TWM442899U - Anti-shock foot-stand structure with horizontal adjustment - Google Patents

Description

M442899 V. New description: [New technical field] [0001] This creation is about a foot, especially a foot that can be mounted on a machine. The foot can be adjusted with a horizontal automatic adjustment seat. The appropriate height, and then a technical model for the automatic adjustment of the machine equipment 360 degrees horizontally. [Prior Art] [0002] According to the problem of whether the placement of machinery and equipment is stable, the machining accuracy of the horizontal and vertical angles of the φ machining axis and the working platform is directly related to the installation and configuration of the equipment. However, the smooth state of the rose set by the machine equipment depends on the structural design of the support foot. Once the equipment is installed smoothly, it is faced with the problem of earthquake resistance. When the equipment is vibrated due to earthquake or self-operation, and the equipment attached to the machine is offset, it must be reset and proofread.

The work of I, and the greater the scale of the equipment, the greater the labor, manpower and cost of the work. # [0003] Therefore, some manufacturers have developed a conventional structure 9 as shown in Figures 9 and 10, which is an adjusted shockproof structure for the "Adjustable Shockproof Foot Structure" of the new national patent No. M335340. The foot structure 'includes the adjustment base 91. The top of the adjustment base 91 is provided with a soft buffer 92. The cushion 92 includes a flat plate 921, and the periphery of the flat plate 921 extends downwardly to the wall 922, and The flat plate 921 is attached to the top surface of the adjustment base 91 and abuts against the outer edge of the adjustment base 91 by the peripheral wall 922. The peripheral wall 922 is formed by a horizontal direction against the adjustment base 91. Stable. The adjustment base 91 is composed of an upper wedge 911, a middle wedge 912, a 10121567 production order number A0101, a third page, a total of 28 pages 1012050732-0 M442899, a lower wedge 913 and an adjustment rod 914. The upper wedge 911, the middle wedge 912, and the lower wedge 913 are mutually inclined with each other, and the head end of the adjusting screw 914 is pivoted to the middle wedge 912, and the head end of the adjusting screw 914 is connected. The screw seat 94 is disposed on the lower wedge 913. Therefore, the middle wedge 912 is moved left and right through the rotation of the adjusting rod 914, and the upper wedge 911 and the lower wedge 913 are pushed by the inclined surface of the middle wedge 912. The inclined surface 93 slides a sliding post 93 fixed under the flat plate 921 in a sliding slot 915 provided in the lower wedge 913, so that the cushion 92 can be adjusted at an appropriate height. [0004] However, the adjusting screw 914 of the prior art structure 9 has only a single thread 916, and only the thread 916 is pierced and contacts a screw hole 941 provided in the screw seat 94 to support the entire load level of the machine adjustment level. Even if the machine has been transported to a high load, the user still does not easily rotate the adjustment lever 914, so the conventional structure 9 is more suitable for a lighter weight machine. [New content]

[0005] In view of this, the applicant has been adhering to the experience of many years in this business. After continuous research and experimentation, Yan Mengsheng designed a horizontally adjustable anti-vibration foot structure (3). Therefore, the main purpose of this creation is to provide a level-adjustable anti-vibration foot structure (3) that can withstand high loads. The second objective of this creation is to provide a level-adjustable anti-vibration foot structure (3) that can be easily and easily adjusted. [0006] In order to carry out the above-mentioned purposes, the present creator has created a horizontally-adjusted anti-vibration foot structure (3) with a long-term research and conception of the foot, which has two embodiments, of which the first The embodiment is mainly composed of a body, and the body body is provided with a receiving groove, and the receiving groove 10121567^^^^* A〇101 4th page/28 pages 1012050732-0 M442899 is provided a top cover of the hollow space, and a positioning screw seat at the bottom of the receiving groove; a stud, the stud is connected to the positioning screw of the seat body, and the stud is provided with a nut a slider group, the slider group is composed of a left sliding block and a right sliding block, and is respectively disposed on two sides of the positioning screw seat, and the top sliding surface of the right sliding block and the right sliding block are formed together a v-slot area; a horizontal adjustment seat, the horizontal adjustment seat body is provided with a central hole for providing the stud penetration, and the top surface of the horizontal adjustment seat body is provided with a ball socket and a ball socket block, and The bottom surface of the horizontal adjustment seat is provided with a bottom tip groove, and the bottom edge groove is provided with a protruding portion, and The bottom tip slot is placed in the V-groove area; and a transmission set further includes a drive screw, a pull block and at least one pull rod; wherein the drive screw is provided with a helix angle opposite to each other (also That is, the first thread and the second thread of the positive and negative angles, and the head end of the transmission screw is exposed on one side of the seat body, and the second thread is connected to the right sliding block, and the pulling block is set The first thread is connected to the side of the pulling block, and the front end of the rod passes through the right sliding block, and finally is connected to the left sliding block, and a rubber layer is disposed on the bottom plate. „

