wrench structure

Abstract

Wrench structure, which includes: a main body (10) having a first end (11), a first handle part (12), a second end (13), a second handle part (14), and a third end (15), wherein the second end (13) has the greatest thickness between the top and the bottom, wherein the third end (15) has the greatest width between the left and right widest points, wherein the highest point of the second end (13) has a height difference to the first end (11) and the third end (15), wherein the first end (11), the first handle part (12), the second end (13), the second handle part (14), and the third end (15) have different thicknesses and widths, wherein the first end (11), the second end (13), and the third end (15) have different thickness differences to the first handle part (12) and the second handle part (14), wherein the first end (11),the second end (13) and the third end (15) have different width differences with the first handle part (12) and the second handle part (14), wherein the top and bottom of the main body (10) are each provided with a groove (16), wherein the two grooves (16) are located in the region of the first handle part (12) or near the junction between the first end (11) and the first handle part (12), wherein the two grooves (16) are concave arc grooves, wherein the two grooves (16) are symmetrical relative to the first handle part (12), and wherein the two grooves (16) form the smallest thickness between the ends; , the first end (11) is provided with a first drive part (110), the second end (13) is provided with a second drive part (130), and the third end (15) is provided with a fourth drive part (150); the main body (10) has a central axis (100), wherein the main body (10) is symmetrical about the central axis (100), and wherein the central axis (100) is the center line of the main body (10); the upper side of the first end (11) forms a first surface (111), wherein the first surface (111) is planar or arcuate, wherein the lower side of the first end (11) forms a first bottom surface (112), wherein the first bottom surface (112) is planar or arcuate, and wherein the first surface (111) and the first floor surface (112) are symmetrical about the central axis (100); The first handle part (12) is connected to the first end (11) and is approximately rectangular, wherein the upper side of the first handle part (12) forms a second surface (121), wherein the second surface (121) is flat or curved, and wherein the underside of the first handle part (12) forms a second base surface (122), wherein the second base surface (122) is flat or is arc-shaped, wherein the second surface (121) and the second base surface (122) are symmetrical to the central axis (100), wherein the left and right sides of the first handle part (12) each form a first side surface (123), wherein the first side surface (123) is flat or arc-shaped, and wherein the left and right first side surfaces (123) are symmetrical to the second surface (121) or to the central axis (100); the second end (13) is connected to the first handle part (12), the first handle part (12) being located between the first end (11) and the second end (13), the second end (13) being a polygonal body, the top of the second end (13) forming a third surface (131), the third surface (131) being planar or arcuate and having an approximately hexagonal outer contour, the bottom of the second end (13) forming a third base surface (132), the third base surface (132) being planar or arcuate and having an approximately hexagonal outer contour, and the third surface (131) and the third base surface (132) being symmetrical about the central axis (100); a first connecting surface (131) is formed on one side of the third surface (131), wherein the first connecting surface (133) is located between the third surface (131) and the second surface (121), wherein the first connecting surface (133) is not tangential to the third surface (131), wherein the first connecting surface (133) is tangential or not tangential to the second surface (121), wherein the first connecting surface (133) is arc-shaped, wherein a second connecting surface (134) is formed on one side of the third base surface (132), wherein the second connecting surface (134) is located between the third base surface (132) and the second base surface (122), wherein the second connecting surface (134) is not tangential to the third base surface (132), wherein the second connecting surface (134) is tangential or not tangential to the second base surface (122), wherein the second connecting surface (134) is arc-shaped, and wherein the first connecting surface (133) and the second connecting surface (134) are symmetrical to the central axis (100); the left and right sides of the second end (13) each form a second side surface (135), wherein the two second side surfaces (135) are convex arcuate and symmetrical to the third side surface (131), wherein a third side surface (136) is formed on one side of the second side surface (135), wherein the third side surface (136) is located between the first side surface (123) and the second side surface (135), wherein the third side surfaces (136) are aligned with the first connecting surface (133) and the second connecting surface (134), wherein the third side surfaces (136) are arcuate or concave arcuate, and wherein the third side surfaces (136) are tangential to the second side surfaces (135) and the first side surfaces (123); The second handle part (14) is connected to the second end (13), the second end (13) being located between the first handle part (12) and the second handle part (14), the upper side of the second handle part (14) forming a fourth surface (141), the fourth surface (141) being flat or arcuate, the underside of the second handle part (14) forming a fourth base surface (142), the fourth base surface (142) being flat or arcuate, the fourth surface (141) and the fourth base surface (142) being symmetrical about the central axis (100), a third connecting surface (143) being formed on one side of the fourth surface (141), the third connecting surface (143) being located between the fourth surface (141) and the third surface (131), the third connecting surface (143) being concave and arcuate, and the third connecting surface (143) not being tangential to the third Area (131) is,wherein the third connecting surface (143) is tangential or non-tangential to the fourth surface (141), wherein a fourth connecting surface (144) is formed on one side of the fourth base surface (142), wherein the fourth connecting surface (144) is located between the fourth base surface (142) and the third base surface (132), wherein the fourth connecting surface (144) is concave, wherein the fourth connecting surface (144) is non-tangential to the third base surface (132), and wherein the fourth connecting surface (144) is tangential or non-tangential to the fourth base surface (142); , The left and right sides of the second handle part (14) each form a fourth side surface (145) and a fifth side surface (146), wherein the fourth side surface (145) is located between the second side surface (135) and the fifth side surface (146), wherein the fourth side surface (145) is tangential to the fifth side surface (146), wherein the fourth side surface (145) is tangential to the second side surface (135), wherein the fourth side surface (145) is arcuate and the fifth side surface (146) is arcuate, wherein the two fourth side surfaces (145) are symmetrical with respect to the fourth side surface (141), and wherein the two fifth side surfaces (146) are symmetrical with respect to the fourth side surface (141); and the third end (15) is connected to the second handle part (14), wherein the top of the third end (15) forms a fifth surface (151), wherein the fifth surface (151) is flat or curved, wherein the bottom of the third end (15) forms a fifth bottom surface (152), wherein the fifth bottom surface (152) is flat or curved, and wherein the two sides of the third end (15) are connected to the two fifth side surfaces (146).

