Socket adjusting wrench
By adjusting the wrench’s wrench’s wrench’s wrench’s wrench’s wrench’s wrench is solved by adjusting the wrench’s wrench’s wrench easily and cannot adapt to nuts of different sizes during use, achieving the stability and adaptability of the wrench.
Patent Information
- Application Number
- CN202510287912.X
- Authority / Receiving Office
- CN · China
- Patent Type
- Applications(China)
- Current Assignee / Owner
- Priority Date
- 2024-06-24
- Filing Date
- 2025-03-11
- Publication Date
- 2025-04-25
AI Technical Summary
Existing wrenches are prone to slip during use and cannot adapt to nuts of different sizes, resulting in inconvenience in use and problems of damage to nuts.
Use the socket to adjust the wrench’s wrench’s wrench’s wrench to ensure that the wrench will not become larger due to stress during use, thereby maintaining stability and adapting to nuts of different sizes.
It achieves a high degree of fit between the wrench and the nut without slipping, and can adapt to various nut models, improving the convenience of use and the service life of the equipment.
Smart Images
Figure CN119871277A_ABST
Abstract
Description
Technical Field
[0001] The invention relates to an adjustable spanner, belonging to the field of hardware tools, and is particularly characterized in that a socket is adopted to adjust the spanner width of the spanner. Background Art
[0002] The wrench is a commonly used work tool. There are many types of wrenches, which can be divided into two types according to their adjustability: adjustable wrenches and fixed wrenches. They each have their own advantages and disadvantages.
[0003] 1. Advantages and disadvantages of existing fixed wrenches
[0004] The fixed spanner does not need to adjust the width of the spanner when working. The spanner and the nut have a high degree of fit, and the clamping is more secure, basically seamless. It will not slip and will not damage the screw. It can work quickly, and the working speed is faster than the adjustable spanner. It has a long service life and is not easy to damage. The manufacturing process is simple, the cost is low, and the price is low. It is relatively small and light, and is more suitable for narrow working environments.
[0005] The disadvantages of fixed wrenches come from the design itself. Currently, fixed wrenches basically adopt a double-head design, that is, a fixed wrench can screw nuts of two specifications. However, there are many types of nuts at present. Therefore, it is necessary to carry multiple wrenches when working, and it is troublesome to frequently change wrenches of different sizes. It is necessary to manage multiple wrenches at the same time to prevent loss. It is very troublesome. There is also a head-changing fixed wrench on the market, which uses the head-changing method to adjust the width of the wrench mouth, but it also needs to be equipped with multiple wrench heads for replacement, and it is necessary to manage multiple wrench heads at the same time to prevent loss, which is also troublesome.
[0006] 2. Advantages and disadvantages of existing adjustable wrenches.
[0007] Today's adjustable wrenches can adapt to a variety of nuts of different sizes because their opening width is continuously adjustable. There is no need to frequently change different wrenches when using them, which is its advantage. But its disadvantages are also obvious. And again: the fatal disadvantage comes from the design itself. First, it is easy to slip. When the nut that needs to be rotated is tight and the force is slightly greater, the movable lip of the adjustable wrench is easily expanded to cause displacement and slip. This is because the opening adjustment direction of the adjustable wrench is consistent with its force direction. Even if the opening width after adjustment is consistent with the size of the nut, when force is applied, there will be a gap between the adjusting wheel and the rack. After the adjustable wrench is used for a long time, there will be a gap due to wear, which will cause the opening of the wrench to swell, resulting in slipping, and the nut can be rounded in one second, thereby damaging the nut. Second, due to the setting of the adjustment mechanism, the manufacturing cost and manufacturing difficulty increase accordingly, resulting in a higher price. Summary of the invention
[0008] The technical problem to be solved by the present invention is to combine the advantages of an adjustable wrench and a fixed wrench and eliminate their disadvantages. The fixed wrench should have the advantages of being difficult to slip and having a high degree of fit with the nut, and should also be able to adapt to nuts of all sizes.
[0009] In order to solve the above problem, the present invention adopts a socket method to adjust the size of the spanner. Since the size of the spanner is adjusted by the socket method, the spanner will not become larger due to force during use. In this way, the spanner has the advantages of a fixed spanner that is not easy to slip and has a high degree of fit with the nut, and also has the advantages of an adjustable spanner that can adapt to various nut models. BRIEF DESCRIPTION OF THE DRAWINGS
[0010] Figure 1 This is the overall picture of the first wrench
[0011] Figure 2 This is the slot diagram of the first wrench
[0012] Figure 3 This is the first plug-in diagram of this wrench
[0013] Figure 4 This is a cross-sectional view of the pins of the first wrench.
[0014] Figure 5 This is the overall picture of the second wrench
[0015] Figure 6 This is the cross-section diagram of the second wrench
[0016] Figure 7 This is the overall picture of the third wrench
[0017] Figure 8 This is the AA section of the third wrench.
[0018] Fig. 9 This is the BB section of the third wrench.
[0019] Fig.10 This is the overall picture of the fourth wrench
[0020] Fig.11 This is a detailed picture of the fourth wrench
[0021] Fig.12 This is the overall picture of the fifth wrench
[0022] Fig.13 This is a detailed picture of the fifth model of this wrench
[0023] Fig.14 This is the overall picture of the sixth type of wrench
[0024] Fig.15 This is the rail diagram of the sixth type of wrench
[0025] Fig.16 This is a detailed picture of the sixth model of this wrench
[0026] Fig.17 This is the overall picture of the seventh wrench
[0027] Fig.18 This is the AA section of the seventh wrench.
