CN221107820U

CN221107820U - Jogging machine for material copolymerization

Info

Publication number: CN221107820U
Application number: CN202323038094.5U
Authority: CN
Inventors: 沈云飞; 沈家源; 沈昕洢; 张依轩; 杨中伟; 褚祖礼; 付智珠; 石正楠; 梅家裕
Original assignee: Huzhou Linghu Xinwang Chemical Co ltd
Current assignee: Huzhou Linghu Xinwang Chemical Co ltd
Priority date: 2023-11-10
Filing date: 2023-11-10
Publication date: 2024-06-11
Anticipated expiration: 2033-11-10

Abstract

The utility model belongs to the technical field of jogging machines, and particularly relates to a jogging machine for material copolymerization. The utility model provides a jogging machine for material copolymerization, which structurally comprises a base, a motor, a mixing bin, a stirring rod, a discharge hole, a feed hopper and an electronic temperature detector, wherein the feed hopper is provided with a hole cover plate unit, and the mixing bin is provided with an opening and closing plate unit for surface observation, so that: 1. the perforated plate unit on the feed hopper isolates the outside from contacting with the inside of the mixing bin, ensures that the temperature and the humidity in the mixing bin are in a stable state, can be in airtight connection with a storage barrel filled with materials to be embedded, and does not excessively contact with the outside environment when the material is filled; 2. the observation opening and closing plate unit arranged on the mixing bin can observe and detect the stirring condition in the mixing bin according to the requirement, and perform human intervention according to the detection result, so that the normal operation of stirring work is ensured, and the operation error rate is reduced.

Description

Jogging machine for material copolymerization

Technical Field

The utility model belongs to the technical field of jogging machines, and particularly relates to a jogging machine for material copolymerization.

Background

The mixer is a machine for mixing single or multiple materials, and the multiple materials are mixed by rotating a shaft with blades in a cylinder or a groove to form a mixture or a machine with proper consistency. While some materials are difficult to mix uniformly with a single stirring, repeated jogging of the materials is required to enable copolymerization of the materials, such machines may be referred to as joggers, granulator, extruder or stirrer. Materials which need repeated embedding and copolymerization exist in the fields of chemical industry, rubber, medicine, food and the like, for example, microcrystalline cellulose and micro silica gel in microcrystalline cellulose colloidal silicon dioxide coprocessing substances need repeated embedding and copolymerization, and an embedding machine plays an important role in the materials.

In order to make the jogged copolymerization effect of the materials reach a better state, the materials to be jogged are usually required to be mixed for reaction, and then are repeatedly jogged and copolymerized through a jogging machine, wherein the jogging machine generally comprises a motor, a stirring rod, a feeding hopper, a discharging port and a mixing bin.

The patent publication No. CN214159522U, publication No. 2021.09.10, discloses a double screw extrusion granulating device, which comprises a mixing bin, a discharging motor, a feeding hopper, an extrusion motor, an outer protection mechanism arranged on one side of the mixing bin, and an extrusion cylinder arranged in the outer protection mechanism.

The general structural principle of the double-screw extrusion granulating device in the patent is as follows: the motor drives the stirring rod in the mixing bin to rotate, the materials are poured into the mixing bin from the feeding hopper to be stirred, the stirred materials are extruded into the outer protection mechanism by the extrusion motor, the outer protection mechanism is provided with heat preservation settings, the temperature and the humidity in the transportation process are guaranteed, and finally the materials are discharged from the extrusion barrel.

However, the double-screw extrusion granulating device has at least the following 2 defects in the actual use process, in other words, the technical problem to be solved by the utility model.

1. The feeding hopper adopts an open type feeding mode, is easy to be polluted by suspended matters in the air, and the temperature and the humidity required in the stirring process cannot be ensured.

2. The double-screw extrusion granulating device is an opaque device, the stirring condition in the mixing bin is unknown, insufficient stirring or abnormal stirring and other conditions cannot be detected, and the use difficulty and the error probability are improved.

Therefore, in view of the above, a new chimeric machine capable of blocking external interference and monitoring stirring conditions in real time is needed for copolymerization of materials.

