CN109227902A - A kind of mechanical chuck for ceramic molding equipment - Google Patents
A kind of mechanical chuck for ceramic molding equipment Download PDFInfo
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- CN109227902A CN109227902A CN201811209276.5A CN201811209276A CN109227902A CN 109227902 A CN109227902 A CN 109227902A CN 201811209276 A CN201811209276 A CN 201811209276A CN 109227902 A CN109227902 A CN 109227902A
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- clamping
- adjustment
- plate
- fixedly connected
- connecting rod
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B28—WORKING CEMENT, CLAY, OR STONE
- B28B—SHAPING CLAY OR OTHER CERAMIC COMPOSITIONS; SHAPING SLAG; SHAPING MIXTURES CONTAINING CEMENTITIOUS MATERIAL, e.g. PLASTER
- B28B11/00—Apparatus or processes for treating or working the shaped or preshaped articles
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- Structural Engineering (AREA)
- Chemical & Material Sciences (AREA)
- Ceramic Engineering (AREA)
- Mechanical Engineering (AREA)
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Abstract
The present invention relates to a kind of mechanical chucks, it in particular is a kind of mechanical chuck for ceramic molding equipment, including bindiny mechanism, supporting mechanism, adjustment mechanism, elevating mechanism, link mechanism and clamping mechanism, the Fast Installation and docking of the sliding shoe and attachment screw realization device that are arranged in bindiny mechanism can be passed through, this mechanical chuck can be adapted for the installation hole location of a variety of ceramic molding equipments, the height of bottom plate is gone up and down to adjust the connecting rod I being arranged on link mechanism by threaded adjustment by rotating lifting handle manually, the relative position of relative position and then adjustment clamping mechanism between connecting rod II and connecting rod III, self-contained clamp mechanism is allowed to carry out clamping to the ceramics of different-diameter and size, two link mechanisms and two clamping mechanisms are made to relatively rotate adjustment to ceramic clamping position by rotation regulating mechanism It sets.
Description
Technical field
The present invention relates to a kind of mechanical chucks, are in particular a kind of mechanical folders for ceramic molding equipment
Head.
Background technique
Such as publication number CN205766772U is used for the mechanical chuck of ceramic molding equipment, belongs to ceramic molding equipment skill
Art field, including clamp hand, buffer unit and hinge means, clamp hand include fixed clip hand and active clip hand, and fixed clip hand upper end is set
There is connection frame, connection frame side is buffer unit, and the other side is hinge means；Buffer unit includes spring and spring(-supported) mount, spring
One end is on spring(-supported) mount, and the spring other end connects connection frame, and hinge means includes cylinder and cylinder hinge, and cylinder upper end is hinged
On connection frame, cylinder is hingedly coupled to the piston rod of cylinder, and cylinder hinge connects active clip hand；The shortcomings that utility model is
It cannot be used for carrying out clamping with the ceramics to different-diameter and size.
Summary of the invention
It, can be to different size and straight the object of the present invention is to provide a kind of mechanical chuck for ceramic molding equipment
The ceramics of diameter carry out clamping, and can be with clamping in ceramic suitable position.
The purpose of the present invention is achieved through the following technical solutions:
A kind of mechanical chuck for ceramic molding equipment, including bindiny mechanism, supporting mechanism, adjustment mechanism, lifting
Mechanism, link mechanism and clamping mechanism, the bindiny mechanism include terminal pad, connecting plate I, connecting plate II, sliding waist hole, sliding
Block and attachment screw, the lower end of terminal pad are fixedly connected there are four connecting plate I, and fixation can be connected on four connecting plates I
Fishplate bar II is provided with sliding waist hole on four connecting plates II, slidably connects sliding shoe, four cunnings in two sliding waist holes
Attachment screw has been connected through a screw thread on motion block；
The supporting mechanism includes support plate, support rotating slot, flap shutter, support connecting column and supporting baffle, support
Support rotating slot is provided on disk, the upper end of support plate is fixedly connected with flap shutter, and the lower end of support plate is fixedly connected with two
A support connecting column is fixedly connected to two supporting baffles on two support connecting columns, and two equal gaps of support connecting column are matched
It closes in terminal pad, the inside of four supporting baffles is bonded with terminal pad；
The adjustment mechanism includes adjustment bottom plate, adjustment connecting plate, adjustment rotation axis and adjustment rotating wheel, adjusts bottom plate
Middle-end is fixedly connected with adjustment connecting plate, and the two sides for adjusting connecting plate are fixedly connected to adjustment rotation axis, two adjustment rotations
Adjustment rotating wheel is rotatably connected on axis, the equal interference disk cooperation of two adjustment rotating wheels is in support rotating slot, flap shutter
Lower end surface be bonded with two adjustment rotating wheels；
The elevating mechanism includes lifting rotary cylinder, elevating screw thread bar, lifting handle and lifting bottom plate, goes up and down rotary cylinder
Lower end is rotatably connected in terminal pad, and adjustment connecting plate is rotatably connected on the upper end of lifting rotary cylinder, and adjustment connecting plate, which is located at, to be turned
The upper end of dynamic baffle, lifting rotary cylinder pass through support plate, go up and down and have been connected through a screw thread elevating screw thread bar in rotary cylinder, and lifting turns
The middle-end of dynamic cylinder is fixedly connected with lifting handle, and the upper end of elevating screw thread bar is rotatably connected to lifting bottom plate；
