CN207042353U - A kind of agitating device for facilitating charging in the process of running - Google Patents

Abstract

A stirring device that is convenient for feeding during operation; includes a mixing chamber, a driving device, a revolving transmission member, a stirring claw and a feeding assembly; the feeding assembly includes a main feeding channel and one or more than one Feeding branch channel; the main feeding channel passes through the middle of the revolving transmission part and can rotate synchronously with the revolving transmission part. Its upper end is the feeding end communicating with the outside world, and its lower end The feeding branch channel is connected, and the feeding branch channel is provided with a discharge port to discharge the material into the mixing chamber; the feeding branch channel and the stirring claw are located on the same side of the revolution transmission part, and its Extending along the radial direction of the arc of rotation of the revolving transmission member, the position of the feeding branch channel does not coincide with the installation position of the stirring claw. It avoids the problem that the long-term use of the device causes materials to accumulate in the feeding branch channel and is difficult to clean up, improves the efficiency of feeding, and further realizes accurate control of the content of the corresponding materials in the product.

Description

A stirring device for convenient feeding during operation

technical field

The utility model relates to a stirring device in the artificial stone field, in particular to a stirring device which is convenient for feeding materials during operation.

Background technique

Artificial stone usually refers to artificial stone solid surface material, artificial quartz stone, artificial stone granite, etc. Different types of artificial stone have different components, and all kinds of artificial stone are made of various original powder materials. It can be formed after the process of mixing, pressing, curing and other processes.

The composition of artificial stone is various, and the timing of adding it to the initial mixture for uniform mixing is also different. In the mixer that uniformly mixes the materials within the scope of the prior art, the stirring claws of the mixer are stirring while going to the mixer. When adding materials in the mixing chamber, the newly added materials tend to fall on the top of the constantly rotating stirring claws, and this part of the materials will be continuously and slowly added to the mixing chamber during the continuous movement of the stirring claws. In particular, it falls on the uniformly mixed materials in the later stage to affect the uniformity of the ingredients of the final mixture, so that it is impossible to accurately control the content of the corresponding ingredients in the product.

Utility model content

In view of the above defects, the purpose of this utility model is to propose a stirring device that is convenient for feeding materials during operation, so as to avoid the material from falling into the constantly rotating stirring claws, and weigh as much material as is needed and put it into the mixing chamber Inside, and the materials put in can be thrown out into the mixing chamber to the greatest extent for use, so as to achieve accurate control of the content of the corresponding materials in the product.

For this purpose, the utility model adopts the following technical solutions:

A stirring device that facilitates feeding during operation; it includes a mixing chamber, a driving device, a revolving transmission member, a stirring claw and a feeding assembly, and the driving device is installed in the mixing chamber;

The stirring claws are arranged on the revolving transmission part, the driving device drives the revolving transmission part to rotate, and the stirring claws stir the materials in the mixing chamber;

The feed assembly includes a main feed channel and one or more feed branch channels;

The main feeding passage passes through the middle of the revolving transmission part and can rotate synchronously with the revolving transmission part, its upper end is the feeding end communicating with the outside world, and its lower end communicates with the feeding branch passage , the feed branch channel is provided with a discharge port to discharge into the mixing chamber;

The feeding branch channel and the stirring claw are located on the same side of the revolving transmission member, and extend radially along the circular arc of the revolving transmission member, and the position of the feeding branch channel is different from the The installation positions of the above stirring claws coincide.

Preferably, the revolving transmission part is a gear box, the stirring claw is installed under the gear box, and while the driving device drives the gear box to rotate, the output shaft of the gear box drives the stirring claw Rotation, the position of the feed branch channel does not overlap with the rotation space of the adjacent stirring claw.

Preferably, the revolution transmission part is a disk, the stirring claw is installed under the disk through a rotation drive motor, the driving device drives the disk to rotate, and the rotation drive motor drives the stirring claw Rotation, the position of the feed branch channel does not overlap with the rotation space of the adjacent stirring claw.

Preferably, the end of the feed branch channel is provided with a discharge part, and the discharge part is formed by the end of the feed branch channel slanting downward to the outside of the feed branch channel, or towards the feed branch channel. It is formed by extending vertically directly below the material branch channel.

Preferably, the end of the feed branch channel is the discharge end and/or the lower side wall of the feed branch channel is provided with several discharge holes at intervals.

Preferably, a shielding part is provided at the end of the feed branch channel, one end of the shield part is fixed at the end of the feed branch channel, and the other end is inclined to the outside of the feed branch channel.

Preferably, the driving device is installed on the outside of the cover of the mixing chamber, the upper end of the revolution transmission member is rotatably connected to the inside of the cover, and the upper end of the main feeding channel passes through the The cover body is rotatably mounted on the cover body.

