Steel core, ceramic roller and roller table

A technology of steel core and ceramic sleeve, applied in the direction of roller table, roller column, conveyor objects, etc., can solve problems such as breakage, and achieve the effect of ensuring normal rotation

Pending Publication Date: 2021-12-31
深圳南玻科技有限公司 +1
14 Cites 0 Cited by

AI-Extracted Technical Summary

Problems solved by technology

Due to the high temperature of the working environment of the ceramic roller, the glued silica gel softens, causin...
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Method used

[0051] Since only the left end of the annular duct 314 is connected to the first installation section 320, the annular duct 314 is suspended between the central axis cooling inner cavity 311 and the annular cooling outer cavity 312. In order to strengthen the strength of the annular duct 314, in some embodiments, the steel core 300 also includes an annular support ring 350, the inner edge of the annular support ring 350 is integrally connected with the outer wall of the annular duct 314, and the outer edge of the annular duct 314 is connected with the annular cooling ring. The outer wall of the outer chamber 312 is integrally connected, and the annular support ring 350 is provided with a plurality of water holes 351 at intervals along its circumferential direction. Thus, the annular supporting ring 350 strengthens the connection strength between the annular pipe 314 and the main body of the cooling section 310 , thereby avoiding problems such as bending of the annular pipe 314 . It can be understood that the provision of multiple water holes 351 ensures that the cooling water can move normally in the annular cooling outer cavity 312 .
[0052] Further, there are multiple annular support rings 350, and the plurality of annular support rings 350 are sequentially arranged along the length direction of the annular cooling outer cavity 312. Referring to Fig. 2 and Fig. 5, wherein, an annular support ring 350 is located at the opening between the annular cooling outer chamber 312 and the transfer chamber 313, the annular support ring 350 ensures the connection strength of the right end of the annular duct 314, and further ensures that the annular duct 314 connection strength.
[0057] In some embodiments, the first installation section 320 sequentially includes a first reserved section 321, a water passage section 322 and a first driving section 323 along its axial direction, wherein the first reserved section 321 and the cooling section 310, and the water inlet delivery channel 3221 and the water outlet delivery channel ...
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Abstract

The invention discloses a steel core, a ceramic roller and a roller table. The steel core sequentially comprises a first mounting section, a cooling section and a second mounting section in the axial direction of the steel core. A center shaft cooling inner cavity and an annular cooling outer cavity are formed in the cooling section in the axial direction of the cooling section, the center axis of the center shaft cooling inner cavity and the center axis of the annular cooling outer cavity coincide with the center axis of the steel core, and the end, away from the first mounting section, of the center shaft cooling inner cavity communicates with the end, away from the second mounting section, of the annular cooling outer cavity; and the first installation section is provided with a water inlet conveying channel and a water outlet conveying channel. When the ceramic roller works in a high-temperature environment, due to the fact that the steel core can cool the ceramic sleeve, adhesion silica gel at the end of the ceramic sleeve is prevented from being softened, normal rotation of the ceramic sleeve is guaranteed, and products outside the ceramic sleeve can be safely conveyed.

Application Domain

Domestic cooling apparatusCharge manipulation +2

Technology Topic

Silica gelCeramic materials +1

Image

  • Steel core, ceramic roller and roller table
  • Steel core, ceramic roller and roller table
  • Steel core, ceramic roller and roller table

Examples

  • Experimental program(1)