The link mechanism includes connecting rod I, positioning screw I, location nut I, connecting rod II and connecting rod III, and link mechanism is symmetrical
There are two settings, and the lower end of two connecting rods I is hinged on adjustment connecting plate, the equal clearance fit connection in the upper end of two connecting rods I
There is positioning screw I, location nut I has been connected through a screw thread in two positioning screws I, rotation connects in two positioning screws I
It is connected to connecting rod II, one end of two connecting rods III is respectively hinged at the middle-end of two connecting rods II, and the other end of two connecting rods III is cut with scissors
It connects on lifting bottom plate；
The clamping mechanism include clamping link block, positioning screw II, location nut II, clamping threaded rod, clamping bottom plate,
Clamping slides waist hole, clamping pushing plate, clamping handle, clamping baffle, clamping connecting rod and clamping clamp hand, the side of clamping link block
It is rotatably connected to positioning screw II, location nut II, the other side of clamping link block have been connected through a screw thread in positioning screw II
It is fixedly connected with clamping threaded rod, clamping bottom plate is fixedly connected on clamping threaded rod, the two sides of clamping bottom plate are provided with dress
Folder sliding waist hole, two clampings, which slide in waist holes, slidably connects clamping clamp hand, and clamping pushing plate clearance fit is in clamping spiral shell
On rasp bar, clamping handle is threadedly attached on clamping threaded rod, and the upper end of clamping pushing plate is rotatably connected on clamping handle
On, clamping baffle is fixedly connected on clamping handle, and clamping baffle and the fitting of clamping pushing plate, clamping connecting rod are symmetrically arranged with two
A, one end of two clamping connecting rods is respectively hinged at the two sides of clamping pushing plate, and the other end of two clamping connecting rods is respectively articulated with
On two clamping clamp hands, there are two clamping mechanism settings, and two positioning screws II are rotatably connected on two connecting rods II respectively
Upper end.
As advanced optimizing for the technical program, a kind of mechanical chuck for ceramic molding equipment of the present invention, institute
State sliding shoe parts processing.As advanced optimizing for the technical program, a kind of machinery for ceramic molding equipment of the present invention
Formula collet, it is described
As advanced optimizing for the technical program, a kind of mechanical chuck for ceramic molding equipment of the present invention, institute
Stating supporting mechanism further includes check plate, slide post and stop threaded rod, and support rotating slot internal clearance is combined with check plate, check plate
Side be fixedly connected with slide post, slide post is slidably connected in support plate, and the other side of check plate is rotatably connected to stop
Threaded rod, stop threaded rod are threadedly attached in support plate.
As advanced optimizing for the technical program, a kind of mechanical chuck for ceramic molding equipment of the present invention, institute
Stating adjustment rotating wheel is rubber material.
As advanced optimizing for the technical program, a kind of mechanical chuck for ceramic molding equipment of the present invention, institute
Stating link mechanism further includes positioning pin I, and positioning pin I is fixedly connected in positioning screw I.
As advanced optimizing for the technical program, a kind of mechanical chuck for ceramic molding equipment of the present invention, institute
Stating clamping mechanism further includes positioning pin II, and positioning pin II is fixedly connected in positioning screw II.
As advanced optimizing for the technical program, a kind of mechanical chuck for ceramic molding equipment of the present invention, institute
It states and is provided with flexible material on clamping clamp hand.
A kind of mechanical chuck for ceramic molding equipment of the invention has the beneficial effect that
A kind of mechanical chuck for ceramic molding equipment of the present invention, can be by the sliding shoe that is arranged in bindiny mechanism
With the Fast Installation and docking of attachment screw realization device, this mechanical chuck can be adapted for the peace of a variety of ceramic molding equipments
Hole location is filled, is arranged on link mechanism by the height to adjust that threaded adjustment goes up and down bottom plate by rotating lifting handle manually
The relative position of relative position and then adjustment clamping mechanism between connecting rod I, connecting rod II and connecting rod III, so that self-contained clamp mechanism can
Clamping is carried out with the ceramics to different-diameter and size, two link mechanisms and two clamping machines are made by rotation regulating mechanism
Structure relatively rotates adjustment to ceramic clamping position.
Detailed description of the invention
The present invention will be further described in detail with specific implementation method with reference to the accompanying drawing.
Fig. 1 is the mechanical chuck overall structure diagram for ceramic molding equipment of the invention；
Fig. 2 is the mechanical chuck section view figure structure schematic representation for ceramic molding equipment of the invention；
Fig. 3 is bindiny mechanism's structural schematic diagram of the invention；
Fig. 4 is supporting mechanism structural schematic diagram of the invention；
Fig. 5 is supporting mechanism section view figure structure schematic representation of the invention；
Fig. 6 is adjustment mechanism structural schematic diagram of the invention；
Fig. 7 is elevating mechanism structural schematic diagram of the invention；
Fig. 8 is elevating mechanism section view figure structure schematic representation of the invention；
Fig. 9 is linkage arrangement schematic diagram of the invention；
Figure 10 is clamping mechanism structural schematic diagram of the invention；
Figure 11 is clamping mechanism section view figure structure schematic representation of the invention；
Figure 12 is clamping clamp structure diagram of the invention.