Preferably, the number of the driving devices is two, and the two driving devices are installed symmetrically on the outside of the cover body, and the main feeding channel is installed between the two driving devices.

Preferably, both the main feed channel and the feed branch channels are circular pipes.

Preferably, the upper end of the main feed channel communicates with the feed hopper and is fixed.

The beneficial effects of the utility model: the feeding branch channel and the stirring claw are located on the same side of the revolution transmission part, and the position of the feeding branch channel does not coincide with the installation position of the stirring claw, and the When adding material into the mixing chamber through the feed branch channel, the newly added material will not fall on the top of the stirring claw while the stirring claw is continuously rotating and rotating with the revolving transmission member, so as to avoid adhering to the stirring claw. The material on the claws continues to drip slowly, and drips onto the material that has been mixed evenly in the later stage to affect the quality of material mixing. Using the stirring device of the utility model, the amount of material needed can be weighed and put into the mixing chamber. In order to achieve accurate control of the content of the corresponding materials in the product.

In addition, the feed branch channel extends radially along the circular arc of the horizontal rotation of the revolution transmission member, and then it follows the synchronous horizontal rotation movement of the feed main channel and the revolution transmission member. Due to the centrifugal force generated in the process, the material with a certain viscosity can be thrown out from the feeding branch channel completely, avoiding the problem that the material is accumulated in the feeding branch channel and it is difficult to clean up due to long-term use of the device, and the feeding efficiency is improved. Efficiency, and further realize accurate control of the content of corresponding materials in the product.

Description of drawings

Fig. 1 is the installation structural diagram of an embodiment of feeding assembly in the utility model;

Fig. 2 is the installation structural diagram of an embodiment of stirring claw in the utility model;

Fig. 3 is a top view of an embodiment of the utility model;

Fig. 4 is the structural representation of the first embodiment of feeding branch channel in the utility model;

Fig. 5 is the structural representation of the second embodiment of feed branch channel in the utility model;

Fig. 6 is the structural representation of the third embodiment of feed branch channel in the utility model;

Fig. 7 is a schematic structural view of the fourth embodiment of the feed branch channel in the present invention.

Among them: mixing chamber 1, cover body 11; driving device 2, revolution transmission part 3, stirring claw 4, feeding assembly 5, feeding main channel 51, feeding branch channel 52, discharging part 520, discharging hole 521 ; Shelter 6, feed hopper 7.

detailed description

The technical scheme of the utility model will be further described below in conjunction with the accompanying drawings and through specific embodiments.

As shown in Figure 1, Figure 2 and Figure 3, a stirring device that is convenient for feeding during operation; it includes a mixing chamber 1, a driving device 2, a revolving transmission member 3, a stirring claw 4 and a feeding assembly 5. The driving device 2 is installed in the mixing chamber 1;

The stirring claw 4 is arranged on the revolution transmission part 3, the driving device 2 drives the revolution transmission part 3 to rotate, and the stirring claw 4 stirs the material in the mixing chamber 1;

The feed assembly 5 includes a main feed channel 51 and one or more feed branch channels 52;

The main feed channel 51 passes through the middle of the revolution transmission member 3 and can rotate synchronously with the revolution transmission member 3, its upper end is a feed end communicating with the outside world, and its lower end is connected to the feed material. The branch channel 52 is connected, and the feed branch channel 52 is provided with a discharge port to discharge materials into the mixing chamber 1;

The feed branch channel 52 is located on the same side of the revolution transmission member 3 as the stirring claw 4, and it extends radially along the arc of the revolution transmission member 3. The feed branch channel 52 The position does not coincide with the installation position of the stirring claw 4.

The driving device 2 drives the revolving transmission part 3 and the stirring claw 4 to rotate horizontally. During the process of stirring the initial material in the mixing chamber 1 by the stirring claw 4, materials are added through the upper end of the main feeding channel 51, The material enters the mixing chamber 1 through the main feeding channel 51 and the feeding branch channel 52 in sequence. In this embodiment, what is added to the mixing chamber 1 through the feeding assembly 5 is a fluid adhesive or resin or adhesive.

The feeding branch channel 52 and the stirring claw 4 are located on the same side of the revolving transmission member 3, and the position of the feeding branch channel 52 does not coincide with the installation position of the stirring claw 4, and the feeding When the material branch channel 52 is adding materials to the mixing chamber 1, the newly added material will not fall on the top of the stirring claw 4 while the stirring claw 4 is continuously rotating on its own axis while rotating with the revolving transmission member 3, so as to avoid The material attached to the stirring claw 4 continues to drip slowly, and drips onto the material that has been mixed uniformly in the later stage to affect the quality of material mixing. Using the stirring device of the utility model, the amount of material needed can be weighed and put in. into the mixing chamber 1 to accurately control the content of the corresponding materials in the product.