[0007] Another embodiment includes: a body, the body body is provided with a receiving groove, and the receiving groove is provided with an upper cover having a hollow portion, and is at the bottom of the receiving groove a positioning screw seat and a sliding slot are provided, and the positioning screw seat is provided with a through hole; a stud is connected to the positioning screw seat of the seat body, and the stud is provided with a nut; The block group is composed of a left sliding block and a right sliding block and is respectively disposed on two sides of the positioning screw seat, wherein the left sliding block and the right sliding block together form a V. groove area, and A sliding block is respectively arranged at the bottom of the left sliding block and the right sliding block, and each sliding block is mounted on the sliding groove of the seat body; a horizontal adjusting seat, 10121567^^ A〇101 5th page/28 pages 1012050732-0 M442899 is a horizontal hole of the horizontal adjustment seat body for providing the stud penetration, and a top surface of the horizontal adjustment seat body is provided with a ball socket and a ball socket block, and a bottom is arranged on the bottom surface of the horizontal adjustment seat a sharp groove, wherein the bottom tip groove is provided with a protruding portion, and the bottom tip groove is placed in the v groove portion; The driving screw is provided with a first thread and a second thread (that is, positive and negative angles) whose spiral angles are opposite to each other, and the head end of the driving screw is exposed and pivoted to the seat body. On one side, the second thread is inserted through the through hole of the positioning screw and is connected to the left sliding block, and the first thread is connected to the right sliding block, and the bottom plate is provided with a rubber layer. [0008] Therefore, compared with the prior art, the present invention has the following advantages: [0009] 1. The creation system is provided with a first thread and a second thread on the transmission screw of the height-adjustable height adjustment seat. And subject to the left sliding block, the right sliding block movement, the load, and the left and right sliding blocks have to withstand the weight of the machine that the horizontal adjusting seat is subjected to, and the transmission screw has two places to bear the load from the machine. Therefore, it is possible to withstand the heavier machine than the conventional structure 9.

[0010] 2. The drive screw of the present invention is provided with a first thread and a second thread. If, in the first embodiment, the first thread is responsible for driving the left sliding block, the second thread is responsible for driving the right sliding block, and then adding The spiral angles of the first thread and the second thread are opposite to each other (that is, positive and negative angles) are respectively reversed, so if the driving screw is set to rotate positively, the left sliding block and the right sliding block are mutually When the drive screw is set to reverse rotation, the left sliding block and the right sliding block are away from each other. Moreover, the helix angles of the first and second threads are respectively reversed, and the left and right sliding blocks can be moved more quickly when the driving screw is rotated, that is, the horizontal adjusting seat can quickly reach the appropriate height, and the profit 10121567^ ^^ A〇101 Page 6 of 28 Page 1012050732-0 M442899

[0013]

