JP7194246B2 - Putty leveling method and set - Google Patents

Description

TECHNICAL FIELD The present invention relates to a putty leveling method and set, and more particularly to a putty leveling method and set capable of leveling a ceiling or a wall surface.

A wide variety of materials are used for building partitions. The designer or the client considers the requirements such as the strength of the partition, soundproofing, or work site, and then selects the appropriate working method, such as brick fence, RC concrete fence, or light compartment fence. In general, in the process of building a brick wall or RC concrete wall, in order to proceed smoothly with the work of painting or pasting tiles, the walls must be leveled by roughing putty and fine putting putty. . Among them, "rough putty" refers to coating or spraying high-viscosity cement on the base wall to reach a predetermined thickness, and then smoothing the surface of the cement layer.

Taiwan Public Notice No. M494810

At present, the construction method of "rough putty" is to apply or spray a cement layer, and then scrape off the cement in the relatively protruding parts of the cement layer, so that the cement layer is flattened. A long shaku is moved back and forth. However, in the above construction method, various factors such as the direction, uniformity and strength of the force applied to the scale will affect the leveling effect in the end. Personnel costs are also incurred. Furthermore, if all work is entrusted to an experienced craftsman, the physical strength and time are limited, which reduces work efficiency, which not only extends the construction period, but also results in high personnel costs. Therefore, the current situation is that one or two assistants are left to smooth the surface of the cement layer at the work site.

In other words, the current "rough putty" construction method requires multiple craftsmen, and the method of smoothing is theoretically simple, and the tools used are also simple. However, without the work of accumulating long experience, the expected result cannot be achieved, or the work time is wasted by repeated correction work. In addition, even experienced craftsmen need a large amount of physical strength and time, making it difficult to improve work efficiency and reduce costs. In addition, the work of leveling the putty is not only the work after painting or spraying cement on the base wall, but also the work of leveling the putty before applying paint, so there is the same problem. rice field.

In view of this, there is a need to improve conventional putty leveling methods.

In order to solve the above problems, the present invention provides a putty leveling method that can complete a large area leveling operation that can be automated and made efficient, and that can improve work efficiency and construction quality. With the goal.

It is a further object of the present invention to provide a putty leveling method that is easy to operate, does not rely too heavily on experience, and reduces personnel costs.

A further object of the present invention is to provide a putty leveling set that is more convenient to use.

A further object of the present invention is to provide a putty leveling set that improves assembly convenience.

In the present invention, terms related to directions such as "front", "back", "left", "right", "upper (top)", "lower (bottom)", "inner", "outer", and "side" Mainly refer to the directions of the drawings, and the above directional terms are used to describe or understand each embodiment of the present invention, and are not intended to limit the present invention. .

In terms of parts or structures in the present invention, classifiers such as "one" or "one" are used for convenience and to give their ordinary meaning to the claims of the invention, and in the present invention one or The meaning of one includes the plural unless at least one is to be construed and the meaning is clearly indicated otherwise.

In the present invention, approximating terms such as "bond", "synthesis", "assembly", etc. are mainly used to connect but not break and separate, or connect and cannot be separated. For those skilled in the art, it refers to what can be selected according to the material or assembly shape of the part to be connected

The putty leveling method of the present invention comprises setting a first position fixing point, a second position fixing point, a third position fixing point and a fourth position fixing point on the wall surface, and the first position fixing point and the first position fixing point in a first reference direction. a step in which the second position fixing point faces each other, and the third position fixing point and the fourth position fixing point face each other;
A first lifting guide member is fixed between the first position fixing point and the second position fixing point, and a second lifting guide member is fixed between the third position fixing point and the fourth position fixing point. and
displaceably connecting a first displacement module to the first lift guide member and displaceably connecting a second displacement module to the second lift guide member;
One end of the first slashing wire is fixed to the first position fixing point and wound around the first displacement module and the second displacement module in turn, and the other end of the first slashing wire is the fourth fixing to a position fixing point;
One end of the second slashing wire is fixed to the third fixed point and wound around the second displacement module and the first displacement module in turn, and the other end of the second slashing wire is fixed to the second position fixing point. fixing to a position fixing point;
to drive the first displacement module and the second displacement module to flatten the wall surface, the first displacement module and the second displacement module at the first and second scribe lines; chipping away unevenness in said puttyed wall surface with an intervening point.

