CN208411058U - A kind of X-axis of SMT printer platform, Y direction micro-adjusting mechanism - Google Patents
A kind of X-axis of SMT printer platform, Y direction micro-adjusting mechanism Download PDFInfo
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- CN208411058U CN208411058U CN201820244625.6U CN201820244625U CN208411058U CN 208411058 U CN208411058 U CN 208411058U CN 201820244625 U CN201820244625 U CN 201820244625U CN 208411058 U CN208411058 U CN 208411058U
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Abstract
The utility model relates to the platform regulation technology fields of SMT printing machine, in particular to a kind of X-axis of SMT printer platform, Y direction micro-adjusting mechanism, it include X, Y-axis adjusting platform assembly, it includes X-axis regulating platform that X-axis, which adjusts platform assembly, and it includes multiple Y-axis regulating platforms that Y-axis, which adjusts platform assembly,；Y-axis regulating platform is distributed in the two sides of X-axis regulating platform；Y-axis Power Component drives X-axis adjusting platform assembly, Y-axis regulating platform is moved along the direction of Y-axis guidance set；X-axis Power Component is connected by X-axis power fixed plate with Y-axis regulating platform；X-axis guidance set one end is connected with Y-axis regulating platform, and X-axis Power Component drives X-axis regulating platform and moves along the direction of X-axis guidance set.When the utility model is used, both reduced the thickness of entire platform micro-adjusting mechanism, and then the height for the short entire platform micro-adjusting mechanism that contracts, but guarantee X the mobile precision adjusted of Y-direction.
Description
Technical field
The utility model relates to the platform regulation technology field of SMT printing machine, in particular to a kind of SMT printer platform
X-axis, Y direction micro-adjusting mechanism.
Background technique
SMT printing machine is an important equipment in SMT production line, and SMT printing machine mainly carries out tin to PCB circuit board
Cream or glue printing, facilitate Subsequent electronic component mounter.It is well known that the workbench of SMT printing machine needs in the horizontal direction
Micro-positioning regulators are carried out, to enable the mesh of PCB circuit board and steel mesh to correspond, to guarantee printing quality.
The micro-positioning regulators mechanism in existing level direction usually adjusts platform assembly by X-axis, Y-axis adjusts platform assembly and the angle R
Platform assembly composition is adjusted, X-axis adjusts platform assembly setting and adjusts on platform assembly in Y-axis, and Y-axis adjusts platform assembly setting
It is adjusted on platform assembly at the angle R, which makes entire platform micro-adjusting mechanism become very high, and then influences the whole of SMT printing machine
A podium level.It is short to contract therefore it is necessary to provide a kind of X-axis of novel SMT printer platform, Y direction micro-adjusting mechanism
X-axis adjusts platform assembly and Y axis adjusts height after platform assembly combination.
Utility model content
The purpose of this utility model is that it is in view of the drawbacks of the prior art and insufficient, a kind of X of SMT printer platform is provided
Axis, Y direction micro-adjusting mechanism, so as to height after contract short X-axis adjusting platform assembly and Y-axis adjusting platform assembly combination.
In order to achieve the above purposes, the technical solution adopted by the utility model is:
A kind of X-axis of SMT printer platform described in the utility model, Y direction micro-adjusting mechanism, including organic frame, X-axis
Adjust platform assembly, Y-axis adjusts platform assembly and the angle R regulating platform, the angle R regulating platform are arranged on the rack, the X-axis adjusting platform
Component includes X-axis regulating platform, X-axis connector, X-axis guidance set and X-axis Power Component, and the Y-axis adjusts platform assembly packet
Multiple Y-axis regulating platforms, Y-axis Power Component and Y-axis guidance set are included；Y-axis regulating platform is distributed in the two sides of X-axis regulating platform；X-axis
Regulating platform both ends pass through X-axis connector respectively and are connected with X-axis guidance set；The Y-axis regulating platform by Y-axis guidance set with
The angle R regulating platform is connected；The Y-axis Power Component is connected by Y-axis power fixed plate with the angle R regulating platform；The Y-axis is dynamic
Power component is connected by side guide mechanism with X-axis regulating platform；The Y-axis Power Component drive X-axis adjust platform assembly,
Y-axis regulating platform is moved along the direction of Y-axis guidance set；The X-axis Power Component is adjusted by X-axis power fixed plate and Y-axis
Platform is connected；X-axis guidance set one end is connected with Y-axis regulating platform, and the X-axis Power Component drives X-axis regulating platform
It is moved along the direction of X-axis guidance set.
