TWM397296U - Shock-absorbing structure of a working platform - Google Patents

Description

V. New description: [New technical field] This creation has a shock absorption structure for the working machine, especially a kind of vibration set on the bottom of the working machine to reduce the vibration generated by the working machine during operation. energy. [Prior Art] During the operation of a general working machine, vibrations may occur due to high-speed operation or high-load operation of the machine, such as a field machine, a lathe, a Weng, a milling machine, a punch, a shearer, a grinder or the like. Machinery, etc., the working machine is set in the waste room. In order to listen to the whole machine, the vibration scale caused by the displacement of the scale is caused by the positional displacement. The general operator will fix the machine on the factory floor, but the red machine will be corrected. Because the reaction force of the ground is large, the effect of the vibration is likely to cause damage to the machine itself. /In the early stage, there was a block of money as a buffer. After the block of the grass was spoiled, it was inclined to the level of the 2 implements. Even if the bottom of the machine is placed on the cushion by the so-called base method, the mechanical precision tends to be deviated due to the cold and contraction of the weather (especially the precision of the NC and CNC machines). Therefore, the industry has gradually developed anti-vibration feet for various working machines. Moreover, since the anti-vibration foot is often located at the bottom of the working machine, because the bottom of the working machine and the ground are often not flat, the gap between the other corners and the ground is not formed in a certain 4 solid corner. A situation that is easy to shake. Ten such swaying '凊 凊 参阅 参阅 参阅 参阅 参阅 参阅 参阅 参阅 参阅 参阅 ' ' ' ' ' ' ' M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M The fit between the tempering 12 and the adjusting wire is a kind of planar contact. When the working machine generates vibration during operation, it is easy to cause the moving machine and the anti-vibration foot ί to be displaced, sliding, etc., so The combination is not very stable. In order to improve the above-mentioned looseness problem, please cooperate with Qian 2nd riding*, and it is known that there is a shock-proof foot structure. The rubber base η, the body Μ and the i whole are sequentially arranged by a stud. 23' then the bottom of the working machine and the anti-vibration foot 2 〇 screw lock, the rubber base 22 is fixedly fixed to the ground by a screw 25, and the adjuster 23 is pressed against the bottom of the working machine; the guard machine Although the platform is fixed with the bribe and the ankle lock, the work is 9 times heavy and 1 is very large. The screw 25 will lock the work machine, and its stability is obviously insufficient. In addition, the rubber seat 22 is flat fit. Ground, the same: the vibration of the easy-to-operate machine makes red machine without vibration _2() The phenomenon of shifting 'for the screw 25 with insufficient carrying capacity, it is also easy to cause the destruction of the anti-vibration foot 2〇. It is worth mentioning that when Wang Zuoji (4) vibrates, the overall displacement is caused, and the moving machine of the working machine When it is fixedly connected with other machines or objects (4), it will cause the machine to move the parts and their connected objects. Especially when the rotating parts are running at high speed, the damage of the displacement may cause the components to pop out. For the operating machine The safety of personnel is even more threatening. [New content] - The main purpose of this work is to provide the shock-absorbing structure of the type 1 machine, which is mainly based on the multiple limit singles & On the ground, the suction M397296 seismic base is used to carry a base of the machine, and the base of the machine is embedded in the interior of the shock absorbing base, and the circumferential surface and the bottom surface of the base of the machine are disposed on the shock absorbing base. The inner shock absorbing pad and the absorbing cushion are in contact with each other, and a plurality of missing firmware is disposed on the shock absorbing base, so that the base of the machine and the shock absorbing base are firmly combined; if the shock absorbing base is simultaneously with the ground and the machine Station base fixed The setting can greatly reduce the displacement phenomenon caused by the vibration of the working machine, and ensure the stable operation of the high-speed running mechanism. The reason is that, in order to achieve the above purpose, the creation provides a shock absorbing structure of the working machine, mainly one. The shock absorbing base is horizontally disposed on the ground for supporting and fixing a base of the machine, and the base of the machine is embedded in the interior of the shock absorbing base, so that the circumferential surface and the bottom surface of the base of the machine are in contact with the shock absorbing base, wherein The shock absorbing base is formed by a plurality of frame strips, each of which forms a top surface and a bottom surface, each of the frame strips passing through the plurality of limiting units and the bottom surface and the bottom surface, and the shock absorbing base is The base is fixedly disposed on the ground; the shock absorbing base defines a loading space by the frame strips, and each side of the frame strip is formed with an inner circumferential surface, and the inner circumferential surface is adjacent to the top surface of the frame strip. a cushioning pad, wherein the inner peripheral surface is formed with a plurality of top struts, each of the gussets forming a bearing surface lower than the damper, each of the bearing surfaces is provided with a shock absorbing pad, and the damper pad and each The shock absorbing pads jointly define one The space of the machine is placed in the loading space, and the bottom surface of the base of the machine is pressed against the shock absorbing pad of each of the top blocks, and the circumferential surface of the base of the machine and the frame strip are reduced. The cushion is closed. [Embodiment] In order to make the review committee members have more progress on the purpose, characteristics and effects of this creation - 5 M397296 Steps to understand and understand 'The following records match the simple description of the drawings】Detailed as follows: First, please refer to the As shown in Fig. 2, the present invention provides a preferred embodiment of the shock absorbing structure of the working machine. The shock absorbing base 30 is fixed to the ground by a plurality of squatting techniques. The base 3 is used to carry a base 50 of the machine, and the base 50 of the base is embedded in the interior of the shock absorbing base 3, and a plurality of clamps 60 are disposed through the shock absorbing base 30 to make the base of the machine 50 is firmly coupled with the shock absorbing base 30, and the peripheral surface 53 and the bottom surface 52 of the base 5 of the machine base are in contact with the side shock absorbing base 30, wherein: the δ hai shock base 30 is horizontally disposed on the ground and The plurality of frame strips 31 are provided in a long strip structure, and each of the strips 31 is formed with a top surface 311 and a bottom surface 312. The top surface 311 is provided with a plurality of array holes 315 which are attached to the ground. Each of the frame strips 31 has a plurality of limiting holes 314 extending through the top surface 31. 1 and the bottom surface 312, the plurality of limiting holes 314 are spaced apart from the plurality of array holes 315; the shock absorbing base 30 is surrounded by a side surface 313 of each of the frame strips 31 to form an inner circumferential surface 301, the inner circumferential surface A damping damper 32 is disposed adjacent to the top surface 311 of the frame strip 31, and the inner circumferential surface 301 is extended to form a plurality of spaced apart top struts 33'. Each of the top struts 33 is formed with a lower damper 32. Each of the bearing surfaces 331 is provided with a shock absorbing pad 34. The shock absorbing pad 32 and each of the shock absorbing pads 34 jointly define a loading space 302. The shock absorbing pad 32 and the shock absorbing pad 34 are In the present embodiment, the shock absorbing base 30 is surrounded by four frame strips 31. Each of the frame strips 31 is spaced apart from each other by three limiting holes 314 and two set holes M397296 315. And each of the frame strips 31 is formed on the side surface 313 of the inner peripheral surface 3〇1, and two top support blocks 33 are formed. The frame strip 31, the limiting hole 314, the set hole 315 and the top support block 33 are formed. The quantity can be changed according to actual conditions, and is not limited thereto; each of the plurality of limiting units 40' has a bar and a screw 42 'to the teeth of the bottom surface 312 to 41 311 drilled from the top surface of the frame bar 31 is received in each of the limiting hole 314 so that the teeth of one end 41 d

