Spatula leveling method and associated set

Abstract

Spatula leveling procedure, comprising the following steps: Providing a first positioning point (P1), a second positioning point (P2), a third positioning point (P3) and a fourth positioning point (P4) on a wall (T), wherein in a first reference direction (Y1) the first positioning point (P1) and the second positioning point (P2) are opposite each other and the third positioning point (P3) and the fourth positioning point (P4) are opposite each other, Attaching a first lifting guide element (2a) between the first positioning point (P1) and the second positioning point (P2) and attaching a second lifting guide element (2b) between the third positioning point (P3) and the fourth positioning point (P4), Connecting a first displacement module (3a) slidably with the first lifting guide element (2a) and connecting a second displacement module (3b) slidably with the second lifting guide element (2b), Attaching a first end (41) of a first stripper rope (4a) to the first positioning point (P1), tracing it successively around the first displacement modulus (3a) and the second displacement modulus (3b) and attaching a second end (42) of the first stripper rope (4a) to the fourth positioning point (P4), Attaching a first end (41) of a second stripper cable (4b) to the third positioning point (P3), tracing it successively around the second displacement module (3b) and the first displacement module (3a) and attaching a second end (42) of the second stripper cable (4b) to the second positioning point (P2), and Driving the first displacement module (3a) and the second displacement module (3b) to synchronous displacement, such that a section of the first scraper cable (4a) and the second scraper cable (4b) spanning between the first displacement module (3a) and the second displacement module (3b) scrapes an uneven spot on a flattened wall in order to level the wall (T).

Description

AREA OF INVENTION

[0001] The present invention relates to a trowel leveling method and an associated set, in particular to a trowel leveling method and an associated set, with which a ceiling or a wall can be leveled. STATE OF THE ART

[0002] Document CN 111 350 332 A describes a mechanical device for spraying and brushing paint, and in particular a device for applying paint using a spray gun, in which positioning modules, lifting guide elements, and displacement modules are used. Furthermore, an associated method for applying paint using a spray gun, in which positioning modules, lifting guide elements, and displacement modules are used, is known from this document.

[0003] Document CN 103 603 483 A relates to an intelligent spraying system for a vertical exterior surface of a high-rise building, in which two steel cables are arranged parallel to each other and two movement mechanisms are arranged on each of the two steel cables, wherein a third steel cable is arranged between the two movement mechanisms and a third movement mechanism is provided on it, wherein a nozzle is arranged on the third movement mechanism, and the three movement mechanisms move according to the movement path of the nozzle which is set by the control system.

[0004] A wide variety of materials are available for building partitions, and depending on needs or conditions such as strength, sound insulation, or the on-site operating environment, designers or owners choose different construction solutions such as brick walls, reinforced concrete walls, or lightweight partitions. Generally, when constructing a brick or reinforced concrete wall, it is necessary to perform coarse plastering, fine plastering, and other finishing techniques to level the wall for subsequent painting or tiling. In the so-called "coarse plastering" process, a high-viscosity cement is first applied or sprayed onto the base wall to achieve a predetermined thickness, and then the surface of the cement layer is leveled.

[0005] Currently, "coarse leveling" is carried out by moving a long leveling ruler back and forth across the surface of the cement layer after it has been applied or sprayed. This scrapes off excess cement at any raised areas and ultimately flattens the cement layer. However, various factors such as the direction, consistency, and force applied by the leveling ruler affect the final leveling effect during this process, making it essential to employ a skilled craftsman. The salary of a skilled craftsman is high.If the experienced master craftsman performs the pre-leveling work personally, work efficiency is reduced due to limited physical strength and time, which in turn extends the construction time and causes high labor costs, so one or two less experienced master craftsmen are hired on the construction site to perform the pre-leveling work.

[0006] In other words, "rough leveling" requires several people, and although the leveling method is theoretically simple and the tools used are basic, its operation demands considerable experience. Otherwise, the leveling effect will not meet expectations, repeated repairs will be necessary, and long working hours will be required. Even if an experienced craftsman is hired, it still requires significant physical effort and time, which makes it difficult to increase the efficiency of the leveling process and reduces labor costs, such as relative wages.

[0007] Furthermore, it is not only necessary to fill and level after applying or spraying cement onto the base wall, but filling before painting also faces similar problems.