Description

Technical field

[0001] The invention relates to a wrench structure wherein the main body has a first end, a second end, and a third end. The first end forms a first drive part, the second end forms a second drive part, and the third end forms a fourth drive part. The wrench structure of the invention has the first drive part, the second drive part, and the third drive part for different tools, thus providing the main body with greater expandability. State of the art

[0002] The previously filed patent case of this inventor with Taiwanese patent number 110111583, document number I779540, US patent number US 11691263 B2 and the title "wrench structure" includes: a main body comprising a drive part and a shaft, wherein the shaft is connected to the drive part, the top and bottom of the shaft each forming a first surface and the left and right sides of the shaft each forming a second surface; the main body has a projection, with the shaft being located between the drive part and the projection, the top and bottom of the projection each forming a third surface and the left and right sides of the projection each forming a fourth surface; The end of the main body forms a handle, the handle being located far from the drive part, the top and bottom of the handle each forming a fifth surface and the left and right sides of the handle each forming a sixth surface, a first connecting section being provided between the handle and the projection, connecting the projection and the handle, the top and bottom of the first connecting section each forming a seventh surface and the left and right sides of the first connecting section each forming an eighth surface; and A second connecting section is provided between the projection and the handle, and the second connecting section connects the projection and the handle.

[0003] However, the shortcomings of this conventional wrench design are: 1. The projection 13 has a polygonal shape. The top and bottom surfaces of the projection 13 have the same third faces 131. The projection 13 serves only for holding by the user and has no further extendable functions. 2. The drive unit 11 can be equipped with a ratchet mechanism to rotate screw elements. There is only one part for rotating the screw elements. 3. As seen from the side view in Fig. As shown in Figure 2 of the US patent document, the top and bottom of the shaft 12 have the same first surfaces 121, which are parallel to each other. The top and bottom of the projection 13 have the same third surfaces 131, and the top and bottom of the handle 14 have the same fifth surfaces 141. When the wrench is placed on a plane, the distance between the plane and the shaft 12, the projection 13, and the handle 14 is very small, so that the user cannot easily pick up the wrench. Object of the invention

[0004] The problem to be solved by the invention is as follows: In the prior art, the projection has a polygonal shape. The top and bottom surfaces of the projection have the same third faces. The projection serves only for gripping by the user and has no further expandable functions. In the invention, the main body has a first end, a second end, and a third end. The first end forms a first drive element, the second end forms a second drive element, and the third end forms a fourth drive element. The wrench structure of the invention has the first drive element, the second drive element, and the third drive element for different tools, thus providing the main body with greater expandability.

[0005] The technical solution to the problem is as follows: A wrench structure comprising a main body having a first end, a first handle part, a second end, a second handle part, and a third end, wherein the second end has the greatest thickness between the top and bottom, wherein the third end has the greatest width between the left and right widest points, wherein the highest point of the second end has a height difference to the first end and the third end, wherein the first end forms a first drive part, the second end a second drive part, and the third end a fourth drive part, wherein the main body has a central axis, wherein the main body is symmetrical about the central axis, the central axis being the centerline of the main body, wherein the first end has a first surface and a first bottom surface, and wherein the first handle part has a second surface and a second bottom surface.

