CN203799751U - Processor for annealing cables - Google Patents
Processor for annealing cables Download PDFInfo
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- CN203799751U CN203799751U CN201420096581.9U CN201420096581U CN203799751U CN 203799751 U CN203799751 U CN 203799751U CN 201420096581 U CN201420096581 U CN 201420096581U CN 203799751 U CN203799751 U CN 203799751U
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- annealing
- slippage
- storehouse
- side cover
- belt wheel
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Abstract
The utility model relates to a processor for annealing cables. The processor comprises an installation frame and a cushion plate, wherein the left side of the upper end of the installation frame is provided with a motor, the right side of the upper end of the installation frame is connected with a control box, the cushion plate is arranged at the left side of the installation frame, and a left annealing device is connected on the cushion plate; the right side of the installation frame is provided with a right annealing device; double row belt wheels are connected on the motor; and the control box is provided with an adjusting control handle. The processor has the advantages of reasonable structural design, convenient manipulation, low manufacturing cost and the like, can simultaneously drive two annealing devices to work by using one motor, improves the efficiency of annealing treatment, reduces the production and manufacturing cost, saves energy consumption, realizes the effect of feeding and discharging materials laterally, solves the problems of the traditional cable annealing furnace such as being complex operation, high equipment cost and high equipment occupied space, and improves the production efficiency of the factory.
Description
Technical field
The utility model relates to cable processing and manufacturing technical field, specifically a kind of cable annealing processor.
Background technology
At present, most of factories are in the time of the annealing in process of cable, all first cable to be annealed is put in annealing furnace, and then close bell, annealing furnace is started working, realize annealing, wherein, working what adopt while covering at annealing furnace is large-scale lifting appliance, as portable upending frame, its volume is larger, in occupation of larger space, and comparatively trouble of motion and operation, cost is high, in the time that some annealing furnaces start annealing or have annealed, all need upending frame to move to this annealing furnace place, then make the suspension hook of upending frame catch on the hanged hook of annealing furnace by manual control, consuming time longer, cause the efficiency of processing low, affect the processing benefit of factory, and existing annealing furnace is all from vertical direction opening and closing annealing top cover, need special boom hoisting that annealing top cover is mentioned, manipulation is trouble comparatively, and equipment cost and energy consumption are higher, requirement for height for equipment spatial accommodation is also higher, uses inconvenient, and existing annealing furnace is all Electric Machine Control, just need supporting multiple electric motors for multiple annealing furnaces, equipment cost is higher.
Summary of the invention
Technical problem to be solved in the utility model be to provide a kind of reasonable in design, manipulation easily, low cost of manufacture, can utilize two annealing furnaces to anneal simultaneously and realize the device of side direction input and output material, i.e. a kind of cable annealing processor.
Technical problem to be solved in the utility model realizes by the following technical solutions:
A kind of cable annealing processor, comprises installing rack and backing plate, and the left side, upper end of described installing rack is provided with motor, and the right side, upper end of installing rack is connected with control cabinet, and described backing plate is positioned at the left of installing rack, and the top of backing plate is connected with left annealing device; Described installing rack right-hand is placed with right annealing device; The top of described motor is connected with double belt wheel; Regulation and control handle is installed on described control cabinet.By the left annealing device of control cabinet control and right annealing device, utilize a motor can drive two annealing device work simultaneously, improve the efficiency of annealing in process, reduce the cost of manufacturing, save energy resource consumption.
Described left annealing device comprises left annealing storehouse, left annealing top cover, a side cover plate and a slippage supporting bracket, the left side in described left annealing storehouse is uncovered, on the front and back sidewall of middle and lower part, left annealing storehouse, be arranged with No. one slippage slot, the upper end of described left annealing top cover is connected with clutch No. one, the top of a described clutch is connected with belt wheel No. one, a described belt wheel is connected with double belt wheel by a driving-belt, the lower end of a described side cover plate is connected with the lower left quarter in left annealing storehouse by hinged mode, the upper end of a described side cover plate is connected with handle No. one, the right side of a described side cover plate is provided with sealant No. one, a described slippage supporting bracket is positioned at slippage slot No. one, the front and back bilateral symmetry of a slippage supporting bracket is provided with supporting guide No. one, the left side of a slippage supporting bracket is connected with handle No. two, No. one supporting guide correspondence is placed in a slippage slot.Handle of operating personnel's tractive, a side cover plate is opened, and No. two handles of tractive, make slippage supporting bracket under the effect of tractive effort along a slippage slot to left movement, until move to behind the position of appointment, operating personnel are placed on the winding roll that is wound with cable in a slippage supporting bracket, then push handle No. two, until a slippage supporting bracket enters in left annealing storehouse completely, now, operating personnel mention handle No. one, a side cover plate is closed, and realize encapsulation process by a sealant; Utilize the double belt wheel of driven by motor to rotate, and then a belt wheel is rotated, after a clutch is connected, can make the work of left annealing top cover, thereby carry out annealing in process to being placed on a cable in slippage supporting bracket.