Further, the quantity of the Y-axis regulating platform is two；X-axis regulating platform is located between two Y-axis regulating platforms, X-axis
Height of the height of horizontal plane lower than horizontal plane where Y-axis regulating platform where regulating platform.
Further, the Y-axis Power Component includes y-axis motor, Y-axis bearing block, Y-axis screw rod and Y-axis nut seat, Y
Spindle motor and Y-axis bearing block are separately fixed in Y-axis power fixed plate, and Y-axis screw rod threaded one end is connected with Y-axis nut, Y-axis silk
The bar other end is connected after passing through Y-axis bearing block with the main shaft of y-axis motor；The Y-axis nut is arranged on Y-axis nut seat, institute
It states Y-axis nut seat and is connected by side guide mechanism with X-axis regulating platform；
The X-axis Power Component includes X-axis motor, X-axis screw rod, X-axis bearing block, X-axis nut seat and X-axis nut, institute
It states X-axis motor and X-axis bearing block is respectively fixedly disposed in X-axis power fixed plate, the main shaft and X-axis screw rod of the X-axis motor
It is connected, X-axis screw rod one end is mutually threadedly coupled after passing through X-axis bearing block with X axis nut, and X-axis nut is arranged in X-axis nut seat
Interior, the X-axis connector passes sequentially through X-axis guide plate, X-axis guidance set is connected with Y-axis regulating platform；The X-axis nut seat
It is connected with one of X-axis guide plate.
Further, the Y-axis Power Component and X-axis Power Component are push rod linear motor,
The push rod linear motor of Y-axis is fixed in Y-axis power fixed plate, and the push rod of the push rod linear motor of Y-axis passes through side
Face guiding mechanism is connected with X-axis regulating platform；
The push rod linear motor of X-axis is fixed in X-axis power fixed plate, and the X-axis connector passes sequentially through X-axis guiding
Plate, X-axis guidance set are connected with Y-axis regulating platform；The push rod of the push rod linear motor of the X-axis and one of X-axis are oriented to
Plate is connected.
Further, the Y-axis Power Component and X-axis Power Component are eccentric dynamic component,
The eccentric dynamic component includes power motor, first connecting rod, second connecting rod, attachment base, the power motor
Shaft is hinged with first connecting rod one end, and the first connecting rod other end is hinged with second connecting rod one end, the second connecting rod other end with
Attachment base is hinged；
The power motor of Y-axis is fixed in Y-axis power fixed plate, and attachment base one end of Y-axis passes through side guide mechanism and X
Axis regulating platform is connected；
The power motor of X-axis is fixed in X-axis power fixed plate, and the X-axis connector passes sequentially through X-axis guide plate, X-axis
Guidance set is connected with Y-axis regulating platform；The attachment base of X-axis is connected with one of X-axis guide plate.
Further, the Y-axis guidance set includes Y-axis guide rail and Y-axis sliding block, and the Y-axis guide rail is fixed at R
On the regulating platform surface of angle, the Y-axis sliding block is fixed on the lower surface of Y-axis regulating platform, and the Y-axis sliding block is embedded in Y-axis guide rail
On.
Further, the side guide mechanism includes X-axis guide rail and X-axis slide block, which is arranged X-axis and adjusts
In the one side wall of platform, which is fixed on an end face of Y-axis nut seat；X-axis slide block is nested in X-axis guide rail.
Further, the X-axis guidance set includes X-axis guide rail and X-axis slide block, and X-axis slide block is embedded in X-axis guide rail
On, the X-axis guide rail is fixed on Y-axis regulating platform upper surface, and the X-axis slide block is fixed under X-axis regulating platform
On surface.
