CN205418899U - Automatic make up and unload high altitude commodity circulation transfer chain lifting machine - Google Patents

Abstract

The utility model relates to a field, concretely relates to automatic make up and unload high altitude commodity circulation transfer chain lifting machine are carried in the high altitude commodity circulation. Including the body of frame shape and the pay -off frame on the body, the body top is equipped with the station, and the bottom is equipped with down the station, goes up station department and is equipped with drive mechanism, and lower station department is equipped with and coordinates the mechanism with last station complex, drive mechanism passes through the chain with cooperation mechanism and links to each other, and the pay -off was put up the chain and is linked to each other with the body, go up the station and divide equally with the near -end of station down and do not be equipped with proximity switch and travel switch, and two proximity switch lie in between two travel switch, the pay -off frame is bilayer structure. The upper and lower bilayer structure of the bilayer of this lifting machine pay -off frame gives the commodity circulation line fast, and the material loading lower carriage shortens the beat, has improved work efficiency greatly.

Description

An automatic loading and unloading high-altitude logistics conveyor line hoist

technical field

The utility model relates to the field of high-altitude logistics transportation, in particular to an automatic loading and unloading high-altitude logistics transmission line hoist.

Background technique

The traditional logistics line occupies a relatively large area, and the materials are all handled manually, which leads to low space utilization and waste of factory space, and due to the manual operation of workers, the completion speed is slow and the work efficiency is low, which cannot meet the customer's high-speed automation requirements. need.

Contents of the invention

In order to overcome the deficiencies of the prior art, the utility model provides an automatic loading and unloading high-altitude logistics conveying line hoist, and designs a fast material handling hoist on the basis of high-altitude logistics transportation, which can improve space utilization, and High-altitude logistics transmission line hoist equipment that can greatly improve work efficiency.

In order to achieve the above utility model purpose, the utility model adopts the following technical solutions:

An automatic loading and unloading high-altitude logistics conveyor line hoist, including a frame-shaped body and a feeding rack on the body; the top of the body is provided with an upper station, the bottom is provided with a lower station, the upper station is provided with a transmission mechanism, and the lower station There is a matching mechanism that matches the upper station; the transmission mechanism and the matching mechanism are connected through a chain, and the feeding frame is connected to the body through a chain; the proximal ends of the upper station and the lower station are respectively provided with a proximity switch and a travel switch, and Two proximity switches are located between the two travel switches, and the feeding frame is a double-layer structure.

The elevator is equipped with two trays, which are respectively used to receive empty material trays and deliver material trays. The elevator drives the feeding rack to and f Convey above all else.

The proximity switch is used to decelerate the transmission of the chain when the feeding rack is close to the upper station or the lower station, and the travel switch is used to control the stop of the feeding rack when it reaches the designated position. By using two switches, the conveying efficiency can be better improved and time saved .

As a preferred solution, the feeding rack includes an upper upper bracket and a lower lower bracket, the upper bracket and the lower bracket are provided with a power bracket and a power motor for providing power for the power bracket, and the upper bracket and the lower bracket are located on the power bracket. Photoelectric switches are respectively provided on the output and input sides, and blocking cylinders are provided on the output side of the power support.

The photoelectric switch is used to detect whether there is material on the feeding frame, thereby providing information for the power motor and blocking cylinder, and then judging the operation of the power motor and blocking cylinder. When the photoelectric switch on the input side of the feeding rack detects that there is material being fed in, the power motor starts to drive the power bracket to transport the goods to the output side. At this time, the photoelectric switch on the output side of the feeding rack detects that there is material on the feeding rack and blocks the cylinder Start to block the material to prevent it from falling from the feeding rack. When the feeding rack touches the travel switch, the feeding rack stops and prevents the cylinder from retracting. Under the action of the power support, the material is output from the output side to the designated position.

As a preferred solution, the power support is composed of several power rollers arranged in a row, and the power rollers are connected by chains and then connected to the power motor.

As a preferred solution, the transmission mechanism includes a transmission motor and a gear bearing combination, the matching mechanism includes a gear bearing combination, and the transmission motor is connected to the upper and lower gear bearing combinations through a chain.

