阅读说明：本技术 一种用于石材加工的节水型桥式打磨系统 (A kind of water-saving bridge-type polishing system for processing of stone ) 是由 李佰强 于 2019-09-11 设计创作，主要内容包括：本发明涉及一种用于石材加工的节水型桥式打磨系统,包括打磨装置,所述打磨装置包括驱动电机、传动轴和磨盘,所述驱动电机与传动轴的一端传动连接,所述磨盘安装在传动轴的另一端,所述传动轴后上设有辅助机构和至少两个加水机构,所述加水机构以传动轴的轴线为中心周向均匀分布,所述辅助机构包括连接环、连接管、转动管和至少两个连杆,所述加水机构设置在连接环的远离磨盘的一侧,加水机构包括水箱、水管、挤压盘、密封组件和至少两个复位组件,该用于石材加工的节水型桥式打磨系统通过辅助机构避免了打磨期间水溅出的情况,提高了加工环境的整洁性,不仅如此,还通过加水机构减少水资源的浪费,实现节水。(The present invention relates to a kind of water-saving bridge-type polishing systems for processing of stone, including grinding device, the grinding device includes driving motor, transmission shaft and mill, the transmission connection of one end of the driving motor and transmission shaft, the mill is mounted on the other end of transmission shaft, auxiliary body and at least two water supply mechanisms are equipped with after the transmission shaft, the water supply mechanism is circumferentially uniformly distributed centered on the axis of transmission shaft, the auxiliary body includes connection ring, connecting tube, rotation pipe and at least two connecting rods, the side of the separate mill of connection ring is arranged in the water supply mechanism, water supply mechanism includes water tank, water pipe, squeeze disk, seal assembly and at least two reset assemblies, the case where water splashes out during the water-saving bridge-type polishing system for being used for processing of stone avoids polishing by auxiliary body, improve the cleaning of processing environment , moreover, the waste of water resource is also reduced by water supply mechanism, realize water-saving.)

1. a kind of water-saving bridge-type polishing system for processing of stone, including grinding device, the grinding device includes driving Motor (1), transmission shaft (2) and mill (3), one end transmission connection of the driving motor (1) and transmission shaft (2), the mill (3) it is mounted on the other end of transmission shaft (2), which is characterized in that the transmission shaft (2) is equipped with auxiliary body and at least two afterwards Water supply mechanism, the water supply mechanism are circumferentially uniformly distributed centered on the axis of transmission shaft (2)；

The auxiliary body includes connection ring (4), connecting tube (5), rotation pipe (6) and at least two connecting rods (7), the connection ring (4), connecting tube (5) and rotation pipe (6) are coaxially disposed with transmission shaft (2), and the internal diameter of the rotation pipe (6) is greater than mill (3) Diameter, the outer diameter of the rotation pipe (6) is less than the internal diameter of connecting tube (5), the outer diameter of the connecting tube (5) and connection ring (4) Outer diameter it is equal, the internal diameter of the connection ring (4) is equal with the diameter of transmission shaft (2), the transmission shaft (2) pass through connection ring (4), the transmission shaft (2) seals and is fixedly connected with connection ring (4), between being equipped between the connection ring (4) and mill (3) Gap, the connecting tube (5) and a side seal of the close mill (3) of connection ring (4) and is fixedly connected, and the rotation pipe (6) sets It sets in connecting tube (5), gap is equipped between the rotation pipe (6) and connection ring (4), the connecting rod (7) is with transmission shaft (2) It is circumferentially uniformly distributed centered on axis, the fixed company of inner wall that the periphery of the rotation pipe (6) passes through connecting rod (7) and connecting tube (5) It connects, the side of the separate connection ring (4) of one end and mill (3) of the separate connection ring (4) of the rotation pipe (6) is in same flat Face, one end of the separate connecting tube (5) of the rotation pipe (6) and the distance between connection ring (4) are separate greater than connecting tube (5) The distance between one end and connection ring (4) of connection ring (4)；

