TWM430343U - Spanner wrench having ratchet function - Google Patents

Description

V. New description: [New technical field] This creation mainly reveals an adjustable wrench, especially an adjustable wrench with a ratchet function. [Prior Art] «Monthly reference to US Patent No. 6, guilty of 6, 384 "Ad justable

WrenCh" patent, which has a main body, a movable jaw, two second choppers and a grip. The second piece is slidably disposed on the body and is disposed on the handle. The handle is provided with a movable retaining Mock and the handle can be pivoted in a fixed position. Moving between the positions, when the grip is in the squat position, the locating member is abutted against the body - a predetermined (four) (leaningseeti〇n) so that the second one cannot be moved relative to the first, when the handle is in the pivot position The positioning member has a positioning portion, and the second projection moves relative to the first movement. (4) The movement of the butterfly body, (4) the movement of the butterfly body, the need for money between the second and the handle is fixed or moved by the position of the positioning piece to the handle, and the structure of the base is insufficient and/or When the power of the wrench is too large, the effect that is easy to produce is automatically detached from the positioning part by the ^^, and the design of the sample is improved by the structure. Transcendence has to be lost, and it needs to be added. Therefore, this creation wants to eliminate or at least alleviate the problems encountered by previous technologies. [New content] The lack of creativity = the technical problem to be solved lies in the existence of a ratcheting adjustable wrench for the prior art. The technical means for the main improvement is that, by the action, the Λ, 面, and the surface selectively actuate the driving member with respect to the driving to achieve the clamping of the driving head, The driving of the rod and the lateral movement of the rattan tray t, 'k activity 颚 do not need to swing relative to the driving head, so that the driving raft can have better structural strength. The secondary technical means is to change the grip by the grip, so that the outer chute 'and the active grip surface are held along the one piece =::= the fixed gripping surface The drive moves in and out to make the activity into a ratchet. The rhyme pin shift position ii1 is another-change (four) technical means, the control member can be swayed in the first driving head, and selectively pushes a position of the peripheral material magnetic body, the control member pushes. The edge corresponds to the driving head, the second bombing member, and the portion of the armor is fixed to the worm, and the movable driving head is mounted and the driving member is clamped. . The control member is in the second position: the elastic member moves along the fixed pin, and the action is formed in a step-by-step manner. Other purposes, advantages, and new descriptions of the present creation are more apparent from the related drawings. Na will be fine from the following [Embodiment] The technology, means and functions used in this creation, the four car fathers and the details of the figure are as follows, this is for illustrative purposes only, Patent applications are not subject to this structure. Referring to FIG. 1 to FIG. 3, it is a three-dimensional external view, a three-dimensional exploded kitchen and a cross-sectional view of the first embodiment of the movable wrench having a ratcheting function. The ratcheting wrench of the present invention includes a drive head 10, a movable jaw 20 and a grip 30. The movable jaw 20 is slidably disposed at one end of the driving head, and the movable jaw 20 is laterally movable relative to the driving head 1 to generate a ratcheting effect, and the other end of the driving head is disposed on the handle. The driving head has a pivoting end 101 and a socket end 1〇2, and the pivoting end 101 is pivotally disposed on the handle 3〇 so that the driving head 1〇 and the grip 30 can pivot relative to each other. The socket 1 〇 2 sets the movable 颚 so that the activity 20 is horizontally movable relative to the driving head. The preferred embodiment of the pivoting end IQ is that the thickness of the pivoting end 1〇1 is smaller than the thickness of the socket end 1〇2, and the end of the pivoting end 101 opposite to the end 1Q2 1 includes one - abutting end 11 and a second abutting end 12, the first abutting end 11 is convexly disposed at the pivoting end 1Q1, the second abutting end 12 is beveled and adjacent to the first abutting end 11 . The pivoting end 101 is