After adopting the above structure, the utility model has the beneficial effect that a kind of SMT printing machine described in the utility model is flat
The X-axis of platform, Y direction micro-adjusting mechanism, including organic frame, X-axis adjust platform assembly, Y axis adjusts platform assembly and the angle R is adjusted
Platform, the angle R regulating platform are arranged on the rack, and it includes X-axis regulating platform, X-axis connector, X-axis guiding that the X-axis, which adjusts platform assembly,
Component and X-axis Power Component, it includes that multiple Y-axis regulating platforms, Y-axis Power Component and Y-axis are led that the Y axis, which adjusts platform assembly,
To component；Y-axis regulating platform is distributed in the two sides of X-axis regulating platform；X-axis regulating platform both ends pass through X-axis connector respectively and X-axis is oriented to
Component is connected；The Y-axis regulating platform is connected by Y-axis guidance set with the angle R regulating platform；The Y-axis Power Component passes through Y
Axis power fixed plate is connected with the angle R regulating platform；The Y-axis Power Component is connected by side guide mechanism with X-axis regulating platform
It connects；The Y-axis Power Component drives X-axis adjusting platform assembly, Y-axis regulating platform is moved along the direction of Y-axis guidance set；Institute
It states X-axis Power Component and is connected by X-axis power fixed plate with Y-axis regulating platform；X-axis guidance set one end and Y-axis are adjusted
Platform is connected, and the X-axis Power Component drives X-axis regulating platform and moves along the direction of X-axis guidance set.Practical using this
When novel, the thickness of entire platform micro-adjusting mechanism both can reduce, and then the height for the short entire platform micro-adjusting mechanism that contracts, and can be with
Guarantee X the mobile precision adjusted of Y-direction.
Detailed description of the invention
Fig. 1 is the perspective view of the utility model；
Fig. 2 is the left view of the utility model；
Fig. 3 is another example of X-axis Power Component and Y-axis Power Component in the utility model；
Description of symbols:
The angle B1, R regulating platform；
C1, X-axis regulating platform；C2, X-axis guide rail；C3, X-axis slide block；C4, X-axis connector；
C5, X-axis guide plate；C6, X-axis motor；C7, X-axis bearing block；C8, X-axis nut seat；
C9, X-axis power fixed plate；
D1, Y-axis regulating platform；D2, Y-axis guide rail；D3, Y-axis sliding block；D5, Y-axis power fixed plate；
D6, y-axis motor；D7, Y-axis bearing block；D8, Y-axis nut seat；
F1, power motor；F2, first connecting rod；F3, second connecting rod；F4, attachment base.
Specific embodiment
The utility model will be further described below with reference to the accompanying drawings.
As shown in Figure 1 to Figure 3, a kind of X-axis of SMT printer platform described in the utility model, Y direction freqency fine adjustment machine
Structure, including organic frame, X-axis adjust platform assembly, Y-axis adjusts platform assembly and the angle R regulating platform B1, the angle R regulating platform B1 setting exist
In rack.
It includes X-axis regulating platform C1, X-axis connector C4, X-axis guidance set and X-axis power that the X-axis, which adjusts platform assembly,
Component, it includes multiple Y-axis regulating platform D1, Y axis Power Components and Y-axis guidance set that the Y-axis, which adjusts platform assembly,；Y-axis tune
Section platform D1 is distributed in the two sides of X-axis regulating platform C1；The both ends X axis regulating platform C1 pass through X-axis connector C4 and X-axis guiding group respectively
Part is connected；Y-axis regulating platform D1 and X-axis regulating platform C1 can be arranged in a staggered manner, and avoid being superposed, and greatly reduce entire flat
The thickness of platform micro-adjusting mechanism, and then the height for the short entire platform micro-adjusting mechanism that contracts, while X-axis guidance set improves adjusting essence
Degree.