[0008] Therefore, it is still necessary to improve the current method for filling and leveling. REVELATION OF THE INVENTION

[0009] To solve the above problems, the object of the present invention is to provide a trowel leveling method which allows the leveling of a large area to be carried out automatically and quickly, thereby improving construction efficiency and quality.

[0010] A second object of the present invention is to provide a trowel leveling method that is easy to perform without relying too heavily on work experience, in order to reduce labor costs.

[0011] Another object of the present invention is to provide a spatula leveling set that can improve the ease of use.

[0012] A further object of the present invention is to provide a spatula leveling kit that can improve the ease of assembly.

[0013] The directional terms or similar terms, such as "front", "back", "left", "right", "top (uppermost)", "bottom (lowest)", "inside", "outside", "sideways", etc., in the present invention mainly refer to the respective direction of the accompanying drawings and each directional term or similar terms are used only to aid the description and understanding of the embodiments of the invention, not to limit the invention.

[0014] For the components and elements described in the present invention, the quantifiers "a" or "an" are used only to facilitate usage and to provide the usual meaning of the scope of the invention. In the present invention, they should be interpreted to include one or at least one component, and the singular form further includes the plural form unless expressly stated otherwise.

[0015] The terms described in the invention, such as "bonding," "combining," or "assembly," and similar terms, mainly encompass connections where separation is possible without damaging the components or where the components are inseparable. Those with the usual knowledge in this field can make an appropriate selection according to the material or assembly requirements of the component to be joined.

[0016] The trowel leveling method according to the invention comprises the following steps: providing a first positioning point, a second positioning point, a third positioning point and a fourth positioning point on a wall, wherein in a first reference direction the first positioning point and the second positioning point are opposite each other and the third positioning point and the fourth positioning point are opposite each other, attaching a first lifting guide element between the first positioning point and the second positioning point and attaching a second lifting guide element between the third positioning point and the fourth positioning point, connecting a first displacement module slidably to the first lifting guide element and connecting a second displacement module slidably to the second lifting guide element.Attaching one end of a first scraper cable to the first positioning point, traversing successively around the first displacement module and the second displacement module, and attaching the other end of the first scraper cable to the fourth positioning point, attaching one end of a second scraper cable to the third positioning point, traversing successively around the second displacement module and the first displacement module, and attaching the other end of the second scraper cable to the second positioning point, and driving the first displacement module and the second displacement module into synchronous displacement, so that a section of the first scraper cable and the second scraper cable spanning between the first displacement module and the second displacement module scrapes an uneven area on a plastered wall, thus leveling the wall.

[0017] The leveling set according to the invention comprises: two end positioning components, each with a first positioning module and a second positioning module opposite each other in a first reference direction, wherein the first positioning modules of the two end positioning components are spaced apart from each other in a second reference direction and the second positioning modules of the two end positioning components are spaced apart from each other in the second reference direction, two lifting guide elements, each attached between the first positioning module and the second positioning module of the two end positioning components, two displacement modules, each slidably connected to the two lifting guide elements, and two scraper cables, each running around the two displacement modules.wherein one of the wiper ropes is attached via a first end to the first positioning module of the end positioning component on a first side and via a second end to the second positioning module of the end positioning component on a second side, while the other wiper rope is attached via its first end to the first positioning module of the end positioning component on the second side and via its second end to the second positioning module of the end positioning component on the first side.

[0018] Thus, in the trowel leveling method and the set of the present invention, the two displacement modules are used to achieve a displacement relative to the two lifting guide elements. An uneven area of ​​the troweled surface is thereby leveled by a section of the first and second scraper cables spanning between the first and second displacement modules. In this way, large-area leveling work can be carried out automatically and quickly, saving working time without relying too heavily on experience, thus reducing labor costs, avoiding problems caused by poor technology or lack of physical strength, and improving the efficiency and quality of the construction.

[0019] The first and second positioning modules can each have a cable guide in combination with a positioning column, wherein the stripping cable can pass through the cable guide of the first and second positioning modules. The first positioning module has a tensioning element combined with the cable guide, through which the stripping cable can be tensioned. This prevents the stripping cable from becoming loose or slackened and improves the stripping result.

[0020] The lifting guide element can be a cable, and it passes through the cable guide of the first and second positioning modules. The first positioning module can have an additional tensioning element combined with the cable guide, through which the lifting guide element can be tensioned. This prevents the lifting guide element from becoming loose or detached and makes the movement of the two displacement modules smoother.