provided with a pivot hole 13 , and the driving head 10 is provided with a cavity 14 and a fixed hole 15 between the pivoting end 1〇1 and the socket end 1〇2. The chamber 14 intersects and communicates with the closing hole 15 . The fixing hole 15 extends laterally beyond the driving head 1 side. The chamber 14 includes a pivot portion 141 and a receiving portion 142 . The pivot portion 141 . Both the portion 142 and the portion 142 are located adjacent to the end of the pivoting end 1-1, and the pivot portion is located further to the side of the housing 14 adjacent to the fixing hole 15. The sleeve end 1〇2 includes: a sliding groove 16 and a fixed clamping surface 17 , the sliding groove 16 is in communication with the chamber 14 , and the fixed clamping surface 7 is located opposite to the driving head 10 . One side of the hole 15. ^ The chamber 14 houses a set of adjustment groups 18 and a set of top sets 19. The 5-week group 18 includes an lance 18 and a fixing pin 182 and a first T-piece (8). The fixing member 82 passes through the first elastic member 183 and the end of the 181 '5 hai fixing pin 182. The worm 1 is fixed to the fixing hole 15 , and the worm 1 is detached by the elastic release of the first elastic member 183 and is often abutted on a side of the chamber 14 opposite to the fixing hole 15 . The top group 19 can selectively top the mast 181. The top group 19 includes a top block 191 and a second elastic member 192. The top block (9) is pivotally disposed on the pivot portion 141. The elastic member 192 is received in the receiving portion 142, and the second elastic member 192 is elastically released to push the top block ΐ9 to push the top block 191 against the mast 181. The top block 191 includes an arcuate pivot portion 1911, an ejector portion 1912, a top cymbal portion 1913 and a limiting portion 1914. The curved pivot portion 1911 is located at one end of the top block lgi, and the ejector portion The i9i2 is located on the side of the top block 191, and the top portion 1913 is located at an end different from the end of the curved pivot portion 1911. The limiting portion 1914 is located at an end different from the end of the pushing portion 1^912. The curved portion 1911 of the top block 191 is disposed at the pivot portion 141 of the chamber 14, so that the top block 191 can pivot with the curved pivot portion ΐ9ΐι as a fulcrum. The second elastic member 192 elastically pushes the pushing portion 1912 of the top block I" to enable the top portion 1913 of the 191 to be able to worm the 181. The activity (10) is slid on the socket end 102, the activity The belt (10) (4) of the mast 181 is laterally moved relative to the socket end (10), and the movable portion G2G includes a tooth portion 21 and a movable portion 21 slidably disposed on the sliding slot 16, and the movable back surface 2 gripping surface 22 corresponding to the fixing clip 181 can drive the activity: κ 2Q ^ tooth ^ phase 16 'turning the worm sliding to the lag 16, step-by-step" driving head 10 lateral clamping surface TM = M activity cool holding surface 22 and the fixed sigh, the shed clamping surface 17, by the action smashing movement relative to the driving head 1G to achieve the effect of holding the to-be-driven member a, the movable cymbal 20 is subjected to the mast The driving of the 181 is laterally moved to the driving head 10'. The movable piece 2G does not need to swing relative to the driving head 1Q, and the driving head and the movable cymbal 20 can have better structural strength. The handle 30 has a holding end 3〇1 and a connecting end, and the holding end 301 can be gripped by a user. The connecting end 3〇2 is framed on the pivoting end 101 of the driving head 10. The handle 3〇 is switchable between the first direction and the second direction, and the handle 3 is tilted toward the first direction (10), and the head 10 and the movable jaw 20 can pull the member to be driven A, the grip When the handle 3 is pulled in the second direction, the movable jaw 2Q can selectively generate a ratcheting effect with respect to the driving head 10, so that the driving head 1() and the movable jaw 2{) can be selectively flipped. Drive A. The handle 30 includes a connecting groove 3, a first coupling member 32, a second coupling member 33, a receiving hole, a control member 35, and a first receiving portion 36. The group jacking device 37, a second M430343 two-part 38 and a third elastic member 39. The connecting groove 31, the receiving hole 34, the first receiving portion 36 and the second receiving portion 38 are in communication, and the receiving hole 34 corresponds to the first receiving portion 