The putty leveling set of the present invention includes two edge position fixing units, two lifting guides, two displacement modules, and two severing lines, and the two edge position fixing units are respectively second having a first position fixing module and a second position fixing module facing each other in one reference direction, wherein the first position fixing modules of the two edge position fixing units are spaced apart in a second reference direction;
the two lifting guides are respectively fixed between the first position fixing module and the second position fixing module of the two edge position fixing units;
the two displacement modules are displaceable and respectively connect the two lifting guides;
Two scribing lines are respectively wound around the two displacement modules, a first end of a scribing line is fixed to the first position fixing module of the first edge position fixing unit, and a second end is is fixed to the second position fixing module of the second side edge position fixing unit, and fixed to the first position fixing module of the second side edge position fixing unit by the first end of the other severing line; The second end is fixed to the second position fixing module of the edge position fixing unit on the first side.

Therefore, in the putty leveling method and set of the present invention, the two displacement modules are displaced with respect to the two lifting guides, and the first displacement module and the second displacement module are displaced on the first and second cutting lines. By scraping off the uneven parts of the putty area at the points located between the modules, the smoothing of large areas can be completed automatically and efficiently, saving working time and accumulating experience. It is possible to reduce personnel costs and avoid problems due to the technical or physical load of workers without excessive requests to the construction workers, which has the effect of improving work efficiency and construction quality.

In addition, the first position fixing module and the second position fixing module each have a threading device for connecting the position fixing column, and the threading line is connected to the first position fixing module and the second position fixing module. Passing through the threading device, the first position-fixing module has a tensioning device coupled with the threading device, the tensioning device tensioning the severing wire. Therefore, it has the effect of avoiding falling off or drooping of the cut line and improving the leveling quality.
have an effect.

The lifting guide member is a line, the lifting guide member passes through the threading device of the first position fixing module and the second position fixing module, and the first position fixing module joins the threading device. and a pulling device for pulling the lifting guide member. Therefore, it has the effect of avoiding falling off or sagging of the lifting guide and improving the fluency of the second displacement module.

The first position fixing module and the second position fixing module each have an elastic piece for coupling the threading device, and a screw passes through the threading device and the elastic piece to the position fixing column. A plurality of cusps of the elastic piece contact the wall surface so that the elastic piece pushes the threading device into contact with the head of the screw. Therefore, the threading device can adjust the distance between the cleaving line and the wall surface by selectively moving the wall surface toward or away from the wall surface, thereby improving the convenience of use.

In addition, the displacement module has a body with a first coupling groove and a second coupling groove communicating with each other, the opening directions of the first coupling groove and the second coupling groove are not on the same plane, and the lifting guide A joint joins the first coupling groove and the second coupling groove. Therefore, the lifting guide can be prevented from being detached from the main body, and the main body can be fluently displaced between the first position fixing module and the second position fixing module with respect to the lifting guide, thereby improving the displacement fluency. have an effect.

In addition, the displacement module has a first gear and a second gear provided on the body, and the single severing line is located on the first side and the second side of the edge position fixing unit. the second gear of the edge position fixing unit, and the other severing line is wound around the first gear of the edge position fixing unit positioned on the second side and the edge position fixing unit positioned on the first side Since the structure is simple, it is easy to assemble and has the effect of improving the convenience of assembly.

In addition, the first gear and the second gear each have an annular groove, and the two slant lines are positionally limited by the two annular grooves of the first gear and the second gear. Therefore, since the structure is simple, it is easy to manufacture and has the effect of reducing the manufacturing cost.

In addition, the displacement module has a driving piece, and the rotating gear of the driving piece is meshed with the first gear and the second gear. Therefore, the rotary gear can interlock the rotation of the first gear and the second gear, which has the effect of improving the operating fluency.

Also, the line between the first fixed module and the displacement module in the two cut lines and the line between the second fixed module and the displacement module in the two cut lines are both Parallel to the first reference direction. Therefore, when the first displacement module 3a and the second displacement module 3b are displaced upward or downward at the same time, the two cleaving lines facilitate shaving the uneven portions, thereby improving the leveling quality. have.

FIG. 1 is a flow diagram of one embodiment of the present invention. FIG. 2 is an assembled perspective view of one embodiment of the present invention. FIG. 3 is an assembly drawing of a displacement module according to one embodiment of the present invention. FIG. 4 is an assembly front view of one embodiment of the present invention; FIG. 5 is an operational diagram of FIG.