The Y-axis regulating platform D1 is connected by Y-axis guidance set with the angle R regulating platform B1；The Y axis Power Component is logical
It crosses Y-axis power fixed plate D5 to be connected with the angle R regulating platform B1, the angle the Y axis power fixed plate D5 and R regulating platform of the utility model
B1 is also possible to split type setting either integrally formed；The Y-axis Power Component passes through side guide mechanism and X-axis
Regulating platform C1 is connected；The Y-axis Power Component drives X-axis and adjusts platform assembly, Y-axis regulating platform D1 along Y-axis guiding group
The direction of part is mobile.
The X-axis Power Component is connected by X-axis power fixed plate C9 with Y-axis regulating platform D1；The X-axis of the utility model
Power fixed plate C9 and Y-axis regulating platform D1 is also possible to split type setting either integrally formed；The X-axis guiding group
Part one end is connected with Y-axis regulating platform D1, and the X-axis Power Component drives X-axis regulating platform C1 along the side of X-axis guidance set
To movement.
Further, the quantity of the Y-axis regulating platform D1 is two；X-axis regulating platform C1 is located at two Y axis regulating platform D1
Between.The height of horizontal plane where X-axis regulating platform C1 had both been realized to be staggered and had been set lower than the height of horizontal plane where Y-axis regulating platform D1
It sets, and realizes the effect for reducing entire podium level.
The first example as the utility model Y-axis Power Component: the Y-axis Power Component includes Y spindle motor
It is solid that D6, Y-axis bearing block D7, Y-axis screw rod and Y-axis nut seat D8, y-axis motor D6 and Y-axis bearing block D7 are separately fixed at Y-axis power
On fixed board D5, Y-axis screw rod threaded one end is connected with Y-axis nut, and the Y-axis screw rod other end is electric with Y-axis after Y-axis bearing block D7
The main shaft of machine D6 is connected；The Y-axis nut is arranged on Y-axis nut seat D8, and the Y-axis nut seat D8 passes through side guide machine
Structure is connected with X-axis regulating platform C1.
The working principle of the first example of Y-axis Power Component are as follows: y-axis motor D6 drives Y-axis screw rod to make rotating motion, Y
Axis nut and Y-axis nut seat D8 are moved along Y-axis screw rod direction, and then push the edge X-axis regulating platform C1 by side guide mechanism
Y-axis guidance set direction it is mobile.
The first example as the utility model X-axis Power Component: the X-axis Power Component includes X spindle motor
C6, X-axis screw rod, X-axis bearing block C7, X-axis nut seat C8 and X-axis nut, the X-axis motor C6 and X-axis bearing block C7 are solid respectively
Fixed to be arranged on X-axis power fixed plate C9, the main shaft of the X-axis motor C6 is connected with X-axis screw rod, and X-axis screw rod one end passes through X
Mutually be threadedly coupled after bearing housing C7 with X-axis nut, X-axis nut be arranged in X-axis nut seat C8, the X-axis connector C4 according to
It is secondary to be connected by X-axis guide plate C5, X-axis guidance set with Y-axis regulating platform D1；The X-axis nut seat C8 and one of X
Axis guide plate C5 is connected.
The working principle of the first example of X-axis Power Component are as follows: X-axis motor C6 drives X-axis screw rod to make rotating motion, X
Axis nut and X-axis nut seat C8 are moved along X-axis screw rod direction, and then are realized and push X-axis guide plate C5, X-axis connector C4, X
Axis regulating platform C1 is moved along X-axis guidance set direction.
Second of example as the utility model X-axis Power Component and Y-axis Power Component: the Y-axis Power Component and X
Axis Power Component is push rod linear motor.
The push rod linear motor of Y-axis is fixed on Y-axis power fixed plate D5, and the push rod of the push rod linear motor of Y-axis passes through
Side guide mechanism is connected with X-axis regulating platform C1.The working principle of second of example of Y-axis Power Component are as follows: push rod straight line
Motor pushes X-axis regulating platform C1 by side guide mechanism and moves along Y axis guidance set direction.