[0021] The first and second positioning modules can each have a spring plate combined with the cable guide. A screw passes through the cable guide and the spring plate and is threaded to the positioning column. Several points of the spring plate can rest against a wall to push the cable guide until it contacts the screw head. This allows the cable guide to be positioned closer to or further from the wall, thus adjusting the distance between the wiper cable and the wall and improving ease of use.

[0022] The displacement module can have a body with a first binding groove and a second binding groove connected to each other, whereby the opening directions of the first and second binding grooves do not have to be on the same plane, and wherein the lifting guide element is combined with the first and second binding grooves. In this way, the lifting guide element can be prevented from separating from the body, allowing the body to be moved smoothly between the first and second positioning modules, thus making the displacement process easier.

[0023] The displacement module can have a first gear and a second gear, with the first and second gears arranged on a single body of the displacement module. One of the wiper cables can run around the first gear of the end positioning component on the first side and the second gear of the end positioning component on the second side, while the other wiper cable can run around the first gear of the end positioning component on the second side and the second gear of the end positioning component on the first side. This design makes the structure simple and easy to assemble, improving ease of installation.

[0024] The first and second gears can each have an annular groove, and the two wiper cables can be arranged in these annular grooves. This design makes the structure simple and easy to manufacture, reducing production costs.

[0025] The displacement module can include a drive element, wherein a rotating gear of the drive element can mesh with the first and second gears. In this way, the rotating gear can drive the first and second gears to rotate, thus improving the smoothness of the operation.

[0026] In this process, both the section between the first positioning module and the displacement module, and the section between the second positioning module and the displacement module, of the two wiper cables can run parallel to a first reference direction. If the first displacement module and the second displacement module are moved synchronously up or down, the two wiper cables can easily wipe an uneven area, thus improving the wiping result. Brief description of the drawings of the invention

[0027] This shows Fig. 1 a preferred embodiment of the present invention in a flowchart, Fig. 2 a preferred embodiment of the present invention in a three-dimensional representation in a combined state, Fig. 3 a displacement module of a preferred embodiment of the present invention in a three-dimensional representation in a combined state, Fig. 4 a preferred embodiment of the present invention in a front view in combined state, Fig. 5 a representation of the operation according to Fig. 4. DETAILED DESCRIPTION OF PREFERRED EXECUTION EXAMPLES

[0028] To better understand the above and other tasks, features and advantages of the present invention, a more detailed description is given below with reference to the accompanying drawings based on preferred embodiments of the invention.

[0029] It will be directed to the Fig. 1 and Fig. Figure 2 refers to a preferred embodiment of the trowel leveling method of the present invention, which can be used on walls or ceilings, although the present invention is not limited thereto, and in the present embodiment, this trowel leveling method is illustrated by the example of an application for a wall T. The trowel leveling method of the present invention comprises the following steps: A first positioning point P1, a second positioning point P2, a third positioning point P3, and a fourth positioning point P4 are arranged on the wall T. In a first reference direction Y1, the first positioning point P1 and the second positioning point P2 are opposite each other, and the third positioning point P3 and the fourth positioning point P4 are arranged one above the other.In a second reference direction Y2, the first positioning point P1 and the third positioning point P3 can be opposite each other, and the second positioning point P2 and the fourth positioning point P4 can be opposite each other.

[0030] Then, a first lifting guide element 2a is attached between the first positioning point P1 and the second positioning point P2, and a second lifting guide element 2b is attached between the third positioning point P3 and the fourth positioning point P4. The first lifting guide element 2a and the second lifting guide element 2b can be rails or wires, and the first lifting guide element 2a can be parallel to the second lifting guide element 2b.

[0031] Then, a first displacement module 3a is connected to the first lifting guide element 2a, so that the first displacement module 3a can be moved along the first lifting guide element 2a. The first displacement module 3a can be moved between the first positioning point P1 and the second positioning point P2, and a second displacement module 3b is connected to the second lifting guide element 2b, so that the second displacement module 3b can be moved along the second lifting guide element 2b, so that the second displacement module 3b can be moved between the third positioning point P3 and the fourth positioning point P4.