[0028] Fig.19 Detailed image of the seventh plug-in of this wrench
[0029] Fig. 20 This is the overall picture of the eighth type of wrench
[0030] Fig.21 This is the BB section of the eighth model of the wrench
[0031] Fig. 22 Detailed picture of the eighth model of this wrench
[0032] Fig.23 This is the overall picture of the ninth model of the wrench
[0033] Fig.24 This is the AA section of the ninth wrench.
[0034] Fig.25 This is a cross-sectional view of the ninth model of the wrench.
[0035] Fig.26 This is the overall picture of the tenth wrench
[0036] Fig. 27 This is a cross-sectional view of the tenth model of the wrench.
[0037] Fig.28 This is the FF cross-section of the tenth wrench.
[0038] Fig.29 This is the overall picture of the eleventh type of wrench
[0039] Fig.30 This is the overall diagram of the twelfth wrench
[0040] Fig.31 This is the AA section of the twelfth wrench.
[0041] Fig.32 This is the plug-in diagram of the twelfth wrench
[0042] Fig.33 This is the overall picture of the thirteenth wrench
[0043] Fig.34 This is the rail and plug-in diagram of the thirteenth wrench
[0044] Fig.35Figure showing the 10-degree deflection of the thirteenth wrench Detailed implementation method
[0045] The technical problem to be solved by the present invention is to combine the advantages of adjustable wrenches and fixed wrenches and discard their disadvantages. It should have the non-slip advantage of a fixed wrench and be able to adapt to both large and small nuts, that is, one wrench can handle all types.
[0046] To solve the above problems, the present invention uses a socket method to adjust the size of the wrench opening. Since the socket method is used to adjust the size of the wrench opening, the wrench opening will not become larger due to the force during use. In this way, the wrench has both the non-slip advantage of a fixed wrench and the advantage of an adjustable wrench that can adapt to various nut models.
[0047] The first wrench of the present invention includes a handle 1, a wrench head 2, and a plug-in 4. The wrench head 2 further includes a fixed wrench lip 3 and an insertion rail 15. The fixed wrench lip 3 and the insertion rail 15 are integrated. The wrench can be in the normal form of a currently commercially available adjustable wrench or in the form of an F wrench, such as Figure 1 . The insertion rail 15 is connected to the wrench head 2 and is a part of the wrench head 2, and is also connected to the handle 1 at the same time. The insertion rail 15 is characterized in that its cross-sectional shape is in the shape of a Feng character (like a crenelated wall); there are teeth 16 on two surfaces of the insertion rail 15, and both the tooth width and the tooth pitch are 2 mm. Such as Figure 2 . The plug-in 4 is rectangular when viewed from the front and in the shape of the letter H when viewed from the side, such as Figure 3 . There are two insertion feet 7 at both ends of the plug-in 4. The two insertion feet 7 are arranged in a two-character shape, and there are teeth 16 in the middle. Both the tooth width and the tooth pitch are 2 mm, and the tooth shape is arranged in the shape of a crenelated wall, such as Figure 4 . Marks for facilitating the adjustment of the width of the wrench opening are engraved on the plug-in. Each time the insertion direction of the plug-in 4 is changed, the width of the wrench opening can be adjusted by 1 mm. The plug-in 4 has four directions and can adjust the width of the wrench opening by 4 mm. For a larger width of the wrench opening, it needs to be adjusted by changing the insertion position of the plug-in 4, and each time the insertion position is changed, it is adjusted by 4 mm. In this way, the width of the entire wrench opening can be continuously adjusted at 1-mm intervals.
[0048] The second wrench of the present invention includes two mutually cooperating half wrenches 17. Both half wrenches 17 are in the shape of a U, one large and one small, such as Figure 5 , Figure 6。Each half wrench 17 also includes a handle 1, two fixed wrench lips 3, and two rows of teeth 16. Its overall feature is that it uses the socket method as an adjustment means. This wrench adjusts the width of the wrench opening by changing the position and direction of the socket of the half wrench 17, so as to adapt to various nut sizes. The two half wrenches 17 are both in the shape of a U, one large and one small; the tooth width and spacing of the teeth 16 of the small half wrench are both 2 mm, and the tooth shape is arranged in the shape of a Great Wall crenel. The tooth width and spacing of the teeth 16 of the large half wrench are both 2 mm, and the tooth shape is arranged in the shape of a Great Wall crenel. The two half wrenches are not symmetrical left and right. When in use, the two U-shaped half wrenches are stacked together so that their teeth mesh with each other. By changing the meshing position and direction of the two half wrenches, various wrench opening widths can be adjusted. The two fixed wrench lips 3 are respectively located at both ends of the half wrench 17, the handle is located in the middle of the half wrench 17, and the teeth 16 are all at the lower part of the half wrench 17. Marks for facilitating the adjustment of the wrench opening width are engraved at both ends of the large and small half wrenches, and scales for facilitating the adjustment of the wrench opening width are also engraved at the lower part of the large half wrench. The inner opening width of the large half wrench must be a multiple of 4 plus 1 mm, and it is recommended (not mandatory) to use 301 mm. The outer opening width of the small half wrench must be a multiple of 4 plus 2 mm, and it is recommended (not mandatory) to use 222 mm.
