TWM404754U - Handle structure for hand tool - Google Patents

Description

M404754 V. New description: [New technical field] This creation is related to hand tools, and more specifically refers to a hand tool handle structure. [Prior Art]

According to the variety of hand tools, the structure is mainly composed of a tool head and a handle connected with the tool head. The tool head has many types, such as a ratchet sleeve, a ratchet boss, a polygonal sleeve, Polygonal tenons, polygonal openings, etc. However, regardless of the type of the tool head, it is used by the user to hold the handle, so that the handle is used as the force arm of the force, and the tool head performs the turning of an object.

However, when the hand tool is used to turn the object, the tightness of the object is different, so the torque (torque) to be applied is also different, and often the handle is not long enough to generate sufficient torque, which is usually necessary at this time. Then, an iron pipe is sleeved on the handle to extend the force arm to generate a torque sufficient to turn the object. In addition, when the object to be turned is in a position where the non-straight line can be turned, it is necessary to additionally use a hand tool with a T-shaped handle or a T-handle on the original hand tool. . However, regardless of the addition of a straight-line iron pipe or a T-shaped handle, it is too inconvenient to use. Moreover, there is a hand tool that can extend the telescopic handle. The structure is too complicated and the positioning is not accurate enough. It is easy to have the situation of stretching out or retracting in use, and there are even dangers. [New content] In view of this, one of the main purposes of the present invention is to provide a handle structure of a hand tool which can be extended and shortened for convenience in use. 3 M404754 Another main purpose of this creation is to provide a hand tool handle structure with a handle that can be changed between a straight bar and a T-bar for operational suitability. A further primary objective of the present invention is to provide a hand tool handle structure that is accurately positioned. Another main object of the present invention is to provide a hand tool handle structure which is simple in structure and easy to operate.

Accordingly, the present invention provides a hand tool handle structure comprising: an inner rod having an inner shaft and a tool head coupled to one end of the inner shaft, the inner shaft having an accommodation on the other end a groove having a first positioning hole and a second positioning hole, wherein the first positioning hole has a predetermined distance from the second positioning hole, and the inner circumference of the inner shaft has a non-circular shape a turning section; a turning unit having a turning body and an elastic positioning component, the turning body having a pair of turning grooves in the axial direction of the inner rod turning section, wherein the turning groove is inserted into the turning section And the pivoting body is pivotally connected to the turning portion of the inner rod, and the turning body has a notch and a consistent hole connecting the turning groove to the outer portion, and the elastic positioning component is disposed on the inner rod. An outer rod is an inner hollow cylinder having a gap between the outer and inner portions and a perforation, and the inner shaft and the turning system of the inner rod are placed inside the outer rod to make the outer rod The rod can be forced against the inner rod a reciprocating slip between a shortened position and an extended position, and a reciprocating pivoting between a straight rod position and a T-bar position; an elastic positioning member is placed in the perforation of the outer rod; thereby When the outer rod is forced to slide to the shortened position, the elastic positioning member is inserted into the first positioning hole to position the outer rod and the inner rod when the inner rod is shortened, and when the outer rod is positioned When the force is applied to the extended position, the elastic positioning member is brought into the M404754 === two = the rod and the opposite position of the inner rod when the rod is extended to pivot to the butt; ==; the missing groove and the turning body In the hole in the hole, the relative position force t when the outer rod and the inner rod are T-shaped [embodiment]