Disclosure of utility model

The utility model provides a jogging machine for material copolymerization, which structurally comprises a base, a motor, a mixing bin, a stirring rod, a discharge hole, a feed hopper and an electronic temperature detector, wherein the feed hopper is provided with a hole cover plate unit, and the mixing bin is provided with an opening and closing plate unit for surface observation, so that: 1. the perforated plate unit on the feed hopper isolates the outside from contacting with the inside of the mixing bin, ensures that the temperature and the humidity in the mixing bin are in a stable state, can be in airtight connection with a storage barrel filled with materials to be embedded, and does not excessively contact with the outside environment when the material is filled; 2. the observation opening and closing plate unit arranged on the mixing bin can observe and detect the stirring condition in the mixing bin according to the requirement, and perform human intervention according to the detection result, so that the normal operation of stirring work is ensured, and the operation error rate is reduced.

The technical scheme adopted for solving the technical problems is as follows: be used for copolymerized gomphosis machine of material, the structure includes the base, the motor, the blending hopper, the stirring rod, the discharge gate sets up feeder hopper on the blending hopper upper surface, and set up electron temperature detector on the blending hopper medial surface, its characterized in that: still including setting up the foraminiferous board unit on the feeder hopper, and set up the observation on the blending bunker upper surface is with opening and shutting board unit.

The further preferable technical scheme is as follows: the perforated cover plate unit comprises an upper plate arranged on the feeding hopper and a plurality of feeding holes which are arranged on the upper plate and used for being inserted into the storage barrel.

The further preferable technical scheme is as follows: the perforated cover plate unit further comprises an upper cover arranged on the upper plate and a pull block arranged on the upper cover.

The further preferable technical scheme is as follows: the perforated panel unit further includes a grip hole provided on the pull block.

The further preferable technical scheme is as follows: the opening and closing plate unit for observation comprises an observation port arranged on the upper surface of the mixing bin and a cover plate arranged on the observation port.

The further preferable technical scheme is as follows: the opening and closing plate unit for observation further comprises a handle arranged on the cover plate.

The further preferable technical scheme is as follows: the opening and closing plate unit for observation further comprises a push-pull plate which is arranged on the lower surface of the cover plate and covers the observation port, and a mounting groove which is arranged on the mixing bin and used for arranging the push-pull plate.

The further preferable technical scheme is as follows: the opening and closing plate unit for observation further comprises a positioning groove which is arranged on the mixing bin and used for inserting the push-pull plate.

The further preferable technical scheme is as follows: the opening and closing plate unit for observation further comprises a push-pull block which is arranged on the push-pull plate and used for supporting the cover plate.

And a condenser is also arranged on the mixing bin.

Drawings

Fig. 1 is a schematic structural view of the present utility model.

Fig. 2 is a perspective view of the present utility model.

Fig. 3 is a top view of the present utility model.

Fig. 4 is a schematic view of the position structure of the perforated cover plate unit in the present utility model.

Fig. 5 is a schematic view showing a position structure of the cover state of the opening and closing plate unit for observation in the present utility model.

Fig. 6 is a schematic view showing a position structure of a detecting state of an opening and closing plate unit for observation in the present utility model.

Fig. 7 is a flow chart of a process for use of the present utility model.

In the figures, the meaning of each label is as follows:

A storage barrel a and a pipe chain b;

The device comprises a condenser 3, a base 4, a motor 5, a mixing bin 6, a stirring rod 7, a discharge hole 8, a feed hopper 9 and an electronic temperature detector 10;

a hole cover plate unit 1 and an opening and closing plate unit 2 for observation;

Upper plate 101, feed hole 102, upper cover 103, pull block 104, handshake hole 105, observation port 201, cover plate 202, handle 203, push-pull plate 204, mounting groove 205, positioning groove 206, and push-pull block 207.

Detailed Description

The following description is of the preferred embodiments of the utility model and is not intended to limit the scope of the utility model.

As shown in fig. 1-7, a jogging machine for material copolymerization structurally comprises a base 4, a motor 5, a mixing bin 6, a stirring rod 7, a discharge port 8, a feed hopper 9 arranged on the upper surface of the mixing bin 6, and an electronic temperature detector 10 arranged on the inner side surface of the mixing bin 6, and is characterized in that: the device also comprises a perforated cover plate unit 1 arranged on the feed hopper 9 and an opening and closing plate unit 2 for observation arranged on the upper surface of the mixing bin 6.