[0049] The third wrench of the present invention includes two cooperating half wrenches 17. One of the half wrenches 17 is in the shape of a U, and the other half wrench 17 is in the shape of an I. The I-shaped half wrench 17 also includes a handle 1, four fixed wrench lips 3, and two rows of teeth 16 with one row on one side. The U-shaped half wrench 17 also includes a handle 1, two fixed wrench lips 3, and two rows of teeth 16 with one row on one side. Its overall feature is that it uses the socket method as an adjustment means. This wrench adjusts the width of the wrench opening by changing the position and direction of the socket of the half wrench 17, so as to adapt to various nut sizes. The tooth width and spacing of the teeth 16 of the U-shaped half wrench are both 4 mm, and the tooth shape is arranged in the shape of a Great Wall crenel. The tooth width and spacing of the teeth 16 of the I-shaped half wrench are both 4 mm, and the tooth shape is arranged in the shape of a building window. The two half wrenches are not symmetrical left and right. When in use, the two half wrenches are stacked together so that their teeth mesh with each other. By changing the meshing position and direction of the two half wrenches, various wrench opening widths can be adjusted. The inner opening width of one side of the I-shaped half wrench must be a multiple of 8 plus 2 mm, and the inner opening width of the other side must be a multiple of 8 plus 4 mm. The outer opening width of the U-shaped half wrench must be a multiple of 8 plus 4 mm. Such as Figure 7 , Figure 8 , Fig. 9 。
[0050] The fourth wrench of the present invention adopts the normal wrench type, such as Fig.10, including a handle 1, an insert 4, and a wrench head 2. The handle 1 and the wrench head 2 are separable. The wrench head 2 includes a wrench lip 3 and a slot 5. The slot 5 includes a longitudinal rod 18 and a movable piece 19. The overall feature is that the socket is used as an adjustment method. The wrench adjusts the width of the wrench by changing the position of the socket to adapt to various nut sizes. The slot 5 is rectangular with walls on both sides. There is a longitudinal rod 18 next to it, and there are several movable pieces 19 running through the longitudinal rod. The movable piece 19 is 1mm thick. The insert 4 is connected to one end of the handle 1. The insert is inserted from the bottom of the wrench head. The wrench head 2 is engraved with scales for adjusting the width of the wrench. When in use, the width of the wrench is changed by changing the number of movable pieces, such as Fig.11 .
[0051] The fifth wrench of the present invention adopts a normal wrench type, such as Fig.12 , including a handle 1, an insert 4, and a wrench head 2, wherein the handle 1 is connected to the wrench head 2 as a whole, the wrench head 2 further includes a wrench lip 3 and a slot 5, the slot 5 further includes a longitudinal rod 18 and a movable piece 19, and its overall feature is that it adopts a socket as an adjustment means, and the wrench adopts a method of changing the position of the socket to adjust the width of the wrench, so as to adapt to various nut sizes, the slot 5 is rectangular, with walls on both sides, a longitudinal rod 18 in the middle, and a number of movable pieces 19 running through the longitudinal rod; the movable piece 19 is 1mm thick, the insert 4 is detachable from the wrench head, and the insert 4 is inserted from the top of the wrench head; the wrench head 2 is engraved with scales for adjusting the width of the wrench. When in use, the width of the wrench is changed by changing the number of movable pieces, such as Fig.13 .
[0052] The sixth wrench of the present invention adopts a normal type, including a handle 1, a plug 7, and a wrench head 2. The wrench head 2 also includes two dead wrench lips 3 and an insertion rail 15. The wrench head 2 is Font, such as Fig.14 The overall feature of the wrench is that it uses a socket as an adjustment means. The wrench adjusts the width of the wrench by changing the position of the socket and the direction of the pin 7, so as to adapt to various nut sizes. The plug rail 15 is connected to the wrench head 2 and is a part of the wrench head 2. The plug rail 15 is characterized by a cross-sectional shape that is shaped like a Great Wall battlement; the side of the plug rail 15 has teeth 16, and the tooth width and spacing are both 4mm. The wrench head formed by connecting two blank wrench lips at both ends of the plug rail is The handle is detachable from the spanner head. Two pins 7 are arranged in a "two" shape at one end of the handle, with teeth 16 in the middle. The width and spacing of the teeth are both 4mm. The teeth are arranged in a long battlement shape. The plug is engraved with marks for adjusting the width of the spanner. The four pins are connected to the two ends of the handle, two at each end. The handle adopts a hollow groove handle. Marks for adjusting the width of the spanner are engraved on both ends and both sides of the handle. The spanner head 2 is engraved with scales for adjusting the width of the spanner. When using, insert from the bottom, hold the handle tightly from the middle and twist it. Fig.15, such as Fig.16 .