An embodiment of the present invention will be described below with reference to the drawings.

As shown in FIGS. 1 and 2, the putty leveling method of the present invention can be applied to walls or ceilings, the present invention is not limited, and in this embodiment, the putty leveling method is used to wall T. A case will be described as an example. The putty leveling method of the present invention includes the following steps: setting a first position fixing point P1, a second position fixing point P2, a third position fixing point P3 and a fourth position fixing point P4 on a wall surface T; In the reference direction Y1, the first position fixing point P1 and the second position fixing point P2 face each other, and the third position fixing point P3 and the fourth position fixing point P4 face each other in the vertical direction. Moreover, in the second reference direction Y2, the first position fixing point P1 and the third position fixing point P3 can face each other, and the second position fixing point P2 and the fourth position fixing point P4 can face each other.

Next, the first lifting guide member 2a is fixed between the first position fixing point P1 and the second position fixing point P2, and the second lifting guide member 2b is fixed between the third position fixing point P3 and the fourth position fixing point P4. be fixed between Wherein, the first lifting guide piece 2a and the second lifting guide piece 2b can be rails or lines, and the first lifting guide piece 2a and the second lifting guide piece 2b can be parallel.

Next, move the first displacement module 3a to the first elevation guide piece 2a such that the first displacement module 3a is displaced between the first position fixing point P1 and the second position fixing point P2 along the first elevation guide piece 2a. connect to Further, the second displacement module 3b is moved to the second elevation guide piece 2b so that the second displacement module 3b is displaced between the third position fixing point P3 and the fourth position fixing point P4 along the second elevation guide piece 2b. connect to

Then, the first end 41 of the first severing wire 4a is fixed at the first position fixing point P1, and wound around the first displacement module 3a and the second displacement module 3b in turn, and then the first swiping wire 4a. is fixed at the fourth position fixing point P4, so that the point located between the first displacement module 3a and the second displacement module 3b on the first severing line 4a can contact the wall surface T. to Then, the first end 41 of the second severing wire 4b is fixed to the third position fixing point P3, and wound around the second displacement module 3b and the first displacement module 3a in turn, and then the second slashing wire 4b is The second end 42 is fixed at the second position fixing point P2, so that the point located between the first displacement module 3a and the second displacement module 3b on the second severing line 4b can contact the wall surface T. do.

Finally, the workman can apply putty to the wall surface T to form a putty area T1. Then, by driving the first displacement module 3a and the second displacement module 3b and simultaneously displacing the first displacement module 3a and the second displacement module 3b along the first reference direction Y1 as shown in FIG. 5 ( ie upwards or downwards), the unevenness in the putty area T1 due to the points located between the first displacement module 3a and the second displacement module 3b in the first and second severing lines 4a and 4b. Scrape off the part. Therefore, it is possible to complete a large-area leveling operation that can be automated and made efficient, and to reduce personnel costs without relying too much on experience.

It should be noted that in another embodiment, the first lifting guide member 2a is fixed between the first position fixing point P1 and the third position fixing point P3, and the second lifting guide member 2b is fixed at the second position. It may be fixed between the fixing point P2 and the fourth position fixing point P4, and the first displacement module 3a may be displaceably connected to the first lift guide member 2a, and the second displacement module 3b may be displaceably connected to the second position. The first displacement module 3a and the second displacement module 3b can be simultaneously displaced along the second reference direction Y2 so that the first displacement module 3a and the second displacement module 3b are moved to the left. Alternatively, it can be displaced toward the right. Therefore, it can be used for rectangular wall surfaces.

As shown in FIG. 2, it is a putty leveling set for executing the putty leveling method of the present embodiment. It includes two displacement modules 3 and two severing lines 4 . Two lifting guides 2 are respectively fixed to two edge position fixing units 1, two displacement modules 3 are connected to the two lifting guides 2 so as to be freely displaceable, and two severing lines 4 are respectively It winds around two displacement modules 3 .

Two edge position fixing units 1 are located on the wall surface T. As shown in FIG. The two edge position fixing units 1 each have a first position fixing module 1a and a second position fixing module 1b facing each other in the first reference direction Y1. The first position fixing modules 1a of the two edge position fixing units 1 are spaced apart in the second reference direction Y2, and the first position fixing modules 1a of the two edge position fixing units 1 respectively have a first position fixing point. P1 and a third position fixing point P3 can be formed, the second position fixing modules 1b of the two edge position fixing units 1 are spaced apart in the second reference direction Y2, and the two edge position fixing units 1 The second position fixing module 1b can respectively form a second position fixing point P2 and a fourth position fixing point P4.

