for entering operation interval.
5. the pressure setting of glass according to claim 1, it is characterised in that: the conveying mechanism includes the peace that is rotatably assorted
The 6th transmission shaft being located on the downside of the 5th transmission shaft between inner wall before and after first working chamber, the 6th transmission
The 6th belt pulley is fixedly mounted on axis, transmission is coupled third skin between the 6th belt pulley and the 5th belt pulley
Band is located on front side of the 6th belt pulley on the 6th transmission shaft and first bevel gear is fixedly mounted, on the left of described device cabinet
Feeding support base is fixedly mounted in end face, and the feeding support base top end surface, which is fixedly mounted, suppresses supporting table, and described first
The installation that is rotatably assorted in working chamber runs through the first working chamber inner left wall Xiang Bingqian and extends through the compacting supporting table
Second bevel gear, the second bevel gear and described first is fixedly mounted in 7th transmission shaft, the 7th transmission shaft right end face
It is engaged between bevel gear, third hand tap gear, the feeding support base top is fixedly mounted in the 7th transmission shaft left end face
End face, which is rotatably assorted, installs the first material transfering shaft, and the feeding support base top end surface is located at rotation on the right side of first material transfering shaft
It is coupled the second material transfering shaft, secure fit installs the first support sleeve on second material transfering shaft, in the third hand tap gear
Both sides of the face, which are rotatably assorted, above and below first support sleeve installs a pair of first thrust bearing, first support sleeve
The 4th bevel gear of upper fixed installation, the 4th bevel gear engage with the third hand tap gear, are located on second material transfering shaft
Thumb wheel is fixedly mounted on the upside of 4th bevel gear, is fixedly mounted the second support sleeve on first material transfering shaft, described first
It is rotatably assorted on material transfering shaft positioned at both sides of the face above and below second support sleeve and the second thrust bearing, first material transfer is installed
It is located on the upside of second thrust bearing on axis and sheave is fixedly mounted, first spur gear and thumb wheel interval cooperates, institute
It states to be located on the upside of the sheave on the first material transfering shaft and four symmetrical material transfer workbench is fixedly mounted, it is solid on the material transfer workbench
Determine installation mold, the second motor, the second motor downside is fixedly mounted in inner wall on the downside of described device cabinet left end face boss
Output shaft on the downside of end face screw rod is fixedly mounted, upside on the right side of the mold is equipped with formed punch, and the formed punch is provided with and institute
The threaded hole of screw flight cooperation is stated, thus when the 5th transmission shaft rotation in driving mechanism drives the 5th pulley rotation, the
Five pulley rotations drive the 6th pulley rotation, and the 6th pulley rotation drives the rotation of the 6th transmission shaft, and the 6th transmission shaft turns
Dynamic to drive rotation, rotation drives second bevel gear rotation, and second bevel gear rotation drives the rotation of the 7th transmission shaft, the 7th transmission shaft
Rotation drives third hand tap gear rotation, and third hand tap gear rotation drives the rotation of the 4th bevel gear, and the rotation of the 4th bevel gear drives the
The rotation of two material transfering shafts, the rotation of the second material transfering shaft drive thumb wheel rotation, and thumb wheel rotation drives sheave rotation, and sheave rotates driven mold
It rotates, the material cut can be sent in working position with material transfer workbench, the second motor of starting drives screw rod rotation, spiral shell
Bar rotation drives formed punch to move down, by the glass compression moulding in mold.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910407757.5A CN110002723A (en) | 2019-05-16 | 2019-05-16 | The pressure setting of glass |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910407757.5A CN110002723A (en) | 2019-05-16 | 2019-05-16 | The pressure setting of glass |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN110002723A true CN110002723A (en) | 2019-07-12 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201910407757.5A Pending CN110002723A (en) | 2019-05-16 | 2019-05-16 | The pressure setting of glass |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN110002723A (en) |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN110627347A (en) * | 2019-11-12 | 2019-12-31 | 深圳市涛卉杯业有限公司 | Forming and manufacturing device for glass water cup |
| CN112473946A (en) * | 2020-11-06 | 2021-03-12 | 常德市同创包装有限公司 | Automatic crushing device for food qualification rate detection |
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Application publication date: 20190712 |
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