[0032] Then, a first end 41 of a first scraper cable 4a is attached to the first positioning point P1 and successively guided around the first displacement modulus 3a and the second displacement modulus 3b. A second end 42 of the first scraper cable 4a is then attached to the fourth positioning point P4, so that a section of the first scraper cable 4a spanning between the first displacement modulus 3a and the second displacement modulus 3b can touch the wall T. A first end 41 of a second scraper cable 4b is attached to the third positioning point P3 and successively guided around the second displacement modulus 3b and the first displacement modulus 3a. A second end 42 of the second scraper cable 4b is then attached to the second positioning point P2, so that a section of the second scraper cable 4b spanning between the first displacement modulus 3a and the second displacement modulus 3b can touch the wall T.

[0033] Finally, the construction personnel can plaster wall T to form a plastering area T1. The first displacement module 3a and the second displacement module 3b are driven so that the first displacement module 3a and the second displacement module 3b can be moved synchronously along the first reference direction Y1 (namely up or down), as shown in Fig. 5 shown. Thus, an uneven area of ​​the filler area T1 is wiped by the section of the first wiper rope 4a and the second wiper rope 4b spanning between the first displacement modulus 3a and the second displacement modulus 3b, thereby enabling a large-area leveling process to be completed automatically and quickly without relying too heavily on work experience, in order to reduce labor costs.

[0034] It is particularly noted that in other embodiments, the first lifting guide element 2a can also be attached between the first positioning point P1 and the third positioning point P3, and the second lifting guide element 2b can be attached between the second positioning point P2 and the fourth positioning point P4, wherein the first displacement module 3a is slidably connected to the first lifting guide element 2a and the second displacement module 3b is slidably connected to the second lifting guide element 2b, so that the first displacement module 3a and the second displacement module 3b can be moved synchronously along the second reference direction Y2, allowing the first displacement module 3a and the second displacement module 3b to be moved to the left or right. This can be applied to long, strip-shaped walls.

[0035] It will be on Fig. Figure 2 shows a box leveling set used in the present embodiment to implement the trowel leveling method described above. The trowel leveling set comprises two end positioning components 1, two lifting guide elements 2, two displacement modules 3, and two wiper cables 4. The two lifting guide elements 2 are each attached to the two end positioning components 1, and the two displacement modules 3 are slidably connected to the two lifting guide elements 2. The two wiper cables 4 are each guided around the two displacement modules 3.

[0036] These two end positioning components 1 are located on this wall T. Each of the two end positioning components 1 has a first positioning module 1a and a second positioning module 1b, arranged opposite each other in the first reference direction Y1. The first positioning module 1a of the two end positioning components 1 is spaced apart in the second reference direction Y2. The first positioning module 1a of the two end positioning components 1 can form the first positioning point P1 and the third positioning point P3, respectively. The second positioning module 1b of the two end positioning components 1 is spaced apart in the second reference direction Y2. The second positioning module 1b of the two end positioning components 1 can form the second positioning point P2 and the fourth positioning point P4, respectively.

[0037] It will be on Fig. 1 and Fig. 2. The invention does not restrict the shape of the first positioning module 1a and the second positioning module 1b. In the present embodiment, both the first positioning module 1a and the second positioning module 1b can have a cable guide 12 in combination with a positioning column 11. The positioning column 11 can first be attached to the wall T, as shown in Fig. Figure 1 shows that the positioning column 11 can be combined between the wall T and the cable guide 12. The cable guide 12 can be guided through by the lifting guide element 2 and the stripper cable 4. The first positioning module 1a can have two tensioning elements 13, which can be combined with the cable guide 12 and are arranged at an end facing away from the second positioning module 1b. The two tensioning elements 13 can be guided through by the lifting guide element 2 and the stripper cable 4. The two tensioning elements 13 can be used to tension the lifting guide element 2 and the stripper cable 4.

[0038] The first positioning module 1a and the second positioning module 1b can each have a spring plate 14. The spring plate 14 can be combined with the cable guide 12. The spring plate 14 is arranged between the positioning column 11 and the cable guide 12, and several points 141 of the spring plate 14 can face the wall T. A screw F can be threaded through the cable guide 12 and connected to the spring plate 14 and combined with the positioning column 11. Several points 141 of the spring plate 14 can rest against the wall T, so that the spring plate 14 can push the cable guide 12 until it contacts the head of the screw F. In this way, the cable guide 12 can be selectively positioned closer to or further away from the wall T, thereby adjusting the distance between the wiper cable 4 and the wall T.