[0006] The advantages compared to the prior art are as follows: The main body has a first end, a second end, and a third end. The first end forms a first drive part, the second end forms a second drive part, and the third end forms a fourth drive part. The wrench structure of the invention has the first drive part, the second drive part, and the third drive part for different tools, thus offering the main body greater expandability. The first handle part, the second end, the second handle part, and the third end have different thicknesses and widths. The second end has its greatest thickness between its top and bottom surfaces. The third end has its greatest width at its widest points on the left and right. The first end, the second end, and the third end have different thickness variations relative to the first and second handle parts.

[0007] To enable those skilled in the art to fully understand the effects of this invention, its structure and composition are described below with reference to the drawings and reference numbers. However, these serve only to illustrate the embodiments. Modifications within the scope of this invention therefore remain protected. Brief description of the drawings Fig. 1 a perspective view of the wrench structure of the invention, Fig. 2 a side view of the wrench structure of the invention, Fig. 3 a top view of the wrench structure of the invention, Fig. 4 another side view of the wrench structure of the invention, Fig. 5 another top view of the wrench structure of the invention, Fig. 6 a perspective view of the connection with tools of the wrench structure of the invention, Fig. 7 a perspective view of the second embodiment of the wrench structure of the invention, Fig. 8 a perspective view of the third embodiment of the wrench structure of the invention, Fig. 9 a perspective view of the fourth embodiment of the wrench structure of the invention, Fig. 10 a perspective view of the fifth embodiment of the wrench structure of the invention, Fig. 11 a perspective view of the sixth embodiment of the wrench structure of the invention, Fig. 12a perspective view of the seventh embodiment of the wrench structure of the invention, Fig. 13 a perspective view of the eighth embodiment of the wrench structure of the invention, Fig. 14 a perspective view of the ninth embodiment of the wrench structure of the invention. Ways to implement the invention

