CN209207209U - Thermal-collecting tube polissoir - Google Patents

Abstract

The utility model discloses a kind of thermal-collecting tube polissoirs, including bracket base, burnishing device, guiding device, rotating device and dust cover；Bracket base Bottom ground, burnishing device bottom is fixedly connected with the rear end at the top of bracket base, rotating device is arranged along the length direction of bracket base, rotating device bottom is fixedly connected with bracket base front end, guiding device is arranged between burnishing device and rotating device, it is fixedly connected at the top of guide bottom and bracket base, dust cover and bracket base rear end are hinged；Dust cover can be along two side rotating foldings of bracket base or so, prevent dust from influencing polishing effect, the height of its adjustable polishing wheel of burnishing device, it is adapted to the thermal-collecting tube of different tube wall sizes, guiding device and rotating device can guarantee that thermal-collecting tube transmits automatically, and carry out accurate thoroughly polishing simultaneously in transmission process.

Description

Thermal-collecting tube polissoir

Technical field

The utility model relates to industrial production technology fields, more specifically, it relates to a kind of thermal-collecting tube polissoir.

Background technique

Solar glass vacuum heat collecting tube is related to solar energy utilization technique.It is mutually socketed in the same direction including two transparent Vacuum chamber is arranged in the mutual welding in open end, and between two glass blind pipes in glass blind pipe, inside and outside two glass blind pipes, The light gathering reflector part that section is in concave arc shape is set between inside and outside two glass blind pipes, metal tube is set in interior glass blind pipe, gold Belong to pipe surface and solar energy decalescence films are set.The thermal-collecting tube is easy to actual production processing, meanwhile, using the high-strength characteristic of metal, The load performance for improving product, more important is the light gathering reflectors for by setting section being in concave arc shape, not only provide abundant benefit Make glass heat pipe condensation end moreover, the energy-flux density of glass heat pipe extexine can be improved in the luminous energy assembled with the possibility of luminous energy The output temperature of the more other existing thermal-collecting tubes of output temperature is high, provides wider use space for solar energy.

In order to guarantee the performance of solar glass vacuum heat collecting tube, it is necessary to its surface is polished, in polishing process, Since solar glass vacuum heat collecting tube length is longer, device is needed to be oriented to thermal-collecting tube, so that realization device side is transmitted Edge polishing, the solar glass vacuum heat collecting tube that could be required in this way with shortest producing line production department different length, and entirely too Positive energy glass heat-collecting vacuum tube can be by multiple polishing grinding, and the tube wall size of solar glass vacuum heat collecting tube is different, polishing Equipment needs corresponding height-adjustable device, in addition to this in order to guarantee the precision of polishing, corresponding glissando It is essential.

Utility model content

In view of the deficienciess of the prior art, the purpose of this utility model is to provide a kind of thermal-collecting tube polissoir, It has the special feature that: the polishing operation of repetitious precision can be carried out to entire thermal-collecting tube；It can be carried out while polishing Transmission；The adjustable height of polissoir adapts to the thermal-collecting tubes of different tube wall sizes；It is polished with corresponding damping device Cheng Gengjia is accurate reliable.

To achieve the above object, the utility model provides following technical solution:

A kind of thermal-collecting tube polissoir, including bracket base, bracket base are equipped with burnishing device, guiding device, rotation Device and dust cover；Burnishing device is fixed at bracket base one end, and it is another that rotating device is fixed at bracket base End, guiding device is arranged between burnishing device and rotating device, and guiding device is fixedly connected with bracket base, rotating device It is arranged along bracket base length direction, burnishing device is also arranged along bracket base length direction, dust cover and bracket base rear end Hingedly, it is rotated along left and right side.

Burnishing device divides several groups, and every group includes polishing machine, damping device and polishing bracket；Damping device bottom and branch Frame base rear end is fixedly connected, and is fixedly connected at the top of polishing motor spindle and damping device, and polishing frame bottom and bracket base are solid Fixed connection, polishing side face are fixedly connected with polishing machine side.

