CN204623979U - The bagging apparatus of automatic bag sheathing machine - Google Patents

Abstract

The utility model relates to a bagging device of an automatic bagging machine, which includes a feeding mechanism and an auxiliary bagging mechanism; the auxiliary bagging mechanism includes an active lifting component and a driven lifting component, and the active lifting component includes a vertical The lifting base plate and the jacking plate that moves up and down on the lifting base plate; the driven lifting assembly includes an inner clamp seat, a guide shaft, a connecting base plate and a bag holder base, and it also includes a Correspondingly set clip bag assembly. The purpose of the utility model is to provide a bagging device of an automatic bagging machine. The utility model has the advantages that: the auxiliary bagging mechanism raises the fungus bag to the lower end of the horizontal conveying pipeline and then descends, and the descending speed of the fungus bag is synchronized with the charging speed through program control, so that the culture material in the fungus bag is more uniform; The bacteria bag detection switch can detect whether there is a bacteria bag on the corresponding bag assembly, and feed back the signal to the program, and then the program controls the clutch to work according to the signal.

Description

Bagging device for automatic bagging machine

technical field

The utility model relates to the field of edible mushroom mechanical equipment, in particular to a bagging device of an automatic bagging machine.

Background technique

With the development of science and technology, fully automatic machinery has been widely used in various production fields, thus greatly improving production efficiency. In the field of edible fungi production, the production of edible fungus sticks has gradually changed from manual bagging to mechanical bagging. The existing edible fungus bagging devices are unevenly fed, and there are phenomena such as spilling materials and bursting fungus bags. Most of the existing edible mushroom bagging devices are single-station charging, and the charging efficiency is low.

Contents of the invention

The purpose of the utility model is to provide a bagging device of an automatic bagging machine.

The purpose of this utility model is achieved through the following technical solutions: a bagging device of an automatic bagging machine, which includes a feeding mechanism and an auxiliary bagging mechanism; the feeding mechanism is located on the upper side of the auxiliary bagging mechanism; The bagging mechanism includes an active lifting assembly and a driven lifting assembly. The active lifting assembly includes a vertical lifting base plate and a lifting plate that moves up and down on the lifting base plate; the driven lifting assembly includes an inner clamping seat, a guide shaft, Connect the bottom plate and the base of the bag holder, the guide shaft is vertically arranged, the upper end is fixedly connected to the inner clamping seat, the lower end is fixedly connected to the bottom plate, and the guide shaft is slidingly connected to the fixed linear bearing, and the connecting bottom plate is located on the lifting plate On the other hand, the base of the bag holder is fixed on the connection base plate, and it also includes a bag clip assembly arranged on the inner clamp seat and corresponding to the bag holder base.

Compared with the prior art, the utility model has the advantages that: the auxiliary bagging mechanism raises the fungus bag to the lower end of the horizontal conveying pipeline and then descends, and the descending speed of the fungus bag is synchronized with the charging speed through program control, so that the fungus bag The culture material inside is more uniform; the bacteria bag detection switch can detect whether there is a bacteria bag on the corresponding bag assembly, and feed back the signal to the program, and then the program controls the clutch to work according to the signal.

Description of drawings

Figure 1 is a top view of the feeding mechanism.

Fig. 2 is a B-B sectional view of Fig. 1 .

Fig. 3 is a schematic perspective view of the auxiliary bagging mechanism.

Fig. 4 is a schematic perspective view of the three-dimensional structure of the active lifting assembly.

Description of labels: 41 feeding mechanism, 411 feeding hopper, 412 horizontal conveying pipe, 413 horizontal screw propulsion rod, 414 motor A, 415 vertical conveying pipe, 416 vertical screw propulsing rod, 417 motor B, 418 agitator, 419 Clutch, 42 Auxiliary bagging mechanism, 421 Lifting bottom plate, 422 Lifting plate, 424 Proximity switch B, 425 Bacteria bag detection switch, 426 Inner clip seat, 427 Guide shaft, 428 Connection bottom plate, 429 Bag holder base, 420 Bag clip components.

Detailed ways

Below in conjunction with description accompanying drawing and embodiment the utility model content is described in detail:

Figures 1 to 4 are schematic diagrams of an embodiment of a bagging device of an automatic bagging machine provided by the present invention.

