TWI309696B - - Google Patents

Description

1309696 IX. Description of the invention: [Technical field of the invention] The present invention relates to a jug that can be mounted and dismantled on a shaft member, and more particularly to an adjustment element provided by a connecting portion of a driving assembly = integral positioning And the connecting seat of the driving component has a guiding portion and a pivoting portion, and can connect and combine different driven components, thereby changing the structure to increase or decrease the functionality of the device for mounting and removing on the shaft member. 9 /, [Prior technology]

The tool for assembling or disassembling the rib shaft member, the first drawing, which is the first conventional bearing assembly device, the device 9 has a screw 9 1, and the screw 9 has a 1-terminal end. The driving portion 9 of the screw 9 1 can be rotated, and the outer edge of the rod 9 μ has / is rotated on the screw 91 and pushes the driving unit J ^ 3 ' of the connecting seat 92 and the connecting seat 92 is connected with the number Push rod 94. The

^From the drive, the 911-end is on the outer edge and is provided with a spring I 9 5 ' which is available for the connection seat 9 and the shaft 9 is provided with a shaft-connecting unit 96 for connecting the screw Η And - the day of fetching, you do not have the thread 9 1 by the pole n ^ after the shaft member 9 7 , then rotate (four) nt 9 6 fixed the connection seat 9 2 toward the shaft 3 ' thereby pushing the 9 <Universal movement, and then drive 夂 垣 Q 4 move 'move each push rod 9 4 push to assemble one of the bearings 9 8 : =98 due to the force of the card fit on the shaft 9 此 (4) Manually driven device, need to have a longer force arm drive unit 9 3 ;: 5 1309696 : ί: ί use Γ Γ f, but if used in a narrow space, because the 70 arm gyration radius is too large And will result in being unusable. ...: another improved assembly device, as shown in Figures 11 and 12, and the mounting device 8 includes a screw unit 81 driven by a liquid drive, and is provided with a drive Repeatedly drive the extension rod 811. The screw unit 81 is away from the liquid ΐ = pump: the screw is provided with an equal interval of the number of slots 8 2 i, and the bottom of the accommodating cylinder 82 has a screw hole 8 2 2 The card member 8 is engaged with the sleeve member 8 3 , and the sleeve member 8 3 is locked to the axis of a shaft member 85. The accommodating cylinder 8 2 is slidably disposed - the sturdy seat of the sluice 8 2 can be matched with the sluice of the sluice 8 2, and the sluice 8 6 is provided with a slidable rod 8 u: a push rod LUi seat 8 6 And the three bottoms of the number of pierceable devices are extended at equal intervals! And the sliders 8 6 and the receiving cylinders 8 2 are =:= 6 resetting the springs 88. Each of the push rods 8 is screwed into a long rod 8 7 1 to increase the length. The 2 is located away from the bottom end and is provided with a stop ring § 9. When the person is in use, please refer to Figure 12, which firstly fixes the sleeve: it is fixed on the axis of the shaft member 85 and makes the receiving cylinder "by the bottom and the bottom of the card. 84 is engaged in the sleeve member 83. After the push rod 8 7 is pushed to the outer circumference of the shaft member 8 5, and is:: = and the extension rod 811 in the screw 81 is pushed, = δ 6, and moved downwards. Pushing the bearing 8 to fit the shaft on the shaft member 8 to achieve the purpose of assembly. 1309696 However, the above device can only be used for the purpose of disassembly. Therefore, it still needs another There is a hairdresser that can be used for disassembly. Therefore, please refer to Fig. 1 3, which is a device of the 翌田承'. The detaching device 7 includes an i, a screw to detach the shaft end and has a driving portion 711, two long The cylinder of the arm of the river is 7; the; = is provided with a plurality of shaped screws 7 2 which are integrated with the screw 7 i. " =1 and a connecting seat 7 4 is screwed, and the connecting seat 7 4 is extended Each of the connecting rods 741 of the cylinders 7 3 are spaced apart from each other, and each of the connecting rods 741 has a pivoting portion 724 that is pivotally connected to one end of the missing claws 75. =7 = away from one end of the special-shaped screw 72: m is at 7 6 and a plurality of support arms 7 are extended outward, and the _3 3 is away from the special-shaped screw 7 2 and each μ long #7 7 7 is called the knowledge of the solid foundation in the mobile seat 7 6