Polishing machine include polishing machine fixing seat, polishing motor, polishing motor platform, polishing machine transmission mechanism, polishing wheel with And height adjustment device；It is fixedly connected at the top of polishing machine fixing seat bottom and damping device, polishing motor platform is that front end is coherent Through slot, rear end are that the structure of platform designs, and polishing motor platform leading inside face is fixedly connected with polishing machine fixed seat lateral surface, Polishing motor bottom is fixedly connected with the table top of polishing motor platform rear end, and height adjustment device trailing flank and polishing machine are solid Reservation leading flank is fixedly connected, and polishing machine transmission mechanism one end is fixedly connected with height adjustment device, and polishing machine transmission mechanism is another One end is fixedly connected with polishing motor, and polishing wheel is fixedly connected with polishing machine transmission mechanism.

By using above-mentioned technical proposal, thermal-collecting tube is against among polishing wheel, rotating device and guiding device and is thrown Light, due to the presence of rotating device and guiding device, thermal-collecting tube can transmit edge polishing with side, if burnishing device has dry-fine Machine can carry out repetitious polishing grinding, the height of the adjustable polishing wheel of height adjustment device automatically in transmission process Degree, and does not influence entire the operation of a machine, and damping device effectively damping can guarantee the required precision of polishing process, and dust cover can To effectively prevent influence of the dust to polishing precision.

Further, polishing machine transmission mechanism includes polishing machine driving wheel, polishing machine driven wheel, belt and shaft；It throws Ray machine driving wheel is fixedly connected with polishing motor, and shaft is fixedly connected with height adjustment device, and shaft one end and polishing machine are driven Wheel is fixedly connected, and the shaft other end is fixedly connected with polishing wheel, and belt is attached on polishing machine driving wheel and polishing machine driven wheel, And polishing machine driving wheel and polishing machine driven wheel are realized by belt and are driven.

By using above-mentioned technical proposal, output power of motor drives the rotation of polishing machine driving wheel, and then is passed by belt Defeated drive polishing machine driven wheel rotation, then the polishing wheel being fixedly connected in shaft and shaft is driven to rotate, realize the basic of polishing Technical requirements.

Further, height adjustment device includes height adjustment runner, rotaring wheeling base, sliding fixed block, sliding shoe, the first spiral shell Line screw rod, the second threaded screw rod and shaft fixing block；Sliding fixed block is fixedly connected with polishing machine fixing seat, slides fixed block It is slidably connected with sliding shoe by the first threaded screw rod and the realization of the second threaded screw rod, the first threaded screw rod and the second threaded screw rod It is threadedly engaged connection, for the setting of the first threaded screw rod in sliding fixed block, the second threaded screw rod passes through left and right on sliding fixed block The sliding groove of two sides perforation is fixedly connected with sliding shoe, and shaft fixing block is fixedly connected with sliding shoe, shaft fixing block and shaft It is fixedly connected, height adjustment runner is fixedly connected with the first threaded screw rod, and the first threaded screw rod passes through rotaring wheeling base and sliding is fixed Block, rotaring wheeling base are fixedly connected with sliding fixed block.

By using above-mentioned technical proposal, sliding shoe is driven to carry out on sliding fixed block by screw rod transmission sliding up and down It moves, and because the shaft fixing block on sliding shoe is fixedly connected with shaft, and then the upper and lower displacement of polishing wheel is driven, realization pair Polish the adjusting of height.

Further, damping device includes shock-absorbing support seat, damped platform, shock-absorption support and damping spring；Damping It is fixedly connected at the top of support base bottom and bracket base, is fixedly connected, subtracts at the top of damped platform bottom end and shock-absorbing support seat It being fixedly connected at the top of the shake mesa base other end and shock-absorption support, shock-absorption support lateral surface fixing sleeve is connected with damping spring, Damping spring one end is fixedly connected with damped platform, and the damping spring other end is fixedly connected with bracket base.

It is main that shock-absorbing support seat and shock-absorption support is still leaned on to support whole part by using above-mentioned technical proposal, Damping spring only serves the effect for sharing vibration, avoids device and significantly shakes, and ensure that the fine degree of polishing.