The water supply mechanism is arranged in the side of the separate mill (3) of connection ring (4), and water supply mechanism includes water tank (8), water pipe (9), disk (10), seal assembly and at least two reset assemblies are squeezed, the shape of the water tank (8) is cylinder, the water tank (8) axis is vertical with the axis of transmission shaft (2) and intersects, and the water tank (8) is fixed on connection ring (4), the water tank (8) Interior to be equipped with clear water, one end of the separate transmission shaft (2) of the water tank (8) is equipped with apopore, and the apopore and water tank (8) are coaxial Setting, the connection ring (4) are equipped at least two mounting holes, and the mounting hole and water pipe (9) correspond, the water pipe (9) in one end insertion apopore, the other end of the water pipe (9) passes through mounting hole and is arranged in rotation pipe (6), the water pipe (9) it seals and is fixedly connected with the inner wall of the inner wall of mounting hole and apopore respectively, the water tank (8) is by water pipe (9) and turns Dynamic pipe (6) connection, the extruding disk (10), reset assembly and seal assembly are arranged in water tank (8), the extruding disk (10) Diameter it is equal with the internal diameter of water tank (8), extruding disk (10) slidingly and sealingly connect with the inner wall of water tank (8), it is described squeeze Platen (10) is bonded with the inner wall of close transmission shaft (2) side of water tank (8), and the reset assembly is with the axis of water tank (8) Center, which is circumferentially uniformly arranged on, to be squeezed on disk (10), and the seal assembly is arranged on apopore.

2. being used for the water-saving bridge-type polishing system of processing of stone as described in claim 1, which is characterized in that the reset group Part includes slide bar (11), the first spring (12) and connecting hole, and the slide bar (11) is parallel with disk (10) are squeezed, and the connecting hole is set It sets on squeezing disk (10), the aperture of the connecting hole is equal with the diameter of slide bar (11), and the slide bar (11) passes through connecting hole, The slide bar (11) slidingly and sealingly connect with the inner wall of connecting hole, and the both ends of the slide bar (11) are separately fixed at water tank (8) On the inner wall of two sides, the side of the separate transmission shaft (2) for squeezing disk (10) is remote with water tank (8) by the first spring (12) Inner wall connection from transmission shaft (2) side.

3. being used for the water-saving bridge-type polishing system of processing of stone as described in claim 1, which is characterized in that the sealing group Part includes fixing pipe (13), sealing ring (14), seal disc (15) and two mobile units, the fixing pipe (13), sealing ring (14) it is coaxially disposed with apopore with seal disc (15), the outer diameter of the sealing ring (14) is equal with the internal diameter of fixing pipe (13) And it is greater than the aperture of apopore, the diameter of the seal disc (15) is equal with the internal diameter of sealing ring (14), the fixing pipe (13) One end and water tank (8) the inner wall sealing equipped with apopore side and be fixedly connected, the other end of the fixing pipe (13) with It squeezes and is equipped with gap between disk (10), the sealing ring (14), seal disc (15) and mobile unit are arranged at fixing pipe (13) Interior, the sealing ring (14) seals and is fixedly connected with the inner wall of fixing pipe (13) middle-end, and the seal disc (15) is arranged close In the annular distance of seal ring (14), the seal disc (15) slidingly and sealingly connect with the inner wall of sealing ring (14), the seal disc (15) it is located between two mobile units, the mobile unit drives seal disc (15) along the axial movement of fixing pipe (13).

4. being used for the water-saving bridge-type polishing system of processing of stone as claimed in claim 3, which is characterized in that the sealing ring (14) stop-leak compound is coated with the junction of seal disc (15).

