TW201100206A - Wrench tool suitable for screws with various sizes - Google Patents

Abstract

The invention provides a wrench tool suitable for screws with various sizes having a polygon fitting hole. A first right polygon hole and a second right polygon hole having the same structural forms and different sizes are disposed in the fitting hole. The two polygon holes are disposed in a concentric circle and have angular difference. The right polygon holes form two fitting positions to be engaged with screws. The invention further disposes a first small inner angle respectively at a side of each inner angle of the first polygon hole so that the first small inner angles forms another fitting position to be engaged with screws with another size. Accordingly, the wrench tool of the invention can be suitable for screws with various sizes.

Description

201100206 VI. Description of the Invention: [Technical Field] The present invention relates to a hand tool, and more specifically, to a turning tool for a plate screw, which can operate a screw of at least three sizes. [Prior Art] Makeup and excitement are commonly used hand tools for turning a screw. The sleeve is mainly provided with a polygonal sleeve hole for socketing and turning the screw.

A sleeve (ίο) is shown in the first figure, and the sleeve hole (12) is composed of two hexagonal holes which are arranged in a concentric circle so that the sleeve (12) Has twelve internal angles. The first hexagonal hole is made up of six internal angles <14), while the second hexagonal hole is formed by the other six internal angles (16). The first hexagonal hole formed by the first inner corner (14) can be made larger in size and can be connected to a screw, for example 18 mm. The second/angled hole formed by the inner angle (10) of the second group can be made smaller in size to operate the smaller screw female 17mm, and the sleeve (1 inch) can be used in two sizes. Screw. The function of the hand-lifting hand tool has always been the goal of the hand tool industry. The sleeve (10) has two socket positions for the socket screw, and there is still room for improvement in the teaching position, so that such hand tools can Provide more ridged positions to accommodate multiple sizes of screws.尺夕衾 【Abstract】 The main purpose of the ruler is to provide a turning tool that can be used with a variety of sizes to improve its performance. Another object of the present invention is to provide a toggle tool having at least three socket positions for socketing the screw member, and for adjusting the turning tool provided by the present invention, the m-shaped sleeve having the same configuration is provided. a hole, a first and a first regular polygonal hole in the set of holes, wherein the two polygonal holes 3 201100206 are concentrically arranged and have an angular difference; the present invention is provided on each side of the inner corner of the first polygonal hole There is a -th-small inner corner, and the first small inner corners form another r-sleeve position to sleeve another size of the screw. The toggle tool of the present invention adds other socket positions within the range of a regular polygonal aperture so that the sleeve has at least three socket positions for operating a plurality of sizes of screws. Preferably, the other side of each of the inner corners of the first polygonal hole is also provided with a second small inner corner. Thus, the second small inner corners also form another socket position, and the socket can be sleeved. Preferably, a side of one of the inner corners of the first polygonal hole may be provided with a third small inner corner such that the second and second inner corners form the position of the other socket screw. Preferably, the other side of each of the inner corners of the second polygonal aperture may be provided with a fourth small interior angle to form the position of the other socket screw. [Embodiment] In order to enable the