Example Embodiment

[0040] Embodiments of the present invention will be described in detail below, and examples of the embodiments are illustrated in the drawings, in which the same or similar reference numerals represent the same or similar elements or elements having the same or similar functions. The following is exemplary, and is intended to be illustrative of the invention, not to be construed as limiting the invention.
[0041] In the description of the present invention, it is to be understood that the orientation or positional relationship of the orientation, such as upper, lower, prior,,, left, right, etc., based on the orientation or positional relationship shown in the drawings, is only In order to facilitate the description of the invention and simplified description, rather than indicating or implying that the device or element must have a specific orientation, constructing and operating in a particular orientation, and thus is not to be construed as limiting the invention.
[0042] In the description of the present invention, several meanings are more than one or more, more than two or more, less than, less than, more than, etc. If there is a first, the second is only the purpose of distinguishing the technical feature, and cannot be understood as an indication or implies a relative importance or implicitly indicated the number of technical features indicated or implicitly indicated. relation.
[0043]In the description of the present invention, unless otherwise expressly defined, set, mounting, connection, etc.
[0044] In the description of the present invention, a description of the reference terms "one embodiment", "some embodiments", "schematic embodiment", "example", "specific example", or "some examples", etc., meant to incorporate this embodiment. The specific features, structures, materials, or features described in the examples are included in at least one embodiment or example of the present invention. In the present specification, the meaning of the above term is not necessarily referred to as the same embodiments or examples. Moreover, the specific features, structures, materials or features described may be combined in any one or more embodiments or examples.
[0045] It discloses a steel core 300 in accordance with a first aspect of the present invention, with reference to Figure 1 to 3 , Applied to a ceramic sleeve 100, a steel core 300 in its axial direction, comprises a first mounting section 320, cooling section 310 and 330, a second cooling section for mounting the ceramic sleeve section 310 of the sleeves 100; 310 along the cooling section cooling the axial direction of the central axis defines a lumen 311 and an annular outer chamber 312 is cooled, cooling the lumen axis and the central axis 311 of the central axis of the annular cooling the outer chamber 312 is coincident with the central axis 300 of the steel core, wherein the axis cooling lumen 311 away from the first mounting section and the end portion 320 of the annular cooling chamber 312 remote from the outer end of the second mounting section 330 in communication; mounting section 320 defines a first conveyance path inlet 3221 and outlet 3224 conveying passage, wherein One end of the water delivery channel 3221 is connected to the outer wall of a first mounting section 320, the other end of the water delivery passage 3221 and the central axis of the lumen 311 adjacent to the first cooling section 320 is mounted at one end in communication, the water conveyance path 3224 a first end connected to the outer wall of the mounting section 320, the water delivery channel 3221 and the other end of the annular outer chamber 312 is cooled close to an end of a first mounting section 320 in communication.
[0046] Specifically, the cooling water from the inlet to the central axis of the conveying delivery channel 3221 cooling lumen 311, lumen 311 axis cooled cooling water to the annular cooling chamber 312 remote from the outer end of the first mounting section 320, i.e., an annular outer chamber cooling a right end portion 312, thus, the cooling water flows from a left end portion of a right end portion of the annular outer chamber 312 to cool the outer annular cooling chamber 312, thereby reducing the temperature of the outer steel core 300, thereby cooling the ceramic sleeve 100. When the ceramic rollers 10 work in a high-temperature environment, since the steel core 300 can be cooled ceramic jacket 100 is prevented from staining the ceramic sleeve end portion 100 connected to the softening silicone, thereby ensuring the normal rotation of ceramic sleeve 100 and ceramic cover 100 external security of the product can be delivered.
[0047] Moreover, the cooling lumen axis 311 of the annular outer chamber 312 above-described cooling structure design, inlet and outlet delivery channel 3221 may be designed delivery channel 3224 to the first mounting section 320, into the case, with the inlet connected to the delivery channel 3221 outlet pipe and outlet water pipe are connected to the transport path 3224 are connected to the first mounting section 320, so as to facilitate storing the water inlet pipe and the outlet pipe (not shown).