In this embodiment, as shown in fig. 7, the materials to be stirred are transported to the storage barrel a, the storage barrel a is located right above the feed hopper 9 of the jogger for material copolymerization, so that the materials can be conveniently poured into the mixing bin 6 on the base 4 directly or through a pipeline, then the mixing rod 7 in the mixing bin 6 performs copolymerization jogging, the stirring rod 7 runs under the driving action of the motor 5, the materials after the first stirring are extruded from the discharge hole 8, the materials after the first stirring are transported to the upper part of the storage barrel a through the pipe chain b by the device container, the materials in the device container are poured into the other storage barrel a for the first stirring, and the two storage barrels a are simultaneously used for containing the initial materials, and the materials extruded from the discharge hole 8 are reciprocally moved. The electronic temperature detector 10 is an existing device, is fixedly arranged on the inner side surface of the mixing bin 6, is not in contact with materials, and is used for collecting real-time data of the temperature in the mixing bin 6, and transmitting the data to a computer end for analysis, when the temperature in the mixing bin 6 is too high, the motor 5 controlled by the computer is properly decelerated according to instructions, so that the temperature of the mixing bin 6 is ensured to be in a reasonable threshold value, repeated chimeric copolymerization is realized, and a material finished product with successful chimeric copolymerization is obtained.

In addition, in the above process, the hole cover plate unit 1 has the function of covering the opening of the feed hopper 9, and providing the opening into which the storage barrel a is filled, so as to prevent the jogging machine for material copolymerization from being interfered by the outside during operation, and ensuring a certain temperature and humidity during jogging copolymerization, and the hole cover plate unit 1 makes the jogging copolymerization environment in the mixing bin 6 in a relatively stable state, and the hole cover plate unit 1 is not provided, so that the temperature and humidity in the mixing bin 6 do not reach the standard, and material jogging copolymerization failure is easy to be caused.

Finally, the effect of the opening and closing plate unit 2 for observation is that the jogged copolymerization condition of the materials in the mixing bin 6 can be detected according to the requirement, the problems of uneven jogging or stirring rod faults and the like are reduced, and meanwhile, whether the materials are even jogged or not needs to be distinguished through multiple jogged copolymerization materials, and the materials in the mixing bin 6 can be sampled and inspected through the opening and closing plate unit 2 for observation.

The perforated plate unit 1 comprises an upper plate 101 arranged on the feed hopper 9, and a plurality of feed holes 102 arranged on the upper plate 101 for inserting the storage bucket a.

In this embodiment, the upper plate 101 is used for covering the open mouth of the feed hopper 9, in order to realize the feeding effect of the feed hopper 9, a feeding hole 102 for connecting the storage barrel is formed in the upper plate 101, the size of the feeding hole 102 can be adjusted according to the filling hole diameter of the storage barrel a, the number of the feeding holes can be set according to the material types to be embedded, at least 3 feeding holes are set, two feeding holes are used for connecting the storage barrel a, the other feeding holes are used for adjusting the air pressure in the mixing bin 6 and coping with the situation that other materials need to be added, when the storage barrel a is filled with the materials to be stirred again, because the air pressure of the mixing bin is in a saturated state, new materials are difficult to be filled, and at the moment, only another feeding hole 102 needs to be opened, so that the air pressure in the mixing bin is stable.

The perforated panel unit 1 further comprises an upper cover 103 provided on the upper plate 101, and a pull block 104 provided on the upper cover 103.

In this embodiment, the upper cover 103 is used to cover the feeding hole 102, so as to prevent the possibility of losing the upper cover 103 during use, and may be fixed on the upper plate 101 by adopting a manner of hinging or bolting, etc., when in use, only the upper cover 103 needs to be lifted, and when the feeding hole 102 is in a state where feeding is not needed or is not needed, the feeding hole 102 is covered by the upper cover 103, so as to ensure that the temperature and the humidity of the mixing bin 6 are in a stable state. In addition, the pull block 104 is used for opening the upper cover 103, if the upper cover 103 is not provided with the pull block 104 which is convenient to open, when the upper cover 103 needs to be opened, as the surface of the upper cover 103 is smoother, no force point which is convenient to open is provided, so that the upper cover 103 is troublesome to use, and when the upper cover 103 needs to be opened or covered, the pull block 104 is arranged, and only the operation is needed through the pull block 104.