Step by step, the clerk can make more progress on the characteristics and characteristics of the creation - as follows: For the following preferred embodiment and with the description of the drawings, please refer to the data from the heart to the seventh figure. Hand tool handle structure 1QQ, which mainly includes -, a turning unit 2 〇, an outer walking 曰 Q Λ 丄υ outer 梓 3 Ο, an elastic positioning member 4 〇 and a two base sleeve 50, wherein: And in the second figure, the inner rod 1G has an inner shaft! a tool head 12 connected to the inner end; the outer surface f of the inner shaft has a first positioning hole 111 and a second positioning hole, and the first clamping hole 1 1 1 and the second positioning hole 1 12 μ - the predetermined distance, the inner shaft 1 1 has - a non-circular section of eight folds of slaves 1 1 3, and at the opposite sides of the turning section ^ i 3 two: formed with - pivot The hole 14' has an accommodating groove 丄i 5 for the inner shaft. Referring to the first and second figures, the turning unit 2 〇 has a turning meeting body 2 1 , a pivoting member 2 2 , a rigid bead body 2 3 and an elastic positioning = member 2 4 'the turning body 2 1 The inner axial direction is formed with a folding groove 2 1 1 ' extending through the two ends, and the shape of the turning groove 2 系 corresponds to the outer section of the turning section 1 1 3 of the inner rod to the turning section of the inner rod 10 1 1 3 M404754 is inserted into the turning groove 2 1 1 of the turning body 2 1 and a notch 2 1 2 is formed at the bottom of the turning body 21 to connect the turning groove 211 to the outside, and the turning body 2 1 A pivot hole 2 i 3 communicating with the outer side to the turning groove 2 1 1 is formed at a position on the opposite sides, and a top surface of the turning body 2 1 is formed to communicate with the turning groove 2 i to the outside. a through hole 2 1 4, the two pivoting members 2 2 are inserted into the pivot hole 213 of the turning body 21 and the pivot hole 1 1 4 of the inner rod 1 from the outside of the turning body 2 1 , so that The turning body 22 is pivotally connected to the turning section 113 of the inner rod, and can be pivoted between the predetermined angles on the turning section 丄丄3 of the inner rod, the rigid bead 2 3 The elastic positioning component 24 has a spring 2 4 1 and a rigid bead 2 4 2, which are sequentially placed in the inner rod i 〇. In the groove 1 15 5, the rigid bead 24 2 is abutted against the spring 2 4 1 . Referring to the first and second figures, the outer rod 3 〇 is a long hollow tubular body whose inner shape corresponds to the outer part of the turning body 2 of the turning unit 2, and the outer rod 3 The bottom side of the crucible is formed with a connection between the inner and outer portions 3 1 ' and a through hole L3曰f η is formed on the top side of the adjacent end of the outer rod 3〇. 2 is a screw hole; the inner portion of the outer rod 30 is used for the shaft 1 1 of the dry 0 and the turning unit 2 is placed therein so that the outer rod 3G can be axially opposite to the inner rod In the - shortening position, the reciprocating slip between the lengths of the legs, and the position of the straight rods to the levers.凊Refer to the first figure and the second figure, the magazine is better than the outer rod 30 perforation Φ, '叮 4〇, the system is set to be compressed by the external force * outside the field * 2 in the 'Asian language' external force or not 4:4 and: wherein the elastic positioning member 4 has a -bolt-elastic sheet 42 and a rigid bead 43' sequentially placed on the outer rod by the rigid bead 43, the spring yellow 4 2 and the bolt 4 1 4 1 with the perforation 3 2 plus 0 H 3 2 ' and by the forced pressure of 3. ', 妾, to adjust the pair of beads in time. Please refer to the first figure and the second end of the outer rod 30 ΪΙ ^ 基 基 基 基 基 基 基 基 基 基 基 基 基 基 基 基 基 基 基 基 基 基The best embodiment of the manual and the creation of the __ Jie | 3 picker will or want: ΐ :: ί 二 = three pictures shown 'When this creation does not need to use the outer rod = work = Bu:: = to r Position, that is, J4, Λ n 颂 n 颂 1 d direction, until the elastic positioning is from (4):: Bead 4 3 corresponds to the first positioning hole 1 1 1 of the inner rod, ^ the bead of the 40 piece The 43-end arrives at the first positioning hole 2 to position the outer rod 30 at the shortened position, so that the X is taken at this time, which not only facilitates the volume reduction during storage, but also can be directly used for the required torque. Small on the object. J, as shown in the fourth and fifth figures, when you want to turn the object that needs to be pulled by a larger ugly one, you can smash the outer rod to the opposite of the work. Sliding in the direction until the rigid bead 4 3 of the elastic positioning member 4 corresponds to the second positioning hole 1 1 2 of the inner rod, and one end of the elastic fixing member 4 is inserted into the second positioning hole In 1 1 2, the outer cymbal is positioned at the extended position such that the overall length is the longest, and the month b is increased by the force #, and the torque applied to the object to be turned is increased. Furthermore, as shown in the sixth and seventh figures, when the shape of the creation is changed from a straight rod to a T-bar, the tool head 1 2 of the inner rod 1 can be turned to the outer rod 3 Pivoting in a direction such that when the inner rod 1 〇 and the outer axis of the outer M404754 =0 are 9 degrees (ie, perpendicular), the inner rod = the rigid ball 2 4 2 will be the spring 2 4 1 is changed and the ^^ is folded into the hole 2 i 4 of the body 2 i, so that the inner rod 1曰^, the rod 3 (10) can be m to make the inner rod i Q and the outer talent 3 〇 is τ type, in order to choose the different choices.