In figure: bindiny mechanism 1；Terminal pad 1-1；I 1-2 of connecting plate；II 1-3 of connecting plate；Slide waist hole 1-4；Sliding shoe 1-
5；Attachment screw 1-6；Supporting mechanism 2；Support plate 2-1；Support rotating slot 2-2；Flap shutter 2-3；Support connecting column 2-4；Branch
Spacer plate 2-5；Check plate 2-6；Slide post 2-7；Stop threaded rod 2-8；Adjustment mechanism 3；Adjust bottom plate 3-1；Adjust connecting plate
3-2；Adjust rotation axis 3-3；Adjust rotating wheel 3-4；Elevating mechanism 4；Go up and down rotary cylinder 4-1；Elevating screw thread bar 4-2；Go up and down hand
Handle 4-3；Go up and down bottom plate 4-4；Link mechanism 5；I 5-1 of connecting rod；I 5-2 of positioning screw；I 5-3 of positioning pin；I 5-4 of location nut；Even
II 5-5 of bar；III 5-6 of connecting rod；Clamping mechanism 6；Clamping link block 6-1；II 6-2 of positioning screw；II 6-3 of positioning pin；Location nut
Ⅱ6-4；Clamping threaded rod 6-5；Clamping bottom plate 6-6；Clamping slides waist hole 6-7；Clamping pushing plate 6-8；Clamping handle 6-9；Dress
Folder gear plate 6-10；Clamping connecting rod 6-11；Clamping clamp hand 6-12.
Specific embodiment
The present invention is described in further detail below in conjunction with the accompanying drawings.
Before illustrating specific embodiment, to avoid repeating language, illustrating " being fixedly connected " as described below can be with
It is: is bolted, welds and the modes such as rivet interlacement are fixed, those skilled in the art can be according to different applications
Scene selects the different modes that is fixedly connected, and main purpose is that two pieces part is fixed.
Specific embodiment 1:
Illustrate present embodiment, a kind of mechanical chuck for ceramic molding equipment below with reference to Fig. 1-12, including connects
Connection mechanism 1, supporting mechanism 2, adjustment mechanism 3, elevating mechanism 4, link mechanism 5 and clamping mechanism 6 can pass through bindiny mechanism 1
The sliding shoe 1-5 of upper setting and the Fast Installation and docking of attachment screw 1-6 realization device, this mechanical chuck can be adapted for
The installation hole location of a variety of ceramic molding equipments passes through the height of threaded adjustment lifting bottom plate 4-4 by rotating lifting handle 4-3 manually
Degree is to adjust the relative position between III 5-6 of I 5-1 of connecting rod, II 5-5 of connecting rod and connecting rod being arranged on link mechanism 5 and then adjust
The relative position of self-contained clamp mechanism 6 allows self-contained clamp mechanism 6 to carry out clamping to the ceramics of different-diameter and size, passes through
Rotation regulating mechanism 3 makes two link mechanisms 5 and two clamping mechanisms 6 relatively rotate adjustment to ceramic clamping position
It sets.
The bindiny mechanism 1 includes terminal pad 1-1, I 1-2 of connecting plate, II 1-3 of connecting plate, sliding waist hole 1-4, sliding shoe
1-5 and attachment screw 1-6, the lower end of terminal pad 1-1 are fixedly connected there are four I 1-2 of connecting plate, solid on four I 1-2 of connecting plate
Surely it can be connected with II 1-3 of connecting plate, be provided on four II 1-3 of connecting plate on sliding waist hole 1-4, two sliding waist hole 1-4
Sliding shoe 1-5 is slidably connected, has been connected through a screw thread attachment screw 1-6 on four sliding shoe 1-5；
The supporting mechanism 2 include support plate 2-1, support rotating slot 2-2, flap shutter 2-3, support connecting column 2-4 and
Support rotating slot 2-2 is provided on supporting baffle 2-5, support plate 2-1, the upper end of support plate 2-1 is fixedly connected with flap shutter
2-3, the lower end of support plate 2-1 are fixedly connected there are two connecting column 2-4 is supported, are fixedly connected on two support connecting column 2-4
There are two supporting baffle 2-5, two equal clearance fits of support connecting column 2-4 on terminal pad 1-1, four supporting baffle 2-5's
Inside is bonded with terminal pad 1-1；
The adjustment mechanism 3 includes adjustment bottom plate 3-1, adjustment connecting plate 3-2, adjustment rotation axis 3-3 and adjustment rotating wheel
3-4, the middle-end of adjustment bottom plate 3-1 are fixedly connected with adjustment connecting plate 3-2, and the two sides of adjustment connecting plate 3-2 are fixedly connected to
Rotation axis 3-3 is adjusted, adjustment rotating wheel 3-4, two adjustment rotating wheel 3-4 are rotatably connected on two adjustment rotation axis 3-3
In support rotating slot 2-2, the lower end surface of flap shutter 2-3 is bonded with two adjustment rotating wheel 3-4 for equal interference disk cooperation；
The elevating mechanism 4 includes lifting rotary cylinder 4-1, elevating screw thread bar 4-2, lifting handle 4-3 and lifting bottom plate 4-
