CN205684670U - Connected vibrating casting machine - Google Patents
Connected vibrating casting machine Download PDFInfo
- Publication number
- CN205684670U CN205684670U CN201520684104.9U CN201520684104U CN205684670U CN 205684670 U CN205684670 U CN 205684670U CN 201520684104 U CN201520684104 U CN 201520684104U CN 205684670 U CN205684670 U CN 205684670U
- Authority
- CN
- China
- Prior art keywords
- exciting
- longitudinal
- horizontal
- vertical
- motor
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Landscapes
- Apparatuses For Generation Of Mechanical Vibrations (AREA)
Abstract
The utility model discloses connected vibrating casting machine, be made up of frame, vertical exciting device, horizontal exciting device, longitudinal exciting device, back-moving spring and sandbox.Vertical exciting device is arranged on base, horizontal exciting device and longitudinal exciting device can be made to produce vertical vibration simultaneously, laterally exciting device can produce oscillation crosswise, the longitudinal exciting device being arranged on horizontal exciting device can make longitudinal exciting slide block produce extensional vibration, and three moves and combines the vibration that can realize the sandbox that is connected with longitudinal direction exciting slide block at space three degree of freedom.The vibration parameters of this utility model all directions is separate adjustable, makes what casting mold in sandbox obtained liquid metal in suitable vibrational excitation, beneficially sandbox quickly to fill type and vibration clotting, improves casting quality；Additionally, this utility model also has compact conformation, stable and reliable in work, equipment cost is low in energy consumption with operation and controls the advantages such as simple.
Description
Technical field
This utility model relates to vibrational casting apparatus field, particularly relates to the connected vibrating casting machine of a kind of three translations, can be simultaneously
Realize the vibration of the space three degree of freedom of casting mold.
Background technology
Existing metal casting is in casting process, owing to sandbox or mold remain static, and the gas in metal liquid
Bubble is difficult to overflow, and is unfavorable for floating and the metal liquid flowing in process of setting of slag inclusion, especially in, heavy castings due to
Overall structure wall thickness variation is big, and common process is difficult to ensure that overall equilibrium cooling, local easily cracks, shrinkage porosite, shrinkage cavity, folder
The defect such as slag, coarse grains, has a strong impact on the raising of casting product quality.
Some patent it is also proposed some solutions at present, and the patent such as Application No. 200720049505.2 proposes
A kind of embodiment of hydraulic vibration casting equipment, its vibrating device proposed can only produce the vibration of 1-2 degree of freedom, and
Hydraulic vibration gen is relatively costly, safeguards inconvenience.The vibrational casting function that this utility model relates to realizes space along X, Y, Z tri-simultaneously
The vibration in individual direction, and the parameter such as the Oscillation Amplitude of each direction of vibration, frequency can individually control and regulate, and overcomes existing casting
Technological deficiency.
Summary of the invention
The purpose of this utility model is for the deficiencies in the prior art, it is provided that a kind of Three Degree Of Freedom connected vibrating casting machine, especially
It is the vibration that sandbox can be made simultaneously to realize three movements in space, overcomes the technological deficiency of existing vibrational casting equipment, improve liquid
The mold-filling capacity of metal, crystal grain thinning, improve mechanical castings, improve casting quality.
Technical problem to be solved in the utility model realizes by the following technical solutions.