Further, guiding device includes guide holder, guiding shaft and directive wheel；Guide holder bottom and bracket base are solid Fixed connection, guiding shaft are fixedly connected with guide holder, and guiding shaft is fixedly connected with directive wheel, and guiding device is in rotating device Angle setting.

By using above-mentioned technical proposal, directive wheel has guiding role to thermal-collecting tube, guarantees thermal-collecting tube along rotating device Direction be displaced, simultaneously because guiding device and the angled setting of rotating device, to thermal-arrest under the active force of directive wheel Pipe has a kind of forward motive force, it is achieved that the automatic transmission of thermal-collecting tube.

Further, rotating device includes drive shaft, transmission connection seat, the first rotating wheel, the second rotating wheel, transmission shaft Hold seat, transmission gear and transfer motion power portion；Transfer motion power portion is fixedly connected with bracket base, transfer motion power portion and driving cog Wheel is cooperatively connected, and drive shaft passes through transmission connection seat, the first rotating wheel, the second rotating wheel, drive bearing block and driving cog Wheel, transmission connection seat, the first rotating wheel, the second rotating wheel, drive bearing block, transmission gear are fixedly connected with drive shaft simultaneously And or be distributed on drive shaft, be fixedly connected at the top of drive bearing block bottom and bracket base.

By using above-mentioned technical proposal, transfer motion power portion power output, band nutating gear is rotated, and then drives drive shaft The rotation for other devices being connected on drive shaft, the first rotating wheel and the second rotating wheel drive thermal-collecting tube rotation, realize collection 360 ° of heat pipe fully finished, and power is transmitted to directive wheel by thermal-collecting tube, then realize the forward transmission of thermal-collecting tube.

Further, transfer motion power portion includes driving motor, driving motor fixing seat, speed reducer, deceleration machine bottom board, shaft coupling Device and toothed chain；It is fixedly connected at the top of driving motor fixing seat with bracket base, driving motor fixing seat is fixed with driving motor Connection, speed reducer bottom base plate is fixedly connected with bracket base, and speed reducer is fixedly connected with deceleration machine bottom board, shaft coupling one end and Driving motor is fixedly connected, and the shaft coupling other end is fixedly connected with speed reducer, and speed reducer and transmission gear are connected by toothed chain cooperation It connects.

By using above-mentioned technical proposal, driving motor power output is transmitted to transmission gear, band turn via retarder deceleration The rotation of dynamic device.

Further, polishing wheel is equipped with polishing wheel shield, and polishing wheel shield is fixedly connected with polishing machine fixing seat, Polishing machine transmission mechanism is equipped with polishing machine transmission mechanism shield, and polishing machine transmission mechanism shield one end side and shaft are solid Reservation is fixedly connected, and the side of the polishing machine transmission mechanism shield other end is fixedly connected with polishing machine fixing seat side.

By using above-mentioned technical proposal, two kinds of shields play the role of proofing dust and protecting to the normal operation of machine.

To sum up, the utility model has the following beneficial effects:

1, repetitious polishing grinding can be carried out to thermal-collecting tube；

2, influence of the vibration generated in polishing process to device polishing precision can be effectively reduced；

3, the height and position of polishing wheel can be manually adjusted, to adapt to the thermal-collecting tube of different tube wall sizes；

4, it can be transmitted, and be polished while transmission automatically, adapted to the thermal-collecting tube of different length, guarantee whole It can be polished and be polished on the length direction of a thermal-collecting tube；

5,360 ° of rotations that thermal-collecting tube can be realized by rotating device, guarantee entire thermal-collecting tube in tube wall diametrical direction It is sufficiently polished polishing；

6, device is equipped with protective cover, it is possible to prevente effectively from polishing wheel and polishing transmission device are influenced by dust, spark etc.；

7, machine is provided with dust cover on the whole, and during polishing grinding can be effectively prevented, dust is to polishing precision It influences.