The push rod linear motor of X-axis is fixed on X-axis power fixed plate C9, and the X-axis connector C4 passes sequentially through X-axis and leads
It is connected to plate C5, X-axis guidance set with Y-axis regulating platform D1；The push rod and one of X of the push rod linear motor of the X-axis
Axis guide plate C5 is connected.The working principle of the first example of X-axis Power Component are as follows: push rod linear motor pushes X-axis guiding
Plate C5, X-axis connector C4, X-axis regulating platform C1 are moved along X-axis guidance set direction.
The third example as the utility model X-axis Power Component and Y-axis Power Component: the Y-axis Power Component and X
Axis Power Component is eccentric dynamic component.
The eccentric dynamic component includes power motor F1, first connecting rod F2, second connecting rod F3, attachment base F4, described dynamic
The shaft of force motor F1 is hinged with the one end first connecting rod F2, and the first connecting rod F2 other end is hinged with the one end second connecting rod F3,
The second connecting rod F3 other end is hinged with attachment base F4.The working principle of eccentric dynamic component are as follows: the shaft band of power motor F1
First connecting rod F2 make rotating motion around the one end first connecting rod F2, the first connecting rod F2 other end drive second connecting rod F3 around
The second connecting rod F3 other end make rotating motion, and then realize attachment base F4 horizontal movement.
The power motor F1 of Y-axis is fixed on Y-axis power fixed plate D5, and one end attachment base F4 of Y-axis passes through side guide
Mechanism is connected with X-axis regulating platform C1.The working principle of the third example of Y-axis Power Component are as follows: the attachment base F4 of Y-axis passes through
Side guide mechanism pushes X-axis regulating platform C1 and moves along Y-axis guidance set direction.
The power motor F1 of X-axis is fixed on X-axis power fixed plate C9, and the X-axis connector C4 passes sequentially through X-axis guiding
Plate C5, X-axis guidance set are connected with Y-axis regulating platform D1；The attachment base F4 of X-axis is connected with one of X-axis guide plate C5
It connects.The working principle of the third example of X-axis Power Component are as follows: the attachment base F4 of Y-axis pushes X-axis guide plate C5, X-axis connector
C4, X-axis regulating platform C1 are moved along X-axis guidance set direction.
Further, the Y-axis guidance set includes Y-axis guide rail D2 and Y-axis sliding block D3, and the Y axis rail D2 is fixed
It is arranged on the surface regulating platform B1 of the angle R, the Y-axis sliding block D3 is fixed on the lower surface of Y-axis regulating platform D1, the Y-axis sliding block
D3 is embedded on Y-axis guide rail D2.The use of Y-axis guide rail D2 and Y-axis sliding block D3 improve the precision of Y-axis displacement.
Further, the side guide mechanism includes X-axis guide rail C2 and X-axis slide block C3, and X is arranged in X-axis guide rail C2
In the one side wall of axis regulating platform C1, X-axis slide block C3 is fixed on an end face of Y-axis nut seat D8；X-axis slide block C3 is nested
On X-axis guide rail C2.The use of X-axis guide rail C2 and X-axis slide block C3 improve the precision of X-axis displacement.
Further, the X-axis guidance set includes X-axis guide rail C2 and X-axis slide block C3, and X-axis slide block C3 is embedded in X-axis
On guide rail C2, the X-axis guide rail C2 is fixed on the upper surface Y-axis regulating platform D1, and the X-axis slide block C3 is fixed at X
On the lower surface of axis regulating platform C1.The use of X-axis guide rail C2 and X-axis slide block C3 improve the precision of X-axis displacement.
When the utility model is used, the thickness of entire platform micro-adjusting mechanism had both been can reduce, and then the short entire platform that contracts
The height of micro-adjusting mechanism, but can guarantee X the mobile precision adjusted of Y-direction.
The above description is only a preferred embodiment of the present invention, therefore all according to described in the utility model patent application range
The equivalent change or modification done of structure, feature and principle, be included in the scope of the utility model patent application.