4, the lower end of lifting rotary cylinder 4-1 is rotatably connected on terminal pad 1-1, and adjustment connecting plate 3-2 is rotatably connected on lifting rotary cylinder
The upper end of 4-1, adjustment connecting plate 3-2 are located at the upper end of flap shutter 2-3, and lifting rotary cylinder 4-1 passes through support plate 2-1, lifting
Elevating screw thread bar 4-2 is connected through a screw thread in rotary cylinder 4-1, the middle-end of lifting rotary cylinder 4-1 is fixedly connected with lifting handle
4-3, the upper end of elevating screw thread bar 4-2 are rotatably connected to lifting bottom plate 4-4；
The link mechanism 5 includes I 5-1 of connecting rod, I 5-2 of positioning screw, I 5-4 of location nut, II 5-5 of connecting rod and connecting rod III
5-6, link mechanism 5 be symmetrical arranged there are two, the lower end of two I 5-1 of connecting rod be hinged on adjustment connecting plate 3-2 on, two companies
The equal clearance fit in upper end of I 5-1 of bar is connected with I 5-2 of positioning screw, and it is fixed to be connected through a screw thread on two I 5-2 of positioning screw
It is rotatably connected to II 5-5 of connecting rod on position nut I 5-4, two I 5-2 of positioning screw, one end of two III 5-6 of connecting rod is cut with scissors respectively
The middle-end in two II 5-5 of connecting rod is connect, the other end of two III 5-6 of connecting rod is hinged on lifting bottom plate 4-4；
The clamping mechanism 6 includes clamping link block 6-1, II 6-2 of positioning screw, II 6-4 of location nut, clamping threaded rod
6-5, clamping bottom plate 6-6, clamping sliding waist hole 6-7, clamping pushing plate 6-8, clamping handle 6-9, clamping baffle 6-10, clamping connect
Bar 6-11 and clamping clamp hand 6-12, the side of clamping link block 6-1 are rotatably connected to II 6-2 of positioning screw, II 6-2 of positioning screw
On be connected through a screw thread II 6-4 of location nut, the other side of clamping link block 6-1 is fixedly connected with clamping threaded rod 6-5, dress
Clamping bottom plate 6-6 is fixedly connected on folder threaded rod 6-5, the two sides of clamping bottom plate 6-6 are provided with clamping sliding waist hole 6-7,
Clamping clamp hand 6-12 is slidably connected in two clamping sliding waist hole 6-7, clamping pushing plate 6-8 clearance fit is in clamping screw thread
On bar 6-5, clamping handle 6-9 is threadedly attached on clamping threaded rod 6-5, the upper end rotation connection of clamping pushing plate 6-8
On clamping handle 6-9, clamping baffle 6-10 is fixedly connected on clamping handle 6-9, clamping baffle 6-10 and clamping pushing plate
6-8 fitting, clamping connecting rod 6-11 be symmetrical arranged there are two, one end of two clamping connecting rod 6-11 is respectively hinged at clamping pushing plate
The two sides of 6-8, the other end of two clamping connecting rod 6-11 are respectively hinged on two clamping clamp hand 6-12, and clamping mechanism 6 is arranged
There are two, two II 6-2 of positioning screw are rotatably connected on the upper end of two II 5-5 of connecting rod respectively.
The sliding shoe 1-5 parts processing；Sliding shoe 1-5 parts processing allows sliding shoe 1-5 to be slidably connected at cunning
On dynamic waist hole 1-4, the half of sliding shoe 1-5 can be first mounted in sliding waist hole 1-4 again seperated by two by screw thread
Sliding shoe 1-5 links together.
The supporting mechanism 2 further includes check plate 2-6, slide post 2-7 and stop threaded rod 2-8, in support rotating slot 2-2
Clearance fit has check plate 2-6, and the side of check plate 2-6 is fixedly connected with slide post 2-7, and slide post 2-7 is slidably connected at branch
On support plate 2-1, the other side of check plate 2-6 is rotatably connected to stop threaded rod 2-8, and stop threaded rod 2-8 is connected through a screw thread
On support plate 2-1；By manual pivot stop threaded rod 2-8, so that stop threaded rod 2-8 is with the axis of stop threaded rod 2-8
It is rotated centered on the heart, stop threaded rod 2-8 is through screw thread on support plate 2-1, and stop threaded rod 2-8 is by screw thread only
Lateral transmission is carried out on the axis direction of dynamic threaded rod 2-8, stop threaded rod 2-8 pushes check plate 2-6 in stop threaded rod 2-8
Axis direction on carry out lateral transmission, check plate 2-6 is slided in support rotating slot 2-2 under the limit of slide post 2-7
Dynamic, the frictional force for when check plate 2-6 squeezes two turn over driving wheel 3-4 two turn over driving wheel 3-4 being subject to becomes larger,
Two turn over driving wheel 3-4 cannot make a relative move in support rotating slot 2-2.