[0048] It will be appreciated that the central axis of lumen 311 is equivalent to providing a cooling of the cooling water into the steel core 300, an annular outer chamber 312 for the cooling of the steel core 300 external cooling jacket 100 so that the ceramic cooling. The transport direction of the above-described design of the cooling water, the cooling water cooled annular outer chamber 312 is discharged from the water delivery channel 3224, so that the steel core 300 to give better cooling. Further, when the cooling water from the cooling lumen axis 311 of the left end of the conveyor to its right end portion, the central axis 311 of the cooling water for cooling the lumen of the cooling annular outer chamber 312 to cool the cooling water, thus, an annular outer chamber 312 is cooled the temperature of cooling water remains more balanced, to ensure the cooling water jacket 100 adjacent to the first portion of the ceramic mounting section 320 also has a good cooling effect.
[0049] In order to cool the central axis of the lumen 311 of the cooling water is delivered to the annular cooling better outer chamber 312, in some embodiments, the transfer chamber 313 defines a right end portion of the cooling section 310 along its central axis, the central axis of lumen 311 is cooled the diameter of the transfer chamber 313 of the same diameter; the same time, the cooling section 310 having an annular conduit 314, a left end portion of the annular duct 314 and the first mounting section 320 is connected to the annular cooling duct 314 is located in the central axis of lumen 311 and the annular outer chamber cooling 312 between the right end portion of the transfer chamber 313 away from the first end 320 of mounting section 314 is spaced annular conduit, thus, the cooling transfer chamber 313 and the central axis of the lumen and a right end portion of a right end portion of the outer annular cooling chamber 311 312 connectivity.
[0050] By using the above-described embodiment, the central axis of the lumen 311 of cooling water can be more smoothly conveyed into the transfer chamber 313, the cooling water can be more smoothly conveyed to the cooling annular outer chamber 312 from transfer chamber 313 to the outer wall of the steel core 300 to cool, and then the cooling section 310 of the outer jacket 100 to cool the ceramic. As seen above, by providing the transfer chamber 313, 311 facilitate cooling water transfer from the central axis of the lumen was cooled to an inner annular outer chamber 312 is cooled, so as to ensure a sufficient amount of cooling water delivered to the annular outer chamber 312 is cooled, and thus steel core the outer wall 300 is cooled.
[0051] Since only a left end portion of the annular conduit 314 is connected to the first mounting section 320, the annular duct 314 suspended between the lumen 311 and the central axis of the cooling annular outer chamber 312 is cooled. In order to reinforce the strength of the annular conduit 314, in some embodiments, the steel core 300 further includes an annular support ring 350, the outer wall of the annular support ring integrated with inner rim 314 of the annular conduit 350 is connected to the annular outer rim of the annular cooling duct 314 outer side wall integrally connected to outer chamber 312, a plurality of water-passing holes annular support ring 350 toward the spacer 351 defines a circumferential direction thereof. Thus, the annular support ring 350 enhance the connection strength between the body 314 and the annular duct of the cooling section 310, thereby avoiding the problem of bending the annular pipe 314 occurs like. It will be appreciated that a plurality of water-passing holes 351 are provided to ensure that the normal movement of cooling water cooled in the annular outer chamber 312.
[0052] Further, a plurality of annular support ring 350 having a plurality of annular support ring 350 along the longitudinal direction of the outer annular cooling chamber 312 are sequentially disposed. Refer figure 2 and Figure 5 , Wherein an annular opening between the support 312 and the relay chamber 313 of cooling ring 350 is located in an annular outer chamber, the annular support ring 350 ensures the strength of the connection portion of the right annular duct 314, to further ensure the strength of the annular conduit 314 is connected.
[0053] In some embodiments, the inlet 3221 and outlet transfer passage 3224 is connected to the delivery channel of the first circumferential surface 320 of the mounting section; while the steel core 300 further comprises a swivel joint 340 (see Figure 4 ), The rotary joint 340 is rotatably connected to a first mounting section 320, the rotary joint 340 for connection to an external water source; and, rotary joint 340 and the inlet port of the inlet delivery passageway 3221 in communication, so that the cooling water in the external water source delivered to the cooling lumen axis 311, the swivel outlet port 340 and outlet passage 3224 communicates the delivery for the cooling water to drain away the outer annular cooling chamber 312. As it is seen above, are connected by a delivery channel inlet 3221 and outlet 3224 and the peripheral surface of the conveying passage section 320 of the first mounting, and with a rotary joint 340, so as to ensure the steel core 300 rotates at the same time, and can replace the normal steel the cooling water inside the core 300.