36. The connecting slot 31 is sleeved with the pivoting end 1〇1 of the driving head 1 , the first coupling member 32 is disposed at the connecting end 3〇2 of the handle 30 and the first coupling member 32 abuts the top block The limiting portion 1914 of the 191 is such that the top block 191 of the top cymbal group 19 is located between the first coupling member 32 and the end of the chamber 14 adjacent to the receiving portion 142. The second coupling member 33 is disposed at the connecting end 3〇2 of the handle 3〇 and the pivot hole 13 such that the connecting end 3Q2 of the handle 3〇 is pivotally connected to the pivoting end 101 of the driving head 1〇. The control member 35 is capable of controlling the activity 〇 2 〇 to selectively spur the drive head 1 。. The control member 35 is disposed at the end of the pivoting end 101 of the movable head 10, and the control member 35 can be heard relative to the receiving hole 34. The control unit 35 is provided with a first positioning hole 3 on the outer peripheral surface of the control member 35, and the dial portion 351 is disposed on each of the two ends of the control member 35. A second positioning hole 353, a concave abutting portion 354 and a pushing edge are thrown 5. The first positioning hole 352 is located between the concave abutting portion 354 and the second positioning hole 353, and the pushing peripheral edge 355 is adjacent to the concave abutting portion 354. The top device 37 is disposed in the first valley. The top device 37 includes a fourth elastic member gw and a positioning member 372. The positioning member 372 is provided as a steel ball. The positioning member 372 is selectively pushed by the elastic member of the fourth elastic member 371 to be selectively positioned. The first clamping hole 352 or the second positioning hole 353 allows the control member to selectively push the first abutting end of the driving head 10. The third elastic member 39 is disposed on the second receiving portion 38. The third elastic member 39 can push the second abutting end 12 of the driving head 1 8 . The control member 35 can be changed in the first position. When the control member 35 is in the first position, the control board is changed to the driving head. The grip is: when the shaft is in the second position, the lever is moved. Grip ==, * The limit block of the top block (9) is moved between the two ends, and the armor 32 4 is in the schematic diagram of the control of the active wrench of the workpiece. The control member 35 is located at the first position - the first hole 352 of the cymbal control member 35 is 372 of the top f device 37. The ejector periphery 355 corresponds to the first of the (four) heads 抵The urging portion 1912 of the top block 191 is pushed against the urging portion 1912 of the top block 191 by the pushing of the second elastic member to cause the apex portion 1913 to lie on the worm 1 . When the control member 35 is in the first position, the movable jaw 20 is fixed to the driving shaft 10'. The distance between the fixed clamping surface 17 of the driving head 10 and the movable clamping surface 22 of the movable jaw 20 is kept constant. The operator can drive the to-be-driven member A when the operator moves the handle 30 to the first direction or the second direction. In the embodiment, the handle 3 rotates in the first direction and drives the to-be-driven member. A. 4 Refer to Figure 5 to Figure </ br> which is the creation of the action function with the swaying function: the control member is in the second position and the handle is moved in the second direction. Referring to FIG. 2 at the same time, the operator toggles the dialing portion 51 j of the control member 35. The first positioning hole 353 corresponds to the positioning member 7 of the jacking device 37, and the control member 35 is switched to the second position. 354 corresponds to the °H-abutment end 11. At this time, the grip 30 has not been pulled, and a gap is formed between the recessed portion 354 and the first abutting weir. When the handle 30 is pulled toward the second direction, the connecting end 3〇2 of the handle 30 is swung relative to the pivoting end i〇u of the driving head 1〇, so that the first engaging member is facing the top The limiting portion 1914 of the block 191 moves adjacent to one end of the curved pivot portion ^, and the top block 191 is pressed by the first coupling member 32 to move the top portion 1913 of the top block 191 away from the worm shaft 81. The grip 3 is pulled toward the second direction, the concave abutting portion 354 of the control member 35 abuts against the first abutment of the driving