Detailed description of the invention

Fig. 1 is a kind of positive three axis side view of the overall structure of embodiment (no dust cover) provided by the utility model；

Fig. 2 is a kind of top view of the overall structure of embodiment (no dust cover) provided by the utility model；

Fig. 3 is a kind of left view of the overall structure of embodiment (no dust cover) provided by the utility model；

Fig. 4 is a kind of positive three axis side view of the overall structure of embodiment (with dust cover) provided by the utility model；

Fig. 5 is polishing machine linkage section enlarged diagram in Fig. 3；

Fig. 6 is guiding device part partial enlarged view in Fig. 2；

Fig. 7 is transfer motion power portion part partial enlarged view in Fig. 1；

Fig. 8 is rotating device part partial enlarged view in Fig. 2；

Fig. 9 is a kind of height adjustment device cut-away illustration of embodiment provided by the utility model.

In figure: 1, bracket base；2, burnishing device；21, polishing machine；211, polishing machine fixing seat；212, polishing motor； 213, polishing motor platform；214, polishing machine transmission mechanism；2141, polishing machine driving wheel；2142, polishing machine driven wheel；2143, Belt；2144, shaft；2145, polishing machine transmission mechanism shield；215, polishing wheel；2151, polishing wheel shield；216, high Spend regulating device；2161, height adjustment runner；2162, rotaring wheeling base；2163, fixed block is slided；2164, sliding shoe；2165, One threaded screw rod；2166, the second threaded screw rod；2167, shaft fixing block；22, damping device；221, shock-absorbing support seat；222, Damped platform；223, shock-absorption support；224, damping spring；23, bracket is polished；3, guiding device；31, guide holder；32, it is oriented to Shaft；33, directive wheel；4, rotating device；41, drive shaft；42, be sequentially connected seat；43, the first rotating wheel；44, the second rotation Wheel；45, drive bearing block；46, transmission gear；47, transfer motion power portion；471, driving motor；472, driving motor fixing seat； 473, speed reducer；474, deceleration machine bottom board；475, shaft coupling；476, toothed chain；5, dust cover.

Specific embodiment

Embodiment:

The utility model is described in further detail below in conjunction with attached drawing 1-9.

A kind of thermal-collecting tube polissoir, as shown in Figure 1, Figure 2, Fig. 3 and Fig. 4 and a kind of shown, thermal-collecting tube polissoir, including branch Frame pedestal 1, bracket base 1 are equipped with burnishing device 2, guiding device 3, rotating device 4 and dust cover 5；Burnishing device 2 is fixed The one end of bracket base 1 rearward is set, and rotating device 4 is fixed at the position at the end to the front of bracket base 1, rotating device 4 Length direction along bracket base 1 is arranged, and guarantees the whole left and right side perpendicular to bracket base 1 of rotating device 4, guiding dress 3 settings are set between burnishing device 2 and rotating device 4, are fixedly connected at the top of 3 bottom of guiding device and bracket base 1, dust cover 5 is hinged with the rear end of bracket base 1, can be along the left and right side rotating folding of bracket base 1；Burnishing device 2 divides six groups, every group Between be equidistantly positioned on the top surface of bracket base 1, every group include polishing machine 21 1, damping device 22 1 and polishing 23 1, bracket；It is fixedly connected at the top of 22 bottom of damping device and bracket base 1,22 top of 21 bottom of polishing machine and damping device It is fixedly connected, polishes and be fixedly connected at the top of 23 bottom of bracket and bracket base 1,21 right side of polishing 23 left side of bracket and polishing machine Face is fixedly connected；Polishing machine 21 includes polishing machine fixing seat 211, polishing motor 212, polishing motor platform 213, polishing machine transmission Mechanism 214, polishing wheel 215 and height adjustment device 216；It is fixed at the top of 211 bottom of polishing machine fixing seat and damping device 22 Connection, the medial surface of 213 front end of polishing motor platform are fixedly connected with 211 lateral surface of polishing machine fixing seat, 212 bottom of polishing motor It is fixedly connected at the top of portion and 213 rear end of polishing motor platform, 216 trailing flank of height adjustment device and polishing machine fixing seat 211 Leading flank is fixedly connected, and 214 one end of polishing machine transmission mechanism is fixedly connected with height adjustment device 216, polishing machine transmission mechanism 214 other ends are fixedly connected with polishing motor 212, and polishing wheel 215 is fixedly connected with polishing machine transmission mechanism 214.