Claims (8)
1. a kind of X-axis of SMT printer platform, Y direction micro-adjusting mechanism, including organic frame, X-axis adjust platform assembly, Y-axis tune
Section platform assembly and the angle R regulating platform (B1), the angle R regulating platform (B1) are arranged on the rack, it is characterised in that:
It includes X-axis regulating platform (C1), X-axis connector (C4), X-axis guidance set and X-axis power that the X-axis, which adjusts platform assembly,
Component, it includes multiple Y-axis regulating platforms (D1), Y-axis Power Component and Y-axis guidance set that the Y-axis, which adjusts platform assembly,；Y-axis
Regulating platform (D1) is distributed in the two sides of X-axis regulating platform (C1)；The both ends X-axis regulating platform (C1) pass through X-axis connector (C4) and X respectively
Axis guidance set is connected；
The Y-axis regulating platform (D1) is connected by Y-axis guidance set with the angle R regulating platform (B1)；The Y-axis Power Component passes through
Y-axis power fixed plate (D5) is connected with the angle R regulating platform (B1)；The Y-axis Power Component passes through side guide mechanism and X-axis tune
Section platform (C1) is connected；The Y-axis Power Component drives X-axis adjusting platform assembly, Y-axis regulating platform (D1) is oriented to along Y-axis
The direction of component is mobile；
The X-axis Power Component is connected by X-axis power fixed plate (C9) with Y-axis regulating platform (D1)；The X-axis guidance set
One end is connected with Y-axis regulating platform (D1), and the X-axis Power Component drives X-axis regulating platform (C1) along X-axis guidance set
Direction is mobile.
2. a kind of X-axis of SMT printer platform according to claim 1, Y direction micro-adjusting mechanism, it is characterised in that: institute
The quantity for stating Y-axis regulating platform (D1) is two；X-axis regulating platform (C1) is located between two Y-axis regulating platforms (D1), X-axis regulating platform
(C1) height of the height of horizontal plane lower than horizontal plane where Y-axis regulating platform (D1) where.
3. a kind of X-axis of SMT printer platform according to claim 2, Y direction micro-adjusting mechanism, it is characterised in that: institute
Stating Y-axis Power Component includes y-axis motor (D6), Y-axis bearing block (D7), Y-axis screw rod and Y-axis nut seat (D8), y-axis motor
(D6) it is separately fixed in Y-axis power fixed plate (D5) with Y-axis bearing block (D7), Y-axis screw rod threaded one end is connected with Y-axis spiral shell
Mother, the Y-axis screw rod other end pass through Y-axis bearing block (D7) and are connected afterwards with the main shaft of y-axis motor (D6)；The Y-axis nut setting
On Y-axis nut seat (D8), the Y-axis nut seat (D8) is connected by side guide mechanism with X-axis regulating platform (C1)；
The X-axis Power Component includes X-axis motor (C6), X-axis screw rod, X-axis bearing block (C7), X-axis nut seat (C8) and X-axis
Nut, the X-axis motor (C6) and X-axis bearing block (C7) are respectively fixedly disposed in X-axis power fixed plate (C9), the X-axis
The main shaft of motor (C6) is connected with X-axis screw rod, and X-axis screw rod one end passes through X-axis bearing block (C7) and connects afterwards with X-axis nut phase screw thread
It connects, the setting of X-axis nut is in X-axis nut seat (C8), and the X-axis connector (C4) passes sequentially through X-axis guide plate (C5), X-axis is led
It is connected to component with Y-axis regulating platform (D1)；The X-axis nut seat (C8) is connected with one of X-axis guide plate (C5).
4. a kind of X-axis of SMT printer platform according to claim 1, Y direction micro-adjusting mechanism, it is characterised in that: institute
It states Y-axis Power Component and X-axis Power Component is push rod linear motor,
The push rod linear motor of Y-axis is fixed in Y-axis power fixed plate (D5), and the push rod of the push rod linear motor of Y-axis passes through side
Face guiding mechanism is connected with X-axis regulating platform (C1)；
The push rod linear motor of X-axis is fixed in X-axis power fixed plate (C9), and the X-axis connector (C4) passes sequentially through X-axis and leads
It is connected to plate (C5), X-axis guidance set with Y-axis regulating platform (D1)；The push rod of the push rod linear motor of the X-axis and wherein one
A X-axis guide plate (C5) is connected.