head 10, moves to the sliding slot 16, and the movable clamping surface 22 Waiting for the outer peripheral movement 'to make the movable clamping surface 22 and the turning clamping surface π clamped at the corner of the two temple driving member A', the movable piece 2G! t portion 21 drives the worm 181 along the fixing The pin 182 moves and presses against the first elastic member 183, causing the movable jaw 20 to form a ratchet. The handle 30 is continuously pulled toward the second direction, so that the movable holding surface 22 and the fixed holding surface 17 are held on the surface of the member to be driven a, and the first elastic member 183 elastically recovers and pushes the cymbal. The rod 181• further completes the ratcheting effect of the adjustable wrench. Please refer to FIG. 9 to FIG. 13 , which are schematic diagrams of an external view, an exploded view, a cross-sectional view and an action of the second embodiment of the movable wrench with a ratchet function. The difference between the second embodiment and the first embodiment is that the connecting end 302 of the handle is disposed through a limiting hole 311, and the limiting hole 311 penetrates the wall of the connecting slot and communicates with the connecting slot 31. The limiting hole 311 has a long hole shape 311. The limiting hole 311 has a first end 3111 and a second creeping hole 3112. The side wall of the top block 191 is provided with a pivoting hole 1915. 32 is disposed in the limiting hole 311 and the pivot hole 1915. The control member 35 is located at the first position 犄 'the first coupling member 32 abuts against the first end 3111 of the limiting hole phantom 1 when the handle 3 is pulled to move in the first direction or the second direction Both can drive the member A to be driven. Switching the control member 35 to the second position. When the handle 30 is pulled toward the second direction, the connecting end 302 of the handle 3〇 pivots relative to the pivoting end 1〇1 of the driving head 1〇. The first county member 32 is moved relative to the limiting hole 3丨1 and abuts against the second end 3112 of the limit 311. The top block 191 is pressed against the top block 191 by the first coupling member 32. Qing Cong Cong is far from the 181. The grip 3G is continuously pulled toward the second direction, and the moving step 2{) forms a ratchet. Please refer to FIG. 14 and FIG. 15 , which are an exploded view and a cross-sectional view of a third embodiment of a movable wrench with a ratchet function. The third embodiment is different from the second embodiment only in that the design of the first bonding member 32 is removed, and the two side wall surfaces of the top block 191 are respectively protruded to form a plurality of shoulder portions 1916. In the limiting hole 311, the control member 35 is located at the first position, and the blocking portion 1916 abuts against the first end of the limiting hole Μ! Please refer to FIG. 16 to FIG. 18 , which is an exploded view and an operation diagram of a fourth embodiment of a movable wrench with a ratchet function. The fourth embodiment differs from the first embodiment in that the block 19H is bored with a limit 193'. The restricting hole 193 has an elongated hole shape. The restricting hole 193 has a - limiting end 1931 and a second limit. The end portion 1932, the first joint member % mw 〇 343 is disposed through the connecting end 3〇2 of the handle 30 and the limiting hole 193 of the top block 19l. When the control member 35 is in the first position, the first coupling member is in violation of the first-restricted end of the limiting hole 193, and the triggering of the handle 3 to the first direction or the second swing can be touched. The workpiece 35 is switched to the second position, and when the handle 3 is facing the second direction =, the connecting end 302 of the handle 30 is pivoted relative to the driving to make the first coupling member 32 relative to the driving member The limiting hole 193 moves and limits the second limiting end 1932 of the hole 193, and the top block i9i is pressed by the brother-bonding member 32 to cause the top portion i9i3 of the top block m to continue The grip 3G is pulled toward the second direction, and the step 5 is made to form a ratchet. 