CN206643737U - New special-shaped plane surface sander - Google Patents
New special-shaped plane surface sander Download PDFInfo
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- CN206643737U CN206643737U CN201720213267.8U CN201720213267U CN206643737U CN 206643737 U CN206643737 U CN 206643737U CN 201720213267 U CN201720213267 U CN 201720213267U CN 206643737 U CN206643737 U CN 206643737U
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- sanding machine
- binder
- conveying device
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- plane surface
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Abstract
The utility model discloses new special-shaped plane surface sander, including frame, mechanism of sanding machine is installed in frame, the first binder conveying device of conveying and workpiece pressing is provided with below upper mechanism of sanding machine, dislocation type is provided with lower mechanism of sanding machine below upper mechanism of sanding machine, the second binder conveying device of conveying and workpiece pressing is provided with above lower mechanism of sanding machine, during the sander work of the structure, simultaneously the upper and lower end face of timber can be carried out grinding paint processing, solve to need upper and lower end face to be respectively processed by mechanism of sanding machine during traditional sander processing timber lacquer painting, the time of timber processing can be reduced, the operating efficiency of timber mill lacquerer's sequence can be improved, save the energy consumption of mechanism of sanding machine material and sander.
Description
Technical field
Sander field is the utility model is related to, especially a kind of new special-shaped plane surface sander.
Background technology
At present, sander is also known as sanding machine, is one of commonly used equipment of modern timber processing industry, and it is to utilize dress
Workpiece is sanded the cutting element for having abrasive material, is wooden zero to improve its thickness and precision, flatness and roughness quality
The secondary operation of the incrustation of part, paint or sheet material goes out good basal plane, and in traditional sander, mechanism of sanding machine is only pacified
Mounted in the upper surface of conveyer belt, in processing, the lower section that timber is sent to mechanism of sanding machine by conveyer belt carries out upper surface mill paint,
Need worker to overturn timber after the completion of processing of upper surface, timber is put be sent on conveyer belt under mechanism of sanding machine again
The mill paint of Fang Jinhang lower surfaces, the process not only waste of manpower resource, handling process is cumbersome, and when extending the work of sander
Between, the energy consumption of sander is improved, and increase the degree of wear of mechanism of sanding machine, use for a long time can influence the matter of timber processing
Amount.
Utility model content
The purpose of this utility model is solve above-mentioned the deficiencies in the prior art, and provides a kind of simple and reasonable for structure
New special-shaped plane surface sander, can solve the problems such as sander wastes energy consumption and increase mechanism of sanding machine abrasion.
Technical scheme is used by the utility model solves its technical problem：
New special-shaped plane surface sander, including frame, are provided with mechanism of sanding machine in frame, below upper mechanism of sanding machine
The first binder conveying device of conveying and workpiece pressing is provided with, upper mechanism of sanding machine lower section is provided with lower sander in dislocation type
Structure, lower mechanism of sanding machine top are provided with the second binder conveying device of conveying and workpiece pressing, the sander work of the structure
When, simultaneously the upper and lower end face of timber can be carried out grinding paint processing, solve to need upper and lower side during traditional sander processing timber lacquer painting
Face is respectively processed by mechanism of sanding machine, can reduce the time of timber processing, can improve the operating efficiency of timber mill lacquerer's sequence, section
Save the energy consumption of mechanism of sanding machine material and sander.
Two first binder conveying devices are installed in front and rear formula in the frame, each first binder conveying device top is
Mechanism of sanding machine is installed, upper mechanism of sanding machine is processed to the upper surface of workpiece, between being provided between two first binder conveying devices
Away from being provided with lower mechanism of sanding machine in spacing, the second binder conveying device be provided with above lower mechanism of sanding machine.
Two second binder conveying devices are installed in front and rear formula in the frame, each second binder conveying device lower section is
Lower mechanism of sanding machine is installed, lower mechanism of sanding machine is processed to the lower surface of workpiece, between being provided between two second binder conveying devices
Away from being provided with the first binder conveying device in spacing, mechanism of sanding machine be provided with above the first binder conveying device.
Both the above embodiment is prepreerence embodiment, is ensureing to carry out mill paint to the upper and lower end face of timber
While, binder conveying device is carried out promotion fixation to timber, ensure sander working stability, ensure timber processing
Quality, timber is avoided to offset or splash.