In addition, the feed branch channel 52 extends radially along the circular arc of the horizontal rotation of the revolving transmission member 3 , so it follows the feed main channel 51 and the revolving transmission member 3 for synchronous horizontal rotation With the help of the centrifugal force generated during the rotation process, the material with a certain viscosity can be thrown out from the feeding branch channel 52 simply and completely, so as to avoid the problem that the long-term use of the device causes the material to accumulate in the feeding branch channel 52 and is difficult to clean up Problems, improve the efficiency of feeding, and further realize the accurate control of the content of corresponding materials in the product.

The revolving transmission member 3 is a gear box, and the stirring claw 4 is installed under the gear box 3. While the driving device 2 drives the gear box to rotate, the output shaft of the gear box drives the stirring The claw 4 rotates by itself, and the position of the feed branch channel 52 does not overlap with the rotation space of the adjacent stirring claw 4 .

The revolving transmission part 3 is a disk, the stirring claw 4 is installed under the disk through a rotation drive motor, the driving device 2 drives the disk to rotate, and the rotation drive motor drives the stirring claw 4 rotation, the position of the feed branch channel 52 does not coincide with the rotation space of the adjacent stirring claw 4.

The end of the feed branch channel 52 is provided with a discharge portion 520, and the discharge portion 520 is formed by the end of the feed branch channel 52 inclined downward to the outside of the feed branch channel 52, or toward the feed branch channel 52. It is formed by extending vertically directly below the feed branch channel 52.

In this embodiment, the outlet of the discharge part 520 is obliquely below (as shown in FIG. 4 ) or directly below (as shown in FIG. 5 ) toward the feeding branch channel 52, and the flow of the material from the feeding branch channel 52 is changed by it. The direction when the end is thrown out is such that the material is directly thrown downward into the mixing chamber 1, so as to avoid part of the material from being thrown onto the stirring claw 4 due to the excessive inertia of rotation, so as to improve the stirring efficiency.

The end of the feed branch channel 52 is the discharge end and/or the lower side wall of the feed branch channel 52 is provided with several discharge holes 521 arranged at intervals (as shown in FIG. 6 ).

In this embodiment, the end of the feed branch channel 52 can be blocked so that it is no longer used as a discharge end, but a number of discharge holes 521 are arranged at intervals on the lower side wall of the feed branch channel 52 , when the feed branch channel 52 rotates, the material is directly thrown downwards from the discharge hole into the mixing chamber 1, so as to avoid part of the material from being thrown onto the stirring claw 4 due to the excessive inertia of the rotation, so as to improve the stirring efficiency;

Also can not block the end of described feed branch channel 52, when it is used as the discharge end, be provided with some discharge holes at intervals on the lower side wall of described feed branch channel 52, feed feed branch channel 52 rotates At this time, the material is directly thrown down into the mixing chamber 1 from the end of the feeding branch channel 52 and the discharge hole, so as to improve the feeding efficiency and avoid part of the material from being thrown to the stirring claw 4 due to the excessive rotation inertia. On, improve the efficiency of stirring.

The end of described feeding branch channel 52 is provided with shielding part 6, and one end of described shielding part 6 is fixed on the end of described feeding branch channel 52, and the other end is inclined to the outside of described feeding branch channel 52 (as shown in Fig. 7).

The shielding part is a flat part or an arc part, the upper end of the flat part or the arc part is fixed on the end of the feed branch channel 52, and the lower end of the flat part or the arc part faces to the outside of the feed branch channel 52. Inclined downwards, thereby changing the direction when the material is thrown out from the end of the feed branch channel 52, so that the material is directly thrown downwards into the mixing chamber 1, so as to avoid part of the material being thrown into the mixing chamber 1 due to excessive rotation inertia. Stirring claw 4, improve the efficiency of stirring.

The number of the stirring claws 4 is 2 or more, and a plurality of the stirring claws 4 are installed on the revolving transmission member 3 at intervals, and the stirring efficiency of the material is improved through the multiple stirring claws 4 .

The feed branch channel 52 is arranged in the middle of two adjacent stirring claws 4 .

The driving device 2 is installed on the outside of the cover body 11 of the mixing chamber 1, the upper end of the revolution transmission member 3 is rotatably connected to the inside of the cover body 11, and the upper end of the main feeding channel 51 passes through out of the cover body 11, and it is rotatably mounted on the cover body 11.