"Hai branch presses 7, the mobile seat 76 and the middle = set the perforation 76 of the screw 71, and ^ is used to arm 7 7 and pivotally connect a link 781: 76 各 each of the support It is disposed at the middle of each of the jaws 75. The other end of the connecting rod 7 8 is used to move the cylinder 7 3 upwards and simultaneously drive the driving parts 7 of the jaws 7 1 . 1 1 shaft member, and take off the bearing. Rotate the special-shaped screw 7 2 counterclockwise and then move the movable seat 7 6 to move upwards 7 5 into the clamping bearing, then turn the screw 'to make the screw 7U down Rotate to push each of the f use cases on the 1 1309696. They can only be used for single-work, and can be assembled or disassembled when they are false. They must be used in the same way as above. In addition, each assembly tool The hole is eccentric 3 when it is engaged with the member, often due to the center point of the shaft member = removed from the shaft member, and then re-entered;

Two: = in the process 'is easy to cause damage to the bearing and shaft parts and other zeros [invention] The main purpose of this month is to solve the above problems and provide a device for installation and removal, by The drive component is a complete component, the money-hard component can be fixed or moved on the mast, and the (four) connector is adjusted, and the suspension of the pure component has a guide tow and can be connected and combined with different driven plates. , and then transform the structure, add its power legs, so that the bearing parts are installed or removed from the bearing 0 to do the other invention - the purpose of the 'in the private side _ moving part of the 你 你 you μ" =- pull, and Removable by the drawing assembly - the drawing 0 in the shaft member is by - the displacement of the housing with the inner arc = "improving the problem of n eccentricity during installation work" The concentricity of the shaft member and the bearing is increased. 8 1309696 For the purposes of the foregoing, the present invention generally comprises a drive assembly for swaying a driven assembly, wherein: the drive assembly has a screw, one end of the screw Having a driving portion, and the driving assembly is on the screw The outer peripheral edge of the rod is provided with a driving body, the driving body has a receiving portion, the receiving portion is provided with a rotating component, a hole is formed in the receiving portion, and the rotating component is provided with a screw hole. a screw thread extending through the screw hole of the rotating component and a through hole extending through the driving body receiving portion, the driving body extending a plurality of extending arms away from the rotating component, and each of the extending arms A fixing portion for coupling the driven component is respectively disposed at one end away from the rotating component; a connecting seat for the driven component is disposed under the driving body, and a through hole is provided in the center of the connecting seat. Inserting the screw, and the connecting seat extends to the bottom edge of the through hole and has a screw hole having an inner diameter larger than the through hole, and the connecting seat extends outwardly from the center to provide a plurality of crossbar portions, and each of the connecting portions The crossbar portion is spaced apart from each of the extending arms of the driving body, and each of the crossbar portions has a guiding portion for sliding the driven component, and each of the crossbar portions has an end far from the center a pivoting portion, each of the pivoting The driving component is also provided with a adjusting component for adjusting the positioning of the connecting seat, and one end of the adjusting component has a jointable connection to the outer edge of the connecting component. The threaded portion outside the screw hole portion has a screw hole that can be slidably slid on the screw, and is fixed to or removed from the screw hole portion of the connecting seat. The above and other objects of the present invention And the advantages, it is not difficult to get a deeper understanding from the description and the drawings selected below; of course, the use of this;;, or, the arrangement of the other parts is allowed to be different, but the selected exhibition In the present specification, it will be described in detail, and its construction is not shown in the drawings. [Embodiment] The drawings shown in the first to the ninth drawings are the structure of the selected use case of the present invention. The use of the special shots is not restricted by this structure.

▲This example provides a device that can be installed and removed on the shaft. Please refer to Figures 1 to 4 first. The main components are: drive assembly 1, drive assembly 2 and engagement assembly 3 In this embodiment, the driven component 2 is a mounting device. «The drive assembly 1 has a screw i i having a hexagonal drive portion 111 for driving the drive tool or manually, and the drive assembly 1 is provided with a drive body 1 at the outer periphery of the screw 1 1 .