Twice mechanism of sanding machine are installed in spacing, liftable second binder conveying dress is installed above twice mechanism of sanding machine
Put, the second binder conveying device includes binder feeding cover and multiple second nip rolls on binder feeding cover, the second pressure
The 3rd nip rolls is provided between twice mechanism of sanding machine below material conveying device, the second nip rolls and the 3rd nip rolls are to timber
Compressed, timber is ensured that a horizontality is advanced along binder conveying device, mechanism of sanding machine and lower mechanism of sanding machine in guarantee
Uniform mill paint processing can be carried out to timber, ensures the flatness and roughness quality after processing.
Elevating mechanism is installed, elevating mechanism includes being arranged on binder feeding cover in the second binder conveying device
Driving shaft and driven shaft, driving shaft and driven shaft one end therein are provided with drive sprocket and driven sprocket, drive sprocket and from
Chain drive connection, driving shaft and driven shaft are installed between movable sprocket connection is coordinated by drive sprocket and driven sprocket, it is main
The other end of moving axis is driven by drive device and connect, and the both ends of driving shaft and driven shaft are separately installed with two connection axle sleeves, in frame
The position of corresponding connection axle sleeve is installed with screw mandrel, and the screw mandrel in frame is by coupling axle sleeve and the second binder conveying device structure
Connected into linkage from top to bottom, the second binder conveying device is carried out upper-lower height adjustment according to the thickness of timber, timber is had foot
Enough spaces by while ensure to have enough pushing to try hard to keep to hold the stability that timber advances, be avoided that the second binder conveying dress
Put lower pressure it is excessive to cause timber to advance slow, and easily cause mechanism of sanding machine or lower sander to timber excessive wear,
Increase the defect ware of timber.
When second binder conveying device works, drive device operating, direct drive driving shaft drives drive sprocket to rotate, main
Movable sprocket is coupled by chain with driven sprocket, is enable driven shaft with driving shaft while is rotated at the same speed, installed in driving shaft and from
The connection axle sleeve of end shaft is also operated simultaneously, and is linked with the screw mandrel in frame, and the second binder conveying device is led to
Connection axle sleeve is crossed to rise or fall along screw mandrel linkage from top to bottom connection realization.
Frame both sides below the upper mechanism of sanding machine are provided with two first fixed mounts, the medial surface peace of each first fixed mount
Equipped with the vertically disposed first lifting dovetail groove, the first lifting slider is slidably connected in lift on the first lifting dovetail groove,
The top of first lifting slider is fixedly connected with upper mechanism of sanding machine, and the bottom of the first lifting slider is fixedly connected with the first lifting silk
Bar, the first coupling spindle is slidably connected on the first elevating screw, and the first coupling spindle is coupled by the first drive lead screw, first passes
One end of dynamic screw mandrel rotates dynamic drive by the first hand traverse and connect, and during operation, worker rotates the first hand traverse wheel, the first hand traverse wheel
The first drive lead screw is driven to rotate, in first coupling spindle at both ends, the first coupling spindle passes through for the first drive lead screw drive installation
The elevating screw of direction controlling first that one drive lead screw rotates rises or declined, so as to drive upper sand by the first elevating screw
Ray machine structure rises or declined, and the structure makes mechanism of sanding machine carry out height tune according to the depth requirements of the thickness of timber and mill paint
It is whole, while hand feed can be carried out after upper mechanism of sanding machine abrasive wear, ensure the quality and stably of processing.
Frame both sides below the lower mechanism of sanding machine are provided with two second fixed mounts, the medial surface peace of each second fixed mount
Equipped with the vertically disposed second lifting dovetail groove, the second lifting slider is slidably connected in lift on the second lifting dovetail groove,
The top of second lifting slider is fixedly connected with lower mechanism of sanding machine, and the bottom of the second lifting slider is fixedly connected with the second lifting silk
Bar, the second coupling spindle is slidably connected on the second elevating screw, and the second coupling spindle is coupled by the second drive lead screw, second passes
One end of dynamic screw mandrel rotates dynamic drive by the second hand traverse and connect, and during operation, worker rotates the second hand traverse wheel, the second hand traverse wheel
The second drive lead screw is driven to rotate, in first coupling spindle at both ends, the second coupling spindle passes through for the second drive lead screw drive installation
The elevating screw of direction controlling second that two drive lead screws rotate rises or declined, so as to drive lower sand by the second elevating screw
Ray machine structure rises or declined, and the structure makes lower mechanism of sanding machine carry out height tune according to the depth requirements of the thickness of timber and mill paint
It is whole, while hand feed can be carried out after lower mechanism of sanding machine abrasive wear, ensure the quality and stably of processing.