[0054] In order to swivel into a large amount of the cooling water inlet 340 of the delivery channel 3221, and the cooling water in the steel core 300 rapidly discharged from the rotary joint 340, in some embodiments, the first mounting section outer wall 320 of the circumferential direction a plurality of spaced apart inlet 3222 and inlet 3222 are connected through the inlet delivery passageway 3221 and communicating with the rotary joint 340, thus, the rotary joint 340 can be a plurality of quantities of cooling water from the inlet 3222 into the intake water conveyance path 3221; Similarly, circumferential outer wall 320 of the first mounting section is provided with a plurality of intervals in the direction of the outlet 3225, the outlet 3225 and outlet transfer passage 3224 are in communication, and communicating with the rotary joint 340, so, water conveyance path of the cooling water outlet 3224 from 3225 into a plurality of rotary joint 340, so that the discharge from the rotary joint 340 from the steel core 300. By using the above-described manner, thereby ensuring the cooling water in the quick-change steel core 300, preferably steel core 300 so as to cool.
[0055] Further, the first mounting section outer wall 320 along the circumferential direction thereof defines a first annular groove 3223, 3222 in a first plurality of annular inlet groove 3223 is provided with a circumferential direction spacing of the first annular groove 3223 a bottom; Similarly, second mounting section outer wall 330 defines the circumferential direction along the annular groove and a second groove 3226, a second circumferential spacing is provided with a plurality of annular recesses in the direction of the outlet 3225 along the second annular groove 3226 bottom of the groove 3226. Provided by the first annular groove 3223 when making steel core 300, thereby facilitating circumferential inlet 3222 in the first plurality of mounting section 320 is laid in a direction, and a second annular groove provided by 3226, making the steel core 300 when such a first outlet 3225 along the periphery of the mounting section 320 in a direction to facilitate the laying out of a plurality.
[0056] In some embodiments, the cross-sectional area of ​​the central axis of the lumen 311 of cooling greater than or equal to the outer annular cooling cavity cross section area 312, thus, to ensure the central axis of the lumen of the cooling chamber 311 to the outer annular cooling 312 the higher cooling water input, thereby sufficiently filling the cooling water cooled annular outer chamber 312, the cooling water 300 is cooled sufficiently to the steel core.
[0057] In some embodiments, a first mounting section 320 in the axial direction thereof, comprises a first reserve section 321, section 322 through the water with the first drive section 323, wherein the first reservation section 321 and cooling section 310 is connected to , water conveyance path conveying passage 3221 and outlet 3224 are connected to the segment 322 through the water. With the above structure steel core 300, wherein the first end reservation section 321 facilitates mounting mechanism 200 (refer to Image 6 ,), The water passing section 322 for mounting the rotary joint 340, a first drive section 323 is connected to the drive member, the drive member 323 is rotated by the first drive section 300 drives the steel core, the steel core ends 300 drive mechanism 200 rotation mechanism 200 drives the ceramic tip sleeve 100 is rotated (the subsequent detailed description, is not described herein in detail). It will be appreciated that the segments 322 through the water reserving section disposed between the first 321 and the first drive section 323, a swivel 340 to avoid interference with the mounting head mechanism 200 of the drive member.
[0058] In some embodiments, the second mounting section 330 in the axial direction thereof in turn comprises a second reservation section 331 and the second driving section 332, wherein the second reservation section 331 is connected to the cooling section 310, the other end reservation mechanism 200 is mounted to the second section 331.
[0059] According to a second aspect of the present invention discloses a ceramic roller 10, including the above steel core 300; reference Image 6 and Figure 7 Ceramic roller 10 further includes a ceramic cover 100 and the two ends of the head mechanism 200, the ceramic sleeve 100 is sleeved outside the cooling section, the cooling section 310 and the inner walls of the ceramic sleeve 100 spaced 310; 200 a mounting mechanism connecting end a first mounting section 320, and is connected to an end of the ceramic sleeve 100, the other end of the head assembly mechanism 200 is connected to a second mounting section 330, and is connected to the other end of the ceramic sleeve 100 (see figure 1.