5. being used for the water-saving bridge-type polishing system of processing of stone as claimed in claim 3, which is characterized in that described mobile single Member includes support rod (16), sliding block (17) and second spring (18), and the support rod (16) and seal disc (15) are coaxially disposed, institute The diameter for stating support rod (16) is less than the diameter of seal disc (15), and the support rod (16) is fixed on seal disc (15), described Sliding block (17) is set on support rod (16), and the sliding block (17) is fixed on the inner wall of fixing pipe (13), the second spring (18) between sliding block (17) and seal disc (15), the seal disc (15) is connected by second spring (18) and sliding block (17) It connects.

6. being used for the water-saving bridge-type polishing system of processing of stone as claimed in claim 5, which is characterized in that the support rod (16) lubricating grease is coated on.

7. being used for the water-saving bridge-type polishing system of processing of stone as described in claim 1, which is characterized in that the rotation pipe (6) making material is rubber.

8. being used for the water-saving bridge-type polishing system of processing of stone as described in claim 1, which is characterized in that the water tank (8) inner wall is equipped with anticorrosion galvanizing layer.

9. being used for the water-saving bridge-type polishing system of processing of stone as described in claim 1, which is characterized in that the water pipe (9) strainer (19) are equipped in.

10. being used for the water-saving bridge-type polishing system of processing of stone as described in claim 1, which is characterized in that the driving Motor (1) is servo motor.

Technical field

The present invention relates to construction material production equipment field, in particular to a kind of water-saving bridge-type for processing of stone is beaten Grinding system.

Background technique

Stone material is one kind of construction material, and bridge-type grinding machine is common equipment in processing of stone, is mainly used for stone Material is polished, and keeps stone surface more smooth.

Bridge-type grinding machine in use, in order to reduce fugitive dust, cooling water can be all spooned on stone material, on the one hand reduces and raises On the other hand dirt may be implemented to radiate, and existing bridge-type grinding machine, due to the rotation of mill, can make cooling water during polishing Splashing is generated, the cleaning of processing environment is reduced, moreover, the splashing of cooling water also adds the loss of cooling water, increases Processing cost.

Summary of the invention

The technical problem to be solved by the present invention is for overcome the deficiencies in the prior art, providing a kind of for processing of stone Water-saving bridge-type polishing system.

The technical solution adopted by the present invention to solve the technical problems is: a kind of water-saving bridge-type for processing of stone is beaten Grinding system, including grinding device, the grinding device include driving motor, transmission shaft and mill, the driving motor and transmission One end of axis is sequentially connected, and the mill is mounted on the other end of transmission shaft, equipped with auxiliary body and extremely after the transmission shaft Few two water supply mechanisms, the water supply mechanism are circumferentially uniformly distributed centered on the axis of transmission shaft；

The auxiliary body includes connection ring, connecting tube, rotation pipe and at least two connecting rods, the connection ring, connecting tube It is coaxially disposed with transmission shaft with rotation pipe, the internal diameter of the rotation pipe is greater than the diameter of mill, and the outer diameter of the rotation pipe is small In the internal diameter of connecting tube, the outer diameter of the connecting tube and the outer diameter of connection ring are equal, the internal diameter of the connection ring and transmission shaft Diameter is equal, and the transmission shaft passes through connection ring, and the transmission shaft is sealed and is fixedly connected with connection ring, the connection ring and mill It is equipped with gap between disk, the connecting tube and a side seal of the close mill of connection ring and is fixedly connected, the rotation pipe is set It sets in connecting tube, gap is equipped between the rotation pipe and connection ring, the connecting rod is circumferential centered on the axis of transmission shaft It is uniformly distributed, the periphery of the rotation pipe is fixedly connected by connecting rod with the inner wall of connecting tube, the separate connection of the rotation pipe The side of the separate connection ring of one end and mill of ring is in same plane, one end of the separate connecting tube of the rotation pipe and company The distance between ring is connect greater than the distance between one end of the separate connection ring of connecting tube and connection ring；