Connected vibrating casting machine is by frame, vertical exciting device, horizontal exciting device, longitudinal exciting device, back-moving spring and sand
Case forms.Described frame is made up of base, L bracket, crossbeam and overarm, and described L bracket has four, is respectively placed in the end
The corner of seat, and be connected with base, described crossbeam has four, is placed in the top of base, and two ends are solid with two L brackets respectively
Even, described overarm lower end is connected with base, and top is connected with a crossbeam, and overarm upper section has fluting, and frame is used
In supporting role, base increases the stationarity of body.Described vertical exciting device is by vertical exciting motor bearing, vertical exciting
Motor, cam, pulley, follower lever, fixing guide pin bushing, shock-absorbing spring and vertical exciting Ω shape guide rail composition, described vertical exciting
Device is placed in the top of base, and described vertical exciting motor bearing lower end is connected with base, described vertical exciting motor
The top Y direction being placed in vertical exciting motor bearing is placed, and is connected with vertical exciting motor bearing, described cam with
The output shaft of vertical exciting motor is connected by key, and described pulley is placed in the upper end of cam, described follower lever Z-direction
Placing, lower end is connected with pulley, and it is peripheral that described fixing guide pin bushing is placed in follower lever upper part, and is connected with overarm, described
Shock-absorbing spring be placed between pulley and fixing guide pin bushing, and be connected with both respectively, described vertical exciting Ω shape guide rail has
Two, being installed on inside the upper part fluting of overarm, vertical exciting motor-driven cam rotates, and acts on pulley, makes follower lever
Realizing moving back and forth in Z-direction along fixing guide pin bushing, fixing guide pin bushing is used for guiding, shock-absorbing spring damping, and this acts on biography
Pass sandbox and realize sandbox exciting in the Z-axis direction.Described horizontal exciting device is placed in the upper end of follower lever, and with driven
Bar is connected.Described longitudinal exciting device is placed in the top of horizontal exciting device, and is connected with horizontal exciting device.Described
Back-moving spring have four, be respectively placed in L bracket upper end, and be connected with L bracket, back-moving spring compression surplus little, both
Can play a major role in the support of sandbox, be also beneficial to sandbox amplitude modulation during exciting and reset.Described sandbox is put
In the upper end of back-moving spring, and it is connected with back-moving spring.
Described horizontal exciting device is by horizontal exciting support beam, horizontal exciting Ω shape guide rail, horizontal exciting slide block, laterally
Exciting motor bearing, horizontal exciting motor, horizontal exciting crank and horizontal exciting connecting rod composition, described horizontal exciting support beam
X-direction is placed, and lower section is connected with follower lever, and one end is connected by moving sets with the vertical exciting Ω shape guide rail in overarm
Connecing, described horizontal exciting Ω shape guide rail has two, is installed on horizontal exciting support beam both sides, and described horizontal exciting slide block is put
In the top of horizontal exciting support beam, and lower section is connected by moving sets with horizontal exciting Ω shape guide rail, and described laterally swashs
The motor bearing that shakes is placed in the horizontal exciting support beam other end, and is connected with horizontal exciting support beam, described horizontal exciting horse
Reaching Z-direction to place, and be connected with horizontal exciting motor bearing, described horizontal exciting crank is placed in horizontal exciting motor
Top, one end is connected by key with the output shaft of horizontal exciting motor, described horizontal exciting connecting rod one end and horizontal exciting
Crank is connected by revolute pair, and the other end is connected by revolute pair with horizontal exciting slide block, from the angle of theory of mechanisms, described
Horizontal exciting crank, horizontal exciting connecting rod, horizontal exciting slide block and laterally exciting Ω shape guide rail constitute slider-crank mechanism, horizontal
Drive horizontal exciting crank to rotate to exciting motor, act on horizontal exciting connecting rod, make horizontal exciting slide block along horizontal exciting
Ω shape guide rail realizes moving back and forth in X-direction, and horizontal exciting Ω shape guide rail is used for guiding, and this effect passes to sandbox and realizes
Sandbox exciting in the X-axis direction.Described longitudinal exciting device is by longitudinal exciting support beam, longitudinal exciting Ω shape guide rail, vertical
To exciting slide block, counterweight, longitudinal exciting motor bearing, longitudinal exciting motor, longitudinal exciting crank and longitudinal exciting connecting rod composition,
Described longitudinal exciting support beam Y direction is placed, and lower section is connected with horizontal exciting slide block, and described longitudinal exciting Ω shape is led