As shown in figure 5, polishing machine transmission mechanism 214 includes polishing machine driving wheel 2141, polishing machine driven wheel 2142, belt 2143 and shaft 2144；Polishing machine driving wheel 2141 is fixedly connected with polishing motor 212, shaft 2144 and height adjustment device 216 are fixedly connected, and 2144 one end of shaft is fixedly connected with polishing machine driven wheel 2142,2144 other end of shaft and polishing wheel 215 It is fixedly connected, belt 2143 is attached on polishing machine driving wheel 2141 and polishing machine driven wheel 2142, and polishing machine driving wheel 2141 realize transmission by belt 2143 with polishing machine driven wheel 2142.

As shown in figure 9, height adjustment device 216 includes height adjustment runner 2161, rotaring wheeling base 2162, sliding fixed block 2163, sliding shoe 2164, the first threaded screw rod 2165, the second threaded screw rod 2166 and shaft fixing block 2167；Sliding is fixed Block 2163 is fixedly connected with polishing machine fixing seat 211, and sliding fixed block 2163 and sliding shoe 2164 pass through the first threaded screw rod 2165 and second threaded screw rod 2166 realization be slidably connected, the first threaded screw rod 2165 is threadedly engaged with the second threaded screw rod 2166 Connection, for the setting of the first threaded screw rod 2165 inside sliding fixed block 2163, the second threaded screw rod 2166 passes through sliding fixed block The sliding slot that 2163 left and right sides penetrate through is fixedly connected with sliding shoe 2164, shaft fixing block 2167 and the fixed company of sliding shoe 2164 It connects, shaft fixing block 2167 is fixedly connected with shaft 2144, height adjustment runner 2161 and the fixed company of the first threaded screw rod 2165 It connects, the first threaded screw rod 2165 passes through rotaring wheeling base 2162 and the sliding fixed block 2163, rotaring wheeling base 2162 and sliding fixed block 2163 are fixedly connected.

As shown in figure 3, damping device 22 includes shock-absorbing support seat 221, damped platform 222, shock-absorption support 223 and subtracts Shake spring 224；It is fixedly connected at the top of 221 bottom of shock-absorbing support seat and bracket base 1,222 bottom end of damped platform and damping Support base 221 is fixedly connected, and is fixedly connected at the top of the 222 bottom other end of damped platform and shock-absorption support 223, shock-absorption support 223 lateral surface fixing sleeves are connected with damping spring 224, and 224 one end of damping spring is fixedly connected with damped platform 222, damping spring 224 other ends are fixedly connected with bracket base 1.

As shown in fig. 6, guiding device 3 includes guide holder 31, guiding shaft 32 and directive wheel 33；31 bottom of guide holder with Bracket base 1 is fixedly connected, and guiding shaft 32 is fixedly connected with guide holder 31, and guiding shaft 32 is fixedly connected with directive wheel 33, Guiding device 3 and 4 angled 97 ° of rotating device settings.

As shown in figure 8, rotating device 4 includes 42, eight first turn of seat of a transmission connection of drive shaft 41,24 43,16 transmission gears 46 of drive bearing block 45, two of the second rotating wheel 44,16 of driving wheel and a transfer motion power portion 47；Transfer motion power portion 47 is fixedly connected with bracket base 1, and transfer motion power portion 47 and transmission gear 46 are cooperatively connected, drive shaft 41 pass through transmission connection seat 42, the first rotating wheel 43, the second rotating wheel 44, drive bearing block 45 and transmission gear 46, and pass Dynamic attachment base 42, the first rotating wheel 43, the second rotating wheel 44, drive bearing block 45, transmission gear 46 simultaneously with drive shaft 41 Between being fixedly connected and being uniform on drive shaft 41 or it is arranged, is fixedly connected at the top of 45 bottom of drive bearing block and bracket base 1.

As shown in Figure 6 and Figure 7, transfer motion power portion 47 includes driving motor 471, driving motor fixing seat 472, speed reducer 473, deceleration machine bottom board 474, shaft coupling 475 and toothed chain 476；472 top of driving motor fixing seat and the fixed company of bracket base 1 It connects, driving motor fixing seat 472 is fixedly connected with driving motor 471,474 bottom of deceleration machine bottom board and the fixed company of bracket base 1 It connects, speed reducer 473 is fixedly connected with deceleration machine bottom board 474, and 475 one end of shaft coupling is fixedly connected with driving motor 471, shaft coupling 475 other ends are fixedly connected with speed reducer 473, and speed reducer 473 and transmission gear 46 are realized by toothed chain 476 and be cooperatively connected.