The side of the separate mill of connection ring is arranged in the water supply mechanism, and water supply mechanism includes water tank, water pipe, extruding Disk, seal assembly and at least two reset assemblies, the shape of the water tank are cylinder, the axis of the water tank and transmission shaft Axis is vertical and intersects, and the water tank is fixed in connection ring, and clear water, the separate transmission shaft of the water tank are equipped in the water tank One end be equipped with apopore, the apopore and water tank are coaxially disposed, and the connection ring is equipped at least two mounting holes, described Mounting hole and water pipe correspond, and in one end insertion apopore of the water pipe, the other end of the water pipe is set across mounting hole It sets in rotation pipe, the water pipe is sealed and is fixedly connected, the water tank with the inner wall of the inner wall of mounting hole and apopore respectively It is connected to by water pipe with rotation pipe, the extruding disk, reset assembly and seal assembly are arranged in water tank, the extruding disk Diameter is equal with the internal diameter of water tank, and the inner wall for squeezing disk and water tank slidingly and sealingly connects, disk and the water tank of squeezing Inner wall close to transmission shaft side is bonded, and the reset assembly is circumferentially uniformly arranged on extruding disk centered on the axis of water tank On, the seal assembly is arranged on apopore.

Preferably, the reset assembly includes slide bar, the first spring and connecting hole in order to realize the reset for squeezing disk, The slide bar is parallel with disk is squeezed, and the connecting hole setting is on squeezing disk, the aperture of the connecting hole and the diameter phase of slide bar Connecting hole is passed through Deng, the slide bar, and the inner wall of the slide bar and connecting hole slidingly and sealingly connects, the both ends difference of the slide bar It is fixed on the inner wall of water tank two sides, the side of the separate transmission shaft for squeezing disk passes through the separate biography of the first spring and water tank The inner wall of moving axis side connects.

Preferably, the effect in order to realize sealing radiator, the seal assembly includes fixing pipe, sealing ring, seal disc With two mobile units, the fixing pipe, sealing ring and seal disc with apopore be coaxially disposed, the outer diameter of the sealing ring with The internal diameter of fixing pipe is equal and is greater than the aperture of apopore, and the diameter of the seal disc and the internal diameter of sealing ring are equal, described solid The one end for determining pipe seals and is fixedly connected, the other end of the fixing pipe and extruding with the inner wall equipped with apopore side of water tank Gap is equipped between disk, the sealing ring, seal disc and mobile unit are arranged in fixing pipe, the sealing ring and fixing pipe The inner wall of middle-end is sealed and is fixedly connected, and the seal disc is arranged in the annular distance of sealing ring, the seal disc and sealing ring Inner wall slidingly and sealingly connects, and the seal disc is located between two mobile units, the mobile unit driving seal disc along The axial movement of fixing pipe.

Preferably, in order to reduce the gap between sealing ring and seal disc, the junction of the sealing ring and seal disc It is coated with stop-leak compound.

Preferably, in order to which the mobile unit includes support rod, sliding block and second spring, the support rod and seal disc Coaxial arrangement, the diameter of the support rod are less than the diameter of seal disc, and the support rod is fixed on seal disc, the slide block set It is located on support rod, the sliding block is fixed on the inner wall of fixing pipe, and the second spring is between sliding block and seal disc, institute Seal disc is stated to connect by second spring with sliding block.

Preferably, being coated with lubricating grease on the support rod to reduce the frictional force between support rod and sliding block.

Preferably, in order to improve the reliability that rotation pipe is catchmented, the making material of the rotation pipe is rubber.

Preferably, in order to extend the service life of water tank, the inner wall of the water tank is equipped with anticorrosion galvanizing layer.

Preferably, being equipped with strainer in the water pipe in order to avoid impurity enters in water tank.

Preferably, in order to improve the driving force of driving motor, the driving motor is servo motor.