5. a kind of X-axis of SMT printer platform according to claim 1, Y direction micro-adjusting mechanism, it is characterised in that: institute
It states Y-axis Power Component and X-axis Power Component is eccentric dynamic component,
The eccentric dynamic component includes power motor (F1), first connecting rod (F2), second connecting rod (F3), attachment base (F4), institute
The shaft and the one end first connecting rod (F2) for stating power motor (F1) are hinged, first connecting rod (F2) other end and second connecting rod (F3)
One end is hinged, and second connecting rod (F3) other end is hinged with attachment base (F4)；
The power motor (F1) of Y-axis is fixed in Y-axis power fixed plate (D5), and one end attachment base (F4) of Y-axis is led by side
It is connected to mechanism with X-axis regulating platform (C1)；
The power motor (F1) of X-axis is fixed in X-axis power fixed plate (C9), and the X-axis connector (C4) passes sequentially through X-axis and leads
It is connected to plate (C5), X-axis guidance set with Y-axis regulating platform (D1)；The attachment base (F4) and one of X-axis guide plate of X-axis
(C5) it is connected.
6. according to a kind of X-axis of SMT printer platform as claimed in claim 3 to 5, Y direction micro-adjusting mechanism, feature
Be: the Y-axis guidance set includes Y-axis guide rail (D2) and Y-axis sliding block (D3), and the Y-axis guide rail (D2) is fixed at R
On the surface angle regulating platform (B1), the Y-axis sliding block (D3) is fixed on the lower surface of Y-axis regulating platform (D1), the Y-axis sliding block
(D3) it is embedded on Y-axis guide rail (D2).
7. according to a kind of X-axis of SMT printer platform as claimed in claim 3 to 5, Y direction micro-adjusting mechanism, feature
Be: the side guide mechanism includes X-axis guide rail (C2) and X-axis slide block (C3), which is arranged X-axis and adjusts
In the one side wall of platform (C1), which is fixed on an end face of Y-axis nut seat (D8)；X-axis slide block (C3) is embedding
It covers on X-axis guide rail (C2).
8. according to a kind of X-axis of SMT printer platform as claimed in claim 3 to 5, Y direction micro-adjusting mechanism, feature
Be: the X-axis guidance set includes X-axis guide rail (C2) and X-axis slide block (C3), and X-axis slide block (C3) is embedded in X-axis guide rail
(C2) on, the X-axis guide rail (C2) is fixed on the upper surface Y-axis regulating platform (D1), X-axis slide block (C3) fixed setting
On the lower surface of X-axis regulating platform (C1).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820244625.6U CN208411058U (en) | 2018-02-11 | 2018-02-11 | A kind of X-axis of SMT printer platform, Y direction micro-adjusting mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820244625.6U CN208411058U (en) | 2018-02-11 | 2018-02-11 | A kind of X-axis of SMT printer platform, Y direction micro-adjusting mechanism |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208411058U true CN208411058U (en) | 2019-01-22 |
Family
ID=65121967
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820244625.6U Expired - Fee Related CN208411058U (en) | 2018-02-11 | 2018-02-11 | A kind of X-axis of SMT printer platform, Y direction micro-adjusting mechanism |
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| Country | Link |
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| CN (1) | CN208411058U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108215459A (en) * | 2018-02-11 | 2018-06-29 | 中山市鸿菊自动化设备制造有限公司 | A kind of X-axis of SMT printer platforms, Y direction micro-adjusting mechanism |
-
2018
- 2018-02-11 CN CN201820244625.6U patent/CN208411058U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108215459A (en) * | 2018-02-11 | 2018-06-29 | 中山市鸿菊自动化设备制造有限公司 | A kind of X-axis of SMT printer platforms, Y direction micro-adjusting mechanism |
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