Described right annealing device comprises right annealing storehouse, right annealing top cover, No. two side cover plates and No. two slippage supporting brackets, the right side in described right annealing storehouse is uncovered, on the front and back sidewall of middle and lower part, right annealing storehouse, be arranged with No. two slippage slot, the upper end of described right annealing top cover is connected with clutch No. two, the top of described No. two clutches is connected with belt wheel No. two, described No. two belt wheels are connected with double belt wheel by No. two driving-belts, the lower end of described No. two side cover plates is connected with the right lower quadrant in right annealing storehouse by hinged mode, the upper end of described No. two side cover plates is connected with handle No. three, the left side of described No. two side cover plates is provided with sealant No. two, described No. two slippage supporting brackets are positioned at slippage slot No. two, the front and back bilateral symmetry of No. two slippage supporting brackets is provided with supporting guide No. two, the right side of No. two slippage supporting brackets is provided with handle No. four, No. two supporting guide correspondence is placed in No. two slippage slots.No. three handles of operating personnel's tractive, No. two side cover plates are opened, and No. four handles of tractive, No. two slippage supporting brackets are moved right along No. two slippage slots under the effect of tractive effort, until move to behind the position of appointment, operating personnel are placed on the winding roll that is wound with cable in No. two slippage supporting brackets, then push handle No. four, until No. two slippage supporting brackets enter in right annealing storehouse completely, now, operating personnel mention handle No. three, No. two side cover plates are closed, and realize encapsulation process by No. two sealants; Utilize the double belt wheel of driven by motor to rotate, and then No. two belt wheels are rotated, after No. two clutches are connected, can make the work of right annealing top cover, thereby carry out annealing in process to being placed on No. two cables in slippage supporting bracket.
The middle part of a described slippage supporting bracket is provided with main ventilation hole No. one, is evenly equipped with No. one secondary ventilation hole in a slippage supporting bracket; The middle part of No. two described slippage supporting brackets is provided with main ventilation hole No. two, is evenly equipped with No. two secondary ventilation hole in No. two slippage supporting brackets.In a slippage supporting bracket and No. two slippage supporting brackets, offer a main ventilation hole, No. two main ventilation holes, can be in the process of cable annealing, make can realize smoothly backflow along the axial hot blast of coil of cable drum, adopt a secondary ventilation hole, No. two secondary ventilation holes, can be in the process of cable annealing, make can realize smoothly backflow along the hot blast of the side direction of coil of cable drum, thereby guarantee carrying out smoothly of annealing processing.
Described a sealant and No. two sealants are made by resistant to elevated temperatures elastomeric material, the sealant and No. two sealants that adopt resistant to elevated temperatures elastomeric material to make, can in the process of annealing, prevent scattering and disappearing of heat, put forward high-octane utilance, also avoided the damage of high temperature for a sealant and No. two sealants.
Described left annealing storehouse, the right annealing storehouse structure that is all square, has changed the circular configuration of traditional annealing furnace, can be conveniently that a slippage supporting bracket, No. two slippage supporting brackets provide support and lead like this.
The beneficial effects of the utility model are: the utlity model has reasonable in design, manipulate the advantages such as convenient and low cost of manufacture, utilize a motor can drive two annealing device work simultaneously, improve the efficiency of annealing in process, reduce the cost of manufacturing, save energy resource consumption, and realize side direction input and output material, and solve the higher problem of complicated operation, equipment cost spatial altitude high, that equipment occupies that traditional cable annealing furnace exists, improve the productivity effect of factory.
Brief description of the drawings
Below in conjunction with drawings and Examples, the utility model is further illustrated.