The driving body 1 3 has a receiving portion i 3 4 , the receiving portion 34 is for pivoting the rotating member 15 , and the upper edge of the receiving portion 1 3 4 has a C shape The ring groove 1 3 5 is provided in the retaining ring 14 , and the through hole 1 3 3 is disposed in the receiving portion 1 3 4 . In this embodiment, the rotating element 15 has a hexagonal rotating portion 151, and the rotating element 丄5 is provided with a screw hole i 5 2, and the screw 11 is rotatably penetrated a screw hole 1 5 2 of the rotating component 15 and a through hole 13 3 extending through the receiving portion 1 3 4 of the driving body i 3 , and the rotating component 10 1309696 is disposed between the bottom portion and the receiving portion 134 There are - bearing members 16 for reducing friction. The remote driving body 13 has a plurality of extending arms 1 3 1 ' extending away from the rotating component 15 and one end of each of the extending arms 丄3 away from the rotating component 15 The solid part 1 3 2 of the moving assembly 2 B. A connecting seat 12 for the driven component 2 is disposed under the driving body body 13. The center of the connecting seat 12 is provided with a through hole 1 2 1, 俾i, a far-reaching screw 1 1, and the connection a seat 1 2 extends downwardly from the bottom edge of the perforation 1 2 1 and has a screw hole portion 1 2 6 °H connecting seat 12 2 having an inner diameter larger than the through hole 1 2 1 and a plurality of crossbar portions extending outward from the center 1 2 ^, and each of the crossbar portions 1 2 2 is spaced apart from the driving body; [3 of each of the extensions f1 3 1 are spaced apart. Each of the crossbar portions 22 has a guiding portion 1 2 3 for sliding the driven component 2, and each of the crossbar portions 12 2 has a pivoting portion i 24 at an end away from the center. Each of the pivoting portions 1 24 has a slot 1 2 5 . The screw 1 1 of the driving assembly 1 is disposed under the connecting seat 12 2 - an adjusting component for adjusting the positioning of the connecting seat 2 : 7 , the adjusting component 1 7 has a matching connection on the outer edge The threaded portion 171 is external to the screw hole portion 1 26 of the connecting seat 12, and the other end is a rotating slave 172 for adjusting the rotation, and the adjusting member 17 has a slidable slip °Heiling 彳 彳 1 1 screw hole 1 7 3. Accordingly, the threaded portion 17 1 outside the adjusting element 1 γ can be fixed to the screw hole portion 2 6 of the connecting seat 2 2 or can be disengaged from the screw hole portion 1 2 6 . 11 1309696

The driven assembly 2 has a plurality of pairs of clips 2 1 for clamping the cross-bar portion 1 2 2 of the connecting portion 1 2 2, and the ends of each of the missing members 2 1 respectively have a clamping portion 2丄1, a sliding portion is provided on the guiding portion 12 3 of each of the cross-bar portions 122, and the other ends of the clamping members J are respectively provided with a fixing hole 2 i 2 for feeding - The fixing element is arranged to fix a push rod 2 2 . The pusher rod 2 2-end has a rectangular shape and can cooperate with the _ member 2 = the joint portion 2 2 1 'the joint portion 2 2 丄 and has the perforation 2 2 of the fixing member 2 1 fixing hole 21 2 2, for the fixed element _ piercing set. The ejector rod 2 2 is axially penetrated from the end surface away from the end of the joint portion 2 2 有 - a connection hole for the arranging assembly 2 3 is provided. The second end portion 2 is protruded from the other end of the connecting hole 2 2 3 2 3 1 '