reviewing committee to further understand the objects, features and effects of the present invention, the present invention will be described in detail below with reference to the accompanying drawings. ❹ The first figure shows a schematic view of a conventional sleeve. The second figure shows a perspective view of the invention applied to a sleeve. The third figure shows a top view of the invention applied to a wrench. The fourth figure shows a top view of the invention applied to a ratchet wrench. Figure 5 is a block diagram of a preferred embodiment of the present invention. The sixth figure is a partial enlarged view of the fifth figure. The seventh figure shows the state in which the present invention is sleeved with a screw member in the first set of inner corners. The eighth figure shows the state in which the present invention is sleeved with another screw member at the inner corner of the second group. The ninth figure shows the state in which the present invention is sleeved with another set of small internal angles. 201100206 The tenth figure is a partial enlarged view of the ninth figure. The second embodiment is a partially enlarged view of a second preferred embodiment of the present invention. The eleventh drawing is a configuration diagram of a third preferred embodiment of the present invention. : The thirteenth figure is a partial enlarged view of the twelfth figure. The present invention is a gambling-slurry-sleeve tool that allows the transfer tool to be nested and tumbled. The sleeve (10) shown in Fig. 2 can be finely punched; or the plum blossom wrench #4 (4) as shown in the third figure, the ratchet wrench (26) shown in Fig. 4, etc., in other words, the invention It can be implemented in any 0-turnable tool that can operate the screw. The fifth figure shows an end view of the present invention - the difficult-to-implement sleeve hole (10). The sleeve hole (20) basically consists of two identical configurations but different sizes. The polygonal hole is formed by a regular polygonal shape such as a triangle, a quadrangle or a pentagon. This embodiment is exemplified by a regular hexagonal hole. The two hexagonal holes are angularly different, that is, six holes of the first hexagonal hole. The six inner corners (40) are staggered such that the hole wall of the set of holes (2 turns) has twelve inner corners. Eighty one 为 For convenience of explanation, the inner angle (30) of the first-hexagonal hole is referred to as a first inner angle; The inner corner (40) of the second hexagonal hole is referred to as a second inner angle. The size of the first hexagonal hole is larger than the size of the second hexagonal hole, so that different sizes of screws can be socketed. Each of the first inner corners (3 〇) has two sides (32) (35), and the first side (32) of each of the first-inner _), for example, the left side, is provided There is a first-small interior angle (34) that constitutes a third hexagonal configuration. Referring to the sixth figure, each of the small inner corners (34) has two small sides (^41) (342) 'where the two small sides are not equal in length, and the first small side (10) is a long side ' can be a bevel or a curved surface, and is farther from the angle of the inner corner (3〇); and the second small side (342) is a short side, closer to the inner corner (3〇) of the corner ( 31). 5 201100206 The second side (35) of the same 'each inner-angle (30), for example the right side, is each provided with a second small inner angle (36). Referring to the sixth figure, each of the small inner corners (10) has a small side 'a third small side and a fourth small side = 62) 'edge—the small side is not equal, the third small Side (10))—the long side is the bevel or the curved surface, and is farther away from the inner tip (5); and the fourth small side (=2) is the short side, closer to the inner corner (3〇) fine). The six second small inner corners (36) form a fourth hexagonal configuration.