[0060]By providing the two ends of the bodies 200, 100 in order to achieve a ceramic sleeve mounted on the outside of the steel core 300, the side walls and the steel core 300 with the inner wall of the through hole 111 spaced from the side wall of the through-hole of the steel core 300 111 having a gap between the inner wall of the reserve. When the sleeve portion 100 in the ceramic high-temperature environment, the ceramic sleeve 100 expands in the radial direction occurs at this time, since the gap between the inner sidewall having reserved the steel core 300 with the through hole 111, the ceramic sleeve 100 is increased a gap is reserved absorbed, thereby avoiding the ceramic sleeve 100 and the steel core 300 extruded occurred ceramic sleeve 100 from being crushed.
[0061] In some embodiments, the ceramic member 100 having a connecting portion and a main body portion 110 is provided at both ends of the main body portion 110 of the circumferential bearing surface 120, 110 of the body portion for the product, such as glass 500; ceramic member assembly 100 is connected to the two mechanism between the tip 200, the tip portion 222 has a drive mechanism 200, the drive portion 222 and the connecting portion 120 embedded with, and abuts connector.
[0062] Specifically, when transporting products, such as the transport of the glass 500, an external drive mechanism 200 rotates the tip mechanism. Wherein the drive unit since the connecting portion 100 and the end portion 222 of the ceramic tip member 120 abuts mechanism 200 is connected to end mechanism 200 and the ceramic member having a sufficiently large frictional force between the circumferential direction 100, so that the tip mechanism 200 and 100 weeks to the ceramic member is fixed, the ceramic tip member 100 driving mechanism 200 rotate synchronously. Also, because the glass 500 placed on the peripheral surface of the ceramic member 100, the rotation of the ceramic member 100, a glass 500 is conveyed properly.
[0063] In the present application embodiment, the drive mechanism section 200 is connected to the head end portion 120 of the ceramic insert 222 is provided with a member 100 fixed to and circumferentially, compared with the prior art ceramic adhesive member 100 is fixed to the tip mechanism 200, the present application approach avoids the problem of unstable connection member 100 and the ceramic tip mechanism 200 occurs in a high temperature environment, thus ensuring a ceramic tip member 100 and the normal rotation synchronization mechanism 200, thereby ensuring normal glass 500 is conveyed.
[0064] It will be appreciated that the steel core 300 of a cooling system 100 for cooling the ceramic member, the ceramic member 100 so as to ensure that the temperature will not be too high, leading to excessive expansion of the ceramic member 100, thereby preventing the head 100 and the end of the ceramic member can not be over-expansion after the drive unit 222 is adapted to the mechanism 200, mechanism 200 can not cause tip 100 to drive a ceramic member synchronously rotated.
[0065] In some embodiments, referring to Figure 6 to 9 After the connection portion 120 is provided on the ends of the recess of the main body portion 110, the drive unit 222 and the cavity embedded complex, so, the drive unit 222 and the cavity embedded fitting, driving the peripheral surface of the cavity 222 circumferential surface of the inner peripheral connection to a ground contact, so that the tip of the mechanism 200 and 100 between the periphery of the ceramic member to the friction force is sufficiently large, thereby enabling the head mechanism 200 and the ceramic end member 100 synchronously rotated; wherein the connecting portion 120 of the main body portion ends of the recess 110, the connecting portion 120 is hidden inside the ceramic member 100, thereby ensuring that the circumferential surface of the ceramic member 100 having a sufficient distance, thereby avoiding the 200 glass 500 is moved to the end of the head mechanism, resulting in the glass 500 transport time be damaged.
[0066] In some embodiments, the tapered body cavity. Specifically, the cross section is circular cavity, the cavity from its socket to the cavity bottom cross-section tapering cavity, wherein the socket for the connection portion 120 or the drive unit 222 is inserted within the cavity. Meanwhile, with the conical recess 120 matches the drive unit or the connecting portion 222, the circumferential surface of the circumferential surface of the cavity or the drive section 222 abuts the connecting portion 120 is connected.
[0067] Specifically, after the driving portion 222 and the connecting portion 120 by the above-described configuration, the drive unit 222 and the connecting portion 120 with embedded, abutting force between the driving portion 120 and the connecting portion 222 and the radial force of the shaft 100 of the ceramic member resultant force, and so, if the biasing force of mechanism 200 toward the tip 100 of the ceramic member in the axial direction is sufficiently large so that the ceramic member 100 in the radial direction of the driving force is sufficiently large between the portion 120 and the connecting portion 222, and further the drive portion 222 and the connecting portion 120 has a sufficiently large circumferential friction force, to ensure the synchronization between the rotation member 200 and the ceramic end 100 mechanism.