[0008] First, the focus will be on Fig. Reference is made to 1 to 5. Fig. Figure 1 shows a perspective view of the wrench structure of the invention, Fig. Figure 2 shows a side view of the wrench structure of the invention, Fig. Figure 3 shows a top view of the wrench structure of the invention, Fig. Figure 4 shows another side view of the wrench structure of the invention, and Fig. Figure 5 shows another top view of the wrench structure of the invention. The invention relates to a wrench structure comprising: a main body 10, which, as in Fig. Figure 1 shows a first end 11, a first handle part 12, a second end 13, a second handle part 14, and a third end 15, wherein the second end 13 has the greatest thickness between the top and the bottom, wherein the third end 15 has the greatest width between the left and right widest points, wherein the highest point of the second end 13 has a height difference compared to the first end 11 and the third end 15, wherein the first end 11, the first handle part 12, the second end 13, the second handle part 14, and the third end 15 have different thicknesses and widths, wherein the first end 11, the second end 13, and the third end 15 have different thickness differences compared to the first handle part 12 and the second handle part 14, and wherein the first end 11, the second end 13, and the third end 15 have different width differences compared to the first handle part 12 and the second handle part 14. have,wherein the top and bottom of the main body 10 are each provided with a groove 16, wherein the two grooves 16 are located in the area of ​​the first handle part 12 or near the connection point between the first end 11 and the first handle part 12 or near the first end 11, wherein the two grooves 16 are arc grooves, wherein the two grooves 16 are symmetrical relative to the first handle part 12, and wherein the two grooves 16 form the smallest thickness between the bottoms; the first end 11 is provided with a first drive part 110 in which a ratchet structure with forward, reverse or unidirectional rotation can be mounted, wherein the second end 13 is provided with a second drive part 130 which is a hexagonal or polygonal recess, wherein the bottom of the second drive part 130 is provided with a third drive part 1301 which is also a hexagonal or polygonal recess, wherein the third drive part 130 is smaller than the second drive part 130, wherein the third end 15 is provided with a fourth drive part 150 which is also a hexagonal or polygonal recess, and wherein the fourth drive part 150 is larger than the second drive part 130; as in the side view of Fig. 2 and the top view of Fig. As shown in Figure 3, the main body 10 has a central axis 100, wherein the main body 10 is symmetrical about the central axis 100, and wherein the central axis 100 is the center line of the main body 10; the upper side of the first end 11 forms a first surface 111, wherein the first surface 111 is planar or arcuate, wherein the lower side of the first end 11 forms a first base surface 112, wherein the first base surface 112 is planar or arcuate, and wherein the first surface 111 and the first base surface 112 are symmetrical about the central axis 100; the first handle part 12 is connected to the first end 11 and is approximately rectangular, wherein the top of the first handle part 12 forms a second surface 121, wherein the second surface 121 is flat or curved, wherein the underside of the first handle part 12 forms a second bottom surface 122, wherein the second bottom surface 122 is flat or curved, wherein the second surface 121 and the second bottom surface 122 are symmetrical about the central axis 100, wherein the left and right sides of the first handle part 12 each form a first side surface 123, wherein the first side surface 123 is flat or curved, and wherein the left and right first side surfaces 123 are symmetrical about the second surface 121 or about the central axis 100; the second end 13 is connected to the first handle part 12, the first handle part 12 being located between the first end 11 and the second end 13, the second end 13 being a polygonal body, the top of the second end 13 forming a third surface 131, the third surface 131 being flat or arcuate and having an approximately hexagonal outer contour, the bottom of the second end 13 forming a third base surface 132, the third base surface 132 being flat or arcuate and having an approximately hexagonal outer contour, and the third surface 131 and the third base surface 132 being symmetrical about the central axis 100; a first connecting surface 131 is formed on one side of the third surface 131, wherein the first connecting surface 133 is located between the third surface 131 and the second surface 121, wherein the first connecting surface 133 is not tangential to the third surface 131, wherein the first connecting surface 133 is tangential or not tangential to the second surface 121, wherein the first connecting surface 133 is arc-shaped, wherein a second connecting surface 134 is formed on one side of the third base surface 132, wherein the second connecting surface 134 is located between the third base surface 132 and the second base surface 122, wherein the second connecting surface 134 is not tangential to the third base surface 132, wherein the second connecting surface 134 is tangential or not tangential to the second base surface 122, wherein the second connecting surface 134 is arc-shaped,and wherein the first connecting surface 133 and the second connecting surface 134 are symmetrical about the central axis 100; The left and right sides of the second end 13 each form a second side surface 135, wherein the two second side surfaces 135 are convex arcuate and symmetrical to the third side surface 131, wherein a third side surface 136 is formed on one side of the second side surface 135, wherein the third side surface 136 is located between the first side surface 123 and the second side surface 135, wherein the third side surfaces 136 are aligned with the first connecting surface 133 and the second connecting surface 134, wherein the third side surfaces 136 are arcuate or concave arcuate, and wherein the third side surfaces 136 are tangential to the second side surfaces 135 and the first side surfaces 123; The second handle part 14 is connected to the second end 13 and is approximately rectangular, the second end 13 being located between the first handle part 12 and the second handle part 14, the upper side of the second handle part 14 forming a fourth surface 141, the fourth surface 141 being flat or arcuate, the underside of the second handle part 14 forming a fourth base surface 142, the fourth base surface 142 being flat or arcuate, the fourth surface 141 and the fourth base surface 142 being symmetrical about the central axis 100, a third connecting surface 143 being formed on one side of the fourth surface 141, the third connecting surface 143 being located between the fourth surface 141 and the third surface 131, the third connecting surface 143 being concave and arcuate, the third connecting surface 143 not being tangential to the third surface 131.wherein the third connecting surface 143 is tangential or non-tangential to the fourth surface 141, wherein a fourth connecting surface 144 is formed on one side of the fourth base surface 142, wherein the fourth connecting surface 144 is located between the fourth base surface 142 and the third base surface 132, wherein the fourth connecting surface 144 is concave arc-shaped, wherein the fourth connecting surface 144 is non-tangential to the third base surface 132, and wherein the fourth connecting surface 144 is tangential or non-tangential to the fourth base surface 142; the left and right sides of the second handle part 14 each form a fourth side surface 145 and a fifth side surface 146, wherein the fourth side surface 145 is located between the second side surface 135 and the fifth side surface 146, wherein the fourth side surface 145 is tangential to the fifth side surface 146, wherein the fourth side surface 145 is tangential to the second side surface 135, wherein the fourth side surface 145 is arc-shaped and the fifth side surface 146 is arc-shaped, wherein the two fourth side surfaces 145 are symmetrical to the fourth side surface 141, and wherein the two fifth side surfaces 146 are symmetrical to the fourth side surface 141; the third end 15 is connected to the second handle part 14 and has a hexagonal, polygonal, round or other shape, wherein the top of the third end 15 forms a fifth surface 151, wherein the fifth surface 151 is flat or arcuate, wherein the bottom of the third end 15 forms a fifth base surface 152, wherein the fifth base surface 152 is flat or arcuate, and wherein the two sides of the third end 15 are connected to the two fifth side surfaces 146; The top surface of the main body 10 successively forms the first surface 111, the groove 16, the second surface 121, the first connecting surface 133, the third surface 131, the third connecting surface 143, the fourth surface 141 and the fifth surface 151; the underside of the main body 10 successively forms the first bottom surface 112, the groove 16, the second bottom surface 122, the second connecting surface 134, the third bottom surface 132, the fourth connecting surface 144, the fourth bottom surface 142 and the fifth bottom surface 152; the two sides of the main body 10 successively form the first end 11, the first side surfaces 123, the third side surfaces 136, the second side surfaces 135, the fourth side surfaces 145, the fifth side surfaces 146 and the third end 15; as in Fig. Figure 4, which is a side view of the invention, shows a two-dimensional view comprising a first distance 171 between the first surface 111 and the first base surface 112, a second distance 172 between the second surface 121 and the second base surface 122, a third distance 173 between the third surface 131 and the third base surface 132, a fourth distance 174 between the fourth surface 141 and the fourth base surface 142, a fifth distance 175 between the fifth surface 151 and the fifth base surface 152, a sixth distance 176 between the first surface 111 and the third surface 131, and a seventh distance 177 between the third surface 131 and the fifth surface 151; the third distance 173 has the largest value, i.e. the second end 13 has the greatest thickness, wherein the values ​​of the first distance 171 and the second distance 172 are very close together or equal, wherein the values ​​of the fourth distance 174 and the fifth distance 175 are very close together or equal, wherein the values ​​of the second distance 172 and the fourth distance 174 are very close together or equal, and wherein the values ​​of the sixth distance 176 and the seventh distance 177 are very close together or equal; and as in Fig. Figure 5, which is a top view of the wrench structure of the invention, shows that, viewed two-dimensionally, the first end 11 has a first width 181, the second handle part 12 has a second width 182 in the middle, the second end 13 has a third width 183 at its largest point, the second handle part 14 has a fourth width 184 in the middle, and the third end 15 has a fifth width 185, wherein the fifth width 185 has the largest value, i.e., the greatest width, and the second width 182 has the smallest value, the values ​​being in order from largest to smallest: the fifth width 185, the third width 183, the first width 181, the fourth width 184, and the second width 182.