Rail has two, is installed on longitudinal exciting support beam both sides, and described longitudinal exciting slide block is placed in the top of longitudinal exciting support beam,
Being connected with the bottom of sandbox above described longitudinal exciting slide block, lower section is connected by moving sets with longitudinal exciting Ω shape guide rail
Connecing, described counterweight is installed on longitudinal exciting support beam one end, and described longitudinal exciting motor bearing is placed in longitudinal exciting and supports
The beam other end, and being connected with longitudinal exciting support beam, described longitudinal exciting motor Z-direction is placed, and with longitudinal exciting
Motor bearing is connected, and described longitudinal exciting crank is placed in the top of longitudinal exciting motor, one end and longitudinal exciting motor
Output shaft is connected by key, and described longitudinal exciting connecting rod one end is connected by revolute pair with longitudinal exciting crank, another
Holding and be connected by revolute pair with longitudinal exciting slide block, from the angle of theory of mechanisms, described longitudinal exciting crank, longitudinal exciting are even
Bar, longitudinal exciting slide block and longitudinal exciting Ω shape guide rail constitute slider-crank mechanism, and longitudinal exciting motor drives longitudinal exciting bent
Handle rotates, and acts on longitudinal exciting connecting rod, make longitudinal exciting slide block along longitudinal exciting Ω shape guide rail realize in Y direction past
Multiple mobile, longitudinal exciting Ω shape guide rail is used for guiding, and this effect passes to sandbox and realizes sandbox exciting in the Y-axis direction.Combine
Upper described, the work of vertical exciting device can realize horizontal exciting device and longitudinal exciting device the most in the Z-axis direction past
Multiple mobile, the vertical exciting Ω shape guide rail in overarm is used for guiding, and overarm also can play a supportive role, the work of horizontal exciting device
Can realize longitudinal exciting device moving back and forth in the X-axis direction, counterweight is conducive to the steady of device, the work of longitudinal exciting device
Work can realize longitudinal exciting slide block moving back and forth in the Y-axis direction, and triplicity can make longitudinal exciting slide block at three axes
Move back and forth on direction, thus realize and the longitudinal direction sandbox that is connected of exciting slide block exciting in space X, Y and Z-direction.
During use, connected vibrating casting machine is steadily placed, mechanical measure can be used to make base fixing in the horizontal plane；According to reality
Border situation selects vibrational degrees of freedom quantity and corresponding vibration parameters required for sandbox.Vibrational degrees of freedom quantity required for sandbox
Can be by controlling vertical exciting motor, horizontal exciting motor and the start and stop of longitudinal exciting motor；The vertical vibration of sandbox can pass through
The rotating speed and the replacing that control the vertical exciting motor in vertical exciting device have differently contoured cam, regulate vertical shaking respectively
Dynamic frequency and amplitude；The oscillation crosswise of sandbox can be by controlling the rotating speed and more of the horizontal exciting motor in horizontal exciting device
Change and there is the horizontal exciting crank of different length size and horizontal exciting connecting rod, regulate frequency and the amplitude of oscillation crosswise respectively；
The extensional vibration of sandbox can have different length by the rotating speed and replacing that control the longitudinal exciting motor in longitudinal exciting device
Longitudinal exciting crank of size and longitudinal exciting connecting rod, regulate frequency and the amplitude of extensional vibration respectively.
The beneficial effects of the utility model are, compared with prior art, this utility model can realize three, space simultaneously
The vibration of degree of freedom, the parameter such as the amplitude of each direction of vibration, frequency and vibrational degrees of freedom all can independent regulation, non-interference,
The motion of all directions is full decoupled, overcomes the technological deficiency of existing vibrational casting.The multi-freedom-degree vibration of sandbox is conducive to liquid
State metal quickly filling type and carrying out vibration clotting with optimal vibration compound mode in casting mold, refines cast-internal crystal grain, carries
Strong mechanical performance, improves the quality of foundry goods.Additionally, this utility model also has compact conformation, stable and reliable in work, equipment cost
The advantages such as and control low in energy consumption with operation is simple.
Accompanying drawing explanation
Fig. 1 is population structure schematic diagram of the present utility model；
Fig. 2 is vertical exciting device of the present utility model and horizontal exciting device and longitudinal exciting device assembly relation knot
Structure schematic diagram；
Fig. 3 is vertical exciting device of the present utility model and horizontal exciting device assembly relation structural representation；
Fig. 4 is longitudinal exciting device structural representation of the present utility model.