The perforated panel unit 1 further comprises a grip hole 105 provided on the pull block 104.

In this embodiment, the gripping hole 105 is used for inserting a finger of a user, and the user passes through the gripping hole 105 to grip the pull block 104, so as to open the upper cover 103, thereby filling the material in the storage barrel into the mixing bin 6.

The opening and closing plate unit 2 for observation includes an observation port 201 provided on the upper surface of the mixing bin 6, and a cover plate 202 provided on the observation port 201.

In this embodiment, the observation port 201 and the cover plate 202 form a skylight structure, the observation port 201 formed on the mixing bin 6 is used for observing and detecting the situation in the mixing bin 6, when the mixing bin is mixed to a certain extent, a user can observe the situation in the mixing bin 6 by lifting the cover plate 202 through the observation port 201, and can also use tools to sample and detect the materials in the mixing bin 6 through the observation port 201, so as to check whether the chimeric copolymerization effect of the materials reaches the standard. In order to prevent the cover plate 202 from being lost, the cover plate 202 may be fixed to the mixing bin 6 by means of hinging or bolting, and when in use, the cover plate 202 is only required to be lifted, and the opening and closing plate units 2 for observation are respectively arranged on two sides of the feed hopper 9, so that detection and observation are facilitated.

The observation opening and closing plate unit 2 further includes a handle 203 provided on the cover plate 202.

In this embodiment, the handle 203 is used to open the cover plate 202 covering the view port 201, and if the cover plate 202 is not provided with the handle 203, it is inconvenient to open the cover plate 202, so that the handle 203 makes the cover plate 202 more convenient to use.

The opening and closing plate unit 2 for observation further comprises a push-pull plate 204 arranged on the lower surface of the cover plate 202 and sealing the observation port 201, and an installation groove 205 arranged on the mixing bin 6 and used for arranging the push-pull plate 204.

In this embodiment, since the material in the mixing bin 6 easily contacts the cover plate 202 during the stirring process, and when the cover plate 202 is sealed with the observation port 201, a certain gap is formed for the convenience of opening and closing, which makes the material easily adhere to the gap between the cover plate 202 and the observation port 201, and affects the service life of the device under repeated operation, therefore, on the lower surface of the cover plate 202, the push-pull plate 204 for sealing the observation port 201 is provided, the push-pull plate 204 is provided in the upper plate of the mixing bin 6, for covering the observation port 201, with better tightness, and the sealing with the cover plate 202 forms a double sealing structure, and the installation groove 205 provided in the upper plate of the mixing bin 6 has the function of leaving a suitable movable space for the push-pull plate 204, and in the sealing state shown in fig. 5, the installation groove 205 is an empty groove, and a part supports the push-pull plate 204, and in the detection state shown in fig. 6, the push-pull plate 202 needs to be opened first, and then the detection plate 204 is lifted, and the installation groove 204 is completely pushed and the installation groove 204 is accommodated in the receiving groove 204.

The opening and closing plate unit 2 for observation further comprises a positioning groove 206 which is arranged on the mixing bin 6 and is used for inserting the push-pull plate 204.

In this embodiment, when the number of times of use of the opening-closing plate unit 2 for observation is relatively large, the reaction force of the supporting portion of the mounting groove 205 and the downward pressure of the cover plate 202 are liable to cause deformation of the push-pull plate 204, and the effect is not obvious only by the supporting effect of the mounting groove 205, so that the positioning groove 206 corresponding to the opening side of the push-pull plate 204 is provided on the mixing bin 6, and in the use process, the positioning groove 206 not only can accurately position the closed position of the push-pull plate 204, but also can support the force of the push-pull plate 204, thereby reducing the possibility of deformation or damage of the push-pull plate 204.

The opening and closing plate unit 2 for observation further includes a push-pull block 207 provided on the push-pull plate 204 and used for supporting the cover plate 202.