[0009] Fig. Figure 6 shows a perspective view of the connection with tools of the wrench structure of the invention. A first tool 20 is provided and has a polygonal shape. The first tool 20 is inserted into the second drive part 130. A second tool 30 is provided, and one end of the second tool 30 has a polygonal shape. The second tool 30 is inserted into the fourth drive part 150. The first drive part 110 of the first end 11, the second drive part 130 of the second end 13, and the third drive part 150 of the third end 15 together provide three parts for connection with other tools.

[0010] Fig. Figure 7 shows a perspective view of the second embodiment of the wrench structure of the invention. In this embodiment, the fourth drive part 150 is a circular recess. The fourth drive part 150 can have various shapes.

[0011] Fig. Figure 8 shows a perspective view of the third embodiment of the wrench structure of the invention. In this embodiment, the fourth drive part 150 is a dodecagonal recess. The fourth drive part 150 can have various shapes.

[0012] Fig. Figure 9 shows a perspective view of the fourth embodiment of the wrench structure of the invention. In this embodiment, a third tool 40 is provided, which is inserted into the second drive part 130. The third tool 40 is provided with a threaded pin 41 that extends through the third drive part 130.

[0013] Fig. Figure 10 shows a perspective view of the fifth embodiment of the wrench structure of the invention. In this embodiment, the first end 11 is a pivot end that is approximately U-shaped, wherein the first end 11 and the first drive part 110 are pivotally connected. The first drive part 110 is a ratchet head structure that is pivotable up and down.

[0014] Fig. Figure 11 shows a perspective view of the sixth embodiment of the wrench structure of the invention. In this embodiment, the first end 11 is a hinged end that is approximately cup-shaped. The first end 11 and the first drive part 110 are articulated. The first drive part 110 is a socket. A fourth tool 50 is provided. The fourth tool 50 has a hexagonal rod at one end. The fourth tool 50 is inserted into the first drive part 110.

[0015] Fig. Figure 12 shows a perspective view of the seventh embodiment of the wrench structure of the invention. In this embodiment, the first drive part 110 is an approximately T-shaped joint end. One end of the fourth tool 50 forms a joint end that is pivotally connected to the first drive part 110. The fourth tool 50 can be a ratchet mechanism.

[0016] Fig. Figure 13 shows a perspective view of the eighth embodiment of the wrench structure of the invention. In this embodiment, the first drive part 110 is an approximately T-shaped joint end. One end of the fourth tool 50 forms a joint end that is pivotally connected to the first drive part 110. The fourth tool 50 can be a ratchet head structure.

[0017] Fig. Figure 14 shows a perspective view of the ninth embodiment of the wrench structure of the invention. In this embodiment, the first drive part 110 is an approximately cup-shaped joint end. One end of the fourth tool 50 forms a joint end that is pivotally connected to the first drive part 110. The fourth tool 50 can be a ratchet head structure.