In figure: 1. frame；The most vertical exciting device；3. horizontal exciting device；4. longitudinal exciting device；5. back-moving spring；
6. sandbox；11. bases；12.L shape support；13. crossbeams；14. overarms；21. vertical exciting motor bearings；22. vertical exciting horses
Reach；23. cams；24. pulleys；25. follower levers；26. fix guide pin bushing；27. shock-absorbing springs；28. vertical exciting Ω shape guide rails；31.
Laterally exciting support beam；32. horizontal exciting Ω shape guide rails；33. horizontal exciting slide blocks；34. horizontal exciting motor bearings；35. is horizontal
To exciting motor；36. horizontal exciting cranks；37. horizontal exciting connecting rods；41. longitudinal exciting support beams；42. longitudinal exciting Ω shapes
Guide rail；43. longitudinal exciting slide blocks；44. counterweights；45. longitudinal exciting motor bearings；46. longitudinal exciting motors；47. longitudinal excitings
Crank；48. longitudinal exciting connecting rods.
Detailed description of the invention
For the technological means making this utility model be realized, creation characteristic, reach purpose and be easy to understand with effect,
Below in conjunction with specific embodiment and diagram, this utility model is expanded on further.
As shown in Figure 1, Figure 2 and Figure 3, connected vibrating casting machine is by frame 1, vertical exciting device 2, horizontal exciting device 3, longitudinal direction
Exciting device 4, back-moving spring 5 and sandbox 6 form.Described frame 1 is by base 11, L bracket 12, crossbeam 13 and overarm 14 groups
Becoming, described L bracket 12 has four, is respectively placed in the corner of base 11, and is connected with base 11, and described crossbeam 13 has four
Individual, it is placed in the top of base 11, two ends are connected with two L brackets 12 respectively, and described overarm 14 lower end is connected with base 11,
Top is connected with a crossbeam 13, and overarm 14 upper sections have fluting, and frame 1 is for supporting role, and base 11 increases body
Stationarity.Described vertical exciting device 2 is by vertical exciting motor bearing 21, vertical exciting motor 22, cam 23, pulley
24, follower lever 25, fixing guide pin bushing 26, shock-absorbing spring 27 and vertical exciting Ω shape guide rail 28 form, described vertical exciting device 2
Being placed in the top of base 11, described vertical exciting motor bearing 21 lower end is connected with base 11, described vertical exciting horse
Reach the 22 top Y directions being placed in vertical exciting motor bearing 21 to place, and be connected with vertical exciting motor bearing 21, described
Cam 23 be connected by key with the output shaft of vertical exciting motor 22, described pulley 24 is placed in the upper end of cam 23, institute
The follower lever 25Z direction of principal axis stated is placed, and lower end is connected with pulley 24, and described fixing guide pin bushing 26 is placed in follower lever 25 upper part
Periphery, and 14 being connected with overarm, described shock-absorbing spring 27 is placed between pulley 24 and fixing guide pin bushing 26, and respectively with both
Being connected, described vertical exciting Ω shape guide rail 28 has two, is installed on inside the upper part fluting of overarm 14, vertical exciting horse
Reach 22 driving cams 23 to rotate, act on pulley 24, make the reciprocal shifting that follower lever 25 realizes in Z-direction along fixing guide pin bushing 26
Dynamic, fixing guide pin bushing 26 is used for guiding, shock-absorbing spring 27 damping, and this effect passes to sandbox 6 and realizes sandbox 6 in the Z-axis direction
Exciting.Described horizontal exciting device 3 is placed in the upper end of follower lever 25, and is connected with follower lever 25.Described longitudinal direction swashs
Vibrating device 4 is placed in the top of horizontal exciting device 3, and is connected with horizontal exciting device 3.Described back-moving spring 5 has four,
Being respectively placed in L bracket 12 upper end, and be connected with L bracket 12, it is little that back-moving spring 5 compresses surplus, both can having propped up at sandbox 6
Play a major role in support, be also beneficial to the sandbox 6 amplitude modulation during exciting and reset.Described sandbox 6 is placed in back-moving spring 5
Upper end, and be connected with back-moving spring 5.