3 2, and the second end portion 2 3 2 may be further provided with an extension rod 2 4: ^ The extension rod 24 has at the end - can accommodate the engagement assembly 2 3 second end: 2 3 2 hole 2 4 1 The other end is provided with a top member 2 5 . The top member 25 is an element of a flat bottom, and the top (4) of the field is provided with (4) the extension rod 24, such that the extension rod 24 is a flat-bottom element. For each of the missing parts, the extension rod 24 can also be disposed according to the user's needs, and the top piece 2 5 can be disposed only by the connecting hole 2 2 3 of the top push rod 2 2 , by the top part 2 5 body still has - money, but also has the function of a new extension rod. In addition, the screw 1 1 is away from the driving part 1 a joint assembly 3, please refer to Figure 2 and Figure 3, 11 end of the connection The joint assembly 3 is 12 Ϊ 309696 consisting of a receptacle 3 i with an inner thread segment 3 1 i and a joint screw 3 in a pound. The engaging screw 32 has an outer screw segment 3 2 2 , and has an outer arc portion 3 2 i at the top edge of the outer screw segment 3 2 2 , and the inner screw segment 3 of the receiving member 3 1 The 1 1 series can be fixed to the telescopic (4) driving portion 1 1 1-terminal, and the receiving member 3 has a working bottom edge of the internal screw segment 3 to provide (four) engaging screws 32 and cooperate with the Engagement screw 3 outer arc portion 3 2 1 inner arc portion 3 ! 2 4 the inner arc portion 3 i 2 is further provided at the bottom edge - a through hole 3 through which the outer screw portion 3 2 2 of the joint screw 3 2 can be inserted 1 3. By the cooperation of the outer arc portion 3 2 of the engaging screw 3 2 and the inner portion 3 1 2 of the receiving member 3 1 , the engaging screw 3 2 can be slightly angled in the receiving member 31. Rotation offset. When the above structure is used, please refer to FIG. 4, which first locks the sigma assembly 3 to the shaft pre-set screw hole of the bearing to be mounted, and then rotates the driving portion 111 of the screw 11 . The other end of the screw 11 is first engaged with the second piece and the piece 3; and each of the pushing elements 2 of the driven component 2 is guided by the guiding portion 丄2 3 of the connecting seat i 2 And moving toward the shaft member and sliding to the outer edge of the shaft member to abut; and then each of the push rods 2 2 is fixed to the outer edge of the shaft member by each of the cools 1, then assembling the swaying assembly 2 is completed. action. Finally, when the bearing for the top material is to be mounted, the adjusting element i 7 is moved away from the screw hole portion 1 2 6 of the connecting seat 2 to the second field distance, and then the rotating component of the driving assembly 1 is rotated. 1 5, and the shaft body 1 3 of the _Saki 1 is pushed against the driven assembly 2 to push the bearing, and the bearing is fitted on the shaft member to achieve the purpose of mounting the bearing. 13 1309696 In the process of pushing the bearing of the shaft member Hi, the bearing sleeve is placed on the driven component 2 by the first end portion 31 of each of the engaging components 2 3 . Connection hole 223: the second end portion of the rod joint assembly 2 3 2 2 is sleeved separately - the extension is made at the end of the 5th extension 24 and the top end member 25 is connected to the end, the bearing can be pushed to the shaft The parts are deeper and the purpose of mounting the bearings is achieved. There are still many examples in which there are still many examples, in which only the details change, '45 to 6', is a second embodiment of the present invention, wherein the screw 1 1 is away from the driving portion iii - the end system Connected - the drawing assembly 4 A is used to disassemble