The first wear strip is installed in the first binder conveying device below the upper mechanism of sanding machine.
The second wear strip is installed in the second binder conveying device above the lower mechanism of sanding machine.
First wear strip and the second wear strip are avoided in process wood, when upper mechanism of sanding machine and lower mechanism of sanding machine dally,
Abrasive material wears to the binder conveying device of sander, causes the binder conveying device service life for reducing sander.
The upper mechanism of sanding machine or lower mechanism of sanding machine include roudnel sand mechanism, Gun Sha mechanisms, sand roller transverse direction sand mechanism, make sand
The position and requirement that ray machine is processed according to timber carry out replacing mechanism of sanding machine, improve the flexibility that sander uses.
The beneficial effects of the utility model are：
A kind of new special-shaped plane surface sanding machine of the present utility model, it is simple in construction, more meet timber production needs
And environmental requirement, when the sander of the structure works, simultaneously the upper and lower end face of timber can be carried out grinding paint processing, solve traditional sand
Ray machine needs upper and lower end face to be respectively processed by mechanism of sanding machine when handling timber lacquer painting, can reduce the time of timber processing, energy
The operating efficiency of timber mill lacquerer's sequence is improved, saves the energy consumption of mechanism of sanding machine material and sander.
Brief description of the drawings
Fig. 1 is first embodiment cross-sectional view of the present utility model.
Fig. 2 is second embodiment cross-sectional view of the present utility model.
Fig. 3 is the second binder conveying device decomposing schematic representation of the present utility model.
Fig. 4 is partial exploded view one of the present utility model.
Fig. 5 is partial exploded view two of the present utility model.
Fig. 6 is roudnel sand mechanism structure schematic diagram of the present utility model.
Fig. 7 is roller sand mechanism structure schematic diagram of the present utility model.
Fig. 8 is sand roller transverse direction sand mechanism structure schematic diagram of the present utility model.
Embodiment
The utility model is further illustrated with reference to the accompanying drawings and examples：
First embodiment：As shown in figure 1, new special-shaped plane surface sander, including frame 1, it is provided with frame 1
Mechanism of sanding machine 2, the upper lower section of mechanism of sanding machine 2 are provided with the first binder conveying device 3 of conveying and workpiece pressing, upper mechanism of sanding machine
2 lower sections are provided with lower mechanism of sanding machine 4 in dislocation type, and the lower top of mechanism of sanding machine 4 is provided with the second pressure of conveying and workpiece pressing
Material conveying device 5, when the sander of the structure works, simultaneously the upper and lower end face of timber can be carried out grinding paint processing, solved traditional
Sander needs upper and lower end face to be respectively processed by mechanism of sanding machine when handling timber lacquer painting, can reduce the time of timber processing,
The operating efficiency of timber mill lacquerer's sequence can be improved, saves the energy consumption of mechanism of sanding machine material and sander.
Two first binder conveying devices 3 are installed in front and rear formula in the frame 1, each first binder conveying device 3 is wrapped
Include the first feeding belt 301, the top of the first feeding belt 301 is provided with the first nip rolls 302, in each first binder conveying device 3
Side is mounted on mechanism of sanding machine 2, and upper mechanism of sanding machine 2 is processed to the upper surface of workpiece, set between two first binder conveying devices 3
Spacing 6 is equipped with, lower mechanism of sanding machine 4 is installed in spacing 6, the top of lower mechanism of sanding machine 4 is provided with the second binder conveying device 5.
Twice mechanism of sanding machine 4 are installed, it is defeated that twice tops of mechanism of sanding machine 4 are provided with liftable second binder in spacing 6
Device 5 is sent, the second binder conveying device 5 includes binder feeding cover 7 and multiple second nip rolls on binder feeding cover 7
8, the 3rd nip rolls 9, the second nip rolls 8 and the 3rd are provided between twice mechanism of sanding machine 4 of the lower section of the second binder conveying device 5
Nip rolls 9 compresses to timber, timber is ensured that a horizontality is advanced along binder conveying device, mechanism of sanding machine in guarantee
2 and lower mechanism of sanding machine 4 uniform mill paint processing can be carried out to timber, ensure the flatness and roughness quality after processing.