7 With === can be summarized into the creation of the turbulent function of the adjustable wrench 1. This creation "sprung function of the adjustable wrench", by the z = movable clamping surface selectively relative to the drive head of the fixed clip Hold the face: move: == the effect of the mover, the activity _ the: = 2 in __, the axis needs to be relatively _ swing, 7 ^ drive head and the active 颚 can have better structural strength. Phase, ! "the swaying function of the adjustable wrench", by pulling the gripping member to the second and the movable clamping surface is held along with the "to be motley" The movement of the clamping surface clamping pin causes the worm to press against the first elastic member along the movement, further causing the movable jaw to form a ratchet. 3. The creation of the "running wrench with a sway function", the control can be switched between 12 == bit =, so that the activity of the activity is pushed to the periphery corresponding to the drive:::: position - The control member is received by the second elastic member, the abutting end of the top member, and the pushing portion of the top block is movable in the driving portion to the worm. In the two positions, the sounding portion corresponds to the material member. Located in the first elastic member and moved along the fixed pin ==: the ship is swayed. Progress makes the activity 颚 以 ΓΐΓ ΓΐΓ 仅为 仅为 仅为 仅为 仅为 仅为 仅为 仅为 仅为 仅为 仅为 仅为 仅为 仅为 仅为 仅为 仅为 仅为 仅为 仅为 仅为 仅为 仅为 仅为 较佳 仅为 较佳 较佳 较佳 较佳 较佳 较佳 较佳 较佳 较佳 较佳 较佳 较佳 较佳 较佳 较佳 较佳 较佳 较佳 较佳 较佳 较佳The equal change and repair [simplified description of the figure] Figure 1: Appearance diagram _ • The three-dimensional exploded view of the implementation of the implementation of the turbulent function of the adjustable wrench. Figure • This creation has a turbulent function The spanner wrench: a cross-sectional view of the three-dimensional embodiment of the movable wrench of the present invention, which is a turbulent function of the movable wrench, is the intention of the first-to-real surface of the lever-shaped wrench, and the handle is in the first position and the handle is Pulling toward the first direction::: for the continuation of Figure 4, indicating that the control member is changed from the first position = to the second figure six: as a continuation of Figure 5, indicating that the control member is in the second position and the handle is oriented in the second direction Pull it to press the mast against the first elastic member. Figure 7 is a continuation of Figure 6, showing that the control member is in the second position and the handle is held. One and several swims are moved toward the second direction, so that the active cymbal forms a swaying action sound map. Continue the 'table to complete the thorny effect of the adjustable wrench. Figure IX: The exterior view of the spanner wrench with a turbulent function. Figure 10 is a perspective exploded view of a three-dimensional embodiment of a second embodiment of a spanner wrench with a ratcheting function. Fig. - Fig.: Fig. 2 is a cross-sectional view taken along line 12-12 of Fig. 10 for the creation of a second embodiment of a ratcheting wrench. ::: is a schematic diagram of the action of the second embodiment of the active wrench of the present invention. The motion control member is located at the second position and the handle is pulled toward the second direction to form a motion diagram of the ratchet. Figure 14 is a perspective exploded view of the third embodiment of the adjustable wrench for the creation of the smashing function. Figure 15: A cross-sectional view of the third embodiment of the active wrench of Wei Wen. Figure 16: This is the exploded view of the first example of the movable wrench of the creation (4). Fig. 17 is a cross-sectional view showing the fourth embodiment of the hand of the present function. The control unit is located at the first position. 14 M430343 Cross-section of the embodiment Figure 18: The fourth side view of the spanner with a ratchet function, showing that the control is in the second position. [Main component symbol description]

10 Drive head 101 Pivot end 102 Socket end 11 First - Abutment end 12 抵 Abutment end 13 Tow hole 14 Room 141 Tow 142 Tote 15 Fixing hole 16 Chute 17 Fixed misalignment surface 18 Adjustment group 181 worm 182 fixing pin 183 first elastic member 19 top cymbal group 191 top block 1911 curved pivot portion 1912 ejector portion 1913 top shank portion 1914 limiting portion 1915 drag hole 1916 blocking portion 192 second elastic member 193 limiting hole 1931 first limiting end 1932 second limiting end 20 movable piece 21 toothed part 22 30 movable clamping surface grip 301 grip end 302 connecting end 31 connecting groove 311. limiting hole 3111 first end 3112 second end 32 first Bonding member 15 M430343 33 Second coupling member 34 Hole 35 Control member 351 Toggle portion 352 First positioning hole 353 Second positioning hole 354 Concave portion 355 Pushing peripheral edge 36 First receiving portion 37 Top device 371 Fourth elastic 372 Locating member 38 Second receiving portion 39 Third elastic member A to be driven