Therefore, this creation can not only lengthen and shorten the outer rod 30 and the inner rod, but also the outer rod 30 and the inner rod! (4) Transforming between the straight type and the type ‘It is convenient to use and 剌 (4) can greatly increase the J condition, and the positioning structure is relatively simple, which makes the operation more convenient and accurate. Referring to FIG. 8 to FIG. 14 , a handle 1 structure (2) provided by the second preferred embodiment of the present invention includes an inner rod 10 and a turning unit 60. An outer rod 3 〇, an elastic locating member 40 and a second sling 5 〇, wherein: please refer to the eighth and ninth drawings, the inner rod has an inner rod 1 and one is connected to the inner rod a tool head 12 at one end of the body ii; the outer surface of the inner shaft 1 1 has a first positioning hole 2 丄丄 and a second locating hole 1 1 2, and the first positioning hole X i 丄 and the second The positioning holes 丄i 2 are spaced apart by a predetermined distance, and the inner shaft has a turning section 1 1 3 which is not a circular cross section, and is formed at opposite sides of the turning section 1 χ 3 respectively. The pivot hole ii 4 has a receiving groove 1 15 on the free end surface of the inner shaft X 。. Referring to FIG. 8 and FIG. 9 , the turning unit 6 〇 has two rigid beads 6 1 and an elastic positioning component 6 2 ; the rigid beads 6 1 are partially placed on the pivot holes of the inner rod 1 〇 In the i 4 , the elastic positioning component 6 2 has a spring 6 2 1 and a rigid bead 6 2 2, which are sequentially placed in the receiving groove 1 15 of the inner rod 10 to make the rigid bead 6 2 2 is abutted by the spring 6 2 8 1 . Referring to the eighth figure and the ninth figure, the outer rod 30 is in the form of a long strip body: the inner shape of the outer rod and the outer contour of the turning section 113 of the inner rod 1 ,, which is adjacent to the outer rod 3 The bottom side is formed with a connection between the inner and the outer side of the outer rod 30. On the top side of the adjacent end of the outer rod 30, a "thread" is formed on the top side of the outer rod 30, and the outer rod 3 0 The second is opposite to the inner wall, and there is a _3 3 ; the outer rod 3 〇 (4) is for the inner rod unit 1 1 of which 'and the slat 3 3 is for the turning 爷 内 = rigid beads 6 1 The partial accommodation 'sends the outer rod 30 relative to each other, the sense and the axial direction to the shortened position and the reciprocating slip between the extended position two: the reciprocating pivoting between the position of the rod and the position of the mast. The ninth figure 'the elastic material position 4 ◦, is not set in the perforation 32' and can be squashed by the external force or L and force: elongated with / temple; wherein the elastic positioning member 40 has a screw Strong visit / 1.35 * 4 2 and a rigid bead 4 3 ' is sequentially placed in the perforation 3 2 of the outer rod 30 by the rigid bead 4 3, ^ ^ 1 screw test 41, and screwed ' Adjusting to the 8th and 9th maps of Gangzhu with timely adjustment The plug sleeve 5 〇 is respectively inserted at the two end positions of the 汴枰 〇 j 。. The above is the second preferred embodiment of the present invention, and the components of the manual and the assembly method of the 0 are introduced, and then The characteristics of the use of this creation are as follows: , as shown in Figure 2, and the tenth figure, 'When this creation does not need to be extended, use the outer rod 30 to slide to the shortened position, ie / dry 0 祍 tool head 12 Sliding in the direction until the elastic positioning M404754 3 corresponds to the first positioning hole (1) of the inner rod · · · I 1 疋 position 4 〇 the rigid bead 4 3 end is in the first fixed The rod 3 〇 is positioned at the shortened position so that the length of the body is the shortest, which not only facilitates the volume reduction during storage, but is also used directly for the required torsion object with a smaller torque. t 士如如十As shown in the figure to the thirteenth figure, when the object to be pulled by the k-torque force is required to be turned, the outer bar can be slipped in the opposite direction of the second: (by the turning unit) Rolling in the rigid bead groove 3 3 to achieve the slip effect of the outer rod 3 Q relative to the inner stem) until When the rigid bead 43 of the elastic positioning member 4 corresponds to the second positioning hole i丄2 of the inner portion, the rigid bead 43-end of the elastic positioning member 4 abuts into the second positioning hole 2, and Positioning the outer zero at the extended position 'to maximize the length of the whole body at this time, and to increase the torque applied to the object to be turned by the growth of the force arm. ▲ Moreover, as shown in the fourteenth As shown, when the shape of the creation is to be converted from a straight to a τ rod, the guard head 12 of the inner rod 1 can be pivoted in the direction of the missing slot 3 1 of the outer rod 30, so that when the inner rod 丄◦ When the axis of the outer rod is at 90 degrees (that is, when it is vertical), the rigid beads 6 2 2 located on the free end of the inner rod are partially moved by the spring 6 2 1 In the inner portion of the outer rod - in the groove 34, 'the inner rod 丄〇 and the outer rod 30 can be positioned at this time, and the inner rod 丄〇 is different from the outer rod ''. The choice is to use. Therefore, this creation can not only extend and shorten the outer rod 30 and the inner rod 10, but also transform the outer rod 3 〇 and the inner rod 10 between the straight rod type and the τ rod type. The ease of use and applicability can greatly increase the I condition, and the structure of the positioning is relatively simple, which makes the operation more convenient and accurate. M404754 Please refer to the fifteenth to sixteenth drawings. The third preferred embodiment 2 of the present invention provides a hand tool handle structure 3 〇〇, which mainly includes an inner rod 10, a turning unit 70, and an outer tube. The rod 3 Q, the elastic positioning member 40 and the second plug sleeve 5 〇, wherein: ---- 丄υ six negative = 1 and - are connected to the inner shaft! The i-end guard head 丄 2; the inner body 1 has a first positioning ring groove 118 and a second surface on the outer surface