Use its ball and socket block to let the machine automatically adjust the level 360 degrees. [Embodiment] [〇〇m In order to further explain the above objects, technical means and effects achieved by the present author, the present creator will describe in detail several embodiments as follows: [0012] First, please refer to the first The figure to the figure shown in Fig. 4 is the first embodiment of the creation, which is a creation of a shock-proof foot structure (3) A with horizontal adjustment, comprising: a body 1, a stud 2 a slider group 3, a horizontal adjustment base 4, a transmission group 5 and a gasket 6; wherein the base body 1 is provided with a receiving groove 11 and the receiving groove 11 is provided An upper cover 12 having a cutout 121 and a positioning screw 13 at the bottom of the receiving slot 11; and the base 1 is a bottom plate 101 for fixing the receiving slot 11 The groove 11 forms two wing portions 102, and the two wing portions 102 are respectively provided with a fixing hole 103 for fixing the foot to the ground. Moreover, the accommodating groove 11 is provided with a smooth sliding area 111, and the slider group 3 is disposed on the sliding area 111, and the width D2 of the hollow portion of the upper cover 12 is matched with the HD3 of the horizontal adjusting seat. The width D1 of the receiving groove is matched with the width D3 of the horizontal adjusting seat, and the width D4 of the bottom sharp groove of the horizontal adjusting seat is matched with the width D5 of the slider group, and the width D1, D2 is used. The setting of D3, D4, and D5 allows the left slider 31 and the right slider 32 to smoothly move linearly left and right in the sliding area 111. The bottom of the positioning screw 13 is connected to the bottom of the receiving slot 11 by a thread 131, and the top of the positioning screw 13 is provided with a screw hole 132 to provide the bottom end of the stud 2, and the positioning is further provided. The top of the screw base 13 is provided with a driving groove 133, wherein the driving groove 133 is formed as a flat shape or an inner hexagon, so that the stud 2 is screwed into the screw hole 132 of the positioning screw seat 13. In particular, the 1012156# single number A0101 on the drive screw 51 is 7th/28 pages 1012050732-0 M442899 The outer diameter of the first thread 511 is larger than the outer diameter of the second thread 512, and the head end of the transmission screw 51 51 3 is set as a hexagonal head 51 6 , which is advantageous for the user to take the opening wrench into the hexagonal head 516 to rotate the transmission screw 51 . In addition, a limiting ring protrusion 15 is disposed on the periphery of the positioning screw seat 13. The limiting ring protrusion 15 is located in the center hole 41 of the horizontal adjusting base 4, and the positioning step is limited to the positioning screw seat 13 to The position of the level adjustment seat 4 is prevented from being too high. [0014] The stud 2 is connected to the positioning screw 13 of the seat body 1 , and the stud 2 is provided with a nut 22 . Further, the top end of the stud 2 is provided with a rotating quadrangular head 21' to facilitate the user to take the opening plate and the card is inserted into the quadrangular head 21 to rotate the stud 2. [0015] The slider group 3 is composed of a left sliding block 31 and a right sliding block 32 and is respectively disposed on two sides of the positioning screw seat 13, wherein the left sliding block 31 is The left inclined surface 311 and the right inclined surface 321 of the right sliding block 32 collectively form a V-groove area 30. [0016] The horizontal adjustment seat 4 is configured such that the horizontal adjustment seat body 40 is provided with a central hole 41 for providing the stud 2, and the top surface of the horizontal adjustment base body 4 is provided with a ball socket 42 and a ball. The bottom block 43 is provided with a bottom tip groove 44' on the bottom surface of the horizontal adjustment base 4, and the bottom tip groove 44 is provided with a protruding portion 441, and the bottom tip groove 44 is placed in the aforementioned V-groove area 30. And the left and right inclined surfaces 311, 321 of the left and right sliding blocks 31, 32 are driven by the drive" [00Π] The transmission group 5' includes the transmission screw 51 and a pulling block 52. And at least one pull rod 53; wherein the driving screw 51 is provided with a first thread 511 and a second thread 512, and the head end 513 of the driving screw 51 is exposed on one side of the seat body 1, and the second thread 512 is Connected to the right sliding block 32, and the pulling block 52 is disposed on the first thread 511, and is connected to the side of the pulling block 52 1012050732-0 1Q121567f single number A0101 page 8 / 28 pages M442899 The rod 53 is pulled, and the front end of the rod 53 passes through the right sliding block 32 and is finally connected to the left sliding block 31. As well as the use of the foot, the notch 61. can be placed over the stud 2 and the leveling seat 4. [ 简 简] 胄 第 第 , , , , , , , 本 本 本 本 ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' A flange 514 of the head end 513 abuts against an inner side of the receiving groove U, and the hexagonal head 516 is exposed, and the driving screw is further driven. The receiving portion 515 is located in the through hole 112. The front end of the second thread 512 of the driving screw 51 is connected to the right sliding block 32, so that the driving screw 5 is horizontal, so that the user can use the same. The open hand rotates the head end 513 of the drive screw 51, so that the drive screw 51 can be rotated in place. _0] and the creation can be lightly leveled 4 at an appropriate height (four) is the pull of the drive screw 51 The first thread 51 and the right slider 32 on the % screw 5 are disposed on the second thread 5, 12 of the transmission screw 51. The first thread 512 directly drives the right slider 32. In particular, the first thread 511 is connected to the pull rod 53 through the pulling block 52, and the pull is again: after the right sliding block 32 is worn, the left sliding block 31 is connected, so that a thread 511 can indirectly drive the left sliding Block 31. "[〇〇21] ^The spirals of the first thread 511 and the second thread 512 of the adjusting screw 51 are opposite to each other (that is, positive and negative angles), and therefore, if the user uses the workpiece to adjust the adjustment The screw pattern 51 drives the left sliding block 31 to drive the left sliding block 31 inwardly to the size of the groove portion 30, and the bottom edge groove 44 passing through the bottom of the horizontal adjusting seat 4 is affected by the driving of the V groove portion 3〇, and is raised. This level adjusts the seat 4. The left inclined surface 311 of the left sliding block 31 and the right inclined surface 321 of the right sliding block 32 push the protruding point in the bottom groove of the horizontal adjusting seat 4 when the left and right sliding blocks 3丨, 32 are inwardly contracted inwardly. The portion 441 further pushes up the height of the horizontal adjustment seat 4. Therefore, if the user reverses the adjustment screw 51 with a tool, the first thread 5 Π drives the left sliding block 31 outwardly. The second thread 512 also drives the right sliding block 32. The size of the V-groove area 30 can be enlarged, and the bottom cusp 44 passing through the bottom of the horizontal adjustment seat 4 is affected by the expansion of the V-groove area 30, and the height of the horizontal adjustment seat 4 is adjusted and lowered. Referring to Fig. 5, when the plurality of first embodiment feet are matched with the machine equipment for the factory interior arrangement (LAYOUT), usually the ground level 8 does not matter the absolute level 'it must be uneven ground 8, so it is necessary to The base plate 71 is mounted on the bottom of the machine device 7. The mounting foot is installed in the manner that the stud 2 of the foot is inserted through the base plate 71, and then the screw nut 22 is tightly pressed above the base plate 71. . The lower surface of the base plate 71 of the machine device 7 will abut against the ball and socket block 43 on the horizontal adjustment base 4, and the bottom of the ball writing block 43 is placed on the ball socket 42 of the horizontal adjustment seat 4. In the above, the ball and socket block 43 is subjected to the weight load of the machine device 7, and the ball and socket block 43 is automatically adjusted in angle by 360 degrees with the uneven ground surface, that is, the plurality of first embodiment feet The 360 degree automatic adjustment of the level of the overall machine equipment 7 can be performed to enhance the machine shockproof effect to maintain the work accuracy of the machine equipment 7. Referring to Fig. 6 to Fig. 7, the second embodiment of the present invention is the same as the first embodiment, except that the pull is omitted. A0101 Page 10 of 28 M442899