As shown in FIGS. 1 and 2, the embodiments of the first position-fixing module 1a and the second position-fixing module 1b are not limited in the present invention, and the first position-fixing module 1a and the second position-fixing module 1b are each has a threading device 12, the threading device 12 is connected to the position fixing column 11, the position fixing column 11 is fixedly installed on the wall surface T in advance as shown in FIG. 1, and the position fixing column 11 is It is designed to be connected between the wall surface T and the threading device 12. - 特許庁The threading device 12 can be used for threading the lifting guide 2 and the severing wire 4 . The first position fixing module 1a can have two tensioning devices 13 . Two tensioning devices 13 connect the threading device 12 and are located at the end of the threading device 12 leaving the second position-fixed module 1b. The two tensioning devices 13 are used for the lifting guide piece 2 and the cleaving wire 4 to pass through, and the two tensioning devices 13 can be used for pulling the lifting guide piece 2 and the cleaving wire 4 .

In addition, the first position fixing module 1a and the second position fixing module 1b each have an elastic piece 14 . The threading device 12 can be connected so that the elastic piece 14 is positioned between the position fixing post 11 and the threading device 12 . The plurality of cusps 141 of the elastic piece 14 can face the wall surface T, the screw F passes through the threading device 12 and the elastic piece 14 and is screwed into the position fixing column 11, and the plurality of cusps of the elastic piece 14 141 can abut the wall surface T. As a result, the elastic piece 14 pushes the threading device 12 to contact the head of the screw F. As shown in FIG. Therefore, by selectively moving the threading device 12 toward or away from the wall surface T, the distance between the cleaving line 4 and the wall surface T can be adjusted.

The two lifting guides 2 are fixed between the first position fixing module 1a and the second position fixing module 1b of the two edge position fixing units 1 respectively. The two lifting guide items 2 are the first lifting guide item 2a and the second lifting guide item 2b, respectively. The first lifting guide piece 2a and the second lifting guide piece 2b may be rails or lines, and in the present embodiment, the first lifting guide piece 2a and the second lifting guide piece 2b are selectively lines. The first lifting guide member 2a and the second lifting guide member 2b pass through the threading device 12 of the first position fixing module 1a and the second position fixing module 1b, so that the first lifting guide member 2a is positioned at the first position fixing point. It is fixed between P1 and the second position fixing point P2, and the second lift guide member 2b can be fixed between the third position fixing point P3 and the fourth position fixing point P4. In addition, the first lifting guide piece 2a and the second lifting guide piece 2b both pass through one tensioning device 13 of the first position fixing module 1a, and the tensioning device 13 is connected to the first lifting guide piece 2a and the second lifting guide piece 2a. The first lift guide member 2a and the second lift guide member 2b can be pulled so as to prevent the member 2b from falling off or hanging down.

As shown in FIGS. 2 and 3, two displacement modules 3 displaceably connect the first elevation guide piece 2a and the second elevation guide piece 2b respectively, and the two displacement modules 3 connect the first displacement module 3a and the second elevation guide piece 2b respectively. A second displacement module 3b. The displacement module 3 has a body 31, and the body 31 can have a first coupling groove 311 and a second coupling groove 312 communicating with each other. The lifting guide member 2 can connect the first connecting groove 311 and the second connecting groove 312, and avoid the lifting guide member 2 from being detached from the main body 31, so that the main body 31 is connected to the lifting guide member 2. Preferably, the opening directions of the first coupling groove 311 and the second coupling groove 312 are not on the same plane so as to be smoothly displaced between the first position fixing module 1a and the second position fixing module 1b.

In addition, the displacement module 3 can have a first gear 32 and a second gear 33 provided on the body 31, the first gear 32 and the second gear 33 respectively having annular grooves 321 and 331, and two grooves. The line 4 can be position-limited in two annular grooves 321 , 331 of the first gear 32 and the second gear 33 . The displacement module 3 also has a drive 34, which is optionally a stepper motor. The rotating gear 341 of the driving member 34 is meshed with the first gear 32 and the second gear 33 , so that the first gear 32 and the second gear 33 can rotate together with the rotating gear 341 . Furthermore, it is preferable that the driving member 34 has a vibration function.