[0053] The seventh wrench of the present invention adopts a normal double - ended wrench, including a handle 1, a plug 4, pins 7, and two wrench heads 2. The wrench head 2 further includes a fixed wrench lip 3 and an insertion rail 15. Its overall feature is that it uses the socket method as an adjustment means. This wrench adjusts the width of the wrench opening by changing the position of the socket and the direction of the pins 7, so as to adapt to various nut sizes. The insertion rail 15 is connected to the wrench head 2 and is a part of the wrench head 2. The insertion rail 15 is characterized in that its cross - sectional shape is in the shape of a "丰" character (like the crenel of the Great Wall); there are teeth 16 on the side of the insertion rail 15, and both the tooth width and the spacing are 4 mm. The plug 4 is rectangular when viewed from the front and in the shape of the letter "H" when viewed from the side. There are two pins 7 at both ends of the plug 4, and the two pins 7 are arranged in a "二" shape, with teeth 16 in the middle. The tooth width and the tooth spacing are both 4 mm, and the tooth shape is arranged in the shape of the crenel of the Great Wall. Marks are engraved on the plug for facilitating the adjustment of the wrench opening width; scales for facilitating the adjustment of the wrench opening width are engraved on the wrench head 2 and the plug 4. The wrench heads at both ends of this wrench are not the same. The distance from the wrench head to the insertion rail differs by 1 mm. One end adapts to odd - numbered wrench opening widths, and the other end adapts to even - numbered wrench opening widths. Such as Fig.17 , 18, 19.
[0054] The eighth wrench of the present invention adopts a normal wrench type, including a handle 1, pins 7, a plug 4, and a wrench head 2. The wrench head 2 further includes a fixed wrench lip 3 and an insertion rail 15. Its overall feature is that it uses the socket method as an adjustment means. This wrench adjusts the width of the wrench opening by changing the position of the socket and the direction of the pins 7, so as to adapt to various nut sizes. The wrench head 2 further includes two fixed wrench lips 3 and an insertion rail 15, in the shape of ; The insertion rail 15 is connected to the wrench head 2 and is a part of the wrench head 2. The insertion rail 15 is characterized in that its cross - sectional shape is in the shape of a "丰" character or the crenel of the Great Wall; there are teeth 16 on the side of the insertion rail 15, and both the tooth width and the spacing are 4 mm; the handle 1, the pins 7, and the plug 4 are integrated. The pins 7 and the plug 4 are respectively connected to both ends of the handle. There are two pins 7 and a plug 4 at each end. The two pins 7 are arranged in a "二" shape, with teeth 16 in the middle. The tooth width and the tooth spacing are both 4 mm, and the tooth shape is arranged in the shape of the crenel of the Great Wall; scales for facilitating the adjustment of the wrench opening width are engraved on the wrench head 2 and the plug 4. The wrench head in the shape of is asymmetrical on both sides. The distance from the wrench head to the insertion rail differs by 1 mm. One end adapts to odd - numbered wrench opening widths, and the other end adapts to even - numbered wrench opening widths. When in use, the wrench head enters from the middle of the handle and penetrates through it, such as Fig. 20 , 21, 22.
[0055] The ninth wrench of the present invention adopts the form of a normal double-headed wrench, including two separable components: a wrench head 2 and a handle 1. The wrench head 2 further includes a fixed wrench lip 3 and an insertion rail 15. The handle 1 includes a handle 1, insertion feet 7, and a plug-in 4. Its overall feature is that it uses the socket method as an adjustment means. This wrench adjusts the width of the wrench opening by changing the position of the socket and the direction of the insertion feet 7, so as to adapt to various nut sizes. The wrench head 2 further includes two fixed wrench lips 3 and two insertion rails 15. The two insertion rails 15 are connected by a longitudinal rod to form a cross shape; as Fig.23 , the insertion rail 15 is connected to the wrench head 2 and is a part of the wrench head 2. The characteristic of the insertion rail 15 is that its cross-sectional shape is in the shape of a rich character or the shape of the crenels of the Great Wall; there are teeth 16 on the side of the insertion rail 15, and both the tooth width and the spacing are 4 mm. The handle 1, the insertion feet 7, and the plug-in 4 are integrated. The insertion feet 7 and the plug-in 4 are respectively connected to both ends of the handle. There are two insertion feet 7 and one plug-in 4 at each end. The two insertion feet 7 are arranged in a two-character shape, and there are teeth 16 in the middle. Both the tooth width and the tooth spacing are 4 mm, and the tooth shape is arranged in the shape of the crenels of the Great Wall; there are scales engraved on the insertion rail 15 and the plug-in 4 to facilitate adjusting the width of the wrench opening. The two wrench heads at both ends are not symmetrical. The distance from the wrench head to the insertion rail differs by 1 mm. One end is suitable for odd-numbered wrench opening widths, and the other end is suitable for even-numbered wrench opening widths. When in use, the insertion rail enters from the middle of the handle and penetrates through it. As Fig.23 , 24, 25.
[0056] The tenth wrench of the present invention adopts two separable components. One separable component is in the shape of a cross, and the other separable component is in the shape of a single character. The cross-shaped separable component includes two fixed wrench lips 3 and two cross bars 20. The single-character-shaped separable component includes a handle 1, four insertion feet 7, and two plug-ins 4. In fact, it is a handle 1, four insertion feet 7, and two plug-ins 4 integrated together. As Fig.26 . Its overall feature is that it uses the socket method as an adjustment means. This wrench adjusts the width of the wrench opening by changing the position of the socket and the direction or orientation of the insertion feet 7, so as to adapt to various nut sizes. The cross-shaped component is actually formed by a handle, two (one at each end) fixed wrench lips, and four arms. There is a tooth at the end of each of the four arms; the single-character-shaped component is actually formed by a handle, four (two at each end) insertion feet, and two plug-ins; there are numbers for easy use at the four corners of the cross-shaped component and the single-character-shaped component. The four corners of the cross-shaped component are 7, 11, 16, 21, and the four corners of the single-character-shaped component are 0, 1, 2, 3. When in use, the two cross arms of the cross-shaped component are inserted into the holes of the single-character-shaped component. In this way, this wrench can adjust to 16 kinds of wrench opening widths of 7, 8, 9, 10, 11, 12, 13, 14, 16, 17, 18, 19, 21, 22, 23, 24 mm. As Fig. 27 , 28.