a draw ring R located in the shaft member by the pull tab assembly 4A. The drawing unit 4A is screwed to the end of the screw 1 from the driving part 1 of the driving part 1 by a connecting piece 4 1 A at one end of the internal screw section 4, and the connecting piece 4 1A At the other end, there is a piercing portion 4, and the piercing portion 4 1 2 A can be used to wear a socket 4 2 1 A with a push rod 4 2 a, so that the socket 4 2 1A The pivoting portion 4A can be pivoted, and the connecting rod 4 iA can be moved by the insertion portion 4 1 2 A to pull the push rod 4 2 A toward the screw 1 1 driving portion 1 1 Move in 1 direction. The push rod 4 2 A is connected with a positioning rod 4 3 A for positioning, and the 5 疋 position rod 4 3 A has a slit 4 3 1 A at each end, each of the present, j slot 4 3 1A A chute 4 3 2 A is provided on both sides. Each of the slots 4 3 1A respectively receives a pull rod 4 4 A, and each of the pull rods 4 4 a protrudes outwardly from a hook portion 4 4 1 A, and penetrates each of the 14 1309696 by a positioning member 4 5 A. The sliding groove 4 3 2A respectively limits and positions each of the pulling rods 4 4a in each of the cutting grooves 4 3 1A, so that each of the pulling rods 4 4 a can slide to each of the cutting grooves 4 3 1 A, and then The positioning member 4 5A fixes each of the pull rods 4 : A in each of the slots 4 3 1A so that each of the rods 4 4 A pivots around the respective positioning elements 4 5 A in the slot 4 3 1 a. Each of the pull rods 4 4 A is remote from the hook portions 4 4 1A-end and connected to each other - an adjustment to adjust the relative distance of each of the pull rods 4 4 A hook portion 4 4 - cup 4 6 A, shai adjustment rod 4 6 The A system is provided with a plurality of adjusting members 47A to respectively connect the connecting rods 4 6a, and the connecting rods 4 4 A are pivotally connected to the adjusting rods 46 A. In use, as shown in Fig. 6, it is a schematic cross-sectional view of a bearing used to disassemble one of the shaft members. First, the driven component 2 is mounted on the shaft member of the bearing R to be detached for fixing, and each of the levers 4 4 A is adjusted to an appropriate position by each of the adjusting members 47A. Further, each of the positioning elements 45 A is slightly loosened to adjust each of the rods 4 4 a to pivot the respective adjusting elements 4 7 A, and the hook portions 4 1 1 A of the rods 4 4 A are The combination is hooked on the inner edge of the bearing r to be disassembled. Then, the adjusting component 7 under the connecting seat 12 is first rotated to rotate upward, and the adjusting component i 7 is locked to the bottom of the connecting block 1 2 by the externally threaded segment 丄 7 1 . In the screw hole portion 1 2 6 , the connecting seat 12 does not slide downward. Rotating the driving portion 1 1 1 ' of the driving rod 1 1 in the counterclockwise direction so that the connecting seat 12 2 abuts against the shaft member, so that the drawing assembly 4 A and the driven assembly 2 are relatively moved. This achieves the purpose of disassembling the bearing R in the shaft member. 15 1309696 Finally, please refer to FIGS. 7-9, which is a third embodiment of the present invention, which differs from the first embodiment in that the driven component 2 can be replaced with a driven component 2B of a different structure. It can be converted into a device for removing the outer bearing of the shaft. The driven component 2 B has a plurality of pulling members 2 2 B, and each of the pulling members 2 1 B has a pivoting portion 2 1 1 b at one end, and the pivoting 邛 2 1 1 B can be utilized. A coupling member 27 is pivotally disposed on the pivoting portion 2 2 4 of the connecting seat 1 2 , and each of the pulling members 2 2 B is away from the pivoting portion 2