The invention has the advantages that the water-saving bridge-type polishing system for being used for processing of stone is avoided by auxiliary body The case where water splashes out during polishing, improves the cleaning of processing environment, compared with existing auxiliary body, the auxiliary body By the way that water to be fed directly in rotation pipe, and it is located at mill in clear water, can not only promotes the heat dissipation effect of mill, may be used also So that the clear water to splash by mill rotation is fallen to again in rotation pipe, the waste of water resource is further reduced, not only such as This, also reduces the waste of water resource by water supply mechanism, and realization is water-saving, compared with existing water supply mechanism, the water supply mechanism Amount of water is directly proportional to the revolving speed of transmission shaft, and rotating speed of transmission shaft is faster, and speed of grinding plate is then faster, i.e., the heat generated on mill is just Higher, the clear water being added in connecting tube at this time is then more, and the heat dissipation effect of mill is better, realizes and is adjusted automatically by mechanical mode The effect for saving amount of water adjusts amount of water compared to Electronic control, and anti-interference ability is stronger, and reliability is higher.

Detailed description of the invention

Present invention will be further explained below with reference to the attached drawings and examples.

Fig. 1 is the structural schematic diagram of the water-saving bridge-type polishing system for processing of stone of the invention；

Fig. 2 is the cross-sectional view of the water-saving bridge-type polishing system for processing of stone of the invention；

Fig. 3 is the structural schematic diagram of the water supply mechanism of the water-saving bridge-type polishing system for processing of stone of the invention；

Fig. 4 is the structural schematic diagram of the seal assembly of the water-saving bridge-type polishing system for processing of stone of the invention；

In figure: 1. driving motors, 2. transmission shafts, 3. mills, 4. connection rings, 5. connecting tubes, 6. rotation pipes, 7. connecting rods, 8. Water tank, 9. water pipes, 10. extruding disks, 11. slide bars, 12. first springs, 13. fixing pipes, 14. sealing rings, 15. seal discs, 16. Strut, 17. sliding blocks, 18. second springs, 19. strainers.

Specific embodiment

In conjunction with the accompanying drawings, the present invention is further explained in detail.These attached drawings are simplified schematic diagram, only with Illustration illustrates basic structure of the invention, therefore it only shows the composition relevant to the invention.

As shown in Figs. 1-2, a kind of water-saving bridge-type polishing system for processing of stone, including grinding device, it is described to beat Mill apparatus includes driving motor 1, transmission shaft 2 and mill 3, and one end of the driving motor 1 and transmission shaft 2 is sequentially connected, described Mill 3 is mounted on the other end of transmission shaft 2, and auxiliary body and at least two water supply mechanisms are equipped with after the transmission shaft 2, described Water supply mechanism is circumferentially uniformly distributed centered on the axis of transmission shaft 2；

It is run by driving motor 1, rotates transmission shaft 2 with movable grinding disc 3, pass through the one of the separate driving motor 1 of mill 3 Side and processed stone material are against realization polishing function, here, the effect that auxiliary body is arranged are to avoid water from generating to splash and influence The tidiness of processing, the effect that water supply mechanism is arranged are to reduce the waste of water resource, are realized water-saving.

As Figure 2-3, the auxiliary body includes connection ring 4, connecting tube 5, rotation pipe 6 and at least two connecting rods 7, institute It states connection ring 4, connecting tube 5 and rotation pipe 6 to be coaxially disposed with transmission shaft 2, the internal diameter of the rotation pipe 6 is greater than the straight of mill 3 Diameter, the outer diameter of the rotation pipe 6 are less than the internal diameter of connecting tube 5, and the outer diameter of the connecting tube 5 is equal with the outer diameter of connection ring 4, institute The internal diameter for stating connection ring 4 is equal with the diameter of transmission shaft 2, and the transmission shaft 2 passes through connection ring 4, the transmission shaft 2 and connection ring 4 seal and are fixedly connected, and gap, the close mill of the connecting tube 5 and connection ring 4 are equipped between the connection ring 4 and mill 3 It 3 side seal and is fixedly connected, the rotation pipe 6 is arranged in connecting tube 5, is equipped between the rotation pipe 6 and connection ring 4 Gap, the connecting rod 7 are circumferentially uniformly distributed centered on the axis of transmission shaft 2, the periphery of the rotation pipe 6 by connecting rod 7 with The inner wall of connecting tube 5 is fixedly connected, and the one of the separate connection ring 4 of one end and mill 3 of the separate connection ring 4 of the rotation pipe 6 Side is in same plane, and the distance between one end of the separate connecting tube 5 of the rotation pipe 6 and connection ring 4 are greater than connecting tube 5 The distance between one end and connection ring 4 far from connection ring 4；