The adjustment rotating wheel 3-4 is rubber material；Two adjustment rotating wheel 3-4 turn over driving wheel 3-4 company of interference fit
It connects in support rotating slot 2-2, when two adjustment rotating wheel 3-4 relatively rotate, two adjustment rotating wheel 3-4 can be produced
Raw certain reverse friction resistance makes the rotation of adjustment mechanism 3 by certain resistance, so that adjustment mechanism 3 is not by external force
In the case where may be at stationary state and will not rotate.
The link mechanism 5 further includes I 5-3 of positioning pin, and I 5-3 of positioning pin is fixedly connected on I 5-2 of positioning screw；Positioning
I 5-3 of pin is used to carry out I 5-4 of location nut limit I 5-4 of placement positioning nut and is detached from I 5-2 of positioning screw, in location nut I
When 5-4 is threadedly attached on I 5-2 of positioning screw, by I 5-3 kind of positioning pin on I 5-2 of positioning screw；
The clamping mechanism 6 further includes II 6-3 of positioning pin, and II 6-3 of positioning pin is fixedly connected on II 6-2 of positioning screw；
II 6-3 of positioning pin is used to carry out II 6-4 of location nut limit II 6-4 of placement positioning nut and is detached from II 6-2 of positioning screw, fixed
Position II 6-4 of nut is when being threadedly attached on II 6-2 of positioning screw, by II 6-3 kind of positioning pin in II 6-2 of positioning screw
On；
Flexible material is provided on the clamping clamp hand 6-12；Abrasion of the clamping clamp hand 6-12 to ceramics when reducing clamping；
When use will the present apparatus be mounted on ceramic molding equipment, pass through sliding waist hole 1-4, the sliding shoe being arranged on terminal pad 1-1
The installation site of the adjustable terminal pad 1-1 of 1-5 and attachment screw 1-6 makes the present apparatus using more installation hole locations, by clamping
The ceramics of positioning process are placed on lifting bottom plate 4-4, and ceramics turn between two link mechanisms 5 and two clamping mechanisms 6
Dynamic adjustment bottom plate 3-1 rotates adjustment bottom plate 3-1 centered on the axis for going up and down rotary cylinder 4-1, adjusts bottom plate 3-1 band
Dynamic adjustment connecting plate 3-2 is rotated centered on the axis for going up and down rotary cylinder 4-1, and adjustment connecting plate 3-2 drives two adjustment
Rotation axis 3-3 is rotated centered on the axis for going up and down rotary cylinder 4-1, and two adjustment rotation axis 3-3 drive two tune respectively
Turn over driving wheel 3-4 is rotated centered on the axis for going up and down rotary cylinder 4-1, and two adjustment rotating wheel 3-4 are in support rotating slot
It rotates in 2-2, adjustment rotating wheel 3-4 is rubber material；Two adjustment rotating wheel 3-4 turn over driving wheel 3-4 are interference fitted
It is connected in support rotating slot 2-2, when two adjustment rotating wheel 3-4 relatively rotate, two adjustment rotating wheel 3-4 can be with
Generating certain reverse friction resistance makes the rotation of adjustment mechanism 3 by certain resistance, so that adjustment mechanism 3 is not by outer
May be at stationary state in the case where power will not rotate；Adjustment mechanism 3 drives two link mechanisms 5 and two clamping machines
When structure 6 turns to the position of suitable clamping ceramics, by manual pivot stop threaded rod 2-8, so that stop threaded rod 2-8 is with only
It is rotated centered on the axle center of dynamic threaded rod 2-8, stop threaded rod 2-8 passes through screw thread on support plate 2-1, stop threaded rod
2-8 carries out lateral transmission by screw thread on the axis direction of stop threaded rod 2-8, and stop threaded rod 2-8 pushes check plate 2-6
Lateral transmission is carried out on the axis direction of stop threaded rod 2-8, check plate 2-6 turns under the limit of slide post 2-7 in support
Slided in dynamic slot 2-2, make when check plate 2-6 squeezes two turn over driving wheel 3-4 two turn over driving wheel 3-4 by
To frictional force become larger, two turn over driving wheel 3-4 cannot make a relative move in support rotating slot 2-2, by two connecting rod machines
The position of structure 5 and two clamping mechanisms 6 is positioned, and rotates lifting handle 4-3 manually, so that lifting handle 4-3 is turned with going up and down
It is rotated centered on the axis of dynamic cylinder 4-1, lifting handle 4-3 drives lifting rotary cylinder 4-1 to go up and down the axis of rotary cylinder 4-1
Centered on rotated, lifting rotary cylinder 4-1 by screw thread drive elevating screw thread bar 4-2 go up and down rotary cylinder 4-1 axis side
It moves up and down upwards, lifting rotary cylinder 4-1 drives lifting bottom plate 4-4 to carry out on the axis direction of lifting rotary cylinder 4-1
It moves up and down, when lifting bottom plate 4-4 is moved downwards, lifting bottom plate 4-4 drives two III 5-6 of connecting rod to be transported downwards
Dynamic, two III 5-6 of connecting rod pull the middle-end of two II 5-5 of connecting rod to be moved downwards respectively, the upper end phase of two II 5-5 of connecting rod
Mutually close, when lifting bottom plate 4-4 is moved upwards, lifting bottom plate 4-4 drives two III 5-6 of connecting rod to be moved upwards,