As shown in Figure 3：Elevating mechanism 10 is installed, elevating mechanism 10 includes installation in the second binder conveying device 5
Driving shaft 11 and driven shaft 12 on binder feeding cover 7, driving shaft 11 and 12 one end therein of driven shaft are provided with drive chain
Wheel 13 and driven sprocket 14, is provided with chain 15 and is connected between drive sprocket 13 and driven sprocket 14, driving shaft 11 and from
Moving axis 12 coordinates connection by drive sprocket 13 and driven sprocket 14, and the other end of driving shaft 11 is driven by drive device 16 to be connect,
The both ends of driving shaft 11 and driven shaft 12 are separately installed with two connection axle sleeves 17, and the corresponding position for coupling axle sleeve 17 is consolidated in frame 1
Dingan County is equipped with screw mandrel 18, and the screw mandrel 18 in frame 1 forms linkage from top to bottom by coupling the binder conveying device 5 of axle sleeve 17 and second and connected
Connect, the second binder conveying device 5 is carried out upper-lower height adjustment according to the thickness of timber, make timber there are enough spaces to pass through
While ensure to have enough pushing to try hard to keep to hold the stability of timber advance, be avoided that 5 times pressure mistakes of the second binder conveying device
It is big to cause timber to advance slowly, and easily cause mechanism of sanding machine 2 or lower sander to increase timber to the excessive wear of timber 4
Defect ware.
When second binder conveying device 5 works, drive device 165 operates, and direct drive driving shaft 11 drives drive sprocket
13 are rotated, and drive sprocket 13 coupled by chain 15 with driven sprocket 14, are enable driven shaft 12 and driving shaft 11 while are turned at the same speed
Dynamic, the connection axle sleeve 17 installed in driving shaft 11 and the both ends of driven shaft 12 also operates simultaneously, and is carried out with the screw mandrel 18 in frame 1
It is linked, the second binder conveying device 5 is risen or fallen by coupling axle sleeve 17 along the linkage from top to bottom of screw mandrel 18 connection realization.
As shown in Figure 4：The both sides of frame 1 of the lower section of the upper mechanism of sanding machine 2 are provided with two first fixed mount 19a, and each first
Fixed mount 19a medial surface is provided with vertically disposed first lifting dovetail groove 20a, is in lifting on the first lifting dovetail groove 20a
Formula slidably connects the first lifting slider 21a, and the first lifting slider 21a top is fixedly connected with upper mechanism of sanding machine 2, first liter
Drop sliding block 21a bottom, which is fixedly connected with the first elevating screw 22a, the first elevating screw 22a, slidably connects the first connection
Axle 23a, and the first coupling spindle 23a is coupled by the first drive lead screw 24a, the first drive lead screw 24a one end pass through first-hand
Rocking-turn wheel 25a rotates drive and connect, and during operation, worker rotates first hand traverse wheel 25a, the first hand traverse wheel 25a the first transmission of driving
Screw mandrel 24a is rotated, and first coupling spindle 23a, first coupling spindle 23a of the first drive lead screw 24a drive installations at both ends passes through the
The first elevating screw of direction controlling 22a that one drive lead screw 24a is rotated rises or declined, so as to pass through the first elevating screw
Mechanism of sanding machine 2 rises or declined in 22a drivings, and the structure makes depth of the mechanism of sanding machine 2 according to the thickness of timber and mill paint
It is required that carrying out height adjustment, while hand feed can be carried out after the upper abrasive wear of mechanism of sanding machine 2, ensure the quality of processing and steady
It is fixed.
As shown in Figure 5：The both sides of frame 1 of the lower section of the lower mechanism of sanding machine 4 are provided with two second fixed mount 19b, and each second
Fixed mount 19b medial surface is provided with vertically disposed second lifting dovetail groove 20b, is in lifting on the second lifting dovetail groove 20b
Formula slidably connects the second lifting slider 21b, and the second lifting slider 21b top is fixedly connected with lower mechanism of sanding machine 4, second liter
Drop sliding block 21b bottom, which is fixedly connected with the second elevating screw 22b, the second elevating screw 22b, slidably connects the second connection
Axle 23b, and the second coupling spindle 23b is coupled by the second drive lead screw 24b, the second drive lead screw 24b one end passes through second-hand
Rocking-turn wheel 25b rotates drive and connect, and during operation, worker rotates second hand traverse wheel 25b, the second hand traverse wheel 25b the second transmission of driving
Screw mandrel 24b is rotated, and first coupling spindle 23b, second coupling spindle 23b of the second drive lead screw 24b drive installations at both ends passes through the
The second elevating screw of direction controlling 22b that two drive lead screw 24b are rotated rises or declined, so as to pass through the second elevating screw
The lower mechanism of sanding machine 4 of 22b drivings rises or declined, and the structure makes depth of the lower mechanism of sanding machine 4 according to the thickness of timber and mill paint
It is required that carrying out height adjustment, while hand feed can be carried out after the lower abrasive wear of mechanism of sanding machine 4, ensure the quality of processing and steady
It is fixed.