G When the hair is used, it can be tested with the same amount of money. Refer to the inner corner (10) of the first hexagonal hole of the seventh hole (20) to form the first socket angle = accommodated in the inner corner (30). The inner corner of the second hexagonal hole can be socketed to the smaller size screw (52), such as metric 17 stuff, ^. Further, the six first small inner corners (four) constitute a third socket position 11w, and the ten figure can be sleeved with a third size screw (56), such as Imperial. The long side (341) of the small (4) (34) can be in contact with the side (9) of the screw (10). Similarly, the six-turn two small inner corners form a fourth sleeve, which can be sleeved with another screw, and its long side (361) can be in good contact with the jaw. As such, the sleeve (10) can use a screw of at least three sizes. The pure ΐ Ϊ — - and the second hexagonal hole are both metric size; and the first small inner angle ί position is an inch size; understandably, the implementation of the /, ..., angular hole is an inch size 'for example 3/4 sterling and 11/16 ying and the following: the small interior angle is metric size, for example 18 positions. The light-twisting-drawing system is another preferred embodiment of the turning tool of the present invention, and the same chain: the same reference numerals. In the case of the set hole (2(),), the first hexagonal hole (3Q) - the side (32) (35) is also provided with a -th small inner angle (34) /, a second small interior angle (36,), wherein: the two small interior angles (34) (36,) are not equidistant from the internal angle (10) 6 201100206 (9) (L) and (3). Thereby, the six first corners (34) and the six second small interior corners (36,) are formed into different sizes of sleeves, and the first set of small inner corners (34) can be sleeved with the third size of the screw And the second group; the inner corner (3_ can be socketed to the fourth size of the screw, can be metric size or ^ inch inch., traits two and thirteen _ the invention of the turning tool - better implementation For example, in the embodiment, the six small inner corners (four) are respectively disposed at the side (82) (third side) of the second inner corner (80) of the second hexagonal hole, for example, the left side. a side edge; and six fourth small interior angles (86) are provided on the other side (85) (fourth side) of each of the second interior angles, such as the right side. Each of the third small interior angles (84) The second small side just (842) (the fifth small side and the sixth small side) is preferably unequal length; similarly, each of the fourth small inner angle (86) two small sides (861) (862) (the seventh small side and the eighth small side) are also not equal in length. In addition, each of the third small inner Xiao (84) * the first, the inner angle (86) is from the corner of the inner angle (80) ( 81) may be equidistant or not equidistant. Thus, the sleeve (60) may use at least three sizes of screws. It is understood that the first inner corners (10) of the first hexagonal holes of the set of holes _ the two sides (the first side and the second side) (72) (75) can also be provided with a small internal angle; In addition to the small internal angle provided by each of the second inner corners _ two side edges (the third side edge and the fourth side edge), the sleeve hole can use more sizes of screws, for example, six sizes. In the original socket position of the rotary tool, other socket positions are added to make the turning tool have at least three socket-threaded positions, and the screw can be used to improve the system performance. This is helpful for energy saving and reducing the 'manufacturer can reduce the number and process of different sizes of health, such as electric forging, to achieve environmental protection requirements for resource saving; for users, the purchase of monthly b reduction tools The number and cost, as well as the reduction of the carrying capacity and shipping cost of the visor, are convenient. The embodiments are disclosed to illustrate the invention and not to limit it. And to enhance the board to work and benefit 'progressive effect, sincerely in the requirements of invention patents, convert A brief description of the drawing] 〇第图图知-A longitudinal section of the insulated spiral track. The second figure is a transverse sectional view of the 2_2 line of the first figure. The third figure is another known insulating screwdriver. The fourth embodiment is a perspective view of a fourth preferred embodiment of the present invention. The fifth embodiment is a longitudinal sectional view of the fourth embodiment. The sixth embodiment is a sectional view of the rod of the first preferred embodiment. Figure 7 is a sectional view taken along line 7-7 of the fifth figure. The eighth figure is a sectional view of the line 8-8 of the fifth figure. ❹ 帛 ® ® ® ® 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 Figure 10 is a longitudinal cross-sectional view of a third preferred embodiment of the present invention. Figure 10 is a cross-sectional view of a second preferred embodiment of the rod. The thirteenth figure is a sectional view of the line of the 13th to 13-13th. Figure 14 is a cross-sectional view taken along line 14-14 of Figure 11. [Main component symbol description] Plate turning tool (sleeve (22), plum blossom wrench 24), ratchet wrench _ 8 201100206 Set hole (20) (60) First inner angle (30) (70) Corner point (31) One side edge (32) (72) First small interior angle (34) First small side edge (341) Second small side edge (342) Second side edge (35) (75) Second small interior angle (36) Three small sides (361) Fourth small side (362) Screw (50) (52) (56) Second inner angle (40) (80) Corner (81) Third side (82) Third small Inner angle (84) Fifth small side (841) Sixth small side (842) Fourth side (85) Fourth small inside angle (86) Seventh small side (861) Eighth small side (862)