In this embodiment, the push-pull block 207 is more convenient to use, and can support the cover plate 202, if the push-pull block 207 is not disposed on the push-pull plate 204, when the push-pull plate 204 needs to be opened or closed, the push-pull plate 204 is difficult to be perfectly sealed or opened due to limited friction force of hands, the push-pull block 207 is disposed, when the opening-closing plate unit 2 for observation is used, only the cover plate 202 needs to be lifted by using the handle 203, then the push-pull block 207 pushes the push-pull plate 204 into the mounting groove 205 until the push-pull block 207 abuts against the mixing bin 6, then observation and detection are performed, and after the detection is completed, the push-pull block 204 is pulled out from the mounting groove 205, when the push-pull plate 204 is inserted into the positioning groove 206, and the push-pull block 207 is successfully abutted against the cover plate 202 by the mixing bin 6 on the other side, then the loss of the cover plate 207 is reduced when the cover plate 202 is abutted against the cover plate 6.

And a condenser 3 is also arranged on the mixing bin 6.

In this embodiment, the condenser 3 is an existing condenser, which aims to regulate the temperature and the air pressure of the mixing bin 6, prevent the performance of the materials from being damaged by excessive heat energy generated by stirring, and the condenser 3 can adopt water cooling or evaporation-condensation type cooling, so as to prevent the condenser 3 from being in direct contact with the materials in the mixing bin 6 as much as possible during setting, reduce the contact between the materials in the mixing bin 6 and the outside, and can form a through hole for installing the condenser 3 on the mixing bin 6.

The embodiments of the present utility model have been described in detail with reference to the drawings, but the present utility model is not limited to the above embodiments, and various modifications may be made within the knowledge of those skilled in the art without departing from the spirit of the present utility model. These are all non-inventive modifications which are intended to be protected by the patent laws within the scope of the appended claims.

Claims

1. Be used for copolymerized gomphosis machine of material, the structure includes base (4), motor (5), blending hopper (6), stirring rod (7), discharge gate (8), sets up feeder hopper (9) on blending hopper (6) upper surface, and set up electron temperature detector (10) on blending hopper (6) medial surface, its characterized in that: the device also comprises a hole cover plate unit (1) arranged on the feed hopper (9), and an opening and closing plate unit (2) for observation arranged on the upper surface of the mixing bin (6).

2. A chimera for copolymerization of materials according to claim 1, characterized in that: the perforated cover plate unit (1) comprises an upper plate (101) arranged on the feed hopper (9), and a plurality of feed holes (102) which are arranged on the upper plate (101) and are used for being inserted into the storage barrel (a).

3. A chimera for copolymerization of materials according to claim 2, characterized in that: the perforated plate unit (1) further comprises an upper cover (103) arranged on the upper plate (101), and a pull block (104) arranged on the upper cover (103).

4. A chimer for copolymerization of materials according to claim 3, characterized in that: the perforated panel unit (1) further comprises a grip hole (105) provided on the pull block (104).

5. A chimera for copolymerization of materials according to claim 1, characterized in that: the opening and closing plate unit (2) for observation comprises an observation port (201) arranged on the upper surface of the mixing bin (6), and a cover plate (202) arranged on the observation port (201).

6. The chimera for copolymerization of materials according to claim 5, wherein: the opening and closing plate unit (2) for observation further comprises a handle (203) arranged on the cover plate (202).

7. The chimera for copolymerization of materials according to claim 5, wherein: the opening and closing plate unit (2) for observation further comprises a push-pull plate (204) which is arranged on the lower surface of the cover plate (202) and seals the observation port (201), and an installation groove (205) which is arranged on the mixing bin (6) and is used for arranging the push-pull plate (204).

8. The chimera for copolymerization of materials according to claim 7, wherein: the opening and closing plate unit (2) for observation further comprises a positioning groove (206) which is arranged on the mixing bin (6) and used for being inserted into the push-pull plate (204).

9. The chimera for copolymerization of materials according to claim 8, wherein: the opening and closing plate unit (2) for observation further comprises a push-pull block (207) which is arranged on the push-pull plate (204) and is used for supporting the cover plate (202).

10. A chimera for copolymerization of materials according to claim 1, characterized in that: and a condenser (3) is further arranged on the mixing bin (6).