The second slot 1 1 9 'and the first positioning ring slot 1 1 8 is spaced apart from the second positioning slot 1 1 9 by a predetermined distance. The inner shaft is a non-circular cross section. Segment 1 1 3. ', refer to the fifteenth and sixteenth drawings' of the turning unit 7 the turning body 71 and the elastic positioning assembly 72; the turning body 7 is integrally connected to the inner rod i 自a material type, the free end of the turning body 71 is formed with a capacity ^

Referring to the fifteenth and sixteenth drawings, the inner rod 1 〇 has a positioning assembly 72 having a spring 721 and a rigid bead 2, which are sequentially placed in the female folding unit Q of the receiving groove 7 泫The rigid bead 7 2 2 is abutted by the top of the spring 7 2 1 . 吏 φ ϊ 第 第 第 第 第 第 阅 阅 阅 阅 阅 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该The turning list is a strip shape and is formed on the bottom side of the outer rod 3 有. The inner body JL i and the turning unit L ^ are provided for the inner rod 1 〇. (1), the outer rod 30 is made The shaft of the inner rod 1 往复 can be reciprocally slidable between the middle and the extended position thereof, and the position can be reciprocated and the position can be reciprocally pivoted. The position to the mast position M404754 See the fifteenth figure and the sixteenth In the figure, the elastic positioning rod 3 is pierced in the hole 3 2 and can be compressed by an external force or elongated when no external force acts; wherein the _ sex positioning member m1, a magazine 4 2 and a rigid ball 43 ' The order is adjusted by the rigid bead 4 3, the ear 4 2 and the bolt 4 1 in the perforation 3 2 of the outer rod 3 Q: = force and the perforation 3 2 gal' to adjust in time. See the fifteenth figure And the sixteenth map The two plugs are connected to the two ends of the outer rod 30. The above is the introduction of the components of the third preferred embodiment of the present invention, and the assembly method thereof. Bean when | must be T long: 吏: or when you want to store it, you can slide the outer rod 3: set the ^ outer rod 30 to the direction of the tool head 12, until the: the 疋 position 4 〇 刚The bead 4 3 corresponds to the inner rod of the inner rod: at 2 o'clock, the end of the rigid bead 43 of the elastic positioning member 4 is brought into the '