As shown in Figure 1 and Figure 5, polishing wheel 215 is equipped with polishing wheel shield 2151, the right side of polishing wheel shield 2151 with It being fixedly connected on the left of polishing machine fixing seat 211, polishing machine transmission mechanism 214 is equipped with polishing machine transmission mechanism shield 2145, 2145 one end right side of polishing machine transmission mechanism shield is fixedly connected with 2167 left side of shaft fixing block, polishing machine driver It is fixedly connected on the left of 2145 other end right side of structure shield and polishing machine fixing seat 211.

In the present embodiment, the distance between 1 left end of bracket base to first group of burnishing device 2 is 1208.5mm, every group The distance between burnishing device is 750mm, and the distance that 1 front end of bracket base is held to the end is 930mm, and bracket base 1 is most The distance of left end to right end is 6117.4mm, and the height of whole device is 1392mm, and Foshan City's depth can be selected in polishing motor 212 The polishing motor of the model SFM5360A-09/2.20SF of friendship electro spindle Manufacturing Co., Ltd production, driving motor 471 are optional With the driving motor for the model MS8034 that Shanghai Hao Guan mechanical & electronic equipment corporation, Ltd produces, Shanghai product are can be selected in speed reducer 473 Join the general gear reduction unit of gear box arrangement Co., Ltd production.

Working principle: the principle of polishing motor 212 be when being passed through symmetrical three-phase alternating current into threephase stator winding, Just producing one, space of circles makees right handed rotating excitation field along stator and rotor with synchronous rotational speed n1.Due to rotation Turn magnetic field with the rotation of n1 revolving speed, is static when rotor conductor starts, therefore rotor conductor generates cutting stator rotating excitation field Induced electromotive force (direction of induced electromotive force is determined with the right-hand rule).It is shorted, is feeling since rotor conductor both ends are short-circuited ring Under the action of answering electromotive force, it will be generated and the almost the same induced current in induced electromotive force direction in rotor conductor.The load of rotor Current conductor is in stator field by the effect of electromagnetic force (the direction left hand rule of power determines).Electromagnetic force generates armature spindle Electromagnetic torque, driving rotor are rotated along rotating excitation field direction.When threephase stator winding (respectively 120 degree of electric angles of difference of motor Degree), after being passed through three-phase symmetrical alternating current, a rotating excitation field will be generated, the rotating excitation field cutting rotor winding, thus in rotor Induced current (rotor windings are close access) is generated in winding, the rotor conductor of current-carrying will produce under the effect of stator rotating excitation field Raw electromagnetic force, so that electromagnetic torque is formed on machine shaft, drive motor rotation, and motor direction of rotation and rotary magnetic Field direction is identical.

The principle of driving motor 471 is that the direction of conductor stress is determined with left hand rule.This pair of of electromagnetic force forms work For one torque of armature, this torque is known as electromagnetic torque in rotating electric machine, and the direction of torque is counterclockwise, to attempt Rotate in an anti-clockwise direction armature.If this electromagnetic torque can overcome the resistive torque on armature, such as the resistance caused by rubbing Torque and other load torques, armature can rotate counterclockwise.

The principle of speed reducer 473 be speed reducer 473 risen between prime mover and working machine or executing agency matching revolving speed and The effect of torque is transmitted, speed reducer 473 is a kind of relatively accurate machinery, and the purpose using it is to reduce revolving speed, and retarder is One kind is commonly used by being enclosed in the intracorporal gear drive of rigid crust, worm-drive, the composed individual components of pinion-endless screw transmission Make the speed reduction gearing between driving link and working machine.Risen between prime mover and working machine or executing agency matching revolving speed and The effect of torque is transmitted, its purpose is to reduce revolving speed, increases torque.