As shown in Figure 1, Figure 2, Figure 3 and Figure 4, described horizontal exciting device 3 is by horizontal exciting support beam 31, horizontal exciting
Ω shape guide rail 32, horizontal exciting slide block 33, horizontal exciting motor bearing 34, horizontal exciting motor 35, horizontal exciting crank 36 and
Laterally exciting connecting rod 37 forms, and described horizontal exciting support beam 31X direction of principal axis is placed, and lower section is connected with follower lever 25, and
One end is connected by moving sets with the vertical exciting Ω shape guide rail 28 in overarm 14, and described horizontal exciting Ω shape guide rail 32 has
Two, being installed on horizontal exciting support beam 31 both sides, described horizontal exciting slide block 33 is placed in the upper of horizontal exciting support beam 31
Just, and lower section is connected by moving sets with horizontal exciting Ω shape guide rail 32, and described horizontal exciting motor bearing 34 is placed in horizontal stroke
To exciting support beam 31 other end, and being connected with horizontal exciting support beam 31, described horizontal exciting motor 35Z direction of principal axis is put
Putting, and be connected with horizontal exciting motor bearing 34, described horizontal exciting crank 36 is placed in the top of horizontal exciting motor 35,
One end is connected by key with the output shaft of horizontal exciting motor 35, and described horizontal exciting connecting rod 37 one end is bent with horizontal exciting
Handle 36 is connected by revolute pair, and the other end is connected by revolute pair with horizontal exciting slide block 33, from the angle of theory of mechanisms, institute
The horizontal exciting crank 36 stated, horizontal exciting connecting rod 37, horizontal exciting slide block 33 and horizontal exciting Ω shape guide rail 32 constitute crank
Slide block mechanism, horizontal exciting motor 35 drives horizontal exciting crank 36 to rotate, acts on horizontal exciting connecting rod 37, make horizontal exciting
Slide block 33 realizes moving back and forth in X-direction along horizontal exciting Ω shape guide rail 32, and horizontal exciting Ω shape guide rail 32 is used for leading
To, this effect passes to sandbox 6 and realizes sandbox 6 exciting in the X-axis direction.Described longitudinal exciting device 4 is by longitudinal exciting
Support beam 41, longitudinal exciting Ω shape guide rail 42, longitudinal exciting slide block 43, counterweight 44, longitudinal exciting motor bearing 45, longitudinal exciting
Motor 46, longitudinal exciting crank 47 and longitudinal exciting connecting rod 48 form, and described longitudinal exciting support beam 41Y direction of principal axis is placed,
Lower section is connected with horizontal exciting slide block 33, and described longitudinal exciting Ω shape guide rail 42 has two, is installed on longitudinal exciting and supports
Beam 41 both sides, described longitudinal exciting slide block 43 is placed in the top of longitudinal exciting support beam 41, described longitudinal exciting slide block 43
Top is connected with the bottom of sandbox 6, and lower section is connected by moving sets with longitudinal exciting Ω shape guide rail 42, described counterweight 44
Be installed on longitudinal exciting support beam 41 one end, described longitudinal exciting motor bearing 45 be placed in longitudinal exciting support beam 41 another
End, and being connected with longitudinal exciting support beam 41, described longitudinal exciting motor 46Z direction of principal axis is placed, and with longitudinal exciting horse
Reaching bearing 45 to be connected, described longitudinal exciting crank 47 is placed in the top of longitudinal exciting motor 46, one end and longitudinal exciting horse
Reaching the output shaft of 46 to be connected by key, described longitudinal exciting connecting rod 48 one end and longitudinal exciting crank 47 are by rotating parafacies
Connecting, the other end is connected by revolute pair, from the angle of theory of mechanisms, described longitudinal exciting crank with longitudinal exciting slide block 43
47, longitudinal exciting connecting rod 48, longitudinal exciting slide block 43 and longitudinal exciting Ω shape guide rail 42 constitute slider-crank mechanism, longitudinal exciting
Motor 46 drives longitudinal exciting crank 47 to rotate, and acts on longitudinal exciting connecting rod 48, makes longitudinal exciting slide block 43 along longitudinally swashing
The Ω shape guide rail 42 that shakes realizes moving back and forth in Y direction, and longitudinal exciting Ω shape guide rail 42 is used for guiding, and this effect passes to sand
Case 6 realizes sandbox 6 exciting in the Y-axis direction.In sum, the work of vertical exciting device 2 can realize horizontal exciting device 3
With longitudinal exciting device 4 moving back and forth the most in the Z-axis direction, the vertical exciting Ω shape guide rail 28 in overarm 14 is used for leading