The 1 B end has a hook portion 2 1 and has a pivot hole 2 1 3 B between the pivot portion 2 1 1 B and the hook portion 2 1 2 B. The screw 1 1 of the driving assembly 1 is further provided with a sliding seat 2 2 B having a through hole 2 2 1 B under the connecting seat 2, and the sliding seat 2 2 B is extended outward from the center. There are a plurality of support wings 2 2 2 B, and the length of each of the crossbar portions 1 2 2 of the joint work 2 is greater than the length of each of the support seats 2 2 2B of the slip seat 2 2 B, and the slip seat 2 2 Each of the support wings 2 2 2 B is provided with a plurality of through holes 2 2 4 B, and the through holes 2 2 4 B are respectively fixed to the drive body 13 by a fixing member 26 The fixing portion χ 3 2 of the extension arm 131. Each of the support wings 2 2 2 B is respectively provided with a rotating portion 2 2 3 B at one end away from the center, and each of the rotating portions 2 2 3 B is respectively provided with a rotating rod 2 3 B, and each of the rotating rods 2 3 B away from the support wing 2 2 2 B rotation part 2 2 3 B-end is respectively pivoted to the pivot hole 2 1 3 各 of each of the pull-out members 2 1 . When the bearing is to be disassembled, the joint assembly 3 is first removed and the driven assembly 2 β is assembled. It can rotate the 16 1309696 integral member 17 under the connecting seat 1 2 to rotate it upward, and the adjusting member 丄 7 is locked to the connecting work by the externally threaded segment 171. 2 In the bottom screw hole 2 6 , the connecting seat 12 does not slide downward. Then fix the sliding seat 2 2 B to the connecting seat by a fixed number 2 6! 2 below, each of the rotating rods 2 3 B-end is pivotally disposed on each of the rotating portions 2 2 3 B of the sliding seat 2 2 B, and the other end is pivotally disposed on each of the pulling members 2 i β Each of the pivoting holes 2 - 3 B, and each of the pulling members 2 1 k rotating portions 2 1 1 B are respectively pivoted - each of the pivoting portions of the connecting block 1 2! 2 4, and then complete the action of assembling the # driven component 2B, wherein each of the pivoting portions 2 of the crossbar 2 2 is provided with a slot i 2 5 The pivoting portion 211B of the ejector 2 1B has an active space when pivoted. Then, when the disassembly operation is to be performed, the driving portion 1 1 1 of the screw 1 1 of the driving assembly 1 is first rotated in a clockwise direction, so that the screw 1 1 is away from the driving portion 1 1 End face, then rotating the rotating element 15 to make the driving body; [3 moves downward, and by the driving body 3 downward (four), the connecting seat 2 is moved relative to the seat 22b, and The pull-out (four) 2! B is opened to allow the bearing to be clamped. Then, the rotating component i 5 is reversely rotated to move the driving body 3 upward, and the connecting body 1 2 is opposed to the sliding seat 2 2 B by the driving body 13 moving upward. The movement causes each of the plucking members 2 1 B to be sandwiched and clamped to the outer periphery of the bearing. Finally, the driving component i screw i driving portion 2 is rotated in a clockwise direction, so that the screw 1 1 is away from the driving portion ii 2 and then continues to perform the action of the top shaft member 'by the screw 1 1 and The driving base 13 and the sliding seat 17 1309696 2 2b, the connecting seat 1 2 even reaches the relative displacement of the outer bearing of the disassembling shaft member, thereby removing the bearing, so that the creation can be combined with the driven component use. When = is broken and can be replaced by 2, it can be applied to the driven component of the component

