CN210367835U - Aluminum wire continuous tempering aging device - Google Patents

Abstract

The utility model discloses an aluminium wire is tempering ageing device in succession, include: annealing device, with the take-up of annealing device rear end series connection and with the ageing device of take-up rear end series connection, ageing device's structure includes: the shell be provided with the feed inlet when the shell is close to one in the take-up and serve the feeding automatically-controlled door that is provided with the discharge gate on the other end of shell and the ejection of compact automatically-controlled door that mutually supports with the discharge gate evenly be provided with a plurality of heating element in the inside both sides of shell be provided with thermal sensor on the shell of feed inlet and discharge gate upper end respectively be provided with take-up reel stop device in the shell of discharge gate lower extreme the inside lower extreme slope of shell is provided with the raceway, the high-end feed inlet that passes of slope of raceway is connected with the take-up.

Description

Aluminum wire continuous tempering aging device

Technical Field

The utility model relates to an aluminum wire processing equipment especially relates to an aluminum wire tempering aging apparatus in succession.

Background

At present, the continuous tempering method of the aluminum wire is adopted, and the aluminum wire produced continuously on line is heated to reach the specified temperature by adopting contact induction, is cooled to be outgoing by strong wind and wound on a wire coil after being insulated, and is cooled automatically at the ambient temperature. The production mode is greatly influenced by the environmental temperature, the humidity and the cooling time in different areas and different seasons, so that the quality of the aluminum wire is unstable, the quality of the aluminum wires produced in different time and batches is obviously different, and the quality fluctuation is large.

SUMMERY OF THE UTILITY MODEL

The utility model discloses the technical problem that will solve is: provides an aluminum wire continuous tempering aging device with good outgoing quality.

In order to solve the technical problem, the utility model discloses a technical scheme is: aluminium wire is tempering ageing device in succession includes: annealing device, with the take-up of annealing device rear end series connection and with the ageing device of take-up rear end series connection, ageing device's structure includes: the winding device comprises a shell, wherein a feeding hole and a feeding automatic door matched with the feeding hole are arranged at one end in the winding device when the shell is close to the winding device, a discharging hole and a discharging automatic door matched with the discharging hole are arranged at the other end of the shell, a plurality of heating elements are uniformly arranged at two sides in the shell, thermal sensors are respectively arranged on the shells at the upper ends of the feeding hole and the discharging hole, a winding disc limiting device is arranged in the shell at the lower end of the discharging hole, a rolling path is obliquely arranged at the lower end in the shell, the inclined high end of the rolling path penetrates through the feeding hole to be connected with the winding device, the inclined low end of the rolling path is abutted against the winding disc limiting device, a heat preservation layer is filled in a shell interlayer of the shell, a temperature control system and an electric appliance control system are arranged on the shell, and the, and the electric appliance control system is respectively connected with the feeding automatic door, the discharging automatic door and the take-up reel limiting device.

The utility model has the advantages that: the aluminum wire continuous tempering aging device can be connected with an aluminum wire continuous annealing unit production line in series to achieve the purpose of synchronous production, the production efficiency is high, after the aluminum wire is subjected to constant-temperature and timed aging treatment in the aging device, the quality of an aluminum wire finished product is obviously improved, the wire outlet quality is good and stable, aging heat preservation is performed by utilizing the heat emitted by aluminum wire tempering induction, the aluminum wire continuous tempering aging device is energy-saving and power-saving, the running cost is low, and the aluminum wire continuous tempering aging device can generate obvious positive effects in actual production and use.

Drawings

FIG. 1 is a schematic structural diagram of the aluminum wire continuous tempering aging device of the present invention.

Fig. 2 is a schematic sectional enlarged view of a-a in fig. 1.

In the figure: 1. the device comprises an annealing device, 2, a take-up device, 21, a take-up reel, 3, an aging device, 31, a shell, 32, a feeding hole, 33, a feeding automatic door, 34, a discharging hole, 35, a discharging automatic door, 36, a heating element, 37, a thermal sensor, 38, a take-up reel limiting device, 39, a roller path, 391, a heat preservation layer, 392, a temperature control system, 393, an electric appliance control system, 4 and an aluminum wire.

Detailed Description

The following detailed description of the present invention will be made in conjunction with the accompanying drawings and specific embodiments.

As shown in fig. 1 and 2, the aluminum wire continuous tempering aging device comprises: annealing device 1, with the take-up 2 of 1 rear ends series connection of annealing device and with the ageing device 3 of 2 rear ends series connections of take-up, ageing device 3's structure includes: a housing 31, a feed inlet 32 and a feed automatic door 33 mutually matched with the feed inlet 32 are arranged at one end in the take-up device 2 when the housing 31 is close to the housing 31, a discharge outlet 34 and a discharge automatic door 35 mutually matched with the discharge outlet 34 are arranged at the other end of the housing 31, a plurality of heating elements 36 are uniformly arranged at two sides in the housing 31, a thermal sensor 37 is respectively arranged on the housing 31 at the upper ends of the feed inlet 32 and the discharge outlet 34, a take-up reel limiting device 38 is arranged in the housing 31 at the lower end of the discharge outlet 34, a roller path 39 is obliquely arranged at the lower end in the housing 31, the oblique high end of the roller path 39 passes through the feed inlet 32 to be connected with the take-up device 2, the oblique low end of the roller path 39 is abutted against the take-up reel limiting device 38, a heat insulation layer 391 is filled in the housing interlayer of the housing 31, a temperature, the temperature control system 392 is respectively connected with the heating element 36 and the thermal sensor 37, and the electrical appliance control system 393 is respectively connected with the feeding automatic door 33, the discharging automatic door 35 and the take-up reel limiting device 38.