[0039] The two lifting guide elements 2 are each attached between the first positioning module 1a and the second positioning module 1b of the two end positioning components 1, wherein the two lifting guide elements 2 are the first lifting guide element 2a and the second lifting guide element 2b. The first lifting guide element 2a and the second lifting guide element 2b can be rails or wires. In the present embodiment, wire can be selected as the first lifting guide element 2a and the second lifting guide element 2b. The first lifting guide element 2a and the second lifting guide element 2b can pass through the cable guide 12 of the first positioning module 1a and the second positioning module 1b.The first lifting guide element 2a can be attached between the first positioning point P1 and the second positioning point P2, and the second lifting guide element 2b can be attached between the third positioning point P3 and the fourth positioning point P4. Furthermore, both the first lifting guide element 2a and the second lifting guide element 2b can pass through one of the clamping elements 13 of the first positioning module 1a, so that one of the clamping elements 13 can clamp the first lifting guide element 2a and the second lifting guide element 2b, thus preventing the first lifting guide element 2a and the second lifting guide element 2b from being released or loosened.

[0040] It will be on Fig. 2 and Fig. 3. The two displacement modules 3 are each slidably connected to the first lifting guide element 2a and the second lifting guide element 2b. The two displacement modules 3 are the first displacement module 3a and the second displacement module 3b. The displacement module 3 can have a body 31. The body 31 has a first binding groove 311 and a second binding groove 312, which are connected to each other. The lifting guide element 2 can be combined with the first binding groove 311 and the second binding groove 312. The opening direction of the first binding groove 311 and the second binding groove 312 is preferably not on the same plane, which prevents the lifting guide element 2 from being separated from the body 31, so that the body 31 can be smoothly displaced relative to the lifting guide element 2 between the first positioning module 1a and the second positioning module 1b.

[0041] Furthermore, the displacement module 3 can have a first gear 32 and a second gear 33, wherein the first gear 32 and the second gear 33 are arranged on the body 31, and wherein the first gear 32 and the second gear 33 can each have an annular groove 321, 331, and the two wiper cables 4 can be confined in the two annular grooves 321, 331 of the first gear 32 and the second gear 33. The displacement module 3 also has a drive element 34, which can be a stepper motor, and a rotating gear 341 of the drive element 34 can engage with the first gear 32 and the second gear 33, so that the rotating gear 341 can drive the first gear 32 and the second gear 33 to rotate. Preferably, the drive element 34 can also have a vibration function.

[0042] The two wiper cables 4 can run around the first displacement module 3a and the second displacement module 3b, wherein the two wiper cables 4 are the first wiper cable 4a and the second wiper cable 4b. Specifically, the first wiper cable 4a can run around the first gear 32 of the first displacement module 3a and the second gear 33 of the second displacement module 3b. The first wiper cable 4a can be attached via its first end 41 to the first positioning module 1a of the end positioning arrangement 1 of the first side A1. The first wiper cable 4a can be attached via its second end 42 to the second positioning module 1b of the end positioning arrangement 1 of the second side A2, such that the section of the first wiper cable 4a spanning between the first displacement module 3a and the second displacement module 3b can contact the filler area T1.

[0043] Furthermore, the second wiper cable 4b can run around the first gear 32 of the second displacement module 3b and the second gear 33 of the first displacement module 3a. The second wiper cable 4b can be attached via its first end 41 to the first positioning module 1a of the end positioning arrangement 1 of the second side A2. The second wiper cable 4b can be attached via its second end 42 to the second positioning module 1b of the end positioning arrangement 1 of the first side A1, such that the section of the second wiper cable 4b spanning between the first displacement module 3a and the second displacement module 3b can touch the filler area T1, and the section of the first wiper cable 4a and the second wiper cable 4b spanning between the first displacement module 3a and the second displacement module 3b can cross.

[0044] Both the first scraper cable 4a and the second scraper cable 4b can pass through the other tensioning element 13 of the first positioning module 1a, so that the other tensioning element 13 can tension the first scraper cable 4a and the second scraper cable 4b, thus preventing the first scraper cable 4a and the second scraper cable 4b from becoming loose or slack. Additionally, a section of the two scraper cables 4 located between the first positioning module 1a and the displacement module 3, and a section located between the second positioning module 1b and the displacement module 3, preferably run parallel to a first reference direction Y1. When the first displacement module 3a and the second displacement module 3b are moved synchronously, the two scraper cables 4 can thus easily scrape an uneven surface.