To, overarm 14 also can play a supportive role, and the work of horizontal exciting device 3 can realize longitudinal exciting device 4 in the X-axis direction past
Multiple mobile, counterweight 44 is conducive to the steady of device, the work of longitudinal exciting device 4 can realize longitudinal exciting slide block 43 in Y-axis side
Moving back and forth upwards, triplicity can make longitudinal exciting slide block 43 move back and forth on three axes direction, thus realize with
The sandbox 6 that longitudinal exciting slide block 43 is connected exciting in space X, Y and Z-direction.
During use, connected vibrating casting machine is steadily placed, mechanical measure can be used to make base 11 fixing in the horizontal plane；According to
Practical situation selects vibrational degrees of freedom quantity and corresponding vibration parameters required for sandbox 6.Vibrational degrees of freedom required for sandbox 6
Quantity can be by controlling vertical exciting motor 22, horizontal exciting motor 35 and the start and stop of longitudinal exciting motor 46；Sandbox 6 vertical
Vibration can have differently contoured cam by the rotating speed and replacing that control the vertical exciting motor 22 in vertical exciting device 2
23, regulate frequency and the amplitude of vertical vibration respectively；The oscillation crosswise of sandbox 6 can be by controlling the horizontal stroke in horizontal exciting device 3
To the rotating speed of exciting motor 35 and replacing, there is the horizontal exciting crank 36 of different length size and horizontal exciting connecting rod 37, respectively
The frequency of regulation oscillation crosswise and amplitude；The extensional vibration of sandbox 6 can be by controlling the longitudinal exciting horse in longitudinal exciting device 4
Reach the rotating speed of 46 and change longitudinal exciting crank 47 and the longitudinal direction exciting connecting rod 48 with different length size, regulating longitudinal direction respectively
The frequency of vibration and amplitude.
Of the present utility model ultimate principle, principal character and advantage have more than been shown and described.The technical staff of the industry
It should be appreciated that this utility model is not restricted to the described embodiments, simply illustrating originally described in above-described embodiment and description
The principle of utility model, on the premise of without departing from this utility model spirit and scope, this utility model also has various change
And improvement, in the range of these changes and improvements both fall within claimed this utility model.This utility model claims scope
Defined by appending claims and equivalent thereof.
Claims (2)
1. connected vibrating casting machine, it is characterised in that: by frame, vertical exciting device, horizontal exciting device, longitudinal exciting device, answer
Position spring and sandbox composition；Described frame is made up of base, L bracket, crossbeam and overarm, and described L bracket has four,
Being respectively placed in the corner of base, and be connected with base, described crossbeam has four, is placed in the top of base, two ends respectively with two L
Shape support is connected, and described overarm lower end is connected with base, and top is connected with a crossbeam, and overarm upper section has out
Groove；Described vertical exciting device by vertical exciting motor bearing, vertical exciting motor, cam, pulley, follower lever, fixing lead
Set, shock-absorbing spring and vertical exciting Ω shape guide rail composition, described vertical exciting device is placed in the top of base, and described is vertical
Exciting motor bearing lower end is connected with base, and described vertical exciting motor is placed in the top Y-axis of vertical exciting motor bearing
Direction is placed, and is connected with vertical exciting motor bearing, and described cam passes through key phase with the output shaft of vertical exciting motor
Connecting, described pulley is placed in the upper end of cam, and described follower lever Z-direction is placed, and lower end is connected with pulley, described
It is peripheral that fixing guide pin bushing is placed in follower lever upper part, and is connected with overarm, and described shock-absorbing spring is placed in pulley and fixing guide pin bushing
Between, and be connected with both respectively, described vertical exciting Ω shape guide rail has two, is installed in the upper part fluting of overarm
Side；Described horizontal exciting device is placed in the upper end of follower lever, and is connected with follower lever；Described longitudinal exciting device is placed in
The laterally top of exciting device, and be connected with horizontal exciting device；Described back-moving spring has four, is respectively placed in L-shaped and props up
Frame upper end, and be connected with L bracket；Described sandbox is placed in the upper end of back-moving spring, and is connected with back-moving spring.