The height for adjusting polishing wheel 215 covers dust cover 5, by unpolished thermal-collecting tube from device right end along turn The gap that dynamic device 4, guiding device 3 and burnishing device 2 are encircled a city slowly feeder, starts driving motor 471, speed reducer 473 and polishing motor 212, since guiding device 3 and rotating device 4 are in 97 ° of settings, there are active force, thermal-collecting tube from each other After feeder a distance, device voluntarily can drive thermal-collecting tube to transmit, and carry out in transmission process by rotating device 4 Rotation, carries out repetitious polishing by six groups of burnishing devices 2, the thermal-collecting tube for finally completing polishing is sent from device left end Out.

It should be noted that all statements for using " first " and " second " are for area in the utility model embodiment Be divided to two non-equal entities of same names or non-equal parameter, it is seen that " first " " second " only for statement convenience, It should not be construed as the restriction to the utility model embodiment, subsequent embodiment no longer illustrates this one by one.

This specific embodiment is only the explanation to the utility model, is not limitations of the present invention, ability Field technique personnel can according to need the modification that not creative contribution is made to the present embodiment after reading this specification, but As long as all by the protection of Patent Law in the scope of the claims of the utility model.

Claims (8)

1. a kind of thermal-collecting tube polissoir, including bracket base (1), it is characterised in that: the bracket base (1) is equipped with polishing Device (2), guiding device (3), rotating device (4) and dust cover (5)；The burnishing device (2) is fixed at the branch Frame pedestal (1) one end, the rotating device (4) are fixed at the bracket base (1) other end, the guiding device (3) It is arranged between the burnishing device (2) and the rotating device (4), the guiding device (3) and the bracket base (1) are solid Fixed connection, the dust cover (5) and the bracket base (1) are hinged；

The burnishing device (2) includes polishing machine (21), damping device (22) and polishing bracket (23)；The damping device (22) bottom is fixedly connected with the bracket base (1), solid at the top of polishing machine (21) bottom and the damping device (22) Fixed connection, the polishing bracket (23) bottom are fixedly connected with the bracket base (1), the polishing bracket (23) side and institute Polishing machine (21) side is stated to be fixedly connected；

The polishing machine (21) includes polishing machine fixing seat (211), polishing motor (212), polishing motor platform (213), polishing Machine transmission mechanism (214), polishing wheel (215) and height adjustment device (216)；Polishing machine fixing seat (211) bottom with It is fixedly connected at the top of the damping device (22), polishing motor platform (213) medial surface and the polishing machine fixing seat (211) lateral surface is fixedly connected, and is fixedly connected at the top of polishing motor (212) bottom and the polishing motor platform (213), The height adjustment device (216) is fixedly connected with the polishing machine fixing seat (211), the polishing machine transmission mechanism (214) It is fixedly connected with the height adjustment device (216), the polishing machine transmission mechanism (214) and the polishing motor (212) are solid Fixed connection, the polishing wheel (215) are fixedly connected with the polishing machine transmission mechanism (214).

2. thermal-collecting tube polissoir according to claim 1, it is characterised in that: polishing machine transmission mechanism (214) packet Include polishing machine driving wheel (2141), polishing machine driven wheel (2142), belt (2143) and shaft (2144)；The polishing owner Driving wheel (2141) is fixedly connected with the polishing motor (212), and the shaft (2144) and the height adjustment device (216) are solid Fixed connection, described shaft (2144) one end are fixedly connected with the polishing machine driven wheel (2142), and the shaft (2144) is another End is fixedly connected with the polishing wheel (215), on the polishing machine driving wheel (2141) and the polishing machine driven wheel (2142) Set is connected with the belt (2143) simultaneously.