It, the groove 11 8' and the outer rod 30 is positioned at the shortening, the overall length is the shortest, which not only facilitates the volume reduction during storage, but also can be directly applied to the plate with less torque required = larger When the torque can be pulled by the object, the rigid ball 4 3 of the member 40 corresponds to the inner rod; the second:: the positioning ring groove 119, and the outer rod 3〇 is positioned and applied to Want to turn the torque on the object. Furthermore, when the two knows to be converted into a mast, the tool of the inner rod 10 can be pivoted by the outer rod 3 12 ivi^U4/D4 = < the slot 3 l direction is pivoted 'to make the inner rod i The ratio is 90 degrees (that is, when it is vertical) ai, the position: the = 4 fold body 7 7 on the free end of the rigid bead 7 2 2 will be moved by the elastic cyanine 7 2 1 and partially slipped on the outer rod 3 Inside the inside - the groove 34, at this time the inner rod! Between the ◦ and the outer rod 3, positioning can be performed so that the inner rod 10 and the outer rod 3 are τ-shaped, so as to facilitate the selection of different shackles.

The above description is only for the preferred embodiment of the present invention, and is not intended to limit the scope of the present invention. The technical person of the present technology has made equal changes according to the creation, and (4) people in the field. The familiar changes of Baye should still be covered by this creation. M404754 [Simple Description of the Drawings] The first drawing is an exploded perspective view of the first preferred embodiment of the present creation. The first figure is a three-dimensional combination i of the embodiment shown in the first figure, showing a state of shortening. The eight kings are required to be in a sectional view of the embodiment shown in the first figure; the state is shown in a shortened state. The fourth embodiment is a three-dimensional combination of the embodiment shown in the first figure in a state of elongation. Wang Yaoxian The fifth figure is a combination of the embodiments shown in the first figure showing the state of elongation. The eight kings are to be shown in the sixth figure. The three-dimensional embodiment shows the state of the τ type. U Bawang wants to display the seventh diagram is a combination of the embodiment shown in the first figure is not in the state of the D-type. It is an exploded perspective view of the second preferred embodiment of the present invention. The three-dimensional combination diagram of the embodiment shown in the figure is shown; it mainly shows the combination of the embodiment shown in the figure, which mainly shows the three-dimensional combination diagram of the embodiment shown in the two figures; The three-dimensional combination of the embodiment shown in Fig. 8 and the partial cross-sectional view of the fourteenth embodiment shown in Fig. 14 (four)/v are shown in the form of a T-shaped main 14 M404754. The fifteenth diagram is an exploded perspective view of a third preferred embodiment of the present creation. Figure 16 is a cross-sectional view showing the combination of the preferred embodiment shown in Figure 15. [Main component symbol description]

A preferred embodiment" hand tool handle structure 1 0 0 inner rod 1 0 inner shaft 1 1 first positioning hole 111 second positioning hole 112 turning portion 113 pivot hole 114 receiving groove 1 1 5 tool head 1 2 turning Unit 20 0 turning body 2 1 turning groove 2 1 1 notch 2 1 2 boring hole 2 1 3 through hole 2 1 4 pivoting piece 2 2 rigid bead 2 3 elastic positioning assembly 24 . spring 2 4 1 rigid bead 2 4 2 Outer rod 3 0 Notch 3 1 Perforation 3 2 Elastic positioning member 4 0 Bolt 4 1 Spring 4 2 Bead 4 3 Plug sleeve 50 "Second preferred embodiment" Hand tool handle structure 2 0 0 Inner rod 10 Shaft 11 first positioning hole 111 second positioning hole 112 15 M404754 turning section 1 1 3 receiving groove 1 1 5 turning unit 6 0 elastic positioning assembly 6 2 rigid bead 6 2 2 notch 3 1 rail groove 3 3 elastic positioning 4 0 Spring 4 2 Plug 5 0 "Third Preferred Embodiment" Hand Tool Handle Structure 3 0◦ Inner Rod 1 0 First Positioning Ring Groove 118 Turning Section 113 Turning Unit 7 0 Elastic Positioning Assembly 7 2 Just Bead 7 2 2 notch 3 1 groove 3 4 bolt 4 1 rigid bead 4 3 pivot hole 1 1 4 tool head 1 2 rigid bead 6 1 spring 6 2 1 outer rod 3 0 perforation 3 2 groove 3 4 bolt 4 1刚珠4 3 inner rod Body 1 1 Second positioning ring groove 119 Tool head 1 2 Turning body 7 1 Spring 7 2 1 Outer rod 3 0 Perforation 3 2 Elastic positioning piece 4 0 Spring 4 2 Plug sleeve 5 0 16