[0018] The advantages of the wrench structure of this invention are as follows: 1. The main body 10 has a first end 11, a second end 13, and a third end 15. The first end 11 forms a first drive part 110, the second end 13 forms a second drive part 130, and the third end 15 forms a fourth drive part 150. The wrench structure of the invention has the first drive part 110, the second drive part 130, and the third drive part 130 for different tools. The main body 10 has improved expandability for rotating different tools. 2. The first handle section 12, the second end 13, the second handle section 14, and the third end 15 have different thicknesses and widths. The second end 13 has its greatest thickness between its top and bottom surfaces. The third end 15 has its greatest width at its widest points on the left and right. The first end 11, the second end 13, and the third end 15 have different thickness variations relative to the first handle section 12 and the second handle section 14. The first end 11, the second end 13, and the third end 15 also have different width variations relative to the first handle section 12 and the second handle section 14, so that the main body 10 has a better three-dimensional effect. 3. The top and bottom surfaces of the first end 11 form the first surface 111 and the first base surface 112. The top and bottom surfaces of the second end 13 form the third surface 131 and the third base surface 132. The top and bottom surfaces of the third end 15 form the fifth surface 151 and the fifth base surface 152. The first end 11, the second end 13, and the third end 15 have different thicknesses and widths and create differences in height, giving the main body 10 a more three-dimensional appearance. 4. As in Fig.As shown in Figure 2, the highest point of the second end 13 has the greatest height compared to the first end 11 and the third end 15. When the main body 10 is placed on a plane, the third base surface 132 rests on the plane. Gaps are formed between the first base surface 112, the second base surface 122, the fourth base surface 142, and the fifth base surface 152 and the plane. The first handle section 12, the second handle section 14, and the third end 15 all serve to conveniently pick up the main body 10. 5. Between the second handle section 12 and the second end 13, the first connecting surface 133 and the second connecting surface 134 are formed. Between the second end 13 and the second handle section 14, the third connecting surface 143 and the fourth connecting surface 144 are formed. The first connecting surface 133, the second connecting surface 134, the third connecting surface 143, and the fourth connecting surface 144 provide more stable support for the hand. That is, when holding the main body 10, the hand can reliably rest on the third end 15, and when holding the main body 10, the fingers can rest on the second end 13, providing a more secure grip. 6. The two sides of the main body 10 successively form the first end 11, the first side surfaces 123, the third side surfaces 136, the second side surfaces 135, the fourth side surfaces 145, the fifth side surfaces 146 and the third end 15, which create a difference in width. 7. The second drive part 130 forms the third drive part 1301 at the bottom. The size of the third drive part 1301 is smaller than that of the second drive part 130. The main body 10 has four drive parts of different sizes, namely the first drive part 110, the second drive part 130, the third drive part 1301 and the fourth drive part 150. 8. When the third base surface 132 rests on the plane, the groove 16 forms a larger gap for lifting the base body 10. Reference symbol list 10 main bodies 100 Center axis 11 first end 110 first drive part 111 first area 112 first floor area 12 first handle part 121 second area 122 second floor area 123 first side surface 13 second end 130 second drive part 1301 third drive part 131 third area 132 third floor area 133 first connecting surface 134 second connecting surface 135 second side surface 136 third side surface 14 second handle part 141 fourth area 142 fourth floor area 143 third connecting surface 144 fourth connecting surface 145 fourth side surface 146 fifth side surface 15 third end 150 fourth drive part 151 fifth area 152 fifth floor area 16 Nut 171 first gap 172 second gap 173 third distance 174 fourth gap 175 fifth gap 176 sixth gap 177 seventh gap 181 first latitude 182 second latitude 183 third latitude 184 fourth latitude 185 fifth latitude 20 first tool 30 second tool 40 third tool 41 Screw pin 50 fourth tool QUOTES INCLUDED IN THE DESCRIPTION

[0000] This list of documents cited by the applicant was automatically generated and is included solely for the reader's convenience. The list is not part of the German patent or utility model application. The DPMA accepts no liability for any errors or omissions. Cited patent literature

[0000] US 11691263 B2

[0002]