Connected vibrating casting machine the most according to claim 1, it is characterised in that: described horizontal exciting device is propped up by horizontal exciting
Support beam, horizontal exciting Ω shape guide rail, horizontal exciting slide block, horizontal exciting motor bearing, horizontal exciting motor, horizontal exciting crank
Forming with horizontal exciting connecting rod, described horizontal exciting support beam X-direction is placed, and lower section is connected with follower lever, and one end
Being connected by moving sets with the vertical exciting Ω shape guide rail in overarm, described horizontal exciting Ω shape guide rail has two, installs
In horizontal exciting support beam both sides, described horizontal exciting slide block is placed in the top of horizontal exciting support beam, and lower section is with horizontal
Exciting Ω shape guide rail is connected by moving sets, and described horizontal exciting motor bearing is placed in the horizontal exciting support beam other end,
And be connected with horizontal exciting support beam, described horizontal exciting motor Z-direction is placed, and with horizontal exciting motor bearing phase
Connecting, described horizontal exciting crank is placed in the top of horizontal exciting motor, and the output shaft of one end and horizontal exciting motor passes through
Key is connected, and described horizontal exciting connecting rod one end is connected by revolute pair with horizontal exciting crank, and the other end is with the most sharp
The slide block that shakes is connected by revolute pair, from the angle of theory of mechanisms, described horizontal exciting crank, horizontal exciting connecting rod, laterally swashs
Shake slide block and horizontal exciting Ω shape guide rail composition slider-crank mechanism；Described longitudinal exciting device by longitudinal exciting support beam,
Longitudinal exciting Ω shape guide rail, longitudinal exciting slide block, counterweight, longitudinal exciting motor bearing, longitudinal exciting motor, longitudinal exciting crank
With longitudinal exciting connecting rod composition, described longitudinal exciting support beam Y direction placement, lower section is connected with horizontal exciting slide block,
Described longitudinal exciting Ω shape guide rail has two, is installed on longitudinal exciting support beam both sides, and described longitudinal exciting slide block is placed in
The top of longitudinal exciting support beam, is connected with the bottom of sandbox above described longitudinal exciting slide block, lower section and longitudinal exciting
Ω shape guide rail is connected by moving sets, and described counterweight is installed on longitudinal exciting support beam one end, described longitudinal exciting horse
Reach bearing and be placed in longitudinal exciting support beam other end, and be connected with longitudinal exciting support beam, described longitudinal exciting motor Z axis
Direction is placed, and is connected with longitudinal exciting motor bearing, and described longitudinal exciting crank is placed in the top of longitudinal exciting motor,
One end is connected by key with the output shaft of longitudinal exciting motor, and described longitudinal exciting connecting rod one end leads to longitudinal exciting crank
Crossing revolute pair to be connected, the other end is connected by revolute pair, from the angle of theory of mechanisms, described longitudinal direction with longitudinal exciting slide block
Exciting crank, longitudinal exciting connecting rod, longitudinal exciting slide block and longitudinal exciting Ω shape guide rail constitute slider-crank mechanism.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520684104.9U CN205684670U (en) | 2015-09-06 | 2015-09-06 | Connected vibrating casting machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520684104.9U CN205684670U (en) | 2015-09-06 | 2015-09-06 | Connected vibrating casting machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205684670U true CN205684670U (en) | 2016-11-16 |