The lower adjustment component i 7^=; if the screw hole i 2 R ^ at the bottom of the connector η 1 2 is adjusted to be rotated, then the lock (4) is moved, and then the drawing assembly 4 is connected: The = connecting seat 12 is not detached and detached - located in the shaft member: by the drawing assembly 4 A, if replaced, the user can perform the function of disassembling the bearing.从 2 2 B of the driven component 2 b when the outer bearing is used to provide the disassembly shaft: the above-mentioned installation of the invention can be installed and removed on the shaft, '/, the main system is - With the drive components that use different money to connect different driven components, Ya can replace the applied driven components according to the needs of the user, so as to complete the installation and dismantling work by group tools, eliminating the need to use multiple groups / trouble. Furthermore, if it is used for installation, when the drilling of the shaft member is eccentric, the joint assembly can provide an offset angle, and the shaft member and the bearing can be prevented from concentricity after the bearing is mounted due to the eccentricity. Insufficient damage to the outer circumference of the shaft and damage to related parts. The above description of the embodiments is intended to be illustrative of the present invention and is not intended to limit the scope of the present invention. The skilled person understands that the present invention can achieve the foregoing objectives, and has actually filed a patent application in accordance with the provisions of the Patent Law 18 1309696. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is an external perspective view of a mounting driven assembly of the present invention. FIG. 2 is an exploded perspective view of the mounting driven assembly of the present invention. FIG. 3 is a joint assembly of the present invention. The eccentric diagram of the use of the figure 4 is a state diagram of the present invention when a mounting driven component is used for mounting a bearing.

Figure 5 is a perspective view of a drawing assembly of the present invention. Figure 6 is a schematic view of the present invention for attaching a drawing assembly and for pulling a bearing r. Figure 7 is a disassembly of the present invention. FIG. 8 is an exploded perspective view of the disassembled driven component of the present invention. FIG. 9 is a state diagram of the present invention when the disassembling slave component is used for disassembling the bearing.

Fig. 10 is a schematic view showing the use of the first conventional assembly device. Fig. 1 is an external view of the second conventional assembly device. Fig. 5 is a schematic view showing the use of the second conventional assembly device. Fig. 13 is a third application. Appearance of disassembly device [Description of main components] (conventional part) 1 Screw 2 connector 9 Assembly device 911 Drive unit 19 1309696 9 3 Drive unit 9 5 Spring 9 7 Shaft 8 assembly device 1 1 Screw unit 8 2 1 Chute S 3 nesting element 8 5 shaft member 8 6 slide δ 6 2 lobe 8 7 1 extension rod 8 9 stop ring 7 1 screw 7 2 profile screw 7 3 1 long arm 7 4 1 connecting rod 7 5 clamp Claw 7 6 1 perforation 7 8 link (part of the invention) 1 drive assembly 111 drive 9 4 push rod 9 6 shaft connection unit 9 8 bearing 8 1 extension rod 8 2 housing barrel 8 2 2 screw hole 8 4 card Article 8 5 1 bearing 8 6 1 accommodating hole 8 7 push rod 8 8 spring 7 detaching device 711 driving part 7 3 cylinder 7 4 connecting seat 7 4 2 pivoting part 7 6 moving seat 7 7 supporting arm 1 1 screw 1 2 connecting seat 20 1309696 1 2 1 perforating 1 2 3 guiding part 1 2 5 slotting 1 3 driving body 1 3 2 fixing part 1 3 4 housing part 1 4 C-shaped buckle 151 rotating part 1 6 bearing part 1 7 1 external thread section 1 7 3 screw hole 2 1 cool piece 2 1 2 fixing hole 2 2 1 joint section 2 3 joint assembly 2 3 2 second end 2 4 1 hole 2 6 fixing element 3 joint assembly 3 1 1 Screw 3 1 3 through hole 3 2 1 outer arc 1 2 2 crossbar 1 2 4 frame joint 1 2 6 screw hole 131 extension arm 1 3 3 perforation 1 3 5 ring groove 1 5 swirling element 1 5 2 screw hole 17 adjusting element 1 7 2 rotating section 2 driven component 211 clamping part 2 2 push rod 2 2 2 connecting hole 2 3 1 first end 2 4 extension rod 2 5 top element 2 7 joint 3 1 housing 3 1 2 inner arc 3 2 joint screw 3 2 2 outer thread segment 21 1309696 4 A joint assembly 4 1 1A inner thread segment 4 2 A push rod 4 3 A positioning rod 4 3 2 A Chute 4 4 1 A hook 4 6 A adjustment rod 2 B driven assembly 211B pivoting part 2 1 3 B pivoting hole 2 2 1 B perforation 2 2 3 B rotating part 4 1A connecting piece 4 1 2 A wearing Part 4 2 1A socket 4 3 1 A slot 4 4 A tie rod 4 5 A positioning element 4 7 A adjustment element 21B extraction 2 1 2 B hook 2 2 B slip seat 2 2 2 B support wing 2 3 B rotating rod 22