After the block 52, the tie rods 53 and their corresponding corresponding mating members, and then the drive screw 51 is elongated and penetrates the through hole 134 provided in the positioning screw seat 13, the first thread 511 and the second thread 512 located on the transmission screw 51 are also equivalent. The first thread 511 is connected to the right sliding block 32, and the second thread 512 is inserted through the through hole 134 of the positioning screw 13 and finally connected to the left sliding block 31. In order to prevent the left sliding block 31 and the right sliding block 32 from being reversed during the driving movement, a sliding groove 14 is specially provided in the sliding area 111 of the bottom surface of the receiving groove 11 of the base body 1, and the left sliding block 31 and the right sliding block are further disposed. A sliding block 312, 322 is respectively disposed on the bottom surface portion of the block 32, and each of the sliding blocks 312, 32 is mounted in the sliding groove 14 of the seat body 1, so that when the driving screw 51 is rotated for positive rotation, Then, the left sliding block 31 and the right sliding block 32 are close to each other to shrink the size of the V-groove area 30, thereby raising the horizontal adjusting seat 4. If the transmission screw 51 is set to reverse rotation, the left slider 31 and the right slider 32 are separated from each other to expand the V-groove area 30, thereby lowering the level adjustment seat 4. Therefore, the helix angles of the first and second threads 511, 51 2 of the transmission screw 51 are each reversed, and the left and right sliders 31, 32 can be made faster when the transmission screw 51 of the second embodiment is rotated. Move, so that the level adjustment seat 4 can quickly reach the appropriate height. [0024] In combination with the above embodiments, the present invention relates to a "horizontal adjustment anti-vibration foot structure (3)", and its constituent structure and achieved effects have not been seen in books or public use, and are in line with the new type. Patent application requirements, please ask the Bureau to understand the patent, grant patents as soon as possible, to pray. BRIEF DESCRIPTION OF THE DRAWINGS [0025] Fig. 1 is a perspective view showing the first embodiment of the creation. 1012050732-0 [0026] Fig. 2 is a cross-sectional view showing the first embodiment of the creation. 1()121567f单单A0101 Page 11 of 28 M442899 [0027] Fig. 3 is an exploded perspective view of the first embodiment of the creation. 4 is a longitudinal sectional view showing a first embodiment of the creation. [0029] FIG. 5 is a schematic view showing the application to the bottom surface of the machine. [0030] FIG. 6 is a perspective exploded view of the second embodiment of the present creation. [0031] FIG. 7 is a cross-sectional view of the second embodiment of the present creation. 8 is a longitudinal sectional view showing a second embodiment of the present creation. [0033] FIG. 9 is an external view of the conventional structure 9.