The planting technology is inserted and fixed on the ground, and the other end 412 is locked and fixed by the screw lock member. Thereby, the strip 31 is provided between the ground and the screw member 42 to be firmly adhered to the ground; The base 50 of the machine is formed with a top surface 51 and a bottom surface ^, and a circumferential surface 53 is formed between the top surface 51 and the bottom surface 52, so that the base 5 of the machine base is placed in the loading space. 3〇2, the top surface 51 is provided with a working machine for setting, and the bottom surface 52 of the base 5G of the machine is pressed against each of the buckles

= 'and the peripheral surface 53 of the base 5G of the machine is combined with the shock absorbing shovel 32 of each of the frame strips 31, the plurality of missing parts 60, each of the clips 6 () has a two-end end for the nip end tear The other end is the operating end 6〇2, each of the missing firmware (10) is ΓΙ and = the screw 61 corresponds to each of the set of holes 31 of the frame 31 is called a straight cooling firmware 60 and the frame strip 31 is 60_ end _ and the operating terminal _ is located in the frame 7 M397296 to take out the base 50 of the machine; when the clamping member 6 is substantially perpendicular to the beam 31, the operating end 602 of the clamping member 60 extends beyond the top surface 311 of the reading frame 31 The detachment end 601 is located on the surface 311 of the base 50 of the machine base, so that the base 5 of the machine base is firmly embedded in the cultivating space 3 〇 2 of the shock absorbing base 30; The seat 30 is fixedly disposed at the same time as the ground and the base 50 of the machine, so as to greatly reduce the displacement phenomenon caused by the vibration of the working machine, and ensure stable operation of the high-speed running mechanism.