The side of the separate mill 3 of connection ring 4 is arranged in the water supply mechanism, and water supply mechanism includes water tank 8, water pipe 9, squeezes Platen 10, seal assembly and at least two reset assemblies, the shape of the water tank 8 are cylinder, the axis and biography of the water tank 8 The axis of moving axis 2 is vertical and intersects, and the water tank 8 is fixed in connection ring 4, is equipped with clear water, the water tank 8 in the water tank 8 One end of separate transmission shaft 2 be equipped with apopore, the apopore and water tank 8 are coaxially disposed, and the connection ring 4 is equipped at least Two mounting holes, the mounting hole and water pipe 9 correspond, in one end insertion apopore of the water pipe 9, the water pipe 9 The other end passes through mounting hole and is arranged in rotation pipe 6, and the water pipe 9 is sealed with the inner wall of the inner wall of mounting hole and apopore respectively And be fixedly connected, the water tank 8 is connected to by water pipe 9 with rotation pipe 6, and the extruding disk 10, reset assembly and seal assembly are equal It is arranged in water tank 8, the diameter for squeezing disk 10 is equal with the internal diameter of water tank 8, and the inner wall of the extruding disk 10 and water tank 8 is sliding Dynamic and sealed connection, the extruding disk 10 are bonded with the inner wall of 2 side of close transmission shaft of water tank 8, and the reset assembly is with water It is circumferentially uniformly arranged on and is squeezed on disk 10 centered on the axis of case 8, the seal assembly is arranged on apopore.

During transmission shaft 2 rotates, make connection ring 4 that water tank 8 be driven to rotate, so that the extruding disk 10 in water tank 8 be made to be centrifuged It is mobile away from 2 direction of transmission shaft under the action of power, so that the hydraulic pressure in water tank 8 be made to increase, and keep clear water defeated by water pipe 9 It send to rotation pipe 6, and is located at mill 3 in clear water, at this point, the side of the separate driving motor 1 of mill 3 and processed stone material Fitting, thus make separate the connecting tube 5 of rotation pipe 6 one end and stone material against, and make rotation pipe 6 and processed stone material realization it is close The state of envelope during mill 3 is polished, makes to connect so that the clear water from the interior discharge of water pipe 9 be allow to be concentrated in rotation pipe 6 Water in pipe 5, which generates, to be splashed and falls on the inner wall of connecting tube 5, and water flows to processed stone material again on 5 inner wall of connecting tube, thus It can be splashed out to avoid water, improve the cleaning of processing environment, after completion of processing, squeeze disk 10 under the action of reset assembly Realize reset, thus make water pipe 9 extract rotation pipe 6 in clear water be delivered in water tank 8, achieved the effect that it is water-saving, meanwhile, lead to Crossing seal assembly can make water tank 8 realize sealing, avoid leaking.