Two III 5-6 of connecting rod pull the middle-end of two II 5-5 of connecting rod to be moved upwards respectively, and the upper end of two II 5-5 of connecting rod is mutual
Separate, when two II 5-5 of connecting rod move to suitable position, I 5-4 of rotational positioning nut makes I 5-4 of location nut in screw thread
Laterally the position of II 5-5 of connecting rod is locked in transmission to the lower progress of effect；Rotating two clamping mechanisms 6 makes two clamping mechanisms 6
Reach and needs manual II 6-4 of rotational positioning nut in position that II 6-4 of location nut is made to carry out lateral transmission under the action of screw thread
The position of two clamping mechanisms 6 is locked；Rotation clamping handle 6-9 manually, so that clamping handle 6-9 is with clamping threaded rod
It is rotated centered on the axis of 6-5, clamping handle 6-9 is under the laterally urging of screw thread in the axis side of clamping threaded rod 6-5
It being moved upwards, clamping handle 6-9 drives clamping pushing plate 6-8 to be moved on the axis direction of clamping threaded rod 6-5,
Clamping pushing plate 6-8 pushes one end of two clamping connecting rod 6-11 to be moved on the axis direction of clamping threaded rod 6-5, and two
The other end of a clamping connecting rod 6-11 is close to each other or separate, and two clamping connecting rod 6-11 drive two clamping clamp hand 6- respectively
12 is close to each other or separate by ceramics progress clamping.
A kind of mechanical chuck for ceramic molding equipment of the invention, its working principle is that:
When use will the present apparatus be mounted on ceramic molding equipment, pass through the sliding waist hole 1- being arranged on terminal pad 1-1
4, the installation site of the adjustable terminal pad 1-1 of sliding shoe 1-5 and attachment screw 1-6 makes the present apparatus use more mounting holes
The ceramics that Set and Positioning is processed are placed on lifting bottom plate 4-4 by position, and ceramics are located at two link mechanisms 5 and two clamping machines
Between structure 6, rotation adjustment bottom plate 3-1 rotates adjustment bottom plate 3-1 centered on the axis for going up and down rotary cylinder 4-1, adjusts
Chassis assembly 3-1 drives adjustment connecting plate 3-2 to be rotated centered on the axis for going up and down rotary cylinder 4-1, adjusts connecting plate 3-2 band
Dynamic two adjustment rotation axis 3-3 are rotated centered on the axis for going up and down rotary cylinder 4-1, two adjustment rotation axis 3-3 difference
Two adjustment rotating wheel 3-4 are driven to be rotated centered on the axis for going up and down rotary cylinder 4-1, two adjustment rotating wheel 3-4 exist
It rotates in support rotating slot 2-2, adjustment rotating wheel 3-4 is rubber material；Two adjustment rotating wheel 3-4 turn over driving wheel 3-4
Interference fit is connected in support rotating slot 2-2, and when two adjustment rotating wheel 3-4 relatively rotate, two adjustment turn
Driving wheel 3-4 can produce certain reverse friction resistance and make the rotation of adjustment mechanism 3 by certain resistance, so that adjustment mechanism
3, which may be at stationary state in the case where not by external force, to rotate；Adjustment mechanism 3 drives two link mechanisms 5
When turning to the position of suitable clamping ceramics with two clamping mechanisms 6, by manual pivot stop threaded rod 2-8, so that stop
Threaded rod 2-8 is rotated centered on the axle center of stop threaded rod 2-8, and stop threaded rod 2-8 is by screw thread in support plate 2-1
On, stop threaded rod 2-8 carries out lateral transmission, stop threaded rod 2-8 by screw thread on the axis direction of stop threaded rod 2-8
Check plate 2-6 is pushed to carry out lateral transmission, limit of the check plate 2-6 in slide post 2-7 on the axis direction of stop threaded rod 2-8
It is slided in support rotating slot 2-2 under position, makes two when check plate 2-6 squeezes two turn over driving wheel 3-4
The frictional force that turn over driving wheel 3-4 is subject to becomes larger, and two turn over driving wheel 3-4 cannot make a relative move in support rotating slot 2-2,
The position of two link mechanisms 5 and two clamping mechanisms 6 is positioned, lifting handle 4-3 is rotated manually, so that lifting handle
4-3 is rotated centered on the axis for going up and down rotary cylinder 4-1, and lifting handle 4-3 drives lifting rotary cylinder 4-1 to go up and down rotation
It is rotated centered on the axis of cylinder 4-1, lifting rotary cylinder 4-1 drives elevating screw thread bar 4-2 in lifting rotary cylinder by screw thread
It moves up and down on the axis direction of 4-1, lifting rotary cylinder 4-1 drives lifting bottom plate 4-4 in the axis of lifting rotary cylinder 4-1
Move up and down on direction, when go up and down bottom plate 4-4 moved downwards when, lifting bottom plate 4-4 drive two III 5-6 of connecting rod to
Under moved, two III 5-6 of connecting rod pull the middle-end of two II 5-5 of connecting rod to be moved downwards respectively, two II 5-5 of connecting rod
