CN204660810U - An intelligent automatic conveying long aluminum rod heating furnace - Google Patents

Abstract

The utility model discloses an automatic long aluminium bar heating furnace of carrying of intelligence, which comprises a bracket, the support on be equipped with the heating chamber, its characterized in that: the heating intracavity be equipped with a plurality of slope slide rails that place the aluminium bar when being used for heating, the higher one end of slope slide rail be equipped with a plurality of upper pulleys that slide on it when supplying the aluminium bar to enter into, support one side be equipped with and push the aluminium bar the upper pulley on aluminium bar feed arrangement, the lower one end of slope slide rail be equipped with a plurality of aluminium bars after will heating and carry out the lower pulleys in heating chamber, upper pulley side be equipped with and make its top sheave that breaks away from the upper pulley and slide to the slope slide rail with aluminium bar jack-up and put, slope slide rail lower extreme side be equipped with and make its lower thrustor that breaks away from the slope slide rail and slide to the lower pulley with aluminium bar jack-up.

Description

An intelligent automatic conveying long aluminum rod heating furnace

【Technical field】

The utility model relates to an intelligent automatic conveying long aluminum rod heating furnace.

【Background technique】

Aluminum rods are widely used in various fields, and the demand is huge. The aluminum rod heating machine can heat the aluminum rods, but the existing aluminum rod heating machines are bulky and inconvenient to install in the factory area, and the workers need to put the aluminum rods when the aluminum rods are heated. Transportation to the heating machine is labor-intensive and inefficient. At the same time, because the aluminum rod is heavy, it is easy to be injured when placed, posing a safety hazard. And the equipment is still running when the workers transport the aluminum rods, resulting in energy waste.

【Content of utility model】

The purpose of the utility model is to overcome the shortcomings of the existing technology, to provide a small volume, easy to install in the factory area, can automatically transport aluminum rods, save labor costs, reduce safety hazards, and automatically heat and cut aluminum rods when they are transported. The intelligent automatic conveying long aluminum rod heating furnace eliminates the energy loss caused by the empty operation of the heating equipment when the aluminum rod is conveyed.

The utility model is achieved through the following technical solutions:

An intelligent automatic conveying long aluminum rod heating furnace, including a bracket 201, and the bracket 201 is provided with a heating chamber 202, which is characterized in that: the heating chamber 202 is provided with a plurality of places for placing aluminum rods during heating Inclined slide rail 205, the higher end of the inclined slide rail 205 is provided with a plurality of upper pulleys 203 for aluminum rods to slide on it, and one side of the bracket 201 is provided with a The aluminum bar feeding device 1 on the upper pulley 203, the lower end of the inclined slide rail 205 is provided with a plurality of lower pulleys 216 for transporting the heated aluminum bars out of the heating chamber 202, and the side end of the upper pulley 203 is There is an upper pushing device 217 that can lift the aluminum rod to separate from the upper pulley 203 and slide to the inclined slide rail 205. The lower end of the inclined slide rail 205 is provided with a device that can lift the aluminum rod to separate from the inclined slide rail. Rail 205 slides onto lower jack 218 on lower pulley 216 .

The above-mentioned intelligent automatic conveying long aluminum rod heating furnace is characterized in that: one side of the support 201 is provided with an automatic cutting device 4 that is in contact with the lower pulley 216 and can cut the aluminum rod into a specific length.

The above-mentioned intelligent automatic conveying long aluminum rod heating furnace is characterized in that: the upper end of the heating chamber 202 is provided with a heating device 3 capable of heating aluminum rods.

The above-mentioned intelligent automatic conveying long aluminum rod heating furnace is characterized in that: the aluminum rod feeding device 1 is provided with a feeding slide 101 that can place aluminum rods and make them slide.

The above-mentioned intelligent automatic conveying long aluminum rod heating furnace is characterized in that: the upper pushing device 217 includes the upper top piece 204 that can be lifted up and down, and the lower pushing device 218 includes the top piece that can be lifted up and down. Push the lower top piece 206, the upper top piece 204 and the lower top piece 206 are all provided with an inclined push surface 217 facing the same inclined direction and can make the aluminum rod slide to the lower end when pushing.

