TW201336634A - Integrated sealant finishing tool - Google Patents

Abstract

The present invention provides an integrated sealant finishing tool, which comprises a handle; a first finishing tool combined with the first end of the handle; a second finishing tool combined with the second end of the handle; and, a third finishing tool combined with a sliding body. The sliding body is combined with the handle through a sliding structure. The sliding body may reciprocally move along the handle to position the third finishing tool at a folding position or a working position. The first finishing tool is a scraper. The second finishing tool is a spud. The third finishing tool is a trowel and may be combined with the sliding body through a detachable structure. The handle is in an arc shape.

Description

Integrated caulking finishing tool

The present invention relates to hand tools and, more particularly, to tools for finishing the caulk applied to the slits or corners of the intersection of articles.

The slits or corners formed at the junction of the articles need to be filled with a caulking agent, including but not limited to cement or silicone glue. After the modification means is applied to the caulking agent, the modifying means includes sliding the surface of the caulking agent with the finishing tool to improve the agglutination quality and surface aesthetics of the caulking agent.

When performing the above-mentioned modification means, it is usually necessary to use several finishing tools, such as scraping the surface of the caulking agent with a plate-type scraper; or smearing the surface of the caulking agent with a trowel having a different geometry; or using a shovel The knife removes the grout. Each finishing tool has its own independent function, so the worker who wants to make the caulking agent must prepare various finishing tools to the work site, which is inconvenient to carry, and it is necessary to repeatedly search through the tool pile in the work. Retrieving and retrieving the finishing tools can also cause work delays.

The object of the present invention is to provide an integrated caulking finishing tool which mainly integrates a first finishing tool, a second finishing tool and a third finishing tool required in the caulking agent modification work in one grip. The handle makes the worker easy to carry and use.

In the above-described integrated caulking finishing tool of the present invention, the first and second finishing tools are respectively disposed at two ends of the grip, and the third finishing tool is disposed along the grip with a sliding structure. The third finishing tool can be set in the collapsed position so that it does not affect the operation of the first finishing tool and the second finishing tool. When the third finishing tool is selected, it can be pushed outward along the grip to the working position. The sliding structure allows the integrated caulking finishing tool to be free of any radially outwardly projecting objects, which controls the volume of the finishing tool and allows the grip to be held in a convenient shape for easy access by workers.

The grip of the above-mentioned finishing tool of the present invention has an arc-shaped shape, which is favorable for the worker to hold and facilitates the third finishing tool to remain in the folded position or the working position unless subjected to the worker's Sliding force, otherwise the third finishing tool will not move freely.

In the above-mentioned integrated caulking finishing tool of the present invention, at least one finishing tool can be disassembled and replaced.

An integrated caulking finishing tool comprising: a handle; a first finishing tool coupled to the first end of the handle; a second finishing tool coupled to the second end of the handle; a third finishing tool coupled to the first end of the sliding body; the sliding body is coupled to the handle through a sliding structure, the sliding body is reciprocally displaceable along the handle, and the third finishing tool is Located in a collapsed position or a working position.

The first finishing tool described above is a scraper.

The second finishing tool described above is a blade.

The third finishing tool described above is a file.

The third finishing tool is coupled to the first end of the sliding body through a detachable group structure.

The handle is curved.

For the convenience of the description, the central idea expressed in the column of the above summary of the present invention is expressed in a preferred embodiment. Various items in the embodiments are depicted in terms of ratios, dimensions, amounts of deformation, or displacements that are suitable for illustration, and are not drawn to the proportions of actual elements, as set forth above.

The first and second figures depict the components of the finishing tool of the present invention. The utility model comprises a handle 10, a first finishing tool 20 coupled to the first end 11 of the handle 10, a second finishing tool 30 coupled to the second end 12 of the handle 10, and a sliding body The third finishing tool 50 at the first end of the 40, and the sliding body 40 is coupled to the handle 10 through a sliding structure 60.

The first finishing tool 20 is a squeegee integrally formed on the first end 11 of the handle 10. The squeegee flattens the surface of the caulk.

The second finishing tool 30 is a blade that is fixed to the second end of the handle 10 through a connecting component 31. The blade removes the caulk from the gap.