Preferably, in order to realize the reset for squeezing disk 10, the reset assembly includes slide bar 11, the first spring 12 and connects Hole is connect, the slide bar 11 is parallel with disk 10 is squeezed, and the connecting hole setting is on squeezing disk 10, the aperture of the connecting hole and cunning The diameter of bar 11 is equal, and the slide bar 11 passes through connecting hole, and the slide bar 11 is slidingly and sealingly connect with the inner wall of connecting hole, institute The both ends for stating slide bar 11 are separately fixed on the inner wall of 8 two sides of water tank, and the side of the separate transmission shaft 2 for squeezing disk 10 passes through First spring 12 is connect with the inner wall of 2 side of separate transmission shaft of water tank 8.

During transmission shaft 2 rotates, make to squeeze disk 10 under the influence of centrifugal force away from the movement of 2 direction of transmission shaft, and The first spring 12 is compressed, when transmission shaft 2 stops operating, realizes extruding disk 10 under the elastic reaction of the first spring 12 multiple Position, here, slide bar 11 plays the active force of guiding, can reduce the friction squeezed between disk 10 and 8 inner wall of water tank.

As shown in figure 4, the seal assembly includes fixing pipe 13, sealing ring 14, seal disc 15 and two mobile units, institute It states fixing pipe 13, sealing ring 14 and seal disc 15 to be coaxially disposed with apopore, the outer diameter and fixing pipe 13 of the sealing ring 14 Internal diameter it is equal and be greater than apopore aperture, the diameter of the seal disc 15 is equal with the internal diameter of sealing ring 14, the fixation The inner wall sealing equipped with apopore side of one end of pipe 13 and water tank 8 and be fixedly connected, the other end of the fixing pipe 13 with It squeezes and is equipped with gap between disk 10, the sealing ring 14, seal disc 15 and mobile unit are arranged in fixing pipe 13, described close Seal ring 14 is sealed and is fixedly connected with the inner wall of 13 middle-end of fixing pipe, and the seal disc 15 is arranged in the annular distance of sealing ring 14, The seal disc 15 is slidingly and sealingly connect with the inner wall of sealing ring 14, and the seal disc 15 is located between two mobile units, The mobile unit drives seal disc 15 along the axial movement of fixing pipe 13.

But seal disc 15 increases the hydraulic pressure in water tank 8, to pass through water away from during the movement of 2 direction of transmission shaft Pressure keeps seal disc 15 mobile away from 2 direction of transmission shaft, separates seal disc 15 with sealing ring 14, while making in water tank 8 Water can pass through fixing pipe 13 and enter in water pipe 9, and when squeezing the stopping movement of disk 10, the pressure in water tank 8 is in equilibrium state, To make seal disc 15 realize reset by mobile unit, seal disc 15 is made to block sealing ring 14, avoid clear water in water tank 8 after Afterflow squeezes disk 10 in reseting procedure to water pipe 9, and the moving direction of seal disc 15 is on the contrary, the sealing effect realized is identical.

Preferably, in order to reduce the gap between sealing ring 14 and seal disc 15, the sealing ring 14 and seal disc 15 Junction be coated with stop-leak compound.

Stop-leak compound has the characteristics that not soluble in water, can reduce the gap between sealing ring 14 and seal disc 15, improves close Feng Xing.

Preferably, in order to which the mobile unit includes support rod 16, sliding block 17 and second spring 18, the support rod 16 It is coaxially disposed with seal disc 15, the diameter of the support rod 16 is less than the diameter of seal disc 15, and the support rod 16 is fixed on close In closing disk 15, the sliding block 17 is set on support rod 16, and the sliding block 17 is fixed on the inner wall of fixing pipe 13, and described second Between sliding block 17 and seal disc 15, the seal disc 15 is connect by second spring 18 with sliding block 17 spring 18.

During seal disc 15 is mobile, support rod 16 is driven to move on sliding block 17, and second spring 18 is made to generate deformation, led to The cooperation for crossing support rod 16 Yu sliding block 17, plays the role of support, when the pressure balance in water tank 8, passes through second spring 18 elastic acting forces generated reset seal disc 15, realize the function that driving seal disc 15 resets.