The above is the main components of the authoring embodiment and its configuration description. As for the operation mode and its function of the preferred embodiment of the present invention, the following description is as follows: See $1 '2' 3Fig. The shock absorption structure of the machine is set up. Firstly, the screw of the technology secret unit 40 is implanted into the pre-measured position of the planting bar, so that each screw of the screw is disposed corresponding to each of the limiting holes 314 of the frame 3], so that (10)φ 1 is siege to form the shock absorbing base 30. ; on the inner peripheral surface of the shock absorbing base 3〇3〇ι ^

A shock absorbing sleeve 32 is provided, and a shock absorbing plastic 34 is disposed on the top support block 33 of the suction body 30.

In the loading space 30S of the oscillating base 30, the shock absorbing cymbal 32 and the shock absorbing surface pad 34 are interposed between the machine base 50 and the shock absorbing base 30 to prevent squatting Production r

The base of the machine base 50 and the shock absorbing base 3C are in direct contact; finally, each of the clamping member mouthpieces 60 is rotated, so that the clamping ends 601 are pressed against the top surface of the base 50 of the machine base 5, _ wrong, The machine base 5 is firmly fixed to the shock absorbing base 30. [Simple description of the diagram] 8 M397296 Figure 1 shows the appearance of the anti-vibration foot structure. Figure 2 is a schematic cross-sectional view of a conventional anti-vibration foot structure. Fig. 3 is a perspective exploded view of the shock absorbing structure of the present invention. Figure 4 is a three-dimensional exploded view of the shock absorbing base and the base of the machine. Figure 5 is a three-dimensional combination of the shock absorbing base and the base of the machine. [Main component symbol description]

"Knowledge" 10 anti-vibration foot 11 adjustment base 12 cushion 20 shockproof foot 21 body 22 rubber base 23 adjuster 24 stud 25 screw "this new type" 30 shock absorbing base 301 inner peripheral surface 302 loading space 31 frame strip 311 Top surface 312 bottom surface 313 side 314 limit hole 315 set hole 32 cushion 33 top support block 331 bearing surface 34 shock pad 40 limit unit 41 tooth 411 one end 412 other end M397296 42 screw lock 5 0 machine base 52 bottom surface 60 clamp firmware 602 operating end 51 top surface 53 circumferential surface 601 clamping end 61 screw

Claims (1)

Application for Amendment on the 5th of the Republic of China on the 5th of the Republic of China. 6. The scope of application for patents: 1. The shock-absorbing structure of a working machine, which is mainly placed on the ground horizontally by a shock absorbing base for supporting a base of a machine. The base of the base is embedded in the interior of the shock absorbing base, so that the circumferential surface and the bottom surface of the base of the machine are in contact with the shock absorbing base, wherein: the shock absorbing base is composed of a plurality of frame strips, each of the frame strips Forming a top surface and a bottom surface, each of the frame strips is disposed on the top surface and the bottom surface through the plurality of limiting units, and the shock absorbing base is fixedly disposed on the ground; the shock absorbing base is jointly defined by each of the frame strips a mounting space, and each of the side walls of the frame strip is formed with an inner circumferential surface, the inner circumferential surface is adjacent to the top surface of the frame strip, and a damping pad is formed, and the inner circumferential surface is extended to form a plurality of top struts, each of which The top support block is formed with a bearing surface lower than the shock absorbing pad, and each of the bearing surfaces is provided with a shock absorbing pad, and the shock absorbing pad and each of the shock absorbing pads jointly define a loading space; In the loading space, the bottom of the base of the machine Sook pressure provided in each of the top floor of the shock absorber block and the aircraft base station and each of the circumferential surface of the vibration-damping frame strip Sook abutments. 2. The shock absorbing structure of the working machine according to claim 1, wherein each of the frame strips of the shock absorbing base has a plurality of limiting holes extending through the top surface and the bottom surface, each of the limiting units having a threaded rod and a screw-locking member, the strip is inserted from the top surface of the frame to the bottom surface, and is placed in each of the limiting holes, so that one end of the strip is inserted and fixed on the ground, and the other end is The screw lock is fixed and fixed, whereby the frame is clamped between the ground and the nut to be firmly attached to the ground. M397296 The application for correction is made on November 15, 1999. 3. If the patent application is in the first item The shock absorbing structure of the working machine, wherein the top surface of each of the frame bases of the shock absorbing base is provided with a plurality of set holes, each of the set holes is provided with a clamp, and each of the clamps is disposed by a screw. And each of the screws is pivotally coupled to each of the set of holes of the frame strip. 12 M397296 Application for Amendment on November 15th, 1999. IV. Designation of Representative Representatives (1) The representative representative of the case is: (3). (g. A brief description of the symbol of the representative figure: 31 frame 312 bottom surface 314 limit hole 32 cushion 331 bearing surface 40 limit unit 411 one end 42 screw member 60 clamp 602 operation end 311 top surface 313 side 315 Set hole 33 top support block 34 shock absorber pad 41 tooth strip 412 other end 601 clamp end 61 screw 2