阅读说明：本技术 一种用于生产卷烟的水固件添加装置 (A water firmware adds device for producing cigarette ) 是由 陈若妍 罗珺熠 周骐童 于 2021-06-17 设计创作，主要内容包括：本发明涉及烟草制造领域,特别是一种用于生产卷烟的水固件添加装置,包括本体,所述本体上端面为操作平面,所述操作平面的一侧设有消间隙机构,所述操作平面的上方还设有正向排序震动机构以及逆向排序震动机构,其特征在于：所述操作平面上设有第一、第二分离转盘,所述第一分离转盘通过正向汇流加速机构与正向排序震动机构联通,所述第二分离转盘通过逆向汇流加速机构与逆向排序震动机构联通,所述第一、第二分离转盘分别与集料盘配合,所述第一、第二分离转盘的转动方向与集料盘相反,所述第一、第二分离转盘的圆心与集料盘圆心的连心线相互垂直,所述集料盘通过一传送装置向消间隙机构送料。本发明的独到之处在于：他可以实现自动化高速添加水固件。(The invention relates to the field of tobacco manufacturing, in particular to a water firmware adding device for producing cigarettes, which comprises a body, wherein the upper end surface of the body is an operating plane, one side of the operating plane is provided with a gap eliminating mechanism, and a forward sequencing vibration mechanism and a reverse sequencing vibration mechanism are also arranged above the operating plane, and the water firmware adding device is characterized in that: be equipped with first, second separation carousel on the operation plane, first separation carousel converges acceleration mechanism and forward sequencing shock mechanism UNICOM through the forward, second separation carousel converges acceleration mechanism and reverse sequencing shock mechanism UNICOM through the reverse direction, first, second separation carousel cooperates with the collecting tray respectively, the direction of rotation of first, second separation carousel is opposite with the collecting tray, the line heart mutually perpendicular of the centre of a circle of first, second separation carousel and collecting tray centre of a circle, the collecting tray is through a conveyer to the clearance mechanism pay-off that disappears. The invention is characterized in that: he can realize automatic high-speed water adding firmware.)

1. The utility model provides a water firmware adds device for producing cigarette, includes the body, the body up end is operating plane, one side of operating plane is equipped with clearance mechanism that disappears, operating plane's top still is equipped with forward sequencing vibrations mechanism and reverse sequencing vibrations mechanism, its characterized in that: be equipped with first, second separation carousel on the operation plane, first separation carousel converges acceleration mechanism and forward sequencing shock mechanism UNICOM through the forward, second separation carousel converges acceleration mechanism and reverse sequencing shock mechanism UNICOM through the reverse direction, first, second separation carousel cooperates with the collecting tray respectively, the direction of rotation of first, second separation carousel is opposite with the collecting tray, the line heart mutually perpendicular of the centre of a circle of first, second separation carousel and collecting tray centre of a circle, the collecting tray is through a conveyer to the clearance mechanism pay-off that disappears.

2. The water firmware adding device for producing cigarettes according to claim 1, wherein: the first separation rotary disc and the second separation rotary disc are composed of an installation vertical plate, a material distribution runner plate, a material distribution rotary disc, a header pipe and a material distribution cam, the material distribution runner plate is arranged on the installation vertical plate, an O-shaped groove is formed in the material distribution runner plate, a material inlet is formed in the side wall of one side of the material distribution runner plate, a material outlet is formed in the side wall of the other side of the material distribution runner plate, the material distribution rotary disc is arranged in the O-shaped groove, the material distribution cam is arranged at the material inlet of the side wall of the material distribution runner plate and matched with the material distribution rotary disc, a series of slope-shaped protrusions are arranged on one end, facing the material inlet, of the side wall of the material distribution runner plate, of the material distribution cam, and the header pipe outlet is arranged at the material inlet of the side wall of the material distribution runner plate and is in contact with the slope-shaped protrusions on the material distribution cam.

3. The water firmware adding device for producing cigarettes according to claim 2, wherein: the material distributing cam and the material distributing turntable are respectively driven by a driving device.

4. The water firmware adding device for producing cigarettes according to claim 2, wherein: and a guide plate is arranged at the discharge outlet of the side wall of the material distributing runner plate.

5. The water firmware adding device for producing cigarettes according to claim 1, wherein: the forward and reverse confluence accelerating mechanism is composed of a series of branch pipes, a branch pipe mounting plate, a confluence main pipe, a grooved wheel poking pin, a confluence mounting plate and a poking pin motor respectively, the series of branch pipes are arranged at the top of the branch pipe mounting plate, the confluence main pipe is arranged at the bottom of the branch pipe mounting plate, the bottom of the confluence main pipe is connected with the grooved wheel and communicated with the main pipe, the grooved wheel and the grooved wheel poking pin are matched, the grooved wheel poking pin is driven by the poking pin motor, the grooved wheel and the grooved wheel poking pin are arranged at the top of the confluence mounting plate, an eccentric hole is formed in the top of the confluence main pipe, the confluence main pipe can axially rotate under the drive of the grooved wheel, and the eccentric hole is always communicated with any one of the series of branch pipes after rotating.