Family
ID=57263568
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520684104.9U Expired - Fee Related CN205684670U (en) | 2015-09-06 | 2015-09-06 | Connected vibrating casting machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205684670U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106735105A (en) * | 2017-02-10 | 2017-05-31 | 郭能超 | A kind of adjusting means for optimizing connected vibrating casting machine vibration frequency |
| CN108838341A (en) * | 2018-05-30 | 2018-11-20 | 滁州市锴模装备模具制造有限公司 | A kind of refrigerator water receiver mold |
| CN109434023A (en) * | 2018-11-09 | 2019-03-08 | 襄阳市中康汽车配件有限公司 | A kind of engine cylinder cover casting mould and cylinder cap |
| CN112191811A (en) * | 2020-09-11 | 2021-01-08 | 繁昌县琪鑫铸造有限公司 | Sand casting's die cavity former |
-
2015
- 2015-09-06 CN CN201520684104.9U patent/CN205684670U/en not_active Expired - Fee Related
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106735105A (en) * | 2017-02-10 | 2017-05-31 | 郭能超 | A kind of adjusting means for optimizing connected vibrating casting machine vibration frequency |
| CN106735105B (en) * | 2017-02-10 | 2018-10-02 | 浙江拓新铸造有限公司 | A kind of regulating device of optimization connected vibrating casting machine vibration frequency |
| CN108838341A (en) * | 2018-05-30 | 2018-11-20 | 滁州市锴模装备模具制造有限公司 | A kind of refrigerator water receiver mold |
| CN109434023A (en) * | 2018-11-09 | 2019-03-08 | 襄阳市中康汽车配件有限公司 | A kind of engine cylinder cover casting mould and cylinder cap |
| CN109434023B (en) * | 2018-11-09 | 2020-10-09 | 襄阳市中康汽车配件有限公司 | Engine cylinder cover casting mold and cylinder cover |
| CN112191811A (en) * | 2020-09-11 | 2021-01-08 | 繁昌县琪鑫铸造有限公司 | Sand casting's die cavity former |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN205684670U (en) | Connected vibrating casting machine | |
| CN104772451B (en) | Three translation one rotation four-freedom hybrid connected vibrating casting machines | |
| CN204545385U (en) | Four-freedom hybrid connected vibrating casting machine is rotated in three translations one | |
| CN1110385C (en) | Wet sand antomatic vibration mould-making machine | |
| CN102069178B (en) | Four-freedom degree vibration casting machine | |
| CN1686637A (en) | Mould vibration device | |
| CN212888125U (en) | Sleeper concrete vibrating and leveling device | |
| CN205628104U (en) | Two roller material rolling machine with shock -absorbing structure | |
| CN205573298U (en) | Shock attenuation formula stamp device | |
| CN204565094U (en) | Vibrating shakeout with eccentric drive | |
| CN207578860U (en) | A kind of spectacles nose holder production vibrating formation unit | |
| US3703923A (en) | Balancing mechanism and method for continuous casting molds | |
| CN201147822Y (en) | Novel pourig basin forming machine for casting | |
| CN206590513U (en) | A kind of balance shaft feeding device frame | |
| CN219968298U (en) | Concrete vibrating platform with stable positioning | |
| CN213022799U (en) | Vibration compaction experimental device | |
| CN110274769A (en) | A kind of vehicle load displacement adaptive device of foundation ditch type vibration mechine | |
| CN214871367U (en) | Concrete vibrating structure | |
| CN202921904U (en) | Vibration excitation rotating combined-action type casting machine | |
| CN2582782Y (en) | Continuous caster crystallizer vibrator | |
| CN208408485U (en) | The positioning device of jolt ramming platform | |
| CN221603203U (en) | Lost foam casting molding machine | |
| CN102601360B (en) | Tungsten-molybdenum powder filling tap device for tungsten-molybdenum production | |
| CN219004555U (en) | Vibrations shakeout structure and shake core machine | |
| US2515693A (en) | Method of filling annealing pots |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20161116 Termination date: 20170906 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |