CN205950475U - Carbon pipe automatic cutting device - Google Patents

Abstract

The utility model relates to a carbon pipe automatic cutting device, establishing the cover body above that including base and cover, covering internal conveying mechanism and the cutting mechanism of being equipped with, wherein conveying mechanism includes two parallels, relative base horizontal migration's conveying chain, two be connected with the backup pad that to place a plurality of carbon pipe between the conveying chain, cutting mechanism is including being located the emery wheel of conveying chain side to and drive emery wheel pivoted motor, the output shaft of motor has telescopic rotating shaft through the coupling joint, telescopic rotating shaft's end connection is in the eccentric department of emery wheel, the center of emery wheel to with eccentric department center that telescopic rotating shaft connects apart from more than or equal to the diameter of carbon pipe, it is just right to be equipped with on the base the discharge gate of emery wheel, be connected with on the cover body with discharge gate intercommunication, the passage that narrows to the discharge gate gradually.

Description

A kind of carbon pipe automatic cutting device

Technical field

This utility model is related to laboratory services field, more particularly, to a kind of carbon pipe automatic cutting device.

Background technology

Activated carbon tube is a kind of common carrier class consumptive material of laboratory, when testing the material within activated carbon tube, needs Activated carbon tube one end is cut, is easy to follow-up pretreatment work.

At present, mainly single cutting is carried out by man-hour manually hand-held sickle, waste time and energy, and, meeting in cutting process Produce chip, easily splash with operator, operator is damaged；In addition, the mode of artificial cutting still needs to after dicing The tube head that labor cleaning cuts down, increased artificial labor intensity, and work efficiency is relatively low.

In view of above-mentioned defect, the design people, actively research and innovation in addition, to founding a kind of carbon pipe of new structure Automatic cutting device is so as to more the value in industry.

Utility model content

For solving above-mentioned technical problem, the purpose of this utility model is to provide a kind of cutting efficiency height, can be cut in batches Cut, and can automatically clear up the carbon pipe automatic cutting device of the tube head cutting down.

Carbon pipe automatic cutting device of the present utility model, including base and be located at cover body thereon, is provided with cover body Conveying mechanism and cutting mechanism, wherein

- described conveying mechanism includes the carrier chain that two parallel, relatively described bases move horizontally, described in two between carrier chain If being connected with the gripper shoe that can place dry carbon pipe；

- described cutting mechanism includes the emery wheel positioned at described carrier chain side, and the motor that driving emery wheel rotates, described The output shaft of motor is connected with telescopic rotating shaft by shaft coupling, and the end of described telescopic rotating shaft is connected to the bias of described emery wheel Place, the distance at center to the eccentric part center being connected with described telescopic rotating shaft of described emery wheel is more than or equal to the straight of described carbon pipe Footpath；

- described base is provided with the discharging opening just to described emery wheel, described cover body is connected with connect with described discharging opening, The passage gradually narrowing to discharging opening.

Further, described cover body is also associated with described motor the blower towards described gripper shoe.

Further, described carbon Gutron is crossed pipe box and is placed in described gripper shoe, and described pipe box is axially arranged with run through logical Hole, the side wall in the middle part of described through hole is provided with two opposite arc-shaped spring pieces.

Further, described gripper shoe is provided with some perforation passing through respectively for described sleeve pipe, on described perforation inwall It is provided with rubber ring.

Further, described base is additionally provided with the riser supporting described passage.

Further, the wherein side wall of described cover body is provided with the entrance, another relative entering for described carrier chain Side wall is provided with the outlet gone out for carrier chain.

By such scheme, this utility model at least has advantages below：

1st, multiple carbon pipes can be conveyed using carrier chain simultaneously, be cut successively by emery wheel, substantially increase cutting effect Rate, and carrier chain and emery wheel are all automatic work, need not manually operate it is ensured that personal safety；

2nd, because telescopic rotating shaft is connected to the eccentric part of emery wheel, emery wheel when cutting to carbon pipe, different from current Single solution for diverse problems mode (single solution for diverse problems mode can exert a force to carbon pipe suddenly, and carbon pipe can be made to rupture), can cut carbon pipe according to curvilinear path, Avoid the fracture of carbon pipe it is ensured that cutting effect；

3rd, utilize gas blow pipe, the tube head falling on the supporting plate can be blown off on passage after cutting, need not manually in addition Cleaning；

4th, cover body is utilized to wrap up base, it is to avoid the chip of cutting process splashes out and staff is damaged.

Described above is only the general introduction of technical solutions of the utility model, in order to better understand skill of the present utility model Art means, and being practiced according to the content of description, below with preferred embodiment of the present utility model and coordinate accompanying drawing detailed Describe in detail bright as after.

Brief description

Fig. 1 is structural representation of the present utility model；

Fig. 2 is the structural representation of gripper shoe in this utility model；

Fig. 3 is the structural representation of pipe box in this utility model.

Specific embodiment

With reference to the accompanying drawings and examples, specific embodiment of the present utility model is described in further detail.Below Embodiment is used for this utility model is described, but is not limited to scope of the present utility model.

Referring to Fig. 1 to Fig. 3, a kind of carbon pipe automatic cutting device described in this utility model one preferred embodiment, the bottom of including Seat 10 and be located at cover body 20 thereon, is provided with conveying mechanism and cutting mechanism, wherein conveying mechanism includes two in cover body 20 The carrier chain 31 that parallel, respect thereto 10 moves horizontally, if be connected between two carrier chains 31 to place propping up of dry carbon pipe 90 Fagging 32；Cutting mechanism includes the emery wheel 41 positioned at carrier chain 31 side, and the motor 42 that driving emery wheel 41 rotates, motor 42 Output shaft telescopic rotating shaft 44 is connected with by shaft coupling 43, the end of telescopic rotating shaft 44 is connected to the eccentric part of emery wheel 41, sand The distance at the center of wheel 41 to the eccentric part center being connected with telescopic rotating shaft 44 is more than or equal to the diameter of carbon pipe 90, and motor 42 works Driving telescopic rotating shaft 44 to rotate, thus driving emery wheel 41 to rotate, adjusting the length of telescopic rotating shaft 44, you can so that emery wheel 41 is longitudinally moved Dynamic, so that the carbon pipe of cutting different length；Base 10 is provided with the discharging opening 11 just to emery wheel 41, cover body 20 is connected with and goes out The passage 60 that material mouth 11 connects, gradually narrows to discharging opening 11.

This utility model can convey multiple carbon pipes using carrier chain simultaneously, cut successively by emery wheel, greatly improve Cutting efficiency, and carrier chain is all automatic work with emery wheel, need not manually operate it is ensured that personal safety；Turned due to flexible Axle is connected to the eccentric part of emery wheel, emery wheel when cutting to carbon pipe, different from current single solution for diverse problems mode (single solution for diverse problems mode Suddenly carbon pipe can be exerted a force, carbon pipe can be made to rupture), carbon pipe can be cut according to curvilinear path, it is to avoid carbon pipe ruptures it is ensured that cutting Cut effect；Wrap up base using cover body, it is to avoid the chip of cutting process splashes out and staff is damaged.

For further ensuring that the tube head cutting down can discharge through discharging opening 11 along passage 60, this utility model exists Blower 70 towards gripper shoe 32 is also associated with motor 42 on cover body 20.Using gas blow pipe, can fall after cutting Tube head in gripper shoe blows off on passage, need not manually in addition clear up.

This utility model is additionally provided with the riser 61 supporting passage 60 on base 10, avoids tube head to drop using riser 61 Get off to clash into passage 60 and so that passage 60 is rocked.

In this utility model, carbon pipe 90 is placed in gripper shoe 32 by pipe box 80, and gripper shoe 32 is provided with and some supplies respectively The perforation 33 that sleeve pipe 80 passes through；Pipe box 80 is axially arranged with the through hole 81 running through, and it is opposite that the side wall in the middle part of through hole 81 is provided with two Arc-shaped spring piece 82, applies pressure from carbon pipe both sides to carbon pipe using two arc-shaped spring pieces 82, so that carbon pipe is stably inserted into In sleeve pipe 80, move axially without facing sleeve 80.

For making gripper shoe 32 avoid sleeve pipe 80 relatively to slide during driving sleeve pipe 80 to move horizontally, this utility model exists 33 inwalls of boring a hole are provided with rubber ring 34, using the frictional force of rubber ring 34 and sleeve pipe 80, stop sleeve pipe 80 relative support plate 32 Slide.

In this utility model, carrier chain 31 is to be externally entering in cover body 20, then, therefore, cover body 20. in cover body 20 out Wherein side wall be provided with the entrance 21 entering for carrier chain 31, another relative side wall is provided with and goes out for carrier chain 31 Outlet 22.

The above is only preferred implementation of the present utility model, be not limited to this utility model it is noted that For those skilled in the art, on the premise of without departing from this utility model know-why, can also do Go out some improvement and modification, these improve and modification also should be regarded as protection domain of the present utility model.

Claims (6)

1. a kind of carbon pipe automatic cutting device it is characterised in that：Including base and be located at cover body thereon, it is provided with cover body Conveying mechanism and cutting mechanism, wherein

- described conveying mechanism includes the carrier chain that two parallel, relatively described bases move horizontally, and connects described in two between carrier chain If there being the gripper shoe that can place dry carbon pipe；

- described cutting mechanism includes the emery wheel positioned at described carrier chain side, and the motor that driving emery wheel rotates, described motor Output shaft telescopic rotating shaft is connected with by shaft coupling, the end of described telescopic rotating shaft is connected to the eccentric part of described emery wheel, institute The distance stating center to the eccentric part center being connected with described telescopic rotating shaft of emery wheel is more than or equal to the diameter of described carbon pipe；

- described base is provided with the discharging opening just to described emery wheel, described cover body is connected with and connects with described discharging opening, gradually The passage narrowing to discharging opening.

2. carbon pipe automatic cutting device according to claim 1 it is characterised in that：On described cover body at described motor It is also associated with the blower towards described gripper shoe.

3. carbon pipe automatic cutting device according to claim 1 it is characterised in that：Described carbon Gutron is crossed pipe box and is placed on institute State in gripper shoe, described pipe box is axially arranged with the through hole running through, the side wall in the middle part of described through hole is provided with two opposite arc bullets Reed.

4. carbon pipe automatic cutting device according to claim 3 it is characterised in that：Described gripper shoe is provided with some difference The perforation passing through for described sleeve pipe, described perforation inwall is provided with rubber ring.

5. carbon pipe automatic cutting device according to claim 1 it is characterised in that：Support is additionally provided with described base described The riser of passage.

6. the carbon pipe automatic cutting device according to any one of claim 1-5 it is characterised in that：Wherein the one of described cover body Side wall be provided with for described carrier chain enter entrance, another relative side wall be provided with the outlet gone out for carrier chain.