A bagging device of an automatic bagging machine, which includes a feeding mechanism 41 and an auxiliary bagging mechanism 42; the feeding mechanism 41 is arranged on the upper side of the auxiliary bagging mechanism 42; the auxiliary bagging mechanism 42 includes an active lifting mechanism Assembly and driven lifting assembly, the active lifting assembly includes a vertical lifting base plate 421 and a lifting plate 422 that lifts and moves on the lifting base plate 421; the driven lifting assembly includes an inner clamping seat 426, a guide shaft 427, a connecting The bottom plate 428 and the bag holder base 429, the guide shaft 427 is vertically arranged, its upper end is fixedly connected to the inner clamp seat 426, and the lower end is fixedly connected to the bottom plate 428, and the guide shaft 427 is slidingly connected to the fixed linear bearing. 428 is located on the upper side of the lifting plate 422, and the bag holder base 429 is fixed on the connection bottom plate 428, and it also includes a bag holder assembly 420 arranged on the inner holder 426 and corresponding to the bag holder base 429.

The feeding mechanism 41 includes a feed hopper 411, a horizontal conveying assembly and a vertical conveying assembly, and the horizontal conveying assembly includes a horizontal conveying pipeline 412, a horizontal screw propelling rod 413 and a motor A414 that drives the horizontal screw propelling rod 413 to rotate. The horizontal screw propulsion rod 413 extends from the left side of the feed hopper 411 to the right side of the feed hopper 411, and the horizontal conveying pipe 412 is sleeved on the outer periphery of the horizontal screw push rod 413 on the right side of the feed hopper 411. The vertical conveying mechanism comprises a vertical conveying pipeline 415, a vertical screw propulsion rod 416 and a motor B417 that drives the rotation of the vertical spiral propelling rod 416, and the vertical conveying pipeline 415 is connected with the right side end of the horizontal conveying pipeline 412, The vertical spiral propulsion rod 416 is arranged inside the vertical conveying pipe 415 .

The horizontal screw propulsion rod 413 is positioned at the bottom of the feed hopper 411, and its left end is provided with a belt pulley, which is connected with the motor A414 through a transmission belt; The pipeline 415 is positioned above the auxiliary bagging mechanism 42, and the upper end of the vertical screw propulsion rod 416 in the vertical delivery pipeline 415 is provided with a belt pulley, which is connected with the motor B417 by a transmission belt. The edible fungus culture material in the feeding hopper 411 is pushed into the vertical conveying pipeline 415 by the horizontal screw propulsion rod 413, and then pushed out of the lower end nozzle of the vertical conveying pipeline 415 by the vertical screw propelling rod 416.

The lifting base plate 421 is provided with a vertically extending track, and the lifting plate 422 is flexibly connected with the track on the lifting base plate 421 through a slider. The synchronous belt ring is connected, the lower synchronous belt wheel is driven by a servo motor, the lifting plate 422 is fixedly connected with the synchronous belt ring on one side of the synchronous belt wheel, and the lifting bottom plate 421 is also provided with two upper and lower intervals for induction of the lifting plate The proximity switch B424 at the 422 position.

When the lifting plate 422 moves to the height of the proximity switch B424, the proximity switch B424 will feed back the signal to the program, and the program will control the servo motor to stop running. 422 conversion between the lifting movement (proximity switch B424 adopts the principle of infrared induction).

Two sets of bag clamping assemblies 420 are provided on the inner clamping seat 426; two sets of horizontal conveying assemblies and two sets of vertical conveying assemblies are provided on the feeding mechanism 41; bag clamping assemblies 420, horizontal conveying assemblies and vertical conveying assemblies One-to-one correspondence settings.

A clutch 419 is provided between the motor A414 and the horizontal screw propelling rod 413 and between the motor B417 and the vertical screw propelling rod 416;

An agitator 418 is also provided on the upper side of the horizontal screw propulsion rod 413 in the feeding hopper 411 .

After the mushroom bag is clamped on the bag clamping assembly 420 and the bag supporting process is completed, the lifting plate 422 on the active lifting assembly rises, driving the driven lifting assembly to rise, so that the entire mushroom bag is set on the horizontal conveying pipe 412 of the feeding mechanism 41 At the lower end, the feeding mechanism 41 then loads the bacteria bag from the horizontal conveying pipeline 412. While charging, the active lifting component descends, and the bacteria bag slowly moves down thereupon. The descending speed of the active lifting component is controlled by the program to make it consistent with The charging speed is synchronized, and the bottom of the bacteria bag is supported by the bag support base 429 to prevent the bacteria bag from being too heavy and detached from the bag clamping assembly 420.