When the aluminum wire continuous tempering aging device is used, an aluminum wire 4 is drawn by a wire drawing machine and annealed by the annealing device 1, and then is collected on the take-up reel 21 through the take-up device 2, and the take-up reel 21 is filled with the wire and then enters the aging device 3 for aging treatment, and is kept at a constant temperature for a certain time, and finally, a finished product is discharged. The heat source in the aging device 3 comes from two aspects, on one hand, the heat generated by the aluminum wire 4 in the tempering process is self-induced, on the other hand, the heat generated by the heating elements 36 arranged in the aging device 3 in the working process is constant, in order to ensure the aging device, the temperature in the aging device 3 is constant, in the electric appliance control system 393 and the temperature control system 392 matched with the aging device 3, the heat sensors 37 arranged above the feeding hole 32 and the discharging hole 34 of the aging device 3 transmit the data of the temperature in the aging device 3 to the temperature control system 392 to control the working state of the heating elements 36, and therefore the temperature in the aging device 3 is ensured to be in a set range. In order to ensure sufficient ageing of the tempered aluminum wire 4, the housing 31 of the ageing device 3 is designed to have a sufficient length according to the production cycle and the size of the take-up reel 21. Simultaneously for guaranteeing that the heat in the aging device 3 is not outwards radiated, a heat preservation layer 391 is also filled in the shell interlayer of the shell 31 of the whole aging device 3, the feeding automatic door 33 and the discharging automatic door 35 are linked with an electric appliance control system, can be automatically opened when feeding and discharging materials, and can be automatically closed in other time to prevent the heat from outwards radiating. The wire take-up device 2 and the aging device 3 are connected with each other through a roller path 39 with a certain gradient, so that a wire take-up reel 21 which is full of wires rolls into the aging device 3 from the wire take-up device 2 by means of self weight, a wire take-up reel limiting device 38 is arranged at one end, close to a discharge port 34 of the aging device 3, of the roller path 39 and used for blocking the wire take-up reel 21, the wire take-up reel limiting device 38 and the automatic discharge door 35 are controlled in an interlocking mode through an electric control system 393, when the automatic discharge door 35 is opened, the wire take-up reel limiting device 38 descends, the wire take-up reel 21 rolls out of the aging device 3, and when the automatic discharge door 35 is closed, the wire take-up.

The aluminum wire continuous tempering aging device can be connected with an aluminum wire continuous annealing unit production line in series to achieve the purpose of synchronous production, the production efficiency is high, after the aluminum wire is subjected to constant-temperature and timed aging treatment in the aging device, the quality of an aluminum wire finished product is obviously improved, the wire outlet quality is good and stable, aging heat preservation is performed by utilizing the heat emitted by aluminum wire tempering induction, the aluminum wire continuous tempering aging device is energy-saving and power-saving, the running cost is low, and the aluminum wire continuous tempering aging device can generate obvious positive effects in actual production and use.

Claims (1)

1. Aluminium wire is tempering ageing device in succession, its characterized in that: the method comprises the following steps: annealing device (1), with take-up (2) of annealing device (1) rear end series connection and with ageing device (3) of take-up (2) rear end series connection, the structure of ageing device (3) includes: the take-up device comprises a shell (31), wherein one end in the take-up device (2) is provided with a feed inlet (32) and a feed automatic door (33) matched with the feed inlet (32) when the shell (31) is close to the shell, the other end of the shell (31) is provided with a discharge outlet (34) and a discharge automatic door (35) matched with the discharge outlet (34), a plurality of heating elements (36) are uniformly arranged on two sides in the shell (31), the shell (31) at the upper ends of the feed inlet (32) and the discharge outlet (34) are respectively provided with a thermal sensor (37), a take-up reel limiting device (38) is arranged in the shell (31) at the lower end of the discharge outlet (34), a rolling way (39) is obliquely arranged at the lower end in the shell (31), and the oblique high end of the rolling way (39) penetrates through the feed inlet (32) to be connected with, the low inclined end of the raceway (39) is abutted against a take-up reel limiting device (38), a heat insulation layer (391) is filled in a shell interlayer of the shell (31), a temperature control system (392) and an electric appliance control system (393) are arranged on the shell (31), the temperature control system (392) is respectively connected with a heating element (36) and a heat sensor (37), and the electric appliance control system (393) is respectively connected with the feeding automatic door (33), the discharging automatic door (35) and the take-up reel limiting device (38).

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