The third finishing tool 50 is a file that is coupled to the first end of the slider 40 through a detachable assembly 70. The file can smear the surface of the caulk to create a concave arc of a particular curvature.

The sliding structure 60 includes a groove 61 and a rib 62 which are respectively formed on both sides of the handle 10 and the sliding body 40 and can be fitted to each other, and are opened along the long axis direction of the handle 10. a long hole 63, a plurality of ribs 64 disposed on the bottom surface of the handle 10, two protrusions 65 formed on the bottom surface of the sliding body 40, and a sliding plate 67 locked to the protruding post 65 through at least two screw elements 66 Forming two bottom grooves 671 (shown in the fourth and seventh figures) on both sides of the bottom surface of the handle 10 for forming the two side portions of the slider 67, respectively formed on the sliding plate 67 and the rib 64 A plurality of curved positioning grooves 68 and curved positioning blocks 69 are fitted to each other.

Please refer to the third, fourth, fifth, sixth and seventh figures for the combination of the above objects. The sliding body 40 is slidably coupled to the handle 10 through the groove 61 and the rib 62. The protrusion 65 extends in the long hole 63. The sliding plate 67 is located on the bottom surface of the handle 10 to be a screw component. 66 is locked to the stud 65 and its sides are limited by the bottom groove 671. Accordingly, the sliding body 40 is reciprocally slidable along the grip 10, so that the third finishing tool 50 coupled thereto is located at the folding position or the working position. The third and fifth figures depict the collapsed position, and the third finishing tool 50 is positioned above the handle 10, which does not affect the use of the first finishing tool 20. Eighth through tenth depicting the working position, the working position causes the third finishing tool 50 to extend out of the first finishing tool 20. The sliding of the third finishing tool 50 is pushed by the user's hand. The long hole 63 and the protrusion 65 can function as a movement limit, that is, one of the protrusions 65 touches the long hole 63. The first end side wall 631 or the second end side wall 632 indicates that the third finishing tool 50 reaches the above-mentioned collapsed position or working position. Whether in the folding position or the working position, the sliding groove 67 and the positioning groove 68 and the positioning block 69 on the rib 64 can be fitted to each other, thereby fixing the third finishing tool 50 in the folding position or the working position. The third finishing tool does not move arbitrarily unless it is subjected to the sliding force exerted by the worker.

The sliding structure 60 is designed such that three different functions of the finishing tool can be integrated on one of the handles 10, which do not interfere with each other in use and operation, and do not have any radial outwardly protruding objects as a whole, and are controlled. The volume of the finishing tool and the grip are protected by the shape of the grip and are easy for the worker to use.

The handle 10 described above exhibits a curved shape which is advantageous for the worker to hold. Therefore, the sliding body 40 and the sliding structure 60 combined therewith are all provided according to the bending curvature of the grip 10. In addition to facilitating grip, the arcing also facilitates retention of the third finishing tool 50 in the collapsed or working position. Especially in the working position, as shown in the tenth figure, the operating force is as the arrow A, the reaction force is as the arrow B, and the curved elbow 10 can make the operating force fully exerted and counteract the reaction force, so that the third finishing The tool 50 does not arbitrarily detach.

As shown in the first, second and third figures, the third finishing tool 50 is coupled to the sliding body 40 through a detachable set structure 70. The detachable assembly 70 includes a combination portion 71 formed on the first end of the sliding body 40, and a sleeve groove 72 formed on the assembly portion 71 of the third finishing tool 50. The engaging projection 73 and the engaging opening 74 which are both sides of the combining portion 71 and the fitting groove 72 and which can be fitted or separated from each other. The third finishing tool 50 is made of a soft elastic material. The third finishing tool 50 is sleeved on the combining portion 71 by the fitting groove 72, and the locking protrusion 73 is locked to the locking opening 74, and the force is opposite to the fitting direction. The third finishing tool 50 is separated from the combination portion 71. The detachable stacking structure 70 allows the third finishing tool 50 to be disassembled into tools of different functions as needed. In a preferred embodiment, such as the eleventh drawing, the different third finishing tools 50 have different shapes or The modified end angle 51 of the curvature can be replaced with a third finishing tool 50 having a suitable modified end angle 51 according to the finishing, and the replacement method is simple and fast.