The bacteria bag detection switch 425 is used to detect whether there is a bacteria bag on the corresponding bag clamping assembly 420, and feeds back the signal to the program, and then the program controls the clutch 419 to work according to the signal, when there is no bacteria bag on the bag clamping assembly 420 , its corresponding horizontal screw propelling rod 413 and vertical screw propelling rod 416 stop working.

The bag clip assembly 420 includes a positioning inner clamping sleeve and a fixing clip arranged on the outer periphery of the positioning inner clamping sleeve, the positioning inner clamping sleeve is vertically arranged, and the lower part of the side wall of the positioning inner clamping sleeve is provided with several vertical grooves Each vertical notch is arranged in a circular direction. The fixed clip includes a pair of semicircular clamp arms and a push block arranged at the rear end of the semicircular clamp arms. Hinged, and the rear end is provided with a slide pin, the slide pin is located in the chute on the push block, the push block is provided with a slide block, and the frame is provided with a track matched with the slide block, and the push block is forward and backward through the power part. Displacement, the mouth of the bacteria bag is sandwiched between the positioning inner clip sleeve and the fixing clip.

Claims (6)

1. a bagging apparatus for automatic bag sheathing machine, is characterized in that: it comprises feeding machanism (41) and auxiliary sleeve bag mechanism (42), auxiliary sleeve bag mechanism (42) upside is located at by described feeding machanism (41), described auxiliary sleeve bag mechanism (42) comprises active lifting assembly and driven lifting assembly, and described active lifting assembly comprises the perpendicular lifting base plate (421) put and the raising plate (422) being above elevated displacement in lifting base plate (421), described driven lifting assembly comprises interior holder (426), guide shaft (427), connecting bottom board (428) and holder bag base (429), described guide shaft (427) is vertically arranged, its upper end is fixedly connected with interior holder (426), lower end is fixedly connected with connecting bottom board (428), and guide shaft (427) and the linear bearing sliding block joint set firmly, described connecting bottom board (428) is positioned at raising plate (422) upside, described holder bag base (429) is installed on connecting bottom board (428), it also comprise be located at interior holder (426) upper and with holder bag base (429) the corresponding folder bag assembly (420) arranged.

2. the bagging apparatus of automatic bag sheathing machine according to claim 1, it is characterized in that: described feeding machanism (41) comprises feeder hopper (411), horizontal feed assembly and vertically conveying assembly, described horizontal feed assembly comprises horizontal feed pipeline (412), flat spin pushing ram (413) and the motor A (414) driving flat spin pushing ram (413) to rotate, described flat spin pushing ram (413) is run through by feeder hopper (411) left surface and is extended feeder hopper (411) right flank, described horizontal feed pipeline (412) is sheathed on flat spin pushing ram (413) periphery of extension, feeder hopper (411) right side, described vertical conveying mechanism comprises vertical delivery duct (415), vertical screw propulsion rod (416) and the motor B (417) driving vertical screw propulsion rod (416) to rotate, described vertical delivery duct (415) is connected with horizontal feed pipeline (412) right-hand end, it is inner that vertical screw propulsion rod (416) is located at vertical delivery duct (415).

3. the bagging apparatus of automatic bag sheathing machine according to claim 1, it is characterized in that: described lifting base plate (421) is provided with the vertical track extended, raising plate (422) is flexibly connected with the track in lifting base plate (421) by slide block, lifting base plate (421) is also provided with a pair between the upper and lower every synchronous pulley, synchronous pulley is connected by synchronous zone circle, downside synchronous pulley passes through driven by servomotor, described raising plate (422) is fixedly connected with the synchronous zone circle of synchronous pulley side, lifting base plate (421) is also provided with two between the upper and lower every the proximity switch B (424) for responding to raising plate (422) position.

4. the bagging apparatus of automatic bag sheathing machine according to claim 2, is characterized in that: described interior holder (426) is provided with two groups of folder bag assemblies (420); Described feeding machanism (41) is arranged two groups of horizontal feed assemblies and two groups of vertical conveying assemblies; Folder bag assembly (420), horizontal feed assembly and vertically conveying assembly one_to_one corresponding setting.

5. the bagging apparatus of automatic bag sheathing machine according to claim 4, is characterized in that: be provided with power-transfer clutch (419) between described motor A (414) and flat spin pushing ram (413) and between motor B (417) and vertical screw propulsion rod (416); Described lifting base plate (421) is provided with bacterium bag detecting switch (425).

6. the bagging apparatus of automatic bag sheathing machine according to claim 2, is characterized in that: be positioned at flat spin pushing ram (413) upside in described feeder hopper (411) and be also provided with mixer (418).