First wear strip 26 is installed in first binder conveying device 3 of the lower section of upper mechanism of sanding machine 2（First wear strip
26 are specifically provided on the first feeding belt 301）.
Second wear strip 27 is installed in second binder conveying device 5 of the top of lower mechanism of sanding machine 4.
First wear strip 26 and the second wear strip 27 are avoided in process wood, and upper mechanism of sanding machine 2 and lower mechanism of sanding machine 4 are empty
When turning, there is rubs mutually to the binder conveying device of sander in abrasive material, causes the binder conveying device for reducing sander to use
Life-span.
As shown in Figure 6 to 8：The upper mechanism of sanding machine 2 or lower mechanism of sanding machine 4 include roudnel sand mechanism 28, Gun Sha mechanisms
29th, sand roller transverse direction sand mechanism 30, position that sander is processed according to timber and requirement is carried out replacing mechanism of sanding machine, improve sanding
The flexibility that machine uses.
Second embodiment：As shown in Fig. 2 its structure is similar to first embodiment, difference is：In the frame 1
Two second binder conveying devices 5 are installed in front and rear formula, each lower section of second binder conveying device 5 is mounted on lower mechanism of sanding machine
4, lower mechanism of sanding machine 4 is processed to the lower surface of workpiece, is provided with spacing 6 between two second binder conveying devices 5, is pacified in spacing 6
Equipped with the first binder conveying device 3, the top of the first binder conveying device 3 is provided with mechanism of sanding machine 2.
Both the above embodiment is prepreerence embodiment, is ensureing to carry out mill paint to the upper and lower end face of timber
While, make binder conveying device（First binder conveying device 3, the second binder conveying device 5）Timber can be compressed,
Promote and fix, ensure sander working stability, ensure the quality of timber processing, avoid timber from offseting or splash.
Particular embodiments described above, only the utility model preferred embodiment, such as according to the utility model
The equivalent arrangements that claim is done, it should be technology of the present utility model and covered.
Claims (10)
1. new special-shaped plane surface sander, including frame（1）, frame（1）On mechanism of sanding machine is installed（2）, upper sanding
Mechanism（2）Lower section is provided with the first binder conveying device of conveying and workpiece pressing（3）, it is characterized in that, upper mechanism of sanding machine（2）
Lower section is provided with lower mechanism of sanding machine in dislocation type（4）, lower mechanism of sanding machine（4）Top is provided with the second of conveying and workpiece pressing
Binder conveying device（5）.
2. new special-shaped plane surface sander according to claim 1, it is characterised in that：The frame（1）Upper is in front and rear
Formula is provided with two first binder conveying devices（3）, each first binder conveying device（3）Top is mounted on mechanism of sanding machine
（2）, upper mechanism of sanding machine（2）The upper surface of workpiece is processed, two first binder conveying devices（3）Between be provided with spacing（6）,
Away from（6）On lower mechanism of sanding machine is installed（4）, lower mechanism of sanding machine（4）Top the second binder conveying device is installed（5）.
3. new special-shaped plane surface sander according to claim 1, it is characterised in that：The frame（1）Upper is in front and rear
Formula is provided with two second binder conveying devices（5）, each second binder conveying device（5）Lower section is mounted on lower mechanism of sanding machine
（4）, lower mechanism of sanding machine（4）The lower surface of workpiece is processed, two second binder conveying devices（5）Between be provided with spacing（6）,
Away from（6）On the first binder conveying device is installed（3）, the first binder conveying device（3）Top is provided with mechanism of sanding machine（2）.
4. new special-shaped plane surface sander according to claim 2, it is characterised in that：Spacing（6）On be provided with two
Mechanism of sanding machine（4）, twice mechanism of sanding machine（4）Top is provided with liftable second binder conveying device（5）, the conveying of the second binder
Device（5）Including binder feeding cover（7）With installed in binder feeding cover（7）On multiple second nip rolls（8）, the second binder is defeated
Send device（5）Twice mechanism of sanding machine of lower section（4）Between be provided with the 3rd nip rolls（9）.