Claims (1)

1 11309696, the scope of application for patents: - a device that can be mounted and removed on a shaft member, mainly comprising a drive assembly for swaying a driven component, wherein: the drive assembly has a screw, one end of the screw The driving component is provided with a driving body on the outer circumference of the screw, and the driving body has a receiving portion for pivoting the rotating component to be disposed in the receiving portion. Perforated, and the rotating element is provided with a screw hole, and the screw is threaded and penetrated through the screw hole of the rotating component and extends through the driving body to receive the space. a driving hole of the driving body and extending away from the rotating component, and extending from the end of each of the stretching arms away from the rotating component by % μ # and having a knife for combining the slave a fixing portion of the moving component; a connecting seat for the driven component is disposed under the driving body, a through hole is formed at a center of the connecting seat, and the screw is inserted through the screw and the connecting seat is at the bottom edge of the through hole The ϋ extends downwardly with an inner diameter larger than the screw hole portion of the perforation, and the connecting seat extends outwardly away from the center by a number of t®, rod #, and each of the crossbar portions and the driving wood body The extending arms are spaced apart, and each of the crossbar portions has a guiding portion for the slave member to slide, and each of the crossbar portions has a pivoting portion at a distance from the center, and each of the pivoting portions The driving component is also provided with a adjusting component for locating the connecting seat under the connecting seat, and one end of the adjusting component has a mateable connection on the outer edge. The connecting seat screw hole portion is outside the thread segment 23 13096 96, and has a screw hole that can be swung and slipped on the screw, and is fixed to the screw hole portion of the connecting seat or is separated from the screw hole portion. • A device for detaching a shaft member as described in item 1 of the patent application, wherein the drive portion is hexagonal. &quot;Den. According to the scope of claim 1 of the patent application, the device can be removed on the shaft member, wherein the upper edge of the receiving portion has a ring groove for the ring. , the device described in Item 4, which can be mounted on the shaft member, wherein the rotating element has a hexagonal shape. The shaft can be used according to the item i of the patent application. A device for performing a device, wherein the rotary member is between the bottom portion and the receiving portion = a bearing member for reducing frictional force. 7 Please (4) Scope! The device described in the item can be mounted on (4) and the device is removed. Each of the pivoting portions has a profile. ^, 2 materials ranking! The versatile material can be installed in a row to remove the device, wherein the adjusting member moves the rotating segment. The Μ is - for the adjustment of the rotation item, which can be carried out on the shaft member. The joint portion of the cross rod portion is sandwiched between one of the eight & & 丨 古 1 ancient + and the workpiece, and each of the clips The workpiece cutter has a clamping portion, which is slidably disposed and disengaged from the guiding portion of each of the transverse portions 24, 1309,696, and the other end of each of the clamping members is respectively provided with a fixing hole for fixing The component is set to fix a push rod. 9. The device for mounting and dismounting on a shaft member according to item 8 of the patent application scope, wherein the jacking rod has a joint portion at one end thereof for matching the fixing hole of the clip member, the joint portion has a joint The perforation corresponding to the fixing hole of the clamping member is provided for the fixing member to be stretched. 1 0. The device for mounting and dismantling on a shaft member according to item 9 of the patent application scope, wherein the joint portion is rectangular. 1 1 . The device for mounting and dismantling on a shaft member according to claim 9 of the patent application scope, wherein the jacking rod is axially disposed at an end face away from one end of the joint portion to provide an interface The linker L of the component. 1 2 . The device for mounting and dismounting on a shaft member according to the scope of claim 1 , wherein one end of the connecting component protrudes from a first end of the connecting hole, and the other end Then, a second end portion is protruded, and the second end portion is further provided with an extension rod. 1 3 · The device for mounting and dismounting on the shaft member according to Item 12 of the patent application scope, wherein the extension rod has a hole at one end for accommodating the second end portion of the engaging component, and the other end is Set a top piece. 1 4 . The device for mounting and dismounting on a shaft member according to the scope of claim 13 of the patent application, wherein the top member is a flat bottom member, and the top member is disposed behind the extension rod . 1 5 . The apparatus for mounting and dismantling on a shaft member according to item 13 of the patent application scope, wherein the top body has a length. 25 1309696 cum:: Please refer to the scope of the first item, which can be installed on the shaft member, and the tapping, wherein the screw is connected to the end of the driving portion to connect the fish and the piece, the joint assembly is A housing with a screw thread is made up of I? The device according to Item 16 of the patent application scope can be mounted on the shaft member, wherein the joint screw has an outer thread and has an outer arc portion at the top edge of the outer thread portion. And the accommodating end and the gingival are further provided for the screw to be fixed to the screw away from the driving portion, and the components are provided at the bottom edge of the inner threaded portion for providing the vertical thread And matching the inner arc portion of the outer arc portion of the joint screw, and the inner portion is further provided with a through hole at the bottom edge for allowing the outer thread portion of the joint wire to penetrate. g can be mounted on the shaft member according to the first aspect of the patent scope of the invention, wherein the screw is provided with a pull-out assembly for removing the bearing at the end of the remote drive portion, and the pull-out assembly is Contains one connection Secondly, the connecting member of the screw, and the connecting member is provided with a push rod, &quot;Hui push and dry and connected with a positioning rod for positioning, and the end is respectively connected with a pair of &amp; f The tie rods, the rods are adjusted to have the same - the adjustable distance of the hooks of the money rods can be adjusted: the items mentioned in the item can be placed on the shaft parts respectively::::: respectively Slotting, pulling, and extending through the sliding grooves 26 9 1309696 by a positioning member, the pulling rods are respectively disposed in the respective ones, so that the respective pulling rods fix the respective pulling rods by the positioning members at 1=, and then Each of the fixed lower members is a towel yawed in the slot. Make all the miscellaneous items. According to the 8th item of the patent application scope ^ 2 And a device for removing and detaching, wherein the connection portion is configured to pass through the end of the push-pull portion, the head is slidable in the insertion portion, and the connector is received by the connector The f-pull is pulled, and the push rod is oriented in the direction of the screw driving portion by means of 1 item, and the piece is mounted on the piece: the connecting rods are connected, and each of the pulling pieces is dragged to the adjusting piece: The device of claim 18, wherein the connecting member is mounted on the shaft member, wherein the connecting member is a screw-on female connector, and the inner screw portion is screwed to the screw away from the driving portion S. Even 2 3 · According to the scope of the patent scope, the equipment can be removed in ~ cum, where the slave 仃 仃 删 删 删 删 删 删 删 删 删 删 删 删 删 ; ; ; ; ; ; The connecting portion of the connecting seat has a hook portion at one end of the pivoting portion, and the pivoting portion and the ::::: - pivoting hole, the screw of the driving component is disposed at the connecting base p: a sliding seat with a through hole' the sliding seat and outward from the center: a plurality of supporting wings are provided, and the length of each of the connecting rods is greater than the sliding Each of the support members is provided with a plurality of through holes, and each of the through holes is fixed to the fixed portion of each of the extending arms of the driving body by the wearing of 27 1309696. The upper wing is arranged away from the center - the end is respectively provided with a turn-by-turn pivoting rod, and each of the rotating rods is far away: the branching portion is pivoted to the pivot of each of the pulling members Hole. 28