G 9

Claims (1)

201100206 VII. Patent application scope: 1. A turning tool for a plurality of screw sizes, having a polygonal sleeve hole, the sleeve hole comprising: one of the first configuration and a second positive polygon hole, The two polygonal holes are concentrically disposed in the sleeve hole and have an angular position difference to form a socket position; the first polygonal hole of the sleeve hole is larger in size than the second polygonal hole; Each inner corner of the first polygonal hole is a first inner angle, and each of the first inner corners has two sides; wherein: the first side of each of the first inner corners is provided with a first small inner angle, and the first small angle The inner corner forms another sleeve position that is smaller than the first polygonal hole. 2. The oscillating tool for a plurality of size screws according to the scope of the patent application, wherein the two sides of each of the first small inner corners are of different lengths, and the long sides of the first inner corner are at a sharp angle from the first inner corner. Farther; and its short side is closer to the corner of the inner corner. Q 3. The turning tool of the plurality of size screws according to claim 1 wherein: the second side of each of the first inner corners is provided with a second small interior angle, the second small interior angle Another sleeve size that is smaller than the first polygonal hole is also formed. 4) The turning tool of the plurality of size screws according to claim 3, wherein: the distance between the corner of each of the first inner corners is from the first small inner corner, and the distance from the second small inner corner Is equal. 5. The flip-flop 201100206 for a plurality of sizes of screws according to claim 3, wherein: a distance between a corner of each of the first inner corners from the first small inner corner, and a distance from the second small inner corner The distance is not equal. 6. The tumbling tool for a plurality of sizes of screws according to claim 3, wherein the two sides of each of the second small inner corners are different in length, and the long sides of the second inner corner are separated from the second inner corner. The corner tip is farther away; and the short side is closer to the corner of the inner corner. 7. The plate transfer tool for a plurality of size screws according to claim 2, wherein: the second side of each of the first inner corners is provided with a second small interior angle, and the second small interior angle It also constitutes another socket position. 8. The plate turning tool of the size screw of the size of the application of the seventh aspect of the patent application, wherein: the distance between the corner of each of the first inner corners is from the first small inner corner, and the distance from the second small inner corner Is equal. 9. The plate turning tool for a plurality of size screws according to the seventh aspect of the invention, wherein: the distance between the corner of each of the first inner corners is from the first small inner corner, and the distance from the second small inner corner The distance is not equal. 10. The utility model as claimed in claim 7, wherein the two sides of each of the second small inner corners are different in length, and the long sides thereof are farther away from the second side. Limb; and its short side is closer to the tip of the inner corner. The plate turning tool of the sizing type screw according to the first aspect of the invention, wherein the inner corner of the second polygonal hole is a second inner angle and has a side, each of the second The first side of the inner corner is provided with a third small inner angle, and the second small inner angle such as 11 201100206 constitutes another socket position. 12. The plate turning tool of the multi-size screw according to item (4), wherein: the second side of each of the second inner corners is provided with a fourth small inner angle, and the fourth small inner angle is formed. Another socket location. 13. A turning tool for a plurality of screw sizes, having a polygonal sleeve hole, the sleeve hole comprising: two identical configurations and different sizes, one of the first and a second positive multi-angle opening &gt; The two polygonal holes are concentrically disposed in the set of holes and have angular differences to form two socket positions; the first polygonal holes of the set of holes are larger in size than the second polygonal holes; Each of the inner corners of the second polygonal hole is a second inner corner, and each of the second inner corners has two sides; wherein: one side of each of the second inner corners is provided with a third small inner corner, and the small inner corners constitute another One dimension is smaller than the socket position of the second polygonal hole. 14. The plate turning tool for applying a plurality of sizes of screws according to claim 13 wherein: the two sides of each of the third small inner corners are of different lengths, and the long sides of the third inner corner are at a sharp angle from the second inner corner. Farther; and its short side is closer to the corner of the second inner corner. 15. The tumbling tool for a plurality of size screws according to claim 13 wherein: the other side of each of the third inner corners is provided with a fourth small inner angle, and the fourth small inner angles are also formed. Another socket location. 6' The slab-turning tool for a plurality of sizes of screws according to claim 15 of the claim, wherein: the distance between the corner of each of the second inner corners is from the third small interior angle, and the distance from the fourth small interior angle The distance is the same length. 