[0045] It will be on Fig. 4 and Fig.5. After assembling the trowel leveling set of the present invention, the construction personnel can first form the trowel area T1 by troweling and then use this trowel leveling set for the leveling work. Alternatively, the construction personnel can trowel and simultaneously use the trowel leveling set for the leveling process. The present invention is not limited. When the trowel leveling set of the present invention is used, the drive element 34 drives the first gear 32 and the second gear 33 to rotate. The first displacement module 3a and the second displacement module 3b can be moved synchronously along the first reference direction Y1.Thus, the filler area T1 is flattened by the section of the first scraper rope 4a and the second scraper rope 4b spanning between the first displacement modulus 3a and the second displacement modulus 3b, allowing a large-area leveling process to be completed automatically and quickly without relying too heavily on work experience in order to reduce labor costs.

[0046] Since the drive element 34 can have a vibration function, the first scraper cable 4a and the second scraper cable 4b can generate micro-vibrations during the stripping process, thereby improving the smoothness of the stripping action. Additionally, after completion of the leveling process, the component described above can be removed from the wall T, and the perimeter of the skimming area T1 can be manually flattened so that the entire skimming area T1 can achieve a flat state.

[0047] As described above, in the trowel leveling method and the set of the present invention, the two displacement modules are used to achieve a displacement relative to the two lifting guide elements. Thus, an uneven area of ​​the troweled surface is leveled by a section of the first and second displacement modules spanning between them. In this way, large-area leveling work can be automated and carried out quickly, saving time without relying too heavily on experience, thereby reducing labor costs, avoiding problems caused by poor technology or lack of physical strength, and improving the efficiency and quality of the construction.

[0048] Although the invention has been disclosed using the above preferred embodiments, the invention is in no way limited by this, and various changes and modifications relating to the above embodiments made by those familiar with this technique without departing from the spirit and scope of the invention still fall within the technical field protected by the present invention, so that the scope of protection of the present invention is defined by the scope of the attached claims. Reference sign 1 End positioning component 1a First positioning module 16 Second positioning module 11 Positioning column 12 cable guide 13 clamping element 14 spring plates 141 top 2 Lifting guide element 2a First lifting guide element 2b Second lifting guide element 3 displacement modulus 3a First displacement modulus 3b Second displacement modulus 31 bodies 311 First bond groove 312 Second bond groove 32 First gear 321 Ring groove 33 Second gear 331 Ring groove 34 Drive element 341 Rotating gear 4 scraper rope 4a First pull rope 4b Second scraper rope 41 First End 42 Second End A1 First page A2 Second page F screw P1 First positioning point P2 Second positioning point P3 Third positioning point P4 Fourth Positioning Point T-Wall T1 Spatula area Y1 First reference direction Y2 Second reference direction