The two cutting wires 4 can be wound around the first displacement module 3a and the second displacement module 3b, the two cutting wires 4 being the first and second cutting wires 4a and 4b. . Specifically, the first severing wire 4a is wound around the first gear 32 of the first displacement module 3a and the second gear 33 of the second displacing module 3b, and the first end 41 of the first slashing wire 4a It is fixed to the first position fixing module 1a of the edge position fixing unit 1 on the first side A1, and the second end of the edge position fixing unit 1 on the second side A2 is fixed by the second end 42 of the first severing line 4a. By fixing to the position fixing module 1b, a point located between the first displacement module 3a and the second displacement module 3b on the first severing line 4a can contact the putty area T1.

In addition, the second slashed wire 4b is wound around the first gear 32 of the second displacement module 3b and the second gear 33 of the first displacement module 3a, and the first end 41 of the second slashed wire 4b causes the second fixed to the first position fixing module 1a of the edge position fixing unit 1 on the side A2, and second position fixing of the edge position fixing unit 1 on the first side A1 by the second end 42 of the second severing line 4b; By fixing to the module 1b, a portion of the second cleaving line 4b located between the first displacement module 3a and the second displacement module 3b is in contact with the putty region T1, and the first cleaving line 4a and the second The point located between the first displacement module 3a and the second displacement module 3b in the double serration line 4b is allowed to cross.

In addition, both the first cutting wire 4a and the second cutting wire 4b pass through another tensioning device 13 of the first position fixing module 1a, and the tensioning device 13 connects the first cutting wire 4a and the second cutting wire 4b. The first tie wire 4a and the second tie wire 4b can be tensioned so as to avoid dropping or sagging of the tie wire 4b. Furthermore, the line between the first position fixing module 1a and the displacement module 3 in the two severing lines 4 and the line between the second position fixing module 1b and the displacement module 3 in the two severing lines 4 are both It is preferably parallel to the first reference direction Y1. Therefore, when the first displacement module 3a and the second displacement module 3b are displaced at the same time, the two cleaving lines 4 are easy to scrape the uneven portions.

As shown in FIGS. 4 and 5, after the putty leveling set of the present invention is assembled and completed, a worker applies putty in advance so as to form a putty area T1, and then levels the putty leveling set using the putty leveling set. Alternatively, the putty leveling set may be used while applying the putty, and the present invention is not limited. When using the putty leveling set of the present invention, the first gear 32 and the second gear 33 are driven by the driving member 34 to rotate the first displacement module 3a and the second displacement module 3b at the same time in the first reference direction Y1. and level the putty area T1 by the points located between the first displacement module 3a and the second displacement module 3b on the first and second scribing lines 4a and 4b. Therefore, it is possible to automatically and efficiently complete the smoothing work of a large area, and reduce personnel costs without relying too much on experience.

In addition, when the leveling work is performed, the driving member 34 has a vibrating function, so that the first and second cutting lines 4a and 4b generate fine vibrations, thereby improving the fluency of the leveling work. can be done. Furthermore, after completing the leveling work, the set can be removed from the wall surface T, and the peripheral edge of the putty area T1 can be manually scraped to flatten the entire putty area T1. can.

Taken together, the putty leveling method and set of the present invention is such that two displacement modules are displaced relative to two lifting guides, and the first displacement module and the second displacement module are displaced on the first and second cutting lines. By scraping off the uneven parts of the putty area at the points located between the displacement modules, the smoothing of large areas can be completed automatically and efficiently, saving working time and experience. It is not overly dependent, reduces personnel costs, and avoids problems due to the technical or physical burden of workers, which has the effect of improving work efficiency and construction quality.

The invention may be embodied in other ways without departing from its spirit or essential characteristics. Accordingly, the preferred embodiments described herein are exemplary and do not limit the scope of the invention.