The above-mentioned intelligent automatic conveying long aluminum rod heating furnace is characterized in that: the support 201 is provided with a servo motor 215, and the servo motor 215 is provided with a servo transmission wheel 214 that rotates simultaneously with it. The bracket 201 is provided with a transmission shaft 207 that is hinged with the lower pulley 216 and rotates synchronously with it, and the bracket 201 is provided with a rotating seat 208 that is coaxial with the transmission shaft 207 and fixed to rotate inside. Described transmission shaft 207 is provided with upper transmission wheel 212 and transmission wheel 211 that rotate synchronously with it.

The above-mentioned intelligent automatic conveying long aluminum rod heating furnace is characterized in that: the servo transmission wheel 214 and the upper transmission wheel 212 are provided with a transmission chain 213 to connect them and realize synchronous rotation. The transmission wheel 211 is provided with a transmission belt 210 which can be connected to realize synchronous rotation, and the support 201 is provided with a protective baffle 209 for protecting the transmission wheel 211 .

Compared with the prior art, the utility model has the following advantages:

1. The utility model is small in size and easy to install in the factory area. It can transport and heat aluminum rods of various diameters, saving labor costs and reducing potential safety hazards.

2. The utility model has a compact structure, and the conveying device is arranged in the heating chamber. At the same time, there are pulleys that can make the aluminum rods slide smoothly, so that the heavier aluminum rods can be transported more conveniently without deviation. The heated aluminum rods It can be automatically conveyed and cut, realizing conveying, heating and cutting at the same time, eliminating the need for manual transportation, more efficient, energy-saving and space-saving.

【Description of drawings】

Fig. 1 is a perspective view of the utility model;

Fig. 2 is a partial structural diagram of the utility model;

Fig. 3 is a partial structural diagram of the utility model;

Fig. 4 is a partial structural diagram of the utility model;

Fig. 5 is a schematic view of the utility model in use.

【Detailed ways】

An intelligent automatic conveying long aluminum rod heating furnace, including a bracket 201, the bracket 201 is provided with a heating chamber 202, and the heating chamber 202 is provided with a plurality of inclined slide rails 205 for placing aluminum rods during heating , the higher end of the inclined slide rail 205 is provided with a plurality of upper pulleys 203 for the aluminum rods to slide on it, and one side of the bracket 201 is provided with the aluminum rods pushed into the upper pulleys 203 Aluminum rod feeding device 1, the lower end of the inclined slide rail 205 is provided with a plurality of lower pulleys 216 for transporting the heated aluminum rods out of the heating chamber 202, and the side end of the upper pulley 203 is provided with a The aluminum rod is jacked up to make it break away from the upper pulley 203 and slide to the upper pushing device 217 of the inclined slide rail 205. The lower end of the inclined slide rail 205 is provided on the side to lift the aluminum rod so that it can be separated from the inclined slide rail 205 and slide to the Pushing device 218 down on the lower pulley 216.

One side of the support 201 is provided with an automatic cutting device 4 that is docked with the lower pulley 216 and can cut the aluminum rod into a specific length. Its advantage is that it is convenient for production and processing, avoids long-term debugging of the equipment, and increases work efficiency.

The upper end of the heating chamber 202 is provided with a heating device 3 capable of heating the aluminum rods. The advantage is that the aluminum rods can be heated during the conveying process to increase work efficiency.

The aluminum rod feeding device 1 is provided with a feeding slide 101 capable of placing aluminum rods and making them slide, which has the advantage of being convenient for storing aluminum rods and saving space.

The upper pushing device 217 includes an upper jacking piece 204 that can be lifted up and down, and the lower pushing device 218 includes a lower jacking piece 206 that can be lifted up and down. Parts 206 are all provided with an inclined push surface 217 towards the same inclined direction and can make the aluminum rod slide to the lower end when pushing. The groove turntable mechanism drives an aluminum rod to slide down every time it rotates. Its advantage is that the structure is simple, and it can ensure that a single aluminum rod slides down during work, which is convenient for subsequent processing.

Described support 201 is provided with servomotor 215, and described servomotor 215 is provided with the servo transmission wheel 214 that rotates simultaneously with it, and described support 201 is provided with and described lower pulley 216 is hinged and rotates synchronously with it. The transmission shaft 207, the support 201 is provided with a rotating seat 208 coaxial with the transmission shaft 207 and fixed to rotate inside, the transmission shaft 207 is provided with an upper transmission wheel 212 and The transmission wheel 211 has the advantages of simple structure and low manufacturing cost.