Claims

[1] Spatula leveling procedure comprising the following steps: Providing a first positioning point (P1), a second positioning point (P2), a third positioning point (P3) and a fourth positioning point (P4) on a wall (T), wherein in a first reference direction (Y1) the first positioning point (P1) and the second positioning point (P2) are opposite each other and the third positioning point (P3) and the fourth positioning point (P4) are opposite each other, Attaching a first lifting guide element (2a) between the first positioning point (P1) and the second positioning point (P2) and attaching a second lifting guide element (2b) between the third positioning point (P3) and the fourth positioning point (P4), Connecting a first displacement module (3a) slidably with the first lifting guide element (2a) and connecting a second displacement module (3b) slidably with the second lifting guide element (2b), Attaching a first end (41) of a first stripper rope (4a) to the first positioning point (P1), tracing it successively around the first displacement modulus (3a) and the second displacement modulus (3b) and attaching a second end (42) of the first stripper rope (4a) to the fourth positioning point (P4), Attaching a first end (41) of a second stripper cable (4b) to the third positioning point (P3), tracing it successively around the second displacement module (3b) and the first displacement module (3a) and attaching a second end (42) of the second stripper cable (4b) to the second positioning point (P2), and Driving the first displacement module (3a) and the second displacement module (3b) to synchronous displacement, such that a section of the first scraper cable (4a) and the second scraper cable (4b) spanning between the first displacement module (3a) and the second displacement module (3b) scrapes an uneven spot on a flattened wall in order to level the wall (T). [2] Arrangement of a leveling kit on a building component, such as a wall or ceiling, comprising: two end positioning components (1) each with a first positioning module (1a) and a second positioning module (1b) opposite each other in a first reference direction (Y1), wherein the first positioning modules (1a) of the two end positioning components (1) are spaced apart from each other in a second reference direction (Y2) and the second positioning modules (1b) of the two end positioning components (1) are spaced apart from each other in the second reference direction (Y2), two lifting guide elements (2, 2a, 2b) which are each attached between the first positioning module (1a) and the second positioning module (1b) of the two end positioning components (1), two displacement modules (3, 3a, 3b), each of which is slidably connected to the two lifting guide elements (2, 2a, 2b), and two wiper cables (4a, 4b) which each run around the two displacement modules (3, 3a, 3b), one of the wiper cables (4a, 4b) being attached via a first end (41) to the first positioning module (1a) of the end positioning component (1) on a first side (A1) and via a second end (42) to the second positioning module (1b) of the end positioning component (1) on a second side (A2), while the other wiper cable (4a, 4b) being attached via the first end (41) to the first positioning module (1a) of the end positioning component (1) on the second side (A2) and via the second end (42) to the second positioning module (1b) of the end positioning component (1) on the first side (A1). [3] Arrangement of a trowel leveling set on a component, such as a wall or ceiling, according to claim 2, wherein the first positioning module (1a) and the second positioning module (1b) each have a cable guide (12) in combination with a positioning column (11), wherein the scraper cable (4a, 4b) runs through the cable guide (12) of the first positioning module (1a) and the second positioning module (1b), wherein the first positioning module (1a) has a tensioning element (13) which is combined with the cable guide (12) and through which the scraper cable (4a, 4b) is tensioned. [4] Arrangement of a leveling set on a component, such as a wall or ceiling, according to claim 3, wherein both lifting guide elements (2, 2a, 2b) are each a rope and the lifting guide element (2, 2a, 2b) passes through the rope passage (12) of the first positioning module (1a) and the second positioning module (1b), wherein the first positioning module (1a) has a further tensioning element (13) which is combined with the rope passage (12) and through which the lifting guide element (2, 2a, 2b) is tensioned. [5] Arrangement of a leveling set on a component, such as a wall or ceiling, according to claim 3, wherein the first positioning module (1a) and the second positioning module (1b) each have a spring plate (14) combined with the cable guide (12), and a screw (F) passes through the cable guide (12) and the spring plate (14) and is combined with the positioning column (11) via a thread, wherein several tips (141) of the spring plate (14) bear against a wall (T) to push the cable guide (12) such that it touches the head of the screw (F). [6] Arrangement of a leveling set on a component, such as a wall or ceiling, according to claim 2, wherein the displacement module (3, 3a, 3b) has a body (31) having a first binding groove (311) and a second binding groove (312) connected to each other, wherein the opening directions of the first binding groove (311) and the second binding groove (312) are not on the same plane, and wherein the lifting guide element (2, 2a, 2b) is combined with the first binding groove (311) and the second binding groove (312). [7] Arrangement of a trowel leveling set on a component, such as a wall or ceiling, according to claim 6, wherein the displacement module (3, 3a, 3b) has a first gear (32) and a second gear (33), wherein the first gear (32) and the second gear (33) are arranged on the body (31) of the displacement module (3, 3a, 3b), wherein one of the wiper cables (4a, 4b) runs around the first gear (32) of the end positioning component (1) on the first side (A1) and the second gear (33) of the end positioning component (1) on the second side (A2), while the other wiper cable (4a, 4b) runs around the first gear (32) of the end positioning component (1) on the second side (A2) and the second gear (33) of the end positioning component (1) on the first side (A1). [8] Arrangement of a spatula leveling set on a component, such as a wall or ceiling, according to claim 7, wherein the first gear (32) and the second gear (33) each have an annular groove (321, 331) and the two scraper cables (4a, 4b) are arranged in the two annular grooves (321, 331). [9] Arrangement of a trowel leveling set on a component, such as a wall or ceiling, according to claim 7, wherein the displacement module (3, 3a, 3b) has a drive element (34), wherein a rotating gear (341) of the drive element (34) engages with the first gear (32) and the second gear (33). [10] Arrangement of a leveling set on a component, such as a wall or ceiling, according to claim 2, wherein both a section located between the first positioning module (1a) and the displacement module (3, 3a, 3b) and a section located between the second positioning module (1b) and the displacement module (3, 3a, 3b) of the two scraper cables (4a, 4b) run parallel to a first reference direction (Y1).

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