1 Edge Position Fixing Unit 1a First Position Fixing Module 1b Second Position Fixing Module 11 Position Fixing Post 12 Threading Device 13 Tension Device 14 Elastic Piece 141 Pointed Part 2 Lifting Guidance 2a First Lifting Guidance 2b Second Lifting Guide Item 3 displacement module 3a first displacement module 3b second displacement module 31 main body 311 first coupling groove 312 second coupling groove 32 first gear 321 annular groove 33 second gear 331 annular groove 34 drive element 341 rotary gear 4 slashed line 4a first cut line 4b second cut line 41 first end 42 second end A1 first side A2 second side F screw P1 first position fixing point P2 second position fixing point P3 third position fixing point P4 Four-position fixing point T Wall surface T1 Putty area Y1 First reference direction Y2 Second reference direction

Claims (10)

A first position fixing point, a second position fixing point, a third position fixing point and a fourth position fixing point are installed on the wall, and the first position fixing point and the second position fixing point are relative to each other in a first reference direction. and a step in which the third position fixing point and the fourth position fixing point face each other;
A first lifting guide member is fixed between the first position fixing point and the second position fixing point, and a second lifting guide member is fixed between the third position fixing point and the fourth position fixing point. and
displaceably connecting a first displacement module to the first lift guide member and displaceably connecting a second displacement module to the second lift guide member;
One end of the first scribing wire is fixed to the first position fixing point and wound around the first displacement module and the second displacement module in turn, and the other end of the first scribing wire is the fourth fixing to a position fixing point;
One end of the second slashing wire is fixed to the third fixed point and wound around the second displacement module and the first displacement module in turn, and the other end of the second slashing wire is fixed to the second position fixing point. fixing to a position fixing point;
to drive the first displacement module and the second displacement module to flatten the wall surface, the first displacement module and the second displacement module at the first and second scribe lines; and b. chipping off uneven areas in said puttyed wall surface with intervening areas. It includes two edge position fixing units, two lifting guides, two displacement modules, and two cutting lines,
The two edge position fixing units each have a first position fixing module and a second position fixing module facing each other in the first reference direction, and the first position fixing module of the two edge position fixing units is the second are spaced apart in two reference directions,
the two lifting guides are respectively fixed between the first position fixing module and the second position fixing module of the two edge position fixing units;
two displacement modules are displaceable and respectively connect the two lifting guide members;
Two scribing lines are respectively wound around the two displacement modules, a first end of a scribing line is fixed to the first position fixing module of the first edge position fixing unit, and a second end is is fixed to the second position fixing module of the second side edge position fixing unit, and fixed to the first position fixing module of the second side edge position fixing unit by the first end of the other severing line; The putty smoothing set is fixed to the second position fixing module of the edge position fixing unit on the first side by the second end. The first position-fixing module and the second position-fixing module each have a threading device for connecting a position-fixing post, and the severing line is for threading the first position-fixing module and the second position-fixing module. 3. A putty leveler according to claim 2, characterized in that said first position fixing module has a tensioning device passing through the device and coupling said threading device, said tensioning device tensioning said scribing wire. set. The lifting guide piece is a line, the lifting guide piece passes through the threading device of the first position fixing module and the second position fixing module, and the first position fixing module joins the threading device. 4. The putty smoothing set according to claim 3, further comprising a pulling device, wherein said another pulling device pulls said lifting guide member. The first position-fixing module and the second position-fixing module each have an elastic piece for coupling the threading device, and a screw passes through the threading device and the elastic piece to be screwed into the position-fixing column. 4. The putty leveler according to claim 3, wherein the plurality of cusps of the elastic piece abut against the wall surface so that the elastic piece pushes the threading device to come into contact with the head of the screw. set. The displacement module has a body with a first coupling groove and a second coupling groove communicating with each other, the opening directions of the first coupling groove and the second coupling groove are not on the same plane, and the lifting guide is 3. The putty leveling set according to claim 2, wherein the first coupling groove and the second coupling groove are combined. The displacement module has a first gear and a second gear provided on the body of the displacement module, and the single severing line is the edge position fixing unit located on the first side and the displacement module located on the first side. It winds around the first gear of the module and the edge position fixing unit located on the second side and the second gear of the displacement module located on the second side, and the another severing line is located on the second side. winding around the edge position fixing unit and the first gear of the displacement module located on the second side and the second gear of the edge position fixing unit located on the first side and the displacement module located on the first side; The putty leveling set according to claim 2, characterized by: The first gear and the second gear each have an annular groove, and the two slant lines are positionally limited by the two annular grooves of the first gear and the second gear. 7. The putty leveling set according to 7. The putty smoothing set according to claim 7, wherein the displacement module has a driving piece, and the rotating gear of the driving piece is meshed with the first gear and the second gear. The line between the first fixed module and the displacement module in the two cut lines and the line between the second fixed module and the displacement module in the two cut lines are both first 3. The putty leveling set according to claim 2, wherein the reference direction is parallel.

Images