3. thermal-collecting tube polissoir according to claim 2, it is characterised in that: the height adjustment device (216) includes Height adjustment runner (2161), rotaring wheeling base (2162), sliding fixed block (2163), sliding shoe (2164), the first threaded screw rod (2165), the second threaded screw rod (2166) and shaft fixing block (2167)；The sliding fixed block (2163) and the polishing Machine fixing seat (211) is fixedly connected, and the sliding fixed block (2163) and the sliding shoe (2164) pass through first screw thread Screw rod (2165) and second threaded screw rod (2166) realization are slidably connected, first threaded screw rod (2165) and described the Two threaded screw rods (2166) are threadedly engaged connection, and first threaded screw rod (2165) is arranged in the sliding fixed block (2163) Interior, second threaded screw rod (2166) passes through the sliding fixed block (2163) and is fixedly connected with the sliding shoe (2164), The shaft fixing block (2167) is fixedly connected with the sliding shoe (2164), the shaft fixing block (2167) and the shaft (2144) it being fixedly connected, the height adjustment runner (2161) is fixedly connected with first threaded screw rod (2165), and described One threaded screw rod (2165) pass through the rotaring wheeling base (2162) and the sliding fixed block (2163), the rotaring wheeling base (2162) and The sliding fixed block (2163) is fixedly connected.

4. thermal-collecting tube polissoir according to claim 3, it is characterised in that: damping device (22) includes shock-absorbing support seat (221), damped platform (222), shock-absorption support (223) and damping spring (224)；Shock-absorbing support seat (221) bottom It is fixedly connected with the bracket base (1) top, damped platform (222) bottom end and the shock-absorbing support seat (221) Top is fixedly connected, and is fixedly connected at the top of damped platform (222) the bottom other end and the shock-absorption support (223), institute It states shock-absorption support (223) lateral surface fixing sleeve to be connected with the damping spring (224), described damping spring (224) one end and institute It states damped platform (222) to be fixedly connected, damping spring (224) other end is fixedly connected with the bracket base (1).

5. thermal-collecting tube polissoir according to claim 4, it is characterised in that: the guiding device (3) includes guide holder (31), shaft (32) and directive wheel (33) are oriented to；Guide holder (31) bottom is fixedly connected with the bracket base (1), The guiding shaft (32) is fixedly connected with the guide holder (31), and the guiding shaft (32) and the directive wheel (33) are fixed Connection.

6. thermal-collecting tube polissoir according to claim 5, it is characterised in that: the rotating device (4) includes that transmission turns Axis (41), transmission connection seat (42), the first rotating wheel (43), the second rotating wheel (44), drive bearing block (45), transmission gear (46) and transfer motion power portion (47)；The transfer motion power portion (47) is fixedly connected with the bracket base (1), the transmission Power part (47) and the transmission gear (46) are cooperatively connected, the drive shaft (41) pass through the transmission connection seat (42), First rotating wheel (43), second rotating wheel (44), the drive bearing block (45) and the transmission gear (46), And the transmission connection seat (42), first rotating wheel (43), second rotating wheel (44), the drive bearing block (45), the transmission gear (46) simultaneously be fixedly connected with the drive shaft (41), drive bearing block (45) bottom with The bracket base (1) is fixedly connected.

7. thermal-collecting tube polissoir according to claim 6, it is characterised in that: the transfer motion power portion (47) includes transmission Motor (471), driving motor fixing seat (472), speed reducer (473), deceleration machine bottom board (474), shaft coupling (475) and toothed chain (476)；It is fixedly connected at the top of the driving motor fixing seat (472) with the bracket base (1), the driving motor fixing seat (472) it is fixedly connected with the driving motor (471), deceleration machine bottom board (474) bottom and the bracket base (1) are fixed Connection, the speed reducer (473) are fixedly connected with the deceleration machine bottom board (474), described shaft coupling (475) one end and the biography Dynamic motor (471) are fixedly connected, and shaft coupling (475) other end is fixedly connected with the speed reducer (473), the speed reducer (473) it is cooperatively connected with the transmission gear (46) by the toothed chain (476).

8. thermal-collecting tube polissoir according to claim 7, it is characterised in that: the polishing wheel (215) is equipped with polishing It takes turns shield (2151), the polishing wheel shield (2151) is fixedly connected with the polishing machine fixing seat (211), the polishing Machine transmission mechanism (214) is equipped with polishing machine transmission mechanism shield (2145), the polishing machine transmission mechanism shield (2145) one end is fixedly connected with the shaft fixing block (2167), polishing machine transmission mechanism shield (2145) other end It is fixedly connected with the polishing machine fixing seat (211).