Compared with the prior art, the utility model has a double-layer upper and lower double-layer structure of the feeding frame to quickly feed the logistics line, feed the material and lower the support, shorten the beat, and greatly improve the work efficiency.

Description of drawings

Fig. 1 is a kind of axonometric view of the utility model;

Fig. 2 is another kind of axonometric view of the utility model;

Fig. 3 is the structural representation of the upper part of the utility model;

Fig. 4 is the structural representation of the utility model bottom;

Fig. 5 is a structural schematic view of the other side of the lower part of the utility model.

In the figure: 1 body, 2 feeding frame, 3 upper station, 4 lower station, 5 transmission mechanism, 6 matching mechanism, 7 chain, 8 proximity switch, 9 travel switch, 10 upper support, 11 lower support, 12 power support , 13 power motor, 14 photoelectric switch, 15 blocking cylinder, 16 power drum, 17 transmission motor, 18 gear bearing combination.

detailed description

The technical scheme of the utility model is further described and illustrated through specific embodiments below.

Example:

An automatic loading and unloading high-altitude logistics conveyor line hoist, including a frame-shaped body 1 and a feeding rack 2 on the body 1; There is a transmission mechanism 5, and the lower station 4 is provided with a matching mechanism 6 that cooperates with the upper station 3; the transmission mechanism 5 and the matching mechanism 6 are connected through a chain 7, and the feeding frame 2 is connected with the body 1 through a chain 7; the upper station 3 Proximity switches 8 and travel switches 9 are respectively provided at the near ends of the lower station 4, and the two proximity switches 8 are located between the two travel switches 9, and the feeding frame 2 is a double-layer structure.

Described feeding rack 2 comprises upper upper bracket 10 of the top and the lower bracket 11 of the lower part, upper bracket 10 and lower bracket 11 are all provided with power bracket 12 and power motor 13 that provides electric power for power bracket 12, upper bracket 10 and lower bracket On the 11, photoelectric switches 14 are respectively arranged on the output side and the input side of the power support 12, and the blocking cylinder 15 is arranged on the output side of the power support 12. The power bracket 12 is composed of a number of power rollers 16, and the power rollers 16 are connected with the power motor 13 after being connected by a chain 7. The transmission mechanism 5 includes a transmission motor 17 and a gear bearing combination 18, and the matching mechanism 6 includes a gear bearing combination 18 , the transmission motor 17 is connected with the upper and lower gear bearing assemblies 18 through the chain 7 .

Claims (4)

1. an automated handling high-altitude handling and conveying line elevator, it is characterised in that include the cradle (2) on the body (1) of framework shape and body (1)；Body (1) top is provided with station (3), and bottom is provided with lower station (4), and upper station (3) place is provided with drive mechanism (5), and lower station (4) place is provided with the matching mechanism (6) coordinated with upper station (3)；Drive mechanism (5) is connected by chain (7) with matching mechanism (6), and cradle (2) is connected with body (1) by chain (7)；The near-end of upper station (3) and lower station (4) is provided with proximity switch (8) and travel switch (9) respectively, and two proximity switches (8) are positioned between two travel switches (9), and described cradle (2) is double-decker.

A kind of automated handling high-altitude the most according to claim 1 handling and conveying line elevator, it is characterized in that, described cradle (2) includes the upper bracket (10) on top and the lower carriage (11) of bottom, it is equipped with powered support (12) on upper bracket (10) and lower carriage (11) and the power motor (13) of electric power is provided for powered support (12), the output and the input side that are positioned at powered support (12) on upper bracket (10) and lower carriage (11) are provided with photoswitch (14) respectively, and the outlet side being positioned at powered support (12) is equipped with stop cylinder (15).

A kind of automated handling high-altitude the most according to claim 2 handling and conveying line elevator, it is characterized in that, described powered support (12) is rearranged by several power drums (16), and passes through between power drum (16) to be connected with power motor (13) after chain (7) is connected.

A kind of automated handling high-altitude the most according to claim 1 handling and conveying line elevator, it is characterized in that, described drive mechanism (5) includes driving motor (17) and gear-bearing combination (18), matching mechanism (6) includes that gear-bearing combines (18), and described driving motor (17) is connected with upper and lower two gear-bearings combination (18) by chain (7).