Upper end it is close to each other, when going up and down bottom plate 4-4 and being moved upwards, lifting bottom plate 4-4 drives two III 5-6 of connecting rod to enterprising
Row movement, two III 5-6 of connecting rod pull the middle-end of two II 5-5 of connecting rod to be moved upwards respectively, and two II 5-5's of connecting rod is upper
End is located remotely from each other, and when two II 5-5 of connecting rod move to suitable position, I 5-4 of rotational positioning nut makes I 5-4 of location nut exist
Laterally transmission is carried out under the action of screw thread to lock the position of II 5-5 of connecting rod；Rotating two clamping mechanisms 6 makes two clampings
Mechanism 6, which reaches, needs manual II 6-4 of rotational positioning nut in position that II 6-4 of location nut is carried out laterally under the action of screw thread
The position of two clamping mechanisms 6 is locked in transmission；Rotation clamping handle 6-9 manually, so that clamping handle 6-9 is with clamping spiral shell
It is rotated centered on the axis of rasp bar 6-5, clamping handle 6-9 is under the laterally urging of screw thread in the axis of clamping threaded rod 6-5
Line is moved on direction, and clamping handle 6-9 drives clamping pushing plate 6-8 to carry out on the axis direction of clamping threaded rod 6-5
Movement, clamping pushing plate 6-8 push one end of two clamping connecting rod 6-11 to be transported on the axis direction of clamping threaded rod 6-5
Dynamic, the other end of two clamping connecting rod 6-11 is close to each other or separate, and two clamping connecting rod 6-11 drive two clampings respectively
Clamp hand 6-12 is close to each other or separate by ceramics progress clamping.
Certainly, above description is not limitation of the present invention, and the present invention is also not limited to the example above, the art
The variations, modifications, additions or substitutions that those of ordinary skill is made within the essential scope of the present invention also belong to guarantor of the invention
Protect range.
Claims (7)
1. a kind of mechanical chuck for ceramic molding equipment, including bindiny mechanism (1), supporting mechanism (2), adjustment mechanism
(3), elevating mechanism (4), link mechanism (5) and clamping mechanism (6), it is characterised in that: the bindiny mechanism (1) includes terminal pad
(1-1), connecting plate I (1-2), connecting plate II (1-3), sliding waist hole (1-4), sliding shoe (1-5) and attachment screw (1-6), even
The lower end for connecing disk (1-1) is fixedly connected there are four connecting plate I (1-2), and fixation can be connected on four connecting plates I (1-2)
Fishplate bar II (1-3) is provided with sliding waist hole (1-4) on four connecting plates II (1-3), slides on two sliding waist holes (1-4)
It is dynamic to be connected with sliding shoe (1-5), attachment screw (1-6) has been connected through a screw thread on four sliding shoes (1-5)；
The supporting mechanism (2) includes support plate (2-1), support rotating slot (2-2), flap shutter (2-3), support connecting column
(2-4) and supporting baffle (2-5) is provided with support rotating slot (2-2) in support plate (2-1), and the upper end of support plate (2-1) is fixed
It is connected with flap shutter (2-3), the lower end of support plate (2-1) is fixedly connected there are two connecting column (2-4) is supported, and two supports connect
It connects and is fixedly connected to two supporting baffles (2-5) on column (2-4), two support connecting column (2-4) clearance fits are connecting
On disk (1-1), the inside of four supporting baffles (2-5) is bonded with terminal pad (1-1)；
The adjustment mechanism (3) includes that adjustment bottom plate (3-1), adjustment connecting plate (3-2), adjustment rotation axis (3-3) and adjustment turn
Driving wheel (3-4), the middle-end of adjustment bottom plate (3-1) are fixedly connected with adjustment connecting plate (3-2), adjust the two sides of connecting plate (3-2)
It is fixedly connected to adjustment rotation axis (3-3), adjustment rotating wheel (3-4) is rotatably connected on two adjustment rotation axis (3-3),
The interference disk cooperation of two adjustment rotating wheels (3-4) is in support rotating slot (2-2), the lower end surface and two of flap shutter (2-3)
A adjustment rotating wheel (3-4) fitting；
The elevating mechanism (4) includes lifting rotary cylinder (4-1), elevating screw thread bar (4-2), lifting handle (4-3) and lifting bottom
The lower end of plate (4-4), lifting rotary cylinder (4-1) is rotatably connected on terminal pad (1-1), adjustment connecting plate (3-2) rotation connection
In the upper end of lifting rotary cylinder (4-1), adjustment connecting plate (3-2) is located at the upper end of flap shutter (2-3), goes up and down rotary cylinder (4-
1) support plate (2-1) is passed through, has been connected through a screw thread elevating screw thread bar (4-2) in lifting rotary cylinder (4-1), go up and down rotary cylinder
The middle-end of (4-1) is fixedly connected with lifting handle (4-3), and the upper end of elevating screw thread bar (4-2) is rotatably connected to lifting bottom plate (4-
4)；
The link mechanism (5) include connecting rod I (5-1), positioning screw I (5-2), location nut I (5-4), connecting rod II (5-5) and