[0057] The eleventh wrench of the present invention adopts two separable parts. One part is in the shape of a half-wrench like a split character, and the other part is in the shape of a straight wrench also a half-wrench. As Fig.29 . There are two hooks on the side of the split-character part, and two hole sockets on the side of the straight-wrench part. Its general characteristic is that it uses the socket method as an adjustment means. This wrench adjusts the width of the wrench opening by changing the position and direction of the socket, so as to adapt to various nut sizes. The split-character part is actually composed of two fixed wrench lips 3 and a handle 1; the straight-wrench part is also composed of two fixed wrench lips 3 and a handle 1; the wrench opening width of the split-character part is designed to be 17mm and 12mm, and the wrench opening width of the straight-wrench part is designed to be 0mm and 2mm. In this way, this wrench can adjust to 4 kinds of wrench opening widths: 12mm, 14mm, 17mm, and 19mm. If you dislike the fact that this wrench is different from the traditional fixed wrench and looks uncomfortable when looking at it sideways, you can also adjust the handle positions of the two half-wrenches. For example, move the handle to the left, and it will look much more comfortable. You can also set two straight-wrench half-wrenches with the wrench opening widths designed to be 0mm, 2mm and 1mm, 3mm respectively, and set two split-character half-wrenches with the wrench opening widths designed to be 7mm, 11mm, 16mm, 21mm respectively. In this way, this wrench can adjust to 16 kinds of wrench opening widths: 7mm, 8mm, 9mm, 10mm, 11mm, 12mm, 13mm, 14mm, 16mm, 17mm, 18mm, 19mm, 21mm, 22mm, 23mm, 24mm.
[0058] The twelfth wrench of the present invention can adopt the normal type, the type of the currently commercially available adjustable wrench, or the F-wrench type. As Fig.30 . It includes a handle 1 and a wrench head 2. The wrench head 2 further includes fixed wrench lips 3, a plug-in 4 and a slot 5. Its general characteristic is that it uses the socket and plug method as an adjustment means. This wrench adjusts the width of the wrench opening by changing the socket and plug position and the direction of the plug-in 4, so as to adapt to various nut sizes. The slot 5 is connected to the wrench head 2 and is a part of the wrench head 2. The characteristic of the slot 5 is that its cross-sectional shape is in the shape of a character "丰" (like the crenel of the Great Wall); there are teeth 16 on the side of the slot 5, and both the tooth width and the spacing are 2mm; as Fig.31 . The plug-in 4 is in the shape of a cuboid, and there is a plug foot 7 at the lower end of the plug-in 4. The cross-section of the plug foot 7 is in the shape of a cross, as Fig.32 . The cross-shaped plug foot is eccentrically connected to the plug-in 4, and the width of the four arms of the cross is 2mm. There are marks on the plug-in for facilitating the adjustment of the wrench opening width; there are scales on the wrench head 2 for facilitating the adjustment of the wrench opening width. When the plug-in of this wrench changes its direction, it adjusts by 1mm, and when it changes to another socket, it adjusts by 4mm.
[0059] The thirteenth wrench of the present invention includes a pliers body 9, a plug-in 4, and an insertion track 15. The insertion track 15 is connected to one jaw of the pliers, the plug-in 4 is inserted on the insertion track 15, and the fixed wrench lips 3 are connected to the other jaw of the pliers. As Fig.33 The overall feature is that the socket-and-spigot method is used as an adjustment means. The spanner adjusts the width of the spanner opening by changing the socket-and-spigot position and the direction of the plug 4, so as to adapt to various nut sizes. When tightening the nut, it can simultaneously apply a clamping force to the nut. The insertion rail 15 is connected to a jaw of the pliers. The insertion rail 15 is characterized by a cross-sectional shape that is shaped like a Great Wall battlement. The side of the insertion rail 15 has teeth 16, and the tooth width and spacing are both 2mm. Fig.34 The plug 4 is rectangular in shape when viewed from the front and in the shape of the letter H when viewed from the side. There are two pins 7 at both ends of the plug 4. The two pins 7 are arranged in a two-shaped shape. There are teeth 16 in the middle. The tooth width and tooth spacing are both 2mm. The teeth are arranged in a long battlement shape. Marks are engraved on the plug to facilitate the adjustment of the width of the spanner; Fig.34 The plane where the plug-in 5, the insertion rail 15 and the dead lever lip 3 are located is tilted by 10 degrees from the plane where the clamp body 9 is located. Fig.35 .