Claims

[1] Wrench structure comprising: a main body (10) having a first end (11), a first handle part (12), a second end (13), a second handle part (14), and a third end (15), wherein the second end (13) has the greatest thickness between the top and the bottom, wherein the third end (15) has the greatest width between the left and right widest points, wherein the highest point of the second end (13) has a height difference to the first end (11) and the third end (15), wherein the first end (11), the first handle part (12), the second end (13), the second handle part (14), and the third end (15) have different thicknesses and widths, wherein the first end (11), the second end (13), and the third end (15) have different thickness differences to the first handle part (12) and the second handle part (14), wherein the first end (11),the second end (13) and the third end (15) have different width differences with the first handle part (12) and the second handle part (14), wherein the top and bottom of the main body (10) are each provided with a groove (16), wherein the two grooves (16) are located in the region of the first handle part (12) or near the junction between the first end (11) and the first handle part (12), or near the first end (11), wherein the two grooves (16) are concave arc grooves, wherein the two grooves (16) are symmetrical relative to the first handle part (12), and wherein the two grooves (16) form the smallest thickness between the ends; the first end (11) is provided with a first drive part (110), the second end (13) is provided with a second drive part (130), and the third end (15) is provided with a fourth drive part (150); the main body (10) has a central axis (100), wherein the main body (10) is symmetrical about the central axis (100), and wherein the central axis (100) is the center line of the main body (10); the upper side of the first end (11) forms a first surface (111), wherein the first surface (111) is planar or arcuate, wherein the lower side of the first end (11) forms a first bottom surface (112), wherein the first bottom surface (112) is planar or arcuate, and wherein the first surface (111) and the first floor surface (112) are symmetrical about the central axis (100); The first handle part (12) is connected to the first end (11) and is approximately rectangular, wherein the upper side of the first handle part (12) forms a second surface (121), wherein the second surface (121) is flat or curved, and wherein the underside of the first handle part (12) forms a second base surface (122), wherein the second base surface (122) is flat or is arc-shaped, wherein the second surface (121) and the second base surface (122) are symmetrical to the central axis (100), wherein the left and right sides of the first handle part (12) each form a first side surface (123), wherein the first side surface (123) is flat or arc-shaped, and wherein the left and right first side surfaces (123) are symmetrical to the second surface (121) or to the central axis (100); the second end (13) is connected to the first handle part (12), the first handle part (12) being located between the first end (11) and the second end (13), the second end (13) being a polygonal body, the top of the second end (13) forming a third surface (131), the third surface (131) being planar or arcuate and having an approximately hexagonal outer contour, the bottom of the second end (13) forming a third base surface (132), the third base surface (132) being planar or arcuate and having an approximately hexagonal outer contour, and the third surface (131) and the third base surface (132) being symmetrical about the central axis (100); a first connecting surface (131) is formed on one side of the third surface (131), wherein the first connecting surface (133) is located between the third surface (131) and the second surface (121), wherein the first connecting surface (133) is not tangential to the third surface (131), wherein the first connecting surface (133) is tangential or not tangential to the second surface (121), wherein the first connecting surface (133) is arc-shaped, wherein a second connecting surface (134) is formed on one side of the third base surface (132), wherein the second connecting surface (134) is located between the third base surface (132) and the second base surface (122), wherein the second connecting surface (134) is not tangential to the third base surface (132), wherein the second connecting surface (134) is tangential or not tangential to the second base surface (122), wherein the second connecting surface (134) is arc-shaped, and wherein the first connecting surface (133) and the second connecting surface (134) are symmetrical to the central axis (100); the left and right sides of the second end (13) each form a second side surface (135), wherein the two second side surfaces (135) are convex arcuate and symmetrical to the third side surface (131), wherein a third side surface (136) is formed on one side of the second side surface (135), wherein the third side surface (136) is located between the first side surface (123) and the second side surface (135), wherein the third side surfaces (136) are aligned with the first connecting surface (133) and the second connecting surface (134), wherein the third side surfaces (136) are arcuate or concave arcuate, and wherein the third side surfaces (136) are tangential to the second side surfaces (135) and the first side surfaces (123); The second handle part (14) is connected to the second end (13), the second end (13) being located between the first handle part (12) and the second handle part (14), the upper side of the second handle part (14) forming a fourth surface (141), the fourth surface (141) being flat or arcuate, the underside of the second handle part (14) forming a fourth base surface (142), the fourth base surface (142) being flat or arcuate, the fourth surface (141) and the fourth base surface (142) being symmetrical about the central axis (100), a third connecting surface (143) being formed on one side of the fourth surface (141), the third connecting surface (143) being located between the fourth surface (141) and the third surface (131), the third connecting surface (143) being concave and arcuate, and the third connecting surface (143) not being tangential to the third Area (131) is,wherein the third connecting surface (143) is tangential or non-tangential to the fourth surface (141), wherein a fourth connecting surface (144) is formed on one side of the fourth base surface (142), wherein the fourth connecting surface (144) is located between the fourth base surface (142) and the third base surface (132), wherein the fourth connecting surface (144) is concave, wherein the fourth connecting surface (144) is non-tangential to the third base surface (132), and wherein the fourth connecting surface (144) is tangential or non-tangential to the fourth base surface (142); The left and right sides of the second