12 201100206 17. The turning tool of the plurality of size screws according to claim 15 wherein: the distance between the corner of each of the second inner corners is from the third small interior angle, and the distance from the fourth small interior angle The distance is not equal. - Μ 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' The tip of the corner is closer to the corner of the inner corner. 〇 19. The plate turning tool according to claim 14, wherein: the other side of each of the second inner corners is provided with a fourth small inner angle, and the fourth small inner angles are also formed. Another socket location. 20. The plate turning tool of claim 19, wherein: the angle between the third inner corner of each of the second inner corners and the fourth small inner corner of the two inner corners is equal to long. 21. The flipping tool for a plurality of size screws according to claim 19, wherein: the angle between the corners of each of the second inner corners is less than the distance between the third inner corner and the fourth inner corner of the two sides. Equal length. 22. A flipping member 4 for touching a plurality of sizes of screws, having a sleeve-shaped hole, the sleeve comprising: a first and a second positive polygonal hole of the second shape, the =-polygonal hole is The concentric circle is disposed in the set of holes and has an angular position difference, wherein the inner corners of the first polygonal hole are the first inner angle, and the first inner corner of the fifth inner angle has two sides; wherein: each One of the first inner corners is provided with a first small inner corner, and the small inner 13 201100206 horn forms another socket position. 23. The plate turning tool according to claim 22, wherein: the two sides of each of the first small inner corners are of different lengths, and the long sides of the first inner corner are at a sharp angle from the first inner corner. Farther; and its short side is closer to the corner of the inner corner. For the application of the slab-turning tool for a plurality of sizes of screws as described in Item 22, wherein the second side of each of the first inner corners is provided with a second small inner corner, and the second small inner corners are also formed. Another socket location. 25. The utility model as claimed in claim 24, wherein the two sides of each of the second small inner corners have different lengths, and the long sides of the second side are at a distance of 4th - (four) The tip is farther away; and the short side is closer to the keratitis of the inner corner. 26. The turning tool of the plurality of size screws according to claim 22, wherein each of the inner corners of the second polygonal hole is a second inner angle and has a side edge, and each of the second inner corners One side is provided with a third small inner corner, and the second small inner corners constitute another socket position. 27' If the two sides of the third small inner corner of the money are different lengths as described in claim 26 of the patent application scope, the long side of the money is longer than the angle of the second inner angle. Far; and its short side is closer to the second inner angle &lt; 28. If the application material m® is the minimum size of the material, the plate is turned, and the other side of each of the second inner corners is provided with a fourth small inner 201100206. Forms another socket position. 29. The turning tool for a plurality of sizes of screws according to the scope of claim </ RTI> wherein the two sides of each of the fourth small interior angles are of different lengths, and the long sides of the plurality of sides are at an angle of the first inner angle The tip is farther away; and the short side is closer to the corner of the inner corner. For example, in any one of claims 1 to 12 or 22 to 29, the utility model relates to a utility model, which is applicable to a plurality of size screw members, wherein the first and second positive multi-angle sentences are A size. The dimensions of the first and second inner corners or the first and second regular polygonal holes are all inch sizes, and the socket position formed by the inner angle is metric size. I3&quot;21 dimensions; ΠΓ The second regular multi-angle holes are metric first and first inch sizes or the multi-angle holes are in inch sizes and the first socket positions are metric sizes. 4 The shape of the second small inner corner is 32. If the m-th item or 22 of the patent application scope is applicable to the turning tool of the multi-size screw, the t-position of: the first small inner corner is formed by the socket position. ;^一;^The angled hole and the polygonal hole are in the inch size or the first positive polygon, etc. The connection position is a central size and the second regular polygonal hole is a metric 33. As described in any of the claims 13 to 21, a plurality of feet 15 Ο ❹ 201100206 inch screw turning tool, wherein: The first regular polygonal hole and the socket portion 1 formed by the third small holes are of a metric size and the simple ==:: the polygonal hole and the (10)th position are the central positive and the second positive multiple angle The holes are metric sizes. 34. If you apply for a patent scope! To 12 items or 22 to the versatile 螺 适用 品 品 所 所 所 所 所 公 公 公 公 公 f f f f f f f f f f f f f f f f f f f f f f f f f f f f f f f f f f - The small (4) formed connection position is an inch size or a second regular polygonal hole and the first hole is a central size and the size is made. 4 The socket position formed by the small inner corner is 33. If the patent is the 13th inch screw, the second regular polygon hole and the size of the 而 size and the inch size are cut-positive, s red sleeve The position is such that the angular hole is an inch size and the second positive angle is 34. The socket position formed by the inner angle of the 1/:? is a metric size. To 21(4) item 2 or item 6 to 1G or item 14 or item 19 2 to item 23 of the tool for the application of a plurality of size screws, the long side of each of the small interior angles - a bevel or an arc surface. 16