Claims
1. An adjustable wrench, which can be in the normal type (the type of adjustable wrench currently on the market) or in the F-wrench type, includes a handle (1) and a wrench head (2). The wrench head (2) further includes a fixed jaw (3), a movable jaw (4) (also referred to as a plug (4) in the present invention and hereinafter all called the plug (4)), and an insertion rail (15). Its overall feature is that it uses a socket and plug method as the adjustment means. This wrench adjusts the width of the wrench opening by changing the socket and plug position and the direction of the plug (4), so as to adapt to various nut sizes. The features of its various parts are as follows: ① The insertion rail (15) is connected to the wrench head (2) and is a part of the wrench head (2). The insertion rail (15) is characterized in that its cross-sectional shape is in the shape of a Feng character (the shape of the battlements of the Great Wall); there are teeth (16) on the side of the insertion rail (15), and both the tooth width and the spacing are 2 mm; ② The plug (4) is in the shape of a cuboid when viewed from the front and in the shape of the letter H when viewed from the side. There are two insertion feet (7) at both ends of the plug (4), and the two insertion feet (7) are arranged in a two-character shape. There are teeth (16) in the middle, and both the tooth width and the tooth spacing are 2 mm. The tooth shape is arranged in the shape of the battlements of the Great Wall. There are marks on the plug for facilitating the adjustment of the width of the wrench opening; ③ The wrench head (2) is engraved with scales for facilitating the adjustment of the width of the wrench opening.
2. An adjustable wrench, which includes two cooperating half-wrenches (17). Both of the two half-wrenches (17) are in the shape of a U, one large and one small. Each half-wrench (17) further includes a handle (1), two fixed jaws (3), and two rows of teeth (16). Its overall feature is that it uses a socket method as the adjustment means. This wrench adjusts the width of the wrench opening by changing the socket position and direction of the half-wrench (17), so as to adapt to various nut sizes. The features of its various parts are as follows: ① Both of the two half-wrenches (17) are in the shape of a U, one large and one small; ② The tooth width and spacing of the teeth (16) of the small half-wrench are both 2 mm, and the tooth shape is arranged in the shape of the battlements of the Great Wall; ③ The tooth width and spacing of the teeth (16) of the large half-wrench are both 2 mm, and the tooth shape is arranged in the shape of the battlements of the Great Wall; ④ The two fixed jaws (3) are respectively located at both ends of the half-wrench (17), the handle is located in the middle of the half-wrench (17), and the teeth (16) are all at the lower part of the half-wrench (17); ⑤ Marks for facilitating the adjustment of the width of the wrench opening are engraved at both ends of the large and small half-wrenches, and scales for facilitating the adjustment of the width of the wrench opening are also engraved at the lower part of the large half-wrench.
3. An adjustable wrench, which includes two cooperating half-wrenches (17). One of the half-wrenches (17) is in the shape of a U, and the other half-wrench (17) is in the shape of an I. The half-wrench (17) further includes a handle (1), two (or four) fixed jaws (3), and two rows of teeth (16). Its overall feature is that it uses a socket method as the adjustment means. This wrench adjusts the width of the wrench opening by changing the socket position and direction of the half-wrench (17), so as to adapt to various nut sizes. The features of its various parts are as follows: ① One of the two half-wrenches (17) is in the shape of a U, and the other is in the shape of an I; ②The tooth width and tooth pitch of the teeth (16) of the U-shaped half wrench are both 4 mm, and the tooth shape is arranged in the shape of a Great Wall crenel. The teeth (16) are located at the lower part of the U-shaped half wrench (17). The U-shaped half wrench includes two fixed wrench lips at both ends. ③The tooth width and spacing of the teeth (16) of the I-shaped half wrench are both 4 mm, and the tooth shape is arranged in the shape of a building window. The teeth (16) are located in the middle of the I-shaped half wrench (17). The I-shaped half wrench includes four fixed wrench lips at both ends. ④Marks for facilitating the adjustment of the wrench opening width are engraved at both ends of the two half wrenches. Scales for facilitating the adjustment of the wrench opening width are also engraved on both sides of the I-shaped half wrench.
4. An adjustable wrench, which adopts the form of a normal wrench and includes a handle (1), a plug-in (4), and a wrench head (2). The handle (1) is separable from the wrench head (2). The wrench head (2) further includes fixed wrench lips (3) and a slot (5). The slot (5) further includes a longitudinal rod (18) and moving pieces (19). Its overall feature is that it uses the socket method as the adjustment means. This wrench adjusts the width of the wrench opening by changing the position of the socket, so as to adapt to various nut sizes. The features of its various parts are as follows: ①The slot (5) is rectangular, with walls on both sides, and there is a longitudinal rod (18) beside it and several moving pieces (19) running through the longitudinal rod. ②The plug-in (4) is connected to one end of the handle (1), and the plug-in is inserted from below the wrench head. ③The wrench head (2) is engraved with scales for facilitating the adjustment of the wrench opening width. ④The moving pieces (19) are 1 mm thick and there are many of them.
5. An adjustable wrench, which adopts the form of a normal wrench and includes a handle (1), a plug-in (4), and a wrench head (2). The handle (1) and the wrench head (2) are integrated. The wrench head (2) further includes fixed wrench lips (3) and a slot (5). The slot (5) further includes a longitudinal rod (18) and moving pieces (19). Its overall feature is that it uses the socket method as the adjustment means. This wrench adjusts the width of the wrench opening by changing the position of the socket, so as to adapt to various nut sizes. The features of its various parts are as follows: ①The slot (5) is rectangular, with walls on both sides, and there is a longitudinal rod (18) in the middle and several moving pieces (19) running through the longitudinal rod. ②The plug-in (4) is separable from the wrench head, and the plug-in 4 is inserted from above the wrench head. ③The wrench head (2) is engraved with scales for facilitating the adjustment of the wrench opening width. ④The moving pieces (19) are 1 mm thick and there are many of them.