Described servo transmission wheel 214 and upper transmission wheel 212 are provided with the transmission chain 213 that makes it be connected and realize synchronous rotation, and adjacent two described transmission wheels 211 are provided with the transmission that can make it be connected and realize synchronous rotation. The belt 210, the bracket 201 is provided with a protective baffle 209 for protecting the transmission wheel 211, which has the advantages of simple structure, low manufacturing cost, and fast transmission.

The working principle of the utility model:

When the aluminum rod needs to be heated and cut off, the feeding slide 101 on the aluminum rod feeding device 1 can slide the aluminum rod to the upper pulley 203 arranged in the heating chamber 202. After the aluminum rod enters the heating chamber 202 completely, the aluminum rod That is, it is placed horizontally on the upper pulley 203, and the upper top piece 204 can push a single aluminum rod to the inclined slide rail 205. The aluminum rod feeding device 1 continues to convey the aluminum rod, and the heating device 3 slides down on the inclined slide. The aluminum rods on the rail 205 are heated, and the aluminum rods will be heated during the sliding period. As shown in Figure 4, the lower top member 206 can lift and slide the aluminum rods that slide to the lowermost end separately to the lower pulley 216. The servo motor 215 on the support 201 starts, drives the transmission shaft 207 connected with the lower pulley 216 to rotate through the transmission chain 213, and the aluminum rod placed on the lower pulley 216 is delivered to the automatic cutting device 4 for cutting.

Claims (7)

1. the long aluminum-bar heating furnace of intelligent automatic transport, comprise support (201), described support (201) is provided with heating chamber (202), it is characterized in that: be provided with in described heating chamber (202) multiple for heating time place the tilt slide (205) of aluminium bar, described tilt slide (205) higher one end is provided with the top sheave (203) slided when multiple confession aluminium bar enters thereon, described support (201) side is provided with the aluminium bar feed arrangement (1) pushed by aluminium bar on described top sheave (203), described tilt slide (205) lower one end is provided with multiple lower sheave (216) aluminium bar after heating being transferred out heating chamber (202), described top sheave (203) side is provided with aluminium bar jack-up can be made it depart from upper ejection device (217) that top sheave (203) slides to tilt slide (205), described tilt slide (205) side, lower end is provided with and aluminium bar jack-up can be made it depart from tilt slide (205) to slide to lower ejection device (218) on lower sheave (216).

2. the long aluminum-bar heating furnace of intelligent automatic transport according to claim 1, is characterized in that: described support (201) side is provided with and connects with lower sheave (216) and aluminium bar can be cut into the automatic shearing cutting device (4) of length-specific.

3. the long aluminum-bar heating furnace of intelligent automatic transport according to claim 1, is characterized in that: described heating chamber (202) upper end is provided with the heating arrangement (3) that can heat aluminium bar.

4. the long aluminum-bar heating furnace of intelligent automatic transport according to claim 1, is characterized in that: described aluminium bar feed arrangement (1) is provided with can place aluminium bar and the charging slide unit (101) making it slide.

5. the long aluminum-bar heating furnace of intelligent automatic transport according to claim 1, it is characterized in that: described upper ejection device (217) comprises the upper head part (204) of energy oscilaltion pushing tow, described lower ejection device (218) comprises can the lower head part (206) of oscilaltion pushing tow, described upper head part (204) and lower head part (206) are equipped with towards same direction of tilt and pushing tow time aluminium bar can be made to glide to lower one end inclined thrust surface (217).

6. the long aluminum-bar heating furnace of intelligent automatic transport according to claim 1, it is characterized in that: described support (201) is provided with servomotor (215), described servomotor (215) is provided with the servodrive of simultaneously rotating with it and takes turns (214), described support (201) be provided with hinged with described lower sheave (216) and with the transmission shaft (207) of its synchronous axial system, described support (201) is provided with coaxial with described transmission shaft (207) and fixes its rotation seat in interior rotation (208), described transmission shaft (207) is provided with and the upper driving wheel of its synchronous axial system (212) and power wheel (211).

7. the long aluminum-bar heating furnace of intelligent automatic transport according to claim 6; it is characterized in that: described servodrive wheel (214) is provided with upper driving wheel (212) and makes it be connected and the messenger chain (213) realizing synchronous axial system; power wheel (211) described in adjacent two is provided with and it can be made to be connected and the drive belt (210) realizing synchronous axial system, and described support (201) is provided with the protection baffle plate (209) for the protection of described power wheel (211).