Claims (1)

M4Q4754 VI. Patent application scope: 仔正3期#3 March This day, a hand tool handle structure, comprising: an inner rod having an inner shaft and a tool connected to one end of the inner shaft The first end of the inner rod has a receiving groove, the inner rod has a first positioning hole and a second positioning hole, and the first positioning hole and the second positioning hole have a predetermined distance The inner peripheral surface of the inner shaft has a turning section which is not a circular cross section; a turning unit has a turning body and an elastic positioning component, and the turning body has a pair of inner rod turning sections The turning groove is configured to be inserted into the turning section by the turning groove, and the turning body is pivotally connected to the turning section of the inner rod, and the turning body has a gap and a consistent hole connecting the turning groove to the outside The elastic positioning component is disposed in the receiving groove of the inner rod; an outer rod is an inner hollow cylinder having a gap between the outer and inner portions and a through hole, and the inner rod of the inner rod and The turning system is placed on the outer rod Internally, the outer rod can be subjected to a reciprocating slip between the shortened position and the extended position relative to the inner rod, and a reciprocating pivoting between the straight rod position and a mast position; an elastic positioning member, Positioning in the perforation of the outer rod; thereby, when the outer rod is forced to slide to the shortened position, the elastic positioning member is abutted into the first positioning hole to the outer rod and the inner rod Positioning the relative position when the rod is shortened, and when the outer rod is forced to slide to the extended position, the elastic positioning member is abutted in the second positioning hole to extend the outer rod and the inner rod The relative position is positioned, and when the inner rod pivots to the mast position along the notch of the outer rod and the notch of the turning body, the elastic positioning component is inserted into the through hole of the turning body to The outer rod is positioned relative to the 17 M4Q4754 inner rod in a T-shape. 2. The handle structure of the hand tool according to claim 1, wherein the pivoting section of the inner rod has a pivot hole at a position opposite to the two sides, and the turning unit further has two pivoting members, and the turning body Each of the opposite side portions has a pivoting hole connecting the outer side to the turning groove; the pivoting members respectively penetrate into the pivoting holes of each of the turning bodies and then penetrate into the pivoting holes of the inner rod, The pivoting body is pivotally connected to the turning section of the inner rod. 3. The hand tool handle structure according to claim 1, wherein the turning unit further has a rigid bead disposed in the through hole of the turning body. 4. The hand tool handle structure according to claim 1, wherein the elastic positioning component has a spring and a rigid bead, which are sequentially placed in the receiving groove of the inner rod, so that the rigid bead is subjected to The top of the spring is offset. 5. The handle structure of the hand tool according to claim 1, wherein the elastic positioning member compresses when subjected to an external force and elongates when not subjected to an external force. 6. The handle structure of the hand tool according to claim 1, wherein the perforation of the outer rod is a screw hole; the elastic positioning member has a bolt, a spring and a rigid bead, which are sequentially made of a rigid bead, The spring and the bolt are placed in the perforation of the outer rod, and the bolt is screwed with the perforation to adjust the pressing force on the rigid bead in time. 7. The handle structure of the hand tool according to item 1 of the patent application scope further includes two plug sleeves which are respectively connected to the two end positions of the outer rod. A handle structure for a hand tool, comprising: an inner rod having an inner shaft and a tool head connected to one end of the inner shaft, the other end of the inner shaft having a receiving groove therein The rod body has a first positioning hole and a second positioning hole, and the first positioning hole has a predetermined distance from the second positioning hole, and the outer circumference of the inner shaft has a non-circular cross section. a turning section, and having two pivoting holes on the turning section; a turning unit having two rigid beads and an elastic positioning component, wherein the rigid bead systems are respectively partially inserted into the pivot holes of the inner rod, The elastic positioning