Claims (1)

Replacement page M430343, March 15, 101. VI. Patent application scope: .1. A ratchet function adjustable wrench comprising: a drive head having a pivot end and a socket end, The driving head has a chamber and a fixing hole between the pivot end and the socket end, and the chamber intersects the fixing hole, and the chamber houses a set of adjustment groups and a top The adjusting group includes a worm, a fixing pin and a first elastic member, the fixing pin is disposed on the first elastic member and the mast, and the fixing pin is fixed at one end to the fixing hole, The top set can be mounted on the 埚•D. rod; an movable 颚 is slidably disposed on the sleeve end, and the movable 颚 can be driven by the worm to move to the sleeve end; a handle having a holding end and a connecting end, the holding end being capable of being held by a user, the connecting end being pivotally connected to the pivoting end of the driving head, the handle being capable of being in the first direction and the first When the handle is swung in the first direction, the driving head and the movable jaw can drive the to-be-driven member, and when the handle is pulled in the second direction, the movable jaw pushes the top set and The top set is remote from the worm to cause the movable jaw to produce a ratcheting effect relative to the drive head. 2. The adjustable wrench according to claim 1, wherein the chamber comprises a crotch portion and a receiving portion, the pivot portion and the receiving portion are located at an end adjacent to the pivot end, and The pivoting portion is located at a side of the one of the fixing holes, and the top elastic piece is disposed on the pivoting portion, and the second elastic member is disposed at the receiving portion. The second elastic member elastically releases and pushes the top block to push the top block to push the mast. 17 M430343 Replacement page on March 15, 2011 ^3· t The work of the squiggly ship described in claim 2 ^ The connecting end of the handle is provided with a first knot, the top block of the top raft group. . The joint member of the mysterious brother is pivotally connected to the adjustable wrench according to claim 3, wherein the top block comprises a curved pivot portion, an ejector portion, and a top sill portion. a / limiting portion 'the curved crotch portion is located at one end of the top block, the pushing portion is located at the end of the provocation - mouth - end - - - (4) is different from the pushing portion - The end portion, the arc-shaped pivot portion is disposed at: a portion: the top block is pivotable with the arc-shaped pivot portion as a fulcrum; the second elastic member elastically pushes the push-up portion to make the top portion The top portion of the top portion of the first joint member __ block moves between the two portions. The limit is applied to the S θτ Τ right W. 5. The oscillating function of the adjustable wrench according to claim 3, wherein the connecting end of the handle is provided with a limiting hole, the limiting hole is long a shape of a hole having a first end and a second end, the top block including an arc-shaped pivot portion, an ejector portion, a top portion and a pivot hole, the arc The insertion portion is located at one end of the top block, the pushing portion is located at a side of the top block, and the top portion 2 is located at an end different from one end of the curved pivot portion, the curved insertion portion is disposed at the pivot of the present to the present Having the top block pivoted with the arcuate pivot as a fulcrum, the second elastic member elastically pushes the ejector portion, causing the top sill portion to slam the mast, and the first coupling member is disposed through The limiting hole and the pivoting hole, and the first, σ δ member is movable between the first end and the second end of the limiting hole. 6) The oscillating function adjustable wrench according to item 2, wherein the connecting end of the handle is provided with a limiting hole, and the limiting hole has an elongated hole shape, the 18 M430343 101 March 15 The daily replacement page limit hole has a _ 卜 形 形 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , The pivoting portion of the "4" is located on the side of the top block, and the top portion is different from the end portion of the recording portion, and the arc portion is disposed at the pivot portion of the = The pivoting portion can be pivoted as a fulcrum, ^ the elastic top (four) pushing portion, so that the (four) squatting portion of the squirrel is disposed in the limiting hole ' and the blocking portion can be behind the limiting hole Move between the two ends of the knowledge and policy. 