Although the present case is illustrated by a preferred embodiment, those skilled in the art can make various forms of changes without departing from the spirit and scope of the present invention. The above embodiments are only used to illustrate the present case and are not intended to limit the scope of the present invention. All kinds of modifications or changes that are not in violation of the spirit of the case are the scope of patent application in this case.

10. . . Grip

11. . . First end

12. . . Second end

20. . . First finishing tool

30. . . Second finishing tool

31. . . Connection component

40. . . Sliding body

50. . . Third finishing tool

51. . . Modified end angle

60. . . Sliding structure

61. . . Trench

62. . . Rib

63. . . Long hole

631. . . First end side wall

632. . . Second end side wall

64. . . rib

65. . . Tab

66. . . Screw element

67. . . skateboard

671. . . Bottom groove

68. . . Positioning slot

69. . . Positioning block

70. . . Detachable group structure

71. . . Combination department

72. . . Fitting groove

73. . . Card bump

74. . . Carding port

A. . . arrow

B. . . arrow

The first figure is a front perspective exploded view of the finishing tool of the present invention.

The second figure is a perspective exploded view of the reverse side of the finishing tool of the present invention.

The third figure is a front combined stereoscopic appearance view of the finishing tool of the present invention, and the third finishing tool is located at the folding position.

The fourth figure is a perspective view of the reverse side combination of the finishing tool of the present invention, and the third finishing tool is located at the folding position.

The fifth figure is a side combination view of the finishing tool of the present invention, and the third finishing tool is located at the folding position.

The sixth picture is a 6-6 cross-sectional view in the third figure.

The seventh picture is a 7-7 sectional view in the sixth figure.

The eighth figure is a frontal combined stereoscopic appearance of the finishing tool of the present invention, the third finishing tool being located at the working position.

The ninth drawing is a perspective view of the reverse side combination of the finishing tool of the present invention, the third finishing tool being located at the working position.

The tenth figure is a side combination view of the finishing tool of the present invention, the third finishing tool being located at the working position.

The eleventh drawing is a perspective view of another third finishing tool of the finishing tool of the present invention.

10. . . Grip

20. . . First finishing tool

30. . . Second finishing tool

31. . . Connection component

40. . . Sliding body

50. . . Third finishing tool

51. . . Modified end angle

74. . . Carding port

Claims (10)

An integrated caulking finishing tool comprising: a handle; a first finishing tool coupled to the first end of the handle; a second finishing tool coupled to the second end of the handle; a third finishing tool coupled to the first end of the sliding body; the sliding body is coupled to the handle through a sliding structure, the sliding body is reciprocally displaceable along the handle, and the third finishing tool is Located in a collapsed position or a working position. The integrated caulking finishing tool of claim 1, wherein the sliding structure comprises an elongated hole extending along a longitudinal direction of the grip, formed on a bottom surface of the sliding body, and extending through The two protrusions of the long hole are disposed on a bottom surface of the handle and are coupled to a sliding plate of the protruding post through at least one screw component. The integrated caulking finishing tool according to claim 2, further comprising a plurality of positioning grooves and a plurality of positioning blocks respectively formed on the sliding plate and the bottom surface of the handle and being engageable with each other, the first When the three finishing tools are located at the folding position and the working position, the positioning block is engaged with the positioning groove. The integrated caulking finishing tool of claim 2, further comprising a groove and a rib formed along the handle and the sliding body respectively and engageable with each other, and Formed on both sides of the bottom surface of the handle to limit the two bottom grooves of the two sides of the sliding plate. The integrated caulking finishing tool of claim 1, wherein the first finishing tool is a scraper. The integrated caulking finishing tool of claim 1, wherein the second finishing tool is a blade fixed to the second end of the grip through a connecting component. The integrated caulking finishing tool of claim 1, wherein the third finishing tool is a file. The integrated caulking finishing tool of claim 7, wherein the third finishing tool is coupled to the first end of the sliding body through a detachable assembly. The integrated caulking finishing tool of claim 8, wherein the detachable stacking structure comprises a combined portion formed at the first end of the sliding body, and a third finishing member is formed. The tool can be fitted to the sleeve of the combination portion, and a card bump and a card opening respectively formed on the combination portion and the sleeve groove and can be fitted or separated from each other. The integrated caulking finishing tool of claim 1, wherein the grip is curved.