component is placed in the receiving groove of the inner rod; An outer rod is an inner hollow cylinder having a gap between the outer and inner portions and a perforation, and a second rail groove is formed on the inner wall of the outer rod, the inner rod of the inner rod and the turning unit The inner rod is placed inside the outer rod so that the rigid bead can reciprocate along the rail groove, so that the outer rod can be forced to reciprocate relative to the inner rod from a shortened position to an extended position. And a reciprocating pivoting between the straight rod position and a T-bar position; an elastic positioning member is placed in the perforation of the outer rod; Thereby, when the outer rod is forced to slide to the shortened position, the elastic positioning member is inserted into the first positioning hole to position the outer rod and the inner rod when the inner rod is shortened, and When the outer rod is forced to slide to the extended position, the elastic positioning member is abutted in the second positioning hole to position the outer rod and the inner rod when the inner rod is extended, when the inner rod is When pivoting to the position of the T-bar along the notch of the outer rod, the elastic positioning component is abutted into a groove of the inner wall of the outer rod to position the outer rod and the inner rod in a T-shaped position. Positioning. 9. The hand tool handle structure according to claim 8 , wherein the elastic positioning component has a spring and a rigid bead, which are sequentially placed in the receiving groove of the inner rod, so that the rigid bead is subjected to The top of the spring is offset. 10. The handle structure of the hand tool according to claim 8 wherein the elastic positioning member compresses when subjected to an external force and elongates when not subjected to an external force of 19 M404754.手 依 依 依 依 依 依 依 专利 专利 专利 专利 专利 专利 手 手 手 手 手 手 手 手 手 手 手 手 手 手 手 手 手 手 手 手 手 手 手 手 手 手 手 手 手 手 手 手 手 手 手 手The bolt is placed in the perforation and is screwed to the perforation by the bolt to properly pressurize the rigid bead for 5 weeks.槿 2. The handle structure of the hand tool according to item 8 of the patent application scope further includes two plug sleeves which are respectively connected to the two end positions of the outer rod. 1 3 '-handle tool handle structure, comprising: inner #, having - inner shaft and - connected to (four) shaft - end work and (d) body having - first - positioning ring groove and - second positioning ring Slot: the distance between the first groove and the second groove is - a predetermined distance, and the outer surface of the rod has a turning section which is not a circular section, and the turning unit has a turning body and elasticity a positioning component, the (4) is connected to the free end of the inner shaft, and has a bead shape, and a receiving groove is formed on the free end of the m-shaped material body, and the elastic positioning component is placed in the receiving groove The outer rod is an inner hollow cylinder having a connecting outer groove and a perforation, and the inner rod and the turning unit are placed at the inner portion, so that the outer rod can be relatively stressed The inner rod performs a reciprocating sliding between a contracted and extended position and a reciprocating pivoting between the position of the straight rod and the position of the D; the elastic positioning member is placed in the perforation of the outer rod; thereby When the outer rod is forced to slide to the shortened position, the 3 series is in the first positioning ring groove. Positioning the outer rod relative to the inner rod, and when the outer rod is forced to slide to the position of 20 M404754, the elastic positioning member is in the second positioning ring groove. The outer rod and the inner rod are positioned relative to each other when the inner rod is extended, and when the outer rod is pivoted to the butt rod position, the::two: :::;;^ structure, (four):: two The handle of the tool is placed in the receiving groove of the body of the body of the body of the body of the body of the body of the body of the body of the body of the body of the body of the body of the body of the body of the body of the body. + The tool handle is stretched when it is subjected to an external force. Compressed with τ(3), and in the non-structure U, ^(4)(4), the hand tool bolt, the 'bomb' and the hole are a screw hole; the elastic positioning member has a j hole in the outer rod; When the beads, springs and bolts are placed, adjust the tightness of the oblique beads. The bolts are screwed with the perforations to fit the structure u: = the handle of the hand tool according to item 13 of the profit range. The plug-in sleeve is respectively attached to the two ends of the outer rod