6. An adjustable spanner, the spanner adopts the normal type ( The wrench head (2) is in the shape of a Chinese character, and comprises a handle (1), a plug (7), and a wrench head (2). The wrench head (2) further comprises two wrench lips (3) and a plug rail (15). The wrench head (2) is The overall feature of the wrench is that it adopts a socket as an adjustment means. The wrench adjusts the width of the wrench by changing the position of the socket and the direction of the pin (7), so as to adapt to various nut sizes. The features of its various parts are: ① The insertion rail (15) is connected to the wrench head (2) and is part of the wrench head (2). The insertion rail (15) is characterized in that its cross-sectional shape is in the shape of a "丰" character (the shape of the battlements of the Great Wall); there are teeth (16) on the side of the insertion rail (15), the width and spacing of the teeth are both 4 mm, and the wrench head formed after connecting two fixed wrench lips at both ends of the insertion rail is in the shape of a ②At one end, the two pins (7) are arranged in a two-character shape, and there are teeth (16) in the middle. The tooth width and spacing are both 4 mm, and the tooth shape is arranged in the shape of a Great Wall crenel. Marks for facilitating the adjustment of the wrench opening width are engraved on the plug-in. The four pins are respectively connected to both ends of the handle, two at each end. ③The handle adopts a hollow groove-shaped handle, and marks for facilitating the adjustment of the wrench opening width are engraved at both ends and on both sides of the handle. ④The wrench head (2) is engraved with scales for facilitating the adjustment of the wrench opening width.
7. An adjustable wrench. This wrench adopts the normal type of double - ended wrench, including a handle (1), a plug - in part (4), and two wrench heads (2). The wrench head (2) further includes a fixed jaw lip (3) and an insertion rail (15). Its overall feature is that it uses the socket method as an adjustment means. This wrench adjusts the width of the wrench opening by changing the position of the socket and the direction of the insertion pin (7), so as to adapt to various nut sizes. The features of its various parts are as follows: ① The insertion rail (15) is connected to the wrench head (2) and is a part of the wrench head (2). The feature of the insertion rail (15) is that its cross - sectional shape is in the shape of a '丰' character (like the crenel of the Great Wall); there are teeth (16) on the side of the insertion rail (15), and both the tooth width and the spacing are 4 mm; ② When viewed from the front, the plug - in part (4) is in the shape of a cuboid, and when viewed from the side, it is in the shape of the letter 'H'. There are two insertion pins (7) at both ends of the plug - in part (4). The two insertion pins (7) are arranged in a '二' shape. There are teeth (16) in the middle, and both the tooth width and the tooth spacing are 4 mm. The tooth shape is arranged in the shape of the crenel of the Great Wall. There are marks on the plug - in part for facilitating the adjustment of the wrench opening width; ③ There are scales on the wrench head (2) and the plug - in part (4) for facilitating the adjustment of the wrench opening width; ④ The two wrench heads are not the same. The distance from the fixed jaw lip (3) to the insertion rail (15) differs by 1 mm.
8. An adjustable wrench. This wrench adopts the normal wrench type, including a handle (1), an insertion pin (7), a plug - in part (4), and a wrench head (2). The wrench head (2) further includes a fixed jaw lip (3) and an insertion rail (15). Its overall feature is that it uses the socket method as an adjustment means. This wrench adjusts the width of the wrench opening by changing the position of the socket and the direction of the insertion pin (7), so as to adapt to various nut sizes. The features of its various parts are as follows: ① The wrench head (2) includes two open wrench lips (3) and an insert rail (15), which is shape; ② The insertion rail (15) is connected to the wrench head (2) and is a part of the wrench head (2). The feature of the insertion rail (15) is that its cross - sectional shape is in the shape of a '丰' character (like the crenel of the Great Wall); there are teeth (16) on the side of the insertion rail (15), and both the tooth width and the spacing are 4 mm; ③ The handle (1), the insertion pin (7), and the plug - in part (4) are integrated. The insertion pin (7) and the plug - in part (4) are respectively connected to both ends of the handle. There are two insertion pins (7) and one plug - in part (4) at each end. The two insertion pins (7) are arranged in a '二' shape. There are teeth (16) in the middle, and both the tooth width and the tooth spacing are 4 mm. The tooth shape is arranged in the shape of the crenel of the Great Wall; ④ There are scales on the wrench head (2) and the plug - in part (4) for facilitating the adjustment of the wrench opening width.
9. An adjustable wrench. This wrench includes two separable parts: a wrench head (2) and a handle (1). The wrench head (2) further includes a fixed jaw lip (3) and an insertion rail (15). The handle (1) includes a handle (1), an insertion pin (7), and a plug - in part (4). Its overall feature is that it uses the socket method as an adjustment means. This wrench adjusts the width of the wrench opening by changing the position of the socket and the direction of the insertion pin (7), so as to adapt to various nut sizes. The features of its various parts are as follows: ① The wrench head (2) further includes two fixed jaw lips (3) and two insertion rails (15). The two insertion rails (15) are connected by a longitudinal rod to form a '廿' character shape; ②The insertion rail (15) is connected to the wrench head (2) and is part of the wrench head (2). The insertion rail (15) is characterized in that its cross-sectional shape is in the shape of a "Feng" character (like the battlements of the Great Wall); there are teeth (16) on the side of the insertion rail (15), and both the tooth width and the spacing are 4 mm; ③The handle (1), the insertion feet (7), and the insertion parts (4) are integrated. The insertion feet (7) and the insertion parts (4) are respectively connected to both ends of the handle. There are two insertion feet (7) and one insertion part (4) at each end. The two insertion feet (7) are arranged in a "two" shape, and there are teeth (16) in the middle. Both the tooth width and the tooth spacing are 4 mm, and the tooth shape is arranged in the shape of the battlements of the Great Wall; ④There are scales engraved on the insertion rail (15) and the insertion part (4) for facilitating the adjustment of the width of the wrench opening.