6. The water firmware adding device for producing cigarettes according to claim 5, wherein: the pin pulling motor is also connected with and controlled by a sensor, and the sensor is arranged in the side wall of the main pipe.

7. The water firmware adding device for producing cigarettes according to claim 1, wherein: the conveying device is a belt conveying mechanism.

8. The water firmware adding device for producing cigarettes according to claim 1, wherein: the first separating turntable and the second separating turntable have the same tooth number, the gear ratio of the first separating turntable to the collecting tray to the second separating turntable to the collecting tray is 4:5, and the rotating speed ratio of the first separating turntable to the collecting tray to the second separating turntable to the collecting tray is 5: 4.

Technical Field

The invention relates to the field of tobacco manufacturing, in particular to a water firmware adding device for producing cigarettes.

Background

In the production process of the special composite filter stick for tobacco, different types of filter sticks and components are required to be arranged according to a certain sequence and then output through a gap eliminating device so as to be convenient for subsequent processes to divide. The water firmware can play the effect of making an uproar and wetting the larynx of falling, and it is the round platform shape as special-shaped component, need distinguish positive and negative and can not receive external force extrusion, is difficult to realize automatic high-speed the interpolation in the compound production process that adds.

Disclosure of Invention

In view of the above-mentioned shortcomings, the present invention provides a water firmware adding device for producing cigarettes, which can automatically and rapidly add water firmware.

The technical scheme for achieving the aim of the invention is that the water firmware adding device for producing the cigarettes comprises a body, wherein the upper end surface of the body is an operation plane, one side of the operation plane is provided with a gap eliminating mechanism, and a forward sequencing vibration mechanism and a reverse sequencing vibration mechanism are also arranged above the operation plane, and the water firmware adding device is characterized in that: be equipped with first, second separation carousel on the operation plane, first separation carousel converges acceleration mechanism and forward sequencing shock mechanism UNICOM through the forward, second separation carousel converges acceleration mechanism and reverse sequencing shock mechanism UNICOM through the reverse direction, first, second separation carousel cooperates with the collecting tray respectively, the direction of rotation of first, second separation carousel is opposite with the collecting tray, the line heart mutually perpendicular of the centre of a circle of first, second separation carousel and collecting tray centre of a circle, the collecting tray is through a conveyer to the clearance mechanism pay-off that disappears.

The first separation turntable and the second separation turntable are composed of an installation vertical plate, a material distribution runner plate, a material distribution turntable, a header pipe and a material distribution cam, the material distribution runner plate is arranged on the installation vertical plate, an O-shaped groove is formed in the material distribution runner plate, a material inlet is formed in the side wall of one side of the material distribution runner plate, a material outlet is formed in the side wall of the other side of the material distribution runner plate, the material distribution turntable is arranged in the O-shaped groove, the material distribution cam is arranged at the material inlet of the side wall of the material distribution runner plate and matched with the material distribution turntable, a series of slope-shaped protrusions are arranged at one end, facing the material inlet, of the side wall of the material distribution runner plate, of the material distribution cam, and the outlet of the header pipe is arranged at the material inlet of the side wall of the material distribution runner plate and is in contact with the slope-shaped protrusions on the material distribution cam.

And the material distributing cam and the material distributing turntable are respectively driven by a driving device.

And a guide plate is arranged at the discharge outlet of the side wall of the material distributing runner plate.

The forward and reverse confluence accelerating mechanism is composed of a series of branch pipes, a branch pipe mounting plate, a confluence main pipe, a grooved wheel poking pin, a confluence mounting plate and a poking pin motor respectively, the series of branch pipes are arranged at the top of the branch pipe mounting plate, the confluence main pipe is arranged at the bottom of the branch pipe mounting plate, the bottom of the confluence main pipe is connected with the grooved wheel and communicated with the main pipe, the grooved wheel is matched with the grooved wheel poking pin, the grooved wheel poking pin is driven by the poking pin motor, the grooved wheel and the grooved wheel poking pin are both arranged at the top of the confluence mounting plate, an eccentric hole is formed in the top of the confluence main pipe, the confluence main pipe can axially rotate under the drive of the grooved wheel, and the eccentric hole is always communicated with any one of the series of branch pipes after rotating.

And a sensor is connected to and controlled by the pin pulling motor, and the sensor is arranged in the side wall of the main pipe.

And the conveying device is a belt conveying mechanism.