[0068] It will be appreciated that, due to the mechanism end 200 and the insert 100 is provided with a ceramic member, the ceramic tip member 200 and the mechanism 100 previously not installed, two end mechanism 200 and the ceramic member 100 is a decentralized structure, therefore, both ends the head mechanism 200 and the ceramic member 100 needs to be transported to the installation site, resulting in lower efficiency of assembly roller table. Based on the above problems, by providing a steel core 300 and ceramic member 100 and the two ends of the head mechanism 200 is assembled onto the steel core 300 so as to follow the assembled ceramic rollers 10 mounted on the housing 400 of the roller table.
[0069] Further, the head mechanism 200 and the end of the ceramic member 100 is assembled to the steel core 300 in the process, so as to better ensure a larger tip mechanism 200 along the axial direction of the ceramic member 100 of the contact force between the ceramic member 100, thereby enabling ceramic member 100 abuts securely held between two ends 200 mechanism. Thus, the resisting force between the tip portion 120 drive mechanism 200 of the connecting portion 222 and the ceramic member 100 is sufficiently large, sufficiently large friction force between the circumferential driving section 120 and the connecting portion 222, the tip mechanism to ensure 200 and the ceramic member 100 synchronously rotated, thereby ensuring the normal ceramic member 100 is conveyed to the glass 500.
[0070] Further, during the rotation of the steel core 300, 300 at the same time the steel core 200 rotates the drive mechanism the two ends, two end driving mechanism 200 while ends 100 of the ceramic member, the ceramic member 100 so that the steel core 300 rotate synchronously, so further guarantee mechanism 200 and the tip can be fastened between the abutment member 100 holding the ceramic.
[0071] In some embodiments, referring to Figure 6 to 9 , The tip mechanism 200 includes a base 210, end of the movable holder 220 and the elastic member 230, a base 210 attached to a first threaded mounting section 320, the movable bases 220 slidably sleeved on an outer wall of the second section 310, the movable base 210 away from seat 220 portion of the connecting portion 120 is embedded with the drive unit 222. Meanwhile, the elastic member 230 is connected between the base 210 and 220 to the movable seat, the elastic member 230 applies an elastic force away from base 210 to base 210, so that the movable holder 220 and the ceramic member 100 remain secured abutting state.
[0072] By providing the elastic member 230, first, the movable seat 220 by the elastic member 230, the connecting portion of the driving portion 222 of the elastic member 230 and the ceramic 120 of the fastening member 100 abuts against, so the driving portion of the movable holder 220 222 between the connecting portion 120 of the ceramic member 100 having a larger circumferential friction force, whereby the movable member 100 and the ceramic holder 220 synchronously rotated; Second, when the ceramic member 100 axially expands, moving the movable seat 220 near the base 210 , the elastic member 230 is compressed so as to absorb the expansion of the ceramic member 100 in its axial direction at the part of the end portion of the movable member 100 and the ceramic holder 220 is excessively pressed, resulting in the ceramic member 100 is damaged.
[0073] It will be appreciated that when the base 210 is directly fixed to the steel core 300, the presence of large friction damage, the connecting portion 120 and the ceramic end member 222 connected to the driving portion of the ceramic member 100 and the end 120 of mechanism 200 abutting force between the head portion 222 of the drive mechanism 200 is reduced, leading to end mechanism 200 and the ceramic member 100 can not be synchronized with the rotation; application in the present embodiment, the ceramic member when the driving portion connecting portion 120 and the tip 200 of the mechanism 100 there is a large friction damage after 222, at this time, the movable base 220 by the elastic member 230, 120 against the holding force between the movable seat driving unit 220 and the connecting portion 222 of the ceramic member 100 remains sufficiently large , thus ensuring mechanism 200 and the ceramic end member 100 can maintain synchronous rotation, thereby ensuring normal ceramic member 100 is conveyed to the glass 500.