Preferably, being coated with lubrication on the support rod 16 to reduce the frictional force between support rod 16 and sliding block 17 Rouge.

Stop-leak compound has the characteristics that not soluble in water, can reduce the frictional force between support rod 16 and sliding block 17, improves branch The mobile fluency of strut 16.

Preferably, in order to improve the reliability that rotation pipe 6 is catchmented, the making material of the rotation pipe 6 is rubber.

Rubber quality is more soft, is easily extruded, and can reduce the gap between rotation pipe 6 and processed stone material, avoids Gap outflow of the water between stone material and rotation pipe 6 in rotation pipe 6.

Preferably, in order to extend the service life of water tank 8, the inner wall of the water tank 8 is equipped with anticorrosion galvanizing layer.

The effect of anticorrosion galvanizing layer is the antirust ability for promoting water tank 8, extends the service life of water tank 8.

Preferably, being equipped with strainer 19 in the water pipe 9 in order to avoid impurity enters in water tank 8.

The effect of strainer 19 is that impurity is avoided to enter in water tank 8, plays the effect of filtering.

Preferably, in order to improve the driving force of driving motor 1, the driving motor 1 is servo motor.

Servo motor has the characteristics that overload capacity is strong, so as to improve the driving force of driving motor 1.

The polishing system is carrying out stone material to support rotation pipe 6 with processed stone material simultaneously with polishing pad 3 in bruting process It leans on, and realizes rotation pipe 6 and processed stone material and seal, during transmission shaft 2 is rotated with movable grinding disc 3, connection ring 4 is also made to drive water Case 8 rotates, to keep the extruding disk 10 in water tank 8 mobile away from 2 direction of transmission shaft under the influence of centrifugal force, makes water tank Hydraulic pressure in 8 increases, and is delivered to the clear water in water tank 8 in rotation pipe 6 by water pipe 9, and be located at mill 3 in clear water, The impurity that mill 3 generates when polishing is directly dissolved in clear water, simultaneously as the rotation of mill 3 generates the clear water in rotation pipe 6 It splashes, and falls on the inner wall of connecting tube 5, water flows to processed stone material again on 5 inner wall of connecting tube, so as to avoid water from splashing Out, the cleaning for improving processing environment squeezes the elastic reaction that disk 10 passes through the first spring 12 when rotation axis stops operating It realizes and resets, so that the hydraulic pressure in water tank 8 be made to reduce, and so that connecting tube 5 is extracted the clear water in rotation pipe 6 and flow into water tank 8, it is real The effect for collecting water, the water resource of saving are showed.

Compared with prior art, which is avoided by auxiliary body beats The case where water splashes out during mill, improves the cleaning of processing environment, compared with existing auxiliary body, which passes through Water is fed directly in rotation pipe 6, and is located at mill 3 in clear water, the heat dissipation effect of mill 3 can be not only promoted, may be used also So that the clear water to splash because mill 3 rotates is fallen to again in rotation pipe 6, the waste of water resource is further reduced, not only In this way, also reducing the waste of water resource by water supply mechanism, realization is water-saving, compared with existing water supply mechanism, the water supply mechanism Amount of water it is directly proportional to the revolving speed of transmission shaft 2,2 revolving speed of transmission shaft is faster, and 3 revolving speed of mill is then faster, i.e., generates on mill 3 Heat is higher, and the clear water being added in connecting tube 5 at this time is then more, and the heat dissipation effect of mill 3 is better, realizes through mechanical mould Formula automatically adjusts the effect of amount of water, adjusts amount of water compared to Electronic control, anti-interference ability is stronger, and reliability is higher.

Taking the above-mentioned ideal embodiment according to the present invention as inspiration, through the above description, relevant staff is complete Various changes and amendments can be carried out without departing from the scope of the technological thought of the present invention' entirely.The technology of this invention Property range is not limited to the contents of the specification, it is necessary to which the technical scope thereof is determined according to the scope of the claim.