10. An adjustable wrench, which includes two separable parts. One of the separable parts is in the shape of a "艹" character, and the other separable part is in the shape of a "one" character. The separable part in the shape of a "艹" character includes two fixed wrench lips (3) and two cross bars (20). The separable part in the shape of a "one" character includes a handle (1), four insertion feet (7), and two insertion parts (4). Actually, it is a handle (1) connected to two insertion feet (7) and two insertion parts (4). Its overall characteristic is that it uses the socket method as the adjustment means. This wrench adjusts the width of the wrench opening by changing the position of the socket and the direction or orientation of the insertion feet (7), so as to adapt to various nut sizes. The characteristics of its various parts are as follows: ①The part in the shape of a "艹" character is actually formed by a handle, two (one at each end) fixed wrench lips, and four arms. There is a tooth at the end of each of the four arms; ②The part in the shape of a "one" character is actually formed by a handle, four (two at one end) insertion feet, and two insertion parts; ③There are numbers for easy use at the four corners of the part in the shape of a "艹" character and the part in the shape of a "one" character.
11. An adjustable wrench, which includes two separable components. One component is in the shape of a "爿" character, and the other component is in the shape of a straight line. There are two hooks on the side of the "爿" - shaped component, and two holes (sockets) on the side of the straight - line - shaped component. Its general characteristics are Using the socket method as the adjustment means, this wrench adjusts the width of the wrench opening by changing the position and direction of the socket, so as to adapt to various nut sizes. The characteristics of its various parts are as follows: ①The part in the shape of a "爿" character is actually composed of two fixed wrench lips and a handle, and there are two L-shaped hooks on the side; ②The part in the shape of a "one" character is composed of two fixed wrench lips and a handle, and there are two T-shaped holes in the middle; ③The width of the wrench opening of the part in the shape of a "bow" character is designed to be 17 mm and 12 mm; ④The width of the wrench opening of the part in the shape of a "one" character is designed to be 0 mm and 2 mm.
12. An adjustable spanner, which can be of normal type (currently commercially available adjustable spanner type) or F spanner type, comprises a handle (1), a spanner head (2), the spanner head (2) further comprising a flat spanner lip (3), an insert (4) and a slot (5), and is generally characterized in that Using the socket and plug method as the adjustment means, this wrench adjusts the width of the wrench opening by changing the socket and plug position and the direction of the insertion part (4), so as to adapt to various nut sizes. The characteristics of its various parts are as follows: ①The slot (5) is connected to the wrench head (2) and is part of the wrench head (2). The slot (5) is characterized in that its cross-sectional shape is in the shape of a "Feng" character (like the battlements of the Great Wall); there are teeth (16) on the side of the slot (5), and both the tooth width and the spacing are 2 mm; ②The insertion part (4) is in the shape of a cuboid. There is an insertion foot (7) at the lower end of each insertion part (4). The cross-section of the insertion foot (7) is in the shape of a cross. The cross-shaped insertion foot is eccentrically connected to the insertion part (4). The width of the four arms of the cross is 2 mm. There are marks engraved on the insertion part for facilitating the adjustment of the width of the wrench opening; ③There are scales engraved on the wrench head (2) for facilitating the adjustment of the width of the wrench opening.
13. An adjustable wrench, which includes a pliers body (9), a plug-in (4), an insertion track (15). The insertion track (15) is connected to one jaw of the pliers. The plug-in (5) is inserted onto the insertion track (15), and the fixed wrench lip (3) is connected to the other jaw of the pliers. Its overall feature is that it adopts a socket connection method as the adjustment means. This wrench adjusts the width of the wrench opening by changing the socket connection position and the direction of the plug-in (4), so as to adapt to various nut sizes. When tightening a nut, it can simultaneously apply a clamping force to the nut. The features of each part are as follows: ① The insertion track (15) is connected to one jaw of the pliers. The insertion track (15) is characterized in that its cross-sectional shape is in the shape of a Feng character (the shape of the battlements of the Great Wall); there are teeth (16) on the side of the insertion track (15), and both the tooth width and the spacing are 2 mm; ② The plug-in (4) is rectangular when viewed from the front and in the shape of the letter H when viewed from the side. There are two insertion feet (7) at both ends of the plug-in (4). The two insertion feet (7) are arranged in a two-character shape. There are teeth (16) in the middle, and both the tooth width and the tooth spacing are 2 mm. The tooth shape is arranged in the shape of the battlements of the Great Wall. There are marks on the plug-in for facilitating the adjustment of the width of the wrench opening; ③ The plane where the plug-in (5), the insertion track (15), and the fixed wrench lip (3) are located is inclined 10 degrees (angle) with respect to the plane where the pliers body (9) is located.