[0074] In some embodiments, the tip 200 further comprises a stop mechanism assembly 240, having a plurality of stopper assembly 240, 300 is uniformly set around the steel core. Stopper assembly 240 includes a guide member 241 and the stopper member 242, guide member 241 along its longitudinal direction comprises a nut 2411, 2412 and thread segments smooth sections 2413, 2412 threaded section screwed to the base 210, the base 210 is located remote from the nut 2411 side of the movable table 220, slidably disposed through the smooth section 2413 to the movable base 220, the stopper member 242 is connected to a smooth section 2413, the stopper member 242 abuts against the movable seat 220 away from the side of the base 210; wherein the resilient member 230 is a disc spring, a consistent number of disc springs with the guide member number 241, the disc spring is sleeved outside of the disc spring at one end of the base thread segments 2412 210 abuts against the other end connected to the movable seat disc spring 220 abuts the connection.
[0075] Specifically, by setting the limit assembly, restraining means 240 of the base 240 210, the movable bases 220 and an elastic member 230 fitted to together, therefore, the base 210, the movable bases 220 and 230 can be assembled with the elastic member 300 to the steel core a first mounting section 320 can be seen, the ceramic rollers 10 is assembled more convenient; wherein, by providing the guide member 241, the movable base 210 to achieve connection between the slide base 220.
[0076] Moreover, long-term use of the ceramic roller 10, causing the connection portion 220 of the movable seat driving portion 222 and the ceramic member 100 when the relay contact 120 is not enough, this time, by rotating the nut thread segments 2411 2412, 2412 toward the ceramic member threaded section 100 is moved, ceramic member 242 toward the stopper member 100 is moved, the movable holder 220 towards the disc spring action of the ceramic member 100 is moved a slight modification, the ceramic base portion is connected to one side occurs away from the movable seat 120 220, in which case, driving the movable holder 220 222 and the connecting portion 100 of the ceramic member 120 abutting contact between the tighter.
[0077] In some embodiments, the assembly 240 further includes a stop pin 243, the latch section 243 with a smooth plug connector 2413; the same time, the stopper member 242 is an annular body, the stopper member 242 slidably sleeved on the smooth section 2413, the latch 243 connected to one side 242 abuts the elastic member 230 away from the stopper member, whereby the movable base 220 abuts against the resilient member 242 is connected between the limiting member 230, seen from above, the tip 200 is assembled and disassembled more convenient mechanism.
[0078] In some embodiments, the movable holder 220 comprises a mounting portion in its axial direction 221 and driving unit 222 described above, mounting portion 221 is connected with the smooth sliding section 2413, an end portion of the disc spring 221 abuts against the mounting portion 222 away from the drive unit end surface; the same time, mounting portion 221 along the circumferential direction of the outer wall of the spacer defines a receiving slot 2211, end portion 2413 away from the threaded section is smooth section 2412 is located within the accommodating groove 2211, and the stopper member 242 is located in the receiving groove 2211 and abutted with the side surface near the disc spring receiving groove 2211. Thus, by providing the receiving groove 2211, thereby a smooth segment 2413 and hidden stopper 242, 100 to avoid interference with the ceramic member.
[0079] According to a third aspect of the present invention discloses a roll station, including the above-described ceramic roller 10, with reference to Image 6 and Figure 10The roller table also includes a casing 400 and a drive member, the ceramic roller 10 has a plurality of ceramic roller 10, and the plurality of ceramic roller 10 are sequentially disposed along the longitudinal direction of the casing 400, and the drive member is a motor, the motor assembly connection. The outer portion of the casing 400, the drive shaft of the motor is connected to the connection end portion of the steel core 300 by the joint mechanism 200; so, the motor drives the steel core 300 rotation, the steel core 300 drives two end mechanism 200 to rotate, two ends The mechanism 200 drives the ceramic sleeve 100 to rotate, and the ceramic sleeve 100 is conveyed to the glass 500. Among them, the roller table is fixed or abutted from the ceramic roller 10, the tip mechanism 200 of the ceramic roller 10 is fixed or abutted from the ceramic sleeve 100, and therefore, even if the ceramic roller 10 has a high temperature temperature, the end mechanism 200 and the ceramic set 100 The connection is stable, thereby ensuring the end mechanism 200, the steel core 300, and the ceramic sleeve 100 synchronously rotates, thereby ensuring that the glass 500 is safely delivered.
[0080] The embodiment of the present invention will be described in detail in connection with the drawings, but the present invention is not limited to the above-described embodiments, and various kinds of knowledge provided by those skilled in the art can also be made without departing from the purposes of the present invention. Variety. Furthermore, in the case of an unable conflict, the features of the present invention can be combined with each other.

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