[0034] FIG. 10 is a combined cross-sectional view of a conventional structure 9. [Main component symbol description] [0035] [This creation]

[0036] Earthquake-proof foot structure with horizontal adjustment (3)----A

[0037] seat body 1 body 10 [0038] bottom plate 101 wing 102

[0040] fixing hole 103 receiving groove 11 [0040] sliding area 111 through hole 11 2 [0041] upper cover 12 hollow portion 121 [0042] positioning screw 13 thread 131 [0043] screw hole 132 driving groove 133 [0044] Perforated 134 sliding groove 14 [0045] Limit ring convex 15 stud 2 (8) is the production order number A0101 page 12 / total 28 pages 1012050732-0 M442899 reference [0046] square head 21 nut 2 2 [0047] slider Group 3 V Slot Area 30 [0048] Left Sliding Block 31 Left Slope 311 [0049] Sliding Block 312 Right Sliding Block 32 [0050] Right Slope 3 21 Sliding Block 322 [0051] Horizontal Adjustment Seat 4 Horizontal Adjustment Seat Body 40 [0052] Center hole 41 ball socket 42 [0053] Ball socket 43 bottom slot 44 [0054] protruding portion 441 transmission group 5 [0055] transmission screw 51 first thread 511 [0056] second thread 512 head end 513 [0057] Flange 514 receiving portion 515 [0058] Hex head 5 6 Pulling block @ [0059] Pull rod 53 spacer 6 [0060] Machine equipment 7 Base plate 71 [0061] Floor 8 width D D D2, D3, D4, D5 [0062] [Practical] [0063] Conventional Structure 9 Adjustment Base 91 [0064] Upper Wedge 911 Wedge 912 [0065] Lower Wedge 913 Adjustment Screw 914 Page 13 of 28 HU2156# Single No. A〇101 1012 050732-0 M442899 [0066] Chute 915 thread 916 [0067] Cushion 92 plate 921 [0068] Peripheral wall 922 spool 93 [0069] Screw seat 94

10121567^^ A〇101 Page 14 of 28 1012050732-0

Claims (1)