And the first and second separating turntables have the same tooth number, the gear ratio of the first and second separating turntables to the material collecting plate is 4:5, and the rotating speed ratio of the first and second separating turntables to the material collecting plate is 5: 4.

the invention has the advantages that: the automatic water adding device can realize automatic high-speed water adding firmware, and is compact in structure and small in occupied area.

Drawings

FIG. 1 is a schematic structural view of a water firmware adding device;

FIG. 2 is a schematic diagram of the structure of the sequencing vibration mechanism

FIG. 3 is a schematic structural view of a separating turntable

FIG. 4 is a schematic view of the structure of the distributing cam

Fig. 5 is a partial structural schematic diagram of the water firmware adding device.

Detailed Description

Referring to FIGS. 1-5, the present invention will be further described with reference to the following examples.

The invention relates to the field of tobacco manufacturing, in particular to a water firmware adding device for producing cigarettes, which comprises a body 1, wherein the upper end surface of the body is an operation plane 1.1, one side of the operation plane 1.1 is provided with a gap eliminating mechanism 2, and a forward sequencing vibration mechanism 3 and a reverse sequencing vibration mechanism 4 are also arranged above the operation plane 1.1, and the water firmware adding device is characterized in that: be equipped with first, second separation carousel 7, 8 on operation plane 1.1, first separation carousel 7 converges acceleration mechanism 5 and forward sequencing vibrations mechanism 3 UNICOM through the forward, second separation carousel 8 converges acceleration mechanism 6 and reverse sequencing vibrations mechanism 4 UNICOM through the reverse direction, first, second separation carousel 7, 8 cooperate with album charging tray 9 respectively, first, second separation carousel 7, 8 rotation direction is opposite with album charging tray 9, the line a, b mutually perpendicular of the centre of a circle of first, second separation carousel 7, 8 and album charging tray 9 centre of a circle, collection charging tray 9 is through a conveyer 10 to eliminating 2 pay-offs of clearance mechanism.

When in work, the forward and reverse sequencing vibration mechanisms 3 and 4 respectively arrange the water firmware according to the sequence that one end with large diameter is downward and one end with small diameter is downward through vibration and a steering section on the guide rail, then the water firmware is respectively sent into a forward converging accelerating mechanism 5 and a reverse converging accelerating mechanism 6, the forward converging accelerating mechanism 5 and the reverse converging accelerating mechanism 6 respectively convey the water firmware to the distributing cam 7.1 of a first separating turntable 7 and a second separating turntable 8, after being extruded by the distributing cam 7.1, the water firmware is respectively pushed to the first distributing turntable and the second distributing turntable in opposite directions 7.4, because the circle centers of the first and the second separating turntables 7 and 8 are vertical to the connecting lines a and b of the circle center of the material collecting tray 9, when the first and second material-dividing rotary discs 7.4 respectively convey the water firmware on the first and second material-dividing rotary discs to the material-collecting disc 9, the two adjacent water firmware pieces on the material collecting tray 9 are always in opposite directions, and finally the water firmware pieces are conveyed to the gap eliminating mechanism 2 by the conveying device 10 in a positive and negative alternating sequence.

The centers of the first and second separating turntables 7 and 8 are perpendicular to the connecting lines a and b of the centers of the material collecting discs 9, so that the equipment structure is more compact, the occupied area is small, the accuracy of the material falling position of the water firmware can be improved, and the processing efficiency is further improved.

The first separating rotary table 7 and the second separating rotary table 8 are composed of an installation vertical plate 7.7, a separating runner plate 7.2, a separating rotary table 7.4, a header pipe 11 and a separating cam 7.1, the separating runner plate 7.2 is arranged on the installation vertical plate 7.7, an O-shaped groove is arranged on the separating runner plate 7.2, a feeding port 7.3 is arranged on the side wall of one side of the separating runner plate 7.2, a discharging port 7.5 is also arranged on the side wall of the other side of the separating runner plate 7.2, the separating rotary table 7.4 is arranged in the O-shaped groove, the separating cam 7.1 is arranged at the feeding port 7.3 of the side wall of the separating runner plate 7.2 and is matched with the separating rotary table 9, a series of slope-shaped bulges 7.1.1 are arranged on one end of the separating cam 7.1, which faces the feeding port 7.3 of the side wall of the separating runner plate 7.2, and is in contact with the slope-shaped bulges 7.1.1 on the separating cam 7.3, and the outlet of the header pipe 11 is arranged at the feeding port 7.3 of the side wall of the separating runner plate 7.2.

The first and second separating turntables 7, 8 have the same structure, and the structural schematic diagram of the second separating turntable 8 is omitted in the drawings of the specification.