7. The swing wrench with the sway function described in Item 3, the top block includes an arc-shaped pivot, a push-up, and a top-top disk. —: ^ The hole '(4)-shaped pivot is located at the end of the top block, the top of the top block of the top push, the top part is located at the opposite end of the curved end &lt; the curved tow is located in the Part of the room The top block can be in the same area as the amp; the second elastic member _ the hard portion = fresh = top worm, the smear hole is elongated, and the boring hole has a first-limit And the second binding end, the first coupling member passes through the hole and the first coupling member is movable between the first limiting end and the first limiting end of the limiting hole. 8. As claimed in claim 1 The swing wrench with a ratchet function according to any one of the preceding claims, wherein the socket end comprises a sliding slot and a fixed clamping surface, and the π slot 2 is connected to the 壬, the fixed clamping surface is located at the driving head Conversely = on one side of the fixing hole, the movable jaw includes a tooth portion and a movable holding 7' the tooth portion is slidably disposed in the (4), and the movable clamping surface corresponds to the holding surface. W 19 M430343 101 March </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; The second coupling member is disposed in the frame hole, so that the pivoting end of the driving head is pivotally connected to the connecting end of the handle. 10. The ratcheting action wrench of any one of claims 1 to 7, wherein the pivoting end of the driving head opposite to the end of the socket end includes a first abutting end, The connecting end of the handle comprises a connecting groove, a hole, a control member and a set of top device, the control member is disposed at the hole and is disposed at an end of the pivoting end of the driving head, the control member can Switching between the first position and the second position changes and rotates relative to the aperture to push the first abutment end. 0 11. The adjustable wrench of the spine function of claim 10, wherein the pivoting end of the driving head opposite to the end of the socket end includes a second abutting end, and the second abutting end is The connecting end of the handle includes a third elastic member, and the third elastic member can be pushed against the second abutting end of the driving head. 12. The oscillating function wrench of claim 10, wherein the connecting end of the handle has a first receiving portion, the connecting hole and the receiving hole are in communication with the first receiving portion, and the The through hole corresponds to the first receiving portion, and the end surface of the control member is provided with a dialing portion, and the outer peripheral surface of the control member is provided with a first positioning hole, a second positioning line, a concave abutting portion and an pushing edge The first positioning hole is located between the concave abutting portion and the second positioning hole, the pushing edge is adjacent to the concave abutting portion, and the top pressing device is disposed at the first receiving portion, so that the control member is selectively abutted At the first abutting end of the driving head, the control member is located at 20 M430343. When the first position of the page is replaced on March 15, 101, the first positioning hole of the control member is positioned on the top device, ^ the pushing The peripheral edge corresponds to the first abutting end of the driving head, so that the driving head and the movable 颚 can move the to-be-driven member, and when the control member is in the second position, the second positioning hole is positioned at the top 掣a device, the concave abutting portion corresponding to the first 'butting end, making the active 颚 relative to the Generating moving the movable head ratchet effect. 13. The ratcheting action wrench of claim 12, wherein the top device comprises a fourth elastic member and a positioning member, the positioning member * is set as a steel ball, and the positioning member receives the fourth elasticity The pushing of the member is selectively determined to be located in the first positioning hole or the second positioning hole. 21 #303⁄443 七, Φ忒 U4 as 43 23 M430343 twenty four 25 43 22 20' ....... 26 99 , 3〇 VJ 3〇1 instrumentation 3〇 M430343 32 M430343 Figure 12 33 Μ 35 M430343 Figure 15 36 \Ί'— 々As 3% 39