Connecting rod III (5-6), link mechanism (5) be symmetrical arranged there are two, the lower end of two connecting rods I (5-1) is hinged on adjustment connecting plate
On (3-2), the equal clearance fit in upper end of two connecting rods I (5-1) is connected with positioning screw I (5-2), two positioning screws I (5-2)
On be connected through a screw thread location nut I (5-4), be rotatably connected to connecting rod II (5-5) on two positioning screws I (5-2),
One end of two connecting rods III (5-6) is respectively hinged at the middle-end of two connecting rods II (5-5), the other end of two connecting rods III (5-6)
It is hinged in lifting bottom plate (4-4)；
The clamping mechanism (6) includes clamping link block (6-1), positioning screw II (6-2), location nut II (6-4), clamping spiral shell
Rasp bar (6-5), clamping bottom plate (6-6), clamping slide waist hole (6-7), clamping pushing plate (6-8), clamping handle (6-9), clamping
Baffle (6-10), clamping connecting rod (6-11) and clamping clamp hand (6-12), the side of clamping link block (6-1) are rotatably connected to positioning
Screw II (6-2) has been connected through a screw thread location nut II (6-4) in positioning screw II (6-2), clamping link block (6-1)
The other side is fixedly connected with clamping threaded rod (6-5), and clamping bottom plate (6-6), clamping are fixedly connected on clamping threaded rod (6-5)
The two sides of bottom plate (6-6) are provided with clamping sliding waist hole (6-7), slidably connect in two clamping slidings waist hole (6-7)
Clamping clamp hand (6-12), for clamping pushing plate (6-8) clearance fit on clamping threaded rod (6-5), clamping handle (6-9) passes through spiral shell
Line is connected on clamping threaded rod (6-5), and the upper end of clamping pushing plate (6-8) is rotatably connected on clamping handle (6-9), clamping
Baffle (6-10) is fixedly connected on clamping handle (6-9), clamping baffle (6-10) and clamping pushing plate (6-8) fitting, clamping
There are two connecting rod (6-11) is symmetrical arranged, one end of two clamping connecting rods (6-11) is respectively hinged at clamping pushing plate (6-8)
Two sides, the other end of two clamping connecting rods (6-11) are respectively hinged on two clamping clamp hands (6-12), clamping mechanism (6) setting
There are two, two positioning screws II (6-2) are rotatably connected on the upper end of two connecting rods II (5-5) respectively.
2. a kind of mechanical chuck for ceramic molding equipment according to claim 1, it is characterised in that: the sliding
Block (1-5) parts processing.
3. a kind of mechanical chuck for ceramic molding equipment according to claim 2, it is characterised in that: the support
Mechanism (2) further includes check plate (2-6), slide post (2-7) and stop threaded rod (2-8), and support rotating slot (2-2) internal clearance is matched
Conjunction has check plate (2-6), and the side of check plate (2-6) is fixedly connected with slide post (2-7), and slide post (2-7) is slidably connected at
In support plate (2-1), the other side of check plate (2-6) is rotatably connected to stop threaded rod (2-8), and stop threaded rod (2-8) is logical
It crosses and is threaded on support plate (2-1).
4. a kind of mechanical chuck for ceramic molding equipment according to claim 3, it is characterised in that: the adjustment
Rotating wheel (3-4) is rubber material.
5. a kind of mechanical chuck for ceramic molding equipment according to claim 4, it is characterised in that: the connecting rod
Mechanism (5) further includes positioning pin I (5-3), and positioning pin I (5-3) is fixedly connected on positioning screw I (5-2).
6. a kind of mechanical chuck for ceramic molding equipment according to claim 5, it is characterised in that: the clamping
Mechanism (6) further includes positioning pin II (6-3), and positioning pin II (6-3) is fixedly connected on positioning screw II (6-2).
7. a kind of mechanical chuck for ceramic molding equipment according to claim 5, it is characterised in that: the clamping
Flexible material is provided on clamp hand (6-12).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811209276.5A CN109227902A (en) | 2018-10-17 | 2018-10-17 | A kind of mechanical chuck for ceramic molding equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811209276.5A CN109227902A (en) | 2018-10-17 | 2018-10-17 | A kind of mechanical chuck for ceramic molding equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN109227902A true CN109227902A (en) | 2019-01-18 |
Family
ID=65053397
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201811209276.5A Withdrawn CN109227902A (en) | 2018-10-17 | 2018-10-17 | A kind of mechanical chuck for ceramic molding equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN109227902A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110434990A (en) * | 2019-08-10 | 2019-11-12 | 广东石油化工学院 | A kind of ZrB2- SiC composite ceramics Preparation equipment |
-
2018
- 2018-10-17 CN CN201811209276.5A patent/CN109227902A/en not_active Withdrawn
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110434990A (en) * | 2019-08-10 | 2019-11-12 | 广东石油化工学院 | A kind of ZrB2- SiC composite ceramics Preparation equipment |
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Application publication date: 20190118 |