handle part (14) each form a fourth side surface (145) and a fifth side surface (146), wherein the fourth side surface (145) is located between the second side surface (135) and the fifth side surface (146), wherein the fourth side surface (145) is tangential to the fifth side surface (146), wherein the fourth side surface (145) is tangential to the second side surface (135), wherein the fourth side surface (145) is arcuate and the fifth side surface (146) is arcuate, wherein the two fourth side surfaces (145) are symmetrical with respect to the fourth side surface (141), and wherein the two fifth side surfaces (146) are symmetrical with respect to the fourth side surface (141); and the third end (15) is connected to the second handle part (14), wherein the top of the third end (15) forms a fifth surface (151), wherein the fifth surface (151) is flat or curved, wherein the bottom of the third end (15) forms a fifth bottom surface (152), wherein the fifth bottom surface (152) is flat or curved, and wherein the two sides of the third end (15) are connected to the two fifth side surfaces (146). [2] Wrench structure according to claim 1, characterized by, that a ratchet structure with forward, reverse or unidirectional rotation can be mounted in the first drive part (110), wherein the second drive part (130) is a hexagonal or polygonal recess, wherein the bottom of the second drive part (130) is provided with a third drive part (1301) which is also a hexagonal or polygonal recess, wherein the third drive part (130) is smaller than the second drive part (130), wherein the fourth drive part (150) is also a hexagonal or polygonal recess, and wherein the fourth drive part (150) is larger than the second drive part (130). [3] Wrench structure according to claim 1, characterized by , that the third end (15) has a hexagonal, polygonal or round shape. [4] Wrench structure according to claim 1, characterized by, that the top of the main body (10) successively forms the first surface (111), the groove (16), the second surface (121), the first connecting surface (133), the third surface (131), the third connecting surface (143), the fourth surface (141) and the fifth surface (151), the bottom of the main body 10 successively forms the first bottom surface (112), the groove (16), the second bottom surface (122), the second connecting surface (134), the third bottom surface (132), the fourth connecting surface (144), the fourth bottom surface (142) and the fifth bottom surface (152) and the two sides of the main body (10) successively form the first end (11), the first side surfaces (123), the third side surfaces (136), the second side surfaces (135), the fourth side surfaces (145), the fifth side surfaces (146) and the third end (15). [5] Wrench structure according to claim 1, characterized by, that there is a first distance (171) between the first surface (111) and the first floor surface (112), a second distance (172) between the second surface (121) and the second floor surface (122), a third distance (173) between the third surface (131) and the third floor surface (132), a fourth distance (174) between the fourth surface (141) and the fourth floor surface (142), a fifth distance (175) between the fifth surface (151) and the fifth floor surface (152), a sixth distance (176) between the first surface (111) and the third surface (131), and a seventh distance (177) between the third surface (131) and the fifth surface (151), with the third distance (173) having the largest value, i.e.the second end (13) has the greatest thickness, wherein the values ​​of the first distance (171) and the second distance (172) are very close together or equal, wherein the values ​​of the fourth distance (174) and the fifth distance (175) are very close together or equal, wherein the values ​​of the second distance (172) and the fourth distance (174) are very close together or equal, and wherein the values ​​of the sixth distance (176) and the seventh distance (177) are very close together or equal. [6] Wrench structure according to claim 1, characterized by, that the first end (11) has a first width (181), the second handle part (12) has a second width (182) in the middle, the second end (13) has a third width (183) at its largest point, the second handle part (14) has a fourth width (184) in the middle and the third end (15) has a fifth width (185), the fifth width (185) being the largest value, i.e. the greatest width, and the second width (182) being the smallest value, the values ​​being in order from largest to smallest: the fifth width (185), the third width (183), the first width (181), the fourth width (184) and the second width (182). [7] Wrench structure according to claim 1, characterized by, that a first tool (20) is provided and the first tool (20) has a polygonal shape, wherein the first tool (20) is inserted into the second drive part (130), and a second tool (30) is provided and one end of the second tool (30) has a polygonal shape, wherein the second tool (30) is inserted into the fourth drive part (150). [8] Wrench structure according to claim 1, characterized by , that the fourth drive part (150) is a circular recess or the fourth drive part (150) is a dodecagonal recess. [9] Wrench structure according to claim 1, characterized by , that a third tool (40) is provided which is inserted into the second drive part (130), wherein the third tool (40) is provided with a threaded pin (41) which passes through the third drive part 1301. [10] Wrench structure according to claim 1, characterized bythat the first end (11) is a joint end that is approximately U-shaped, wherein the first end (11) and the first drive part (110) are pivotally connected, wherein the first drive part (110) is a ratchet head structure that is pivotable up and down, or the first end (11) is a joint end that is approximately cup-shaped, wherein the first end (11) and the first drive part (110) are pivotally connected, wherein the first drive part (110) is a socket, wherein a fourth tool (50) is provided, wherein the fourth tool (50) has a hexagonal rod at one end, wherein the fourth tool (50) is inserted into the first drive part (110), or the first drive part (110) is an approximately T-shaped joint end, wherein one end of the fourth tool (50) forms a joint end that is pivotally connected to the first drive part (110), wherein the fourth tool (50) can be a ratchet structure,or the first drive part (110) is an approximately T-shaped joint end, wherein one end of the fourth tool (50) forms a joint end that is pivotally connected to the first drive part (110), wherein the fourth tool (50) may be a ratchet head structure, or the first drive part (110) is an approximately cup-shaped joint end, wherein one end of the fourth tool (50) forms a joint end that is pivotally connected to the first drive part (110), wherein the fourth tool (50) may be a ratchet head structure.

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