5. new special-shaped plane surface sander according to claim 2, it is characterised in that：The second binder conveying device
（5）On elevating mechanism is installed（10）, elevating mechanism（10）Including installed in binder feeding cover（7）On driving shaft（11）With from
Moving axis（12）, driving shaft（11）And driven shaft（12）One end therein is provided with drive sprocket（13）And driven sprocket（14）, it is main
Movable sprocket（13）And driven sprocket（14）Between chain is installed（15）Drive connection, driving shaft（11）And driven shaft（12）Pass through
Drive sprocket（13）And driven sprocket（14）Coordinate connection, driving shaft（11）The other end pass through drive device（16）Drive connects, main
Moving axis（11）And driven shaft（12）Both ends be separately installed with two connection axle sleeves（17）, frame（1）Upper corresponding connection axle sleeve（17）
Position be installed with screw mandrel（18）, frame（1）On screw mandrel（18）By coupling axle sleeve（17）Convey and fill with the second binder
Put（5）Form linkage from top to bottom connection.
6. new special-shaped plane surface sander according to claim 2, it is characterised in that：The upper mechanism of sanding machine（2）Under
The frame of side（1）Both sides are provided with two first fixed mounts（19a）, each first fixed mount（19a）Medial surface be provided with and vertically set
The the first lifting dovetail groove put（20a）, the first lifting dovetail groove（20a）It is upper to slidably connect the first lifting slider in lift
（21a）, the first lifting slider（21a）Top and upper mechanism of sanding machine（2）It is fixedly connected, the first lifting slider（21a）Bottom
It is fixedly connected with the first elevating screw（22a）, the first elevating screw（22a）On slidably connect the first coupling spindle（23a）, and the
One coupling spindle（23a）Pass through the first drive lead screw（24a）Connection, the first drive lead screw（24a）One end pass through the first hand traverse
Wheel（25a）Drive is rotated to connect.
7. new special-shaped plane surface sander according to claim 2, it is characterised in that：The lower mechanism of sanding machine（4）Under
The frame of side（1）Both sides are provided with two second fixed mounts（19b）, each second fixed mount（19b）Medial surface be provided with and vertically set
The the second lifting dovetail groove put（20b）, the second lifting dovetail groove（20b）It is upper to slidably connect the second lifting slider in lift
（21b）, the second lifting slider（21b）Top and lower mechanism of sanding machine（4）It is fixedly connected, the second lifting slider（21b）Bottom
It is fixedly connected with the second elevating screw（22b）, the second elevating screw（22b）On slidably connect the second coupling spindle（23b）, and the
Two coupling spindles（23b）Pass through the second drive lead screw（24b）Connection, the second drive lead screw（24b）One end pass through the second hand traverse
Wheel（25b）Drive is rotated to connect.
8. new special-shaped plane surface sander according to claim 2, it is characterised in that：The upper mechanism of sanding machine（2）Under
First binder conveying device of side（3）On the first wear strip is installed（26）.
9. new special-shaped plane surface sander according to claim 3, it is characterised in that：The lower mechanism of sanding machine（4）On
Second binder conveying device of side（5）On the second wear strip is installed（27）.
10. new special-shaped plane surface sander according to claim 1, it is characterised in that：The upper mechanism of sanding machine（2）Or
Lower mechanism of sanding machine（4）Including roudnel sand mechanism（28）, Gun Sha mechanisms（29）, sand roller transverse direction sand mechanism（30）.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720213267.8U CN206643737U (en) | 2017-03-07 | 2017-03-07 | New special-shaped plane surface sander |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720213267.8U CN206643737U (en) | 2017-03-07 | 2017-03-07 | New special-shaped plane surface sander |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206643737U true CN206643737U (en) | 2017-11-17 |
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ID=60281927
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720213267.8U Expired - Fee Related CN206643737U (en) | 2017-03-07 | 2017-03-07 | New special-shaped plane surface sander |
Country Status (1)
| Country | Link |
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| CN (1) | CN206643737U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108527095A (en) * | 2018-03-02 | 2018-09-14 | 江苏锐升新材料有限公司 | A kind of floor machining high-precision contact calibrating machine |
-
2017
- 2017-03-07 CN CN201720213267.8U patent/CN206643737U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108527095A (en) * | 2018-03-02 | 2018-09-14 | 江苏锐升新材料有限公司 | A kind of floor machining high-precision contact calibrating machine |
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Granted publication date: 20171117 Termination date: 20200307 |