The gear box in this embodiment is a planetary gear box, and the driving device 2 rotates to drive the planetary gear box to rotate relative to the cover body 11, and at the same time, the gear assembly in the planetary box box drives the stirring claw 4 to rotate, thereby realizing For the stirring of all the materials in the mixing chamber 1, the device has a compact structure and improves the stirring efficiency.

The number of the driving devices 2 is two, and the two driving devices 2 are symmetrically installed on the outside of the cover body 11 , and the main feeding channel 51 is installed between the two driving devices 2 .

The two driving devices 2 drive the rotation of the two stirring claws 4 to improve the stirring efficiency.

Both the feed main channel 51 and the feed branch channel 52 are circular pipes.

The circular pipe fittings are relatively closed objects, and the circular pipe fittings are used as the main feeding channel 51 and the feeding branch channel 52. Compared with the open feeding channel, dust or other impurities are avoided to affect the composition of the material, and the material composition is improved. The quality of the mixture.

The upper end of the general feed channel 51 communicates with the feed hopper 7 and is fixed.

The feed pressure at the upper end of the feed channel 5 is buffered by the feed hopper 7 to avoid blockage at the feed end and improve feed efficiency.

The technical principles of the present utility model have been described above in conjunction with specific embodiments. These descriptions are only for explaining the principle of the utility model, and cannot be construed as limiting the protection scope of the utility model in any way. Based on the explanations herein, those skilled in the art can think of other specific implementations of the present utility model without creative work, and these forms will all fall within the protection scope of the present utility model.

Claims (10)

1. A kind of 1. agitating device for facilitating charging in the process of running, it is characterised in that：Including mixing chamber, drive device, revolution Driving member, stirring pawl and feeding assembly, the drive device are arranged on the mixing chamber；

   The stirring pawl is arranged on the revolution driving member, and the drive device drives the revolution driving member to rotate, described Stirring pawl is stirred to the material in the mixing chamber；

   The feeding assembly includes charging overall channel and the charging subchannel of 1 or more than 1；

   The rotation for feeding overall channel and being passed through from the middle part of the revolution driving member and can be synchronous with the revolution driving member work, Its upper end is the feed end being in communication with the outside, and its lower end connects with the charging subchannel, and the charging subchannel is provided with discharging Mouthful toward discharge in the mixing chamber；

   The charging subchannel is located at the same side of the revolution driving member with the stirring pawl, and it is driven along the revolution The circular arc of part rotation radially extends, and the position of the charging subchannel does not overlap with the installation site for stirring pawl.
2. 2. agitating device according to claim 1, it is characterised in that：The revolution driving member is gear-box, the stirring Pawl is arranged on the lower section of the gear-box, while the drive device drives the gear-box to rotate, the gear-box it is defeated Shaft drives the stirring pawl rotation, the misaligned rotation in the stirring pawl adjacent thereto in position of the charging subchannel Space.
3. 3. agitating device according to claim 1, it is characterised in that：The revolution driving member is disk, the stirring pawl The lower section of the disk is arranged on by rotation driving motor, the drive device drives the disk rotational, and the rotation is driven Stir pawl rotation described in dynamic motor driven, the position of the charging subchannel it is misaligned in the stirring pawl adjacent thereto from Turn space.
4. 4. agitating device according to claim 1, it is characterised in that：The end of the charging subchannel is provided with discharging portion, The discharging portion is formed slopely from the end of the charging subchannel to the obliquely downward on the outside of the charging subchannel, or to described Charging extends vertically to be formed immediately below subchannel.
5. 5. agitating device according to claim 1 or 2, it is characterised in that：The end of the charging subchannel is discharge end And/or the lower wall of the charging subchannel is spaced provided with some discharge openings.
6. 6. agitating device according to claim 1, it is characterised in that：The end of the charging subchannel is provided with occlusion part, One end of the occlusion part is fixed on the end of the charging subchannel, and the other end tilts to the outside of the charging subchannel.
7. 7. agitating device according to claim 1, it is characterised in that：The drive device is arranged on the lid of the mixing chamber The outside of body, the upper end of the revolution driving member are rotatably connected in the inner side of the lid, the upper end of the charging overall channel The lid is passed, and it is installed in rotation on the lid.
8. 8. agitating device according to claim 7, it is characterised in that：The quantity of the drive device is two, two institutes The outside that drive device is symmetrically mounted on the lid is stated, the charging overall channel is arranged between two drive devices.
9. 9. agitating device according to claim 1, it is characterised in that：The charging overall channel and charging subchannel are circle Shape pipe fitting.
10. 10. agitating device according to claim 1, it is characterised in that：The upper end of the charging overall channel connects with feed hopper Lead to and fix.