The sequencing vibration mechanism sends the water firmware to a feeding port 7.3 of a material distribution runner plate 7.2 through a header pipe 11, when a material distribution cam 7.1 rotates, a slope-shaped bulge 7.1.1 on the water firmware rotates together to form a segmented ascending spiral towards a material distribution turntable 7.4 direction, so that the water firmware is pushed to enter the material distribution turntable 7.4, and when the water firmware rotates to a discharging port 7.5 of the material distribution runner plate 7.2, the water firmware is sent out of the material distribution turntable 7.4 and falls between two teeth of a material collection disc 9 due to the guiding effect of a guide plate 7.6 towards the outer side.

The further technical proposal is that the material distributing cam 7.1 and the material distributing rotary disc 7.4 are respectively driven by a driving device.

The drive means may be a motor.

And a guide plate 7.6 is also arranged at the discharge hole on the side wall of the material-distributing runner plate 7.2.

The guide effect of the guide plate 7.6 towards the outside pushes the water firmware out of the material distributing turntable 7.4.

The further technology can also be that the forward and reverse confluence accelerating mechanisms 5 and 6 respectively comprise a series of branch pipes 5.1, branch pipe mounting plates 5.2, confluence main pipes 5.3, grooved wheels 5.4, grooved wheel poking pins 5.5, confluence mounting plates 5.6 and poking pin motors 5.7, the series of branch pipes 5.1 are arranged at the top of the branch pipe mounting plate 5.2, the confluence main pipe 5.3 is arranged at the bottom of the branch pipe mounting plate 5.2, the bottom of the confluence main pipe 5.3 is connected with a grooved wheel 5.4 and communicated with the main pipe 11, the grooved wheel 5.4 is matched with a grooved wheel poking pin 5.5, the sheave poking pin 5.5 is driven by a poking pin motor 5.7, the sheave 5.4 and the sheave poking pin 5.5 are both arranged at the top of the confluence mounting plate 5.6, the top of the confluence main pipe 5.3 is provided with an eccentric hole, the confluence main pipe 5.3 can rotate along the axial direction under the drive of the grooved wheel 5.4, and the eccentric hole is always communicated with any one branch pipe in a series of branch pipes 5.1 after rotating.

The forward and reverse confluence accelerating mechanisms 5 and 6 have the same structure, and a schematic structural view of the reverse confluence accelerating mechanism 6 is omitted in the drawings.

The water firmware in the sequencing vibration mechanism is respectively guided into each branch pipe 5.1 by the upper guide rail of the sequencing vibration mechanism, when the eccentric hole at the top of the confluence main pipe 5.3 rotates to the position right below the branch pipe 5.1 at the corresponding position, the water firmware and the branch pipe are communicated, the water firmware falls into the confluence main pipe 5.3, and then the water firmware is respectively conveyed to the first separation rotating disc 7 and the second separation rotating disc 8 through the main pipe 11. When no water firmware exists in the branch flow branch pipe 5.1, the pin poking motor 5.7 drives the grooved wheel poking pin 5.5 to work, the grooved wheel poking pin 5.5 pokes the grooved wheel 5.4 to rotate for a certain angle, so that the confluence main pipe 5.3 connected with the grooved wheel is driven to rotate, the eccentric hole in the top of the confluence main pipe 5.3 rotates to be right below the next branch flow branch pipe 5.1 and communicated with the same, and therefore idling of the machine can be avoided, and production efficiency is improved.

The side wall of the branch pipe 5.1 can also be provided with an air injection device 5.9 to generate downward air flow, so that the moving speed of the water firmware is accelerated, and the production efficiency is further improved.

And a sensor 5.8 is connected to and controlled by the pin pulling motor 5.7, and the sensor 5.8 is arranged in the side wall of the main pipe 11.

When no water firmware moves in the main pipe 11, it is indicated that no water firmware is stored in the branch pipe 5.1, and at this time, the sensor 5.8 sends a signal to the pin poking motor 5.7 to control the pin poking motor to start working, so that the effect of driving the eccentric hole on the confluence main pipe 5.3 to be communicated with the next branch pipe 5.1 is achieved.

Further technical solution may be that the conveying device 10 is a belt conveying mechanism.

The arranged water firmware is conveyed to the gap eliminating mechanism 2 by the belt conveying mechanism, and the sequencing process is finished.

And the first and second separating turntables 7 and 8 have the same tooth number, the gear ratio of the first and second separating turntables 7 and 8 to the material collecting tray 9 is 4:5, and the rotating speed ratio of the first and second separating turntables 7 and 8 to the material collecting tray 9 is 5: 4.

the gear ratio and the rotating speed ratio of the first separating rotary disc 7 and the second separating rotary disc 8 to the material collecting disc 9 are further limited, so that the three parts can be matched more accurately, the blanking position of the water firmware is more accurate, and the processing efficiency is further improved.