M442899 VI. Scope of Application: 1. A horizontally adjustable anti-vibration foot structure (3), comprising: a body, the body is provided with a receiving slot, and the receiving slot is provided with a top cover of a cutout, and a positioning screw seat at the bottom of the receiving slot; a stud, the stud is connected to the positioning screw of the seat body, and the stud is provided with a nut; a slider group, the slider group is composed of a left sliding block and a right sliding block, and is respectively disposed on two sides of the positioning screw seat, wherein the top sliding surface of the left sliding block and the right sliding block together form a V a horizontal adjustment seat, the horizontal adjustment seat body is provided with a central hole for providing the stud penetration, and the top surface of the horizontal adjustment seat body is provided with a ball socket and a ball socket block, and at the level The bottom surface of the adjusting seat is provided with a bottom sharp groove, and the bottom sharp groove is provided with a protruding portion, and the bottom sharp groove is placed in the V-groove area; and a transmission shaft further comprises a transmission screw, a pulling block and at least one pull rod; wherein the driving screw is provided with a first thread and a second crepe with opposite spiral angles, and the head end of the 4 screw is exposed on one side of the seat body, The second thread is connected to the right sliding block, and the pulling block is disposed on the first thread, and the pull rod is connected to the side of the pulling block, and the front end of the rod passes through the right sliding block, and finally Set in the left clear moving block. 2. The horizontally adjustable anti-vibration foot structure (3) according to the scope of claim 1 of the patent application, further comprising a plurality of spacers. 3. The horizontally adjustable anti-vibration foot structure (3) according to claim 1 or 2, wherein the seat system is provided with a receiving groove on a bottom plate, and the two wings are formed in the receiving groove, and The two wing portions are respectively provided with a fixing hole, and the receiving groove is provided with a smooth sliding area, and the slider group is placed on the sliding 10121567# single number A〇101 ^ 15 1 / * 28 I 1012050732- 0 M442899 area, another layer of rubber on the bottom plate. 4. The structure (3) having a horizontally adjusted anti-vibration base according to claim 1 or 2, wherein the width D2 of the hollow portion of the upper cover is matched with the width D3 of the horizontal adjustment seat, and the receiving groove The width D1 is matched with the width D3 of the horizontal adjustment seat, and the width D4 of the bottom edge groove of the horizontal adjustment seat is matched with the width D5 of the slider group. 5. The horizontally adjustable anti-vibration base according to item 1 or 2 of the patent application scope The structure (3), wherein the bottom of the positioning screw is screwed to the bottom of the receiving groove, and the top of the positioning screw is provided with a screw hole to provide a stud connection, and the top of the positioning screw A driving slot is provided, and a limiting ring protrusion is arranged on the periphery of the positioning screw. 6. A horizontally adjustable anti-vibration mount structure (3) according to claim 1 or 2, wherein the top end of the stud is provided with a rotating quadrangular head. 7. The horizontally adjustable anti-vibration foot structure (3) according to claim 1 or 2, wherein an outer diameter of the first thread of the transmission screw is larger than an outer diameter of the second thread, and the head of the transmission screw The end is set to a hexagonal head. 8. A type of anti-vibration foot structure with horizontal adjustment (3), which includes: The body body is provided with a receiving groove, and the receiving groove is provided with an upper cover having a hollow portion, and a positioning screw seat and a sliding groove are arranged at the bottom of the receiving groove. The positioning screw seat is provided with a through hole; a threaded rod is connected to the positioning screw seat of the seat body, and the stud is provided with a nut; a slider group is a slider group The sliding block and the right sliding block are respectively formed on the two sides of the positioning screw seat, wherein the left sliding block and the right sliding block together form a V-groove area, and the left sliding block and the right sliding block are respectively provided with a bottom portion. a sliding block, and each sliding block is mounted on the sliding groove of the aforementioned seat; 10121567^WA〇101 Page 16 of 281012050732-0 M442899 A horizontal adjusting seat, the horizontal adjusting seat body is provided with a central hole to provide the The stud is extended, and the top surface of the horizontal adjusting seat body is provided with a ball socket and a ball socket block, and a bottom tip groove is arranged on the bottom surface of the horizontal adjusting seat, and the bottom sharp groove is provided with a protruding portion And the bottom tip slot is placed in the v-groove area; and a drive screw is the drive screw a first thread and a second thread are disposed on the rod, and the head end of the driving screw is protruded and pivoted on one side of the seat body, and the second thread is inserted through the through hole of the positioning screw seat and is connected to the left sliding Block, and the first thread is connected to the right sliding block. 9. The horizontally adjustable anti-vibration foot structure (3) according to item 8 of the patent application scope, further comprising a plurality of spacers. 10. The horizontally adjustable anti-vibration base structure (3) according to claim 8 or 9, wherein the seat system is provided with a receiving groove on a bottom plate, and the two wings are formed in the receiving groove. Each of the portions is provided with a fixing hole, and the receiving groove is provided with a smooth sliding area, and the slider group is disposed in the sliding area. 11. A horizontally adjustable anti-vibration base as described in claim 8 or 9 of the scope of the patent application The structure (3), wherein the width D2 of the hollow portion of the upper cover is matched with the width D 3 of the horizontal adjusting seat, and the width D1 of the receiving groove is matched with the width D3 of the horizontal adjusting seat, and The width D4 of the bottom edge groove of the horizontal adjustment seat is matched with the width D5 of the slider group. 12. The horizontally adjustable anti-vibration base structure (3) according to claim 8 or 9, wherein the bottom of the positioning screw is screwed to the bottom of the receiving groove, and the positioning screw is A screw hole is provided at the top to provide a stud connection, and a top of the positioning screw seat is provided with a driving groove. 13. The horizontally adjustable anti-vibration mount structure (3) according to claim 8 or 9, wherein the top end of the stud is provided with a rotating quadrangular head. 14. Earthquake-proof feet with horizontal adjustment according to the scope of application No. 8 or 9 of the patent application 1〇121567#单号A0101 Page 17/28 pages 1012050732-0 M442899 Structure (2) Outer diameter of the pattern, wherein the transmission The outer diameter of the first thread of the screw is larger than the second screw, and the head end of the transmission screw is set to a hexagonal head. 10121567^^ A〇101 Page 18 of 28 1012050732-0