Fig. 1 is main TV structure schematic diagram of the present utility model;
Fig. 2 is the structural representation of a slippage supporting bracket of the present utility model and No. two handle installations;
Fig. 3 is the structural representation of No. two slippage supporting brackets of the present utility model and No. four handle installations;
Fig. 4 is the structural representation of control cabinet of the present utility model;
Structural representation when Fig. 5 is the utility model work.
Embodiment
For technological means, creation characteristic that the utility model is realized, reach object and effect is easy to understand, below the utility model is further set forth.
As shown in Figures 1 to 5, a kind of cable annealing processor, comprises installing rack 1 and backing plate 2, the left side, upper end of described installing rack 1 is provided with motor 12, the right side, upper end of installing rack 1 is connected with control cabinet 23, and described backing plate 2 is positioned at the left of installing rack 1, and the top of backing plate 1 is connected with left annealing device; Described installing rack 1 right-hand is placed with right annealing device; The top of described motor 12 is connected with double belt wheel 13; Regulation and control handle 24 is installed on described control cabinet 23.Control left annealing device and right annealing device by control cabinet 23, utilize a motor 12 can drive two annealing device work simultaneously, improved the efficiency of annealing in process, reduced the cost of manufacturing, saved energy resource consumption.
Described left annealing device comprises left annealing storehouse 3, left annealing top cover 4, a side cover plate 7 and a slippage supporting bracket 5, the left side in described left annealing storehouse 3 is uncovered, on the front and back sidewall of 3 middle and lower parts, left annealing storehouse, be arranged with slippage slot 301 No. one, the upper end of described left annealing top cover 4 is connected with clutch 9 No. one, the top of a described clutch 9 is connected with belt wheel 10 No. one, a described belt wheel 10 is connected with double belt wheel 13 by a driving-belt 11, the lower end of a described side cover plate 7 is connected with the lower left quarter in left annealing storehouse 3 by hinged mode, the upper end of a described side cover plate 7 is connected with handle 8 No. one, the right side of a described side cover plate 7 is provided with sealant 701 No. one, a described slippage supporting bracket 5 is positioned at slippage slot 301 No. one, the front and back bilateral symmetry of a slippage supporting bracket 5 is provided with supporting guide 501 No. one, the left side of a slippage supporting bracket 5 is connected with handle 6 No. two, No. one supporting guide 501 correspondences are placed in a slippage slot 301.Handle 8 of operating personnel's tractive, a side cover plate 7 is opened, and No. two handles 6 of tractive, make slippage supporting bracket 5 under the effect of tractive effort along a slippage slot 301 to left movement, until move to behind the position of appointment, operating personnel are placed on the winding roll that is wound with cable in a slippage supporting bracket 5, then push handle 6 No. two, until a slippage supporting bracket 5 enters in left annealing storehouse 3 completely, now, operating personnel mention handle 8 No. one, a side cover plate 7 is closed, and realize encapsulation process by a sealant 701; Utilize motor 12 to drive double belt wheel 13 to rotate, and then a belt wheel 10 is rotated, after a clutch 9 is connected, can make left annealing top cover 4 work, thereby carry out annealing in process to being placed on a cable in slippage supporting bracket 5.
Described right annealing device comprises right annealing storehouse 18, right annealing top cover 17, No. two side cover plates 21 and No. two slippage supporting brackets 19, the right side in described right annealing storehouse 18 is uncovered, on the front and back sidewall of 18 middle and lower parts, right annealing storehouse, be arranged with slippage slot 1801 No. two, the upper end of described right annealing top cover 17 is connected with clutch 16 No. two, the top of described No. two clutches 16 is connected with belt wheel 15 No. two, described No. two belt wheels 15 are connected with double belt wheel 13 by No. two driving-belts 14, the lower end of described No. two side cover plates 21 is connected with the right lower quadrant in right annealing storehouse 18 by hinged mode, the upper end of described No. two side cover plates 21 is connected with handle 22 No. three, the left side of described No. two side cover plates 21 is provided with sealant 2101 No. two, described No. two slippage supporting brackets 19 are positioned at slippage slot 1801 No. two, the front and back bilateral symmetry of No. two slippage supporting brackets 19 is provided with supporting guide 1901 No. two, the right side of No. two slippage supporting brackets 19 is provided with handle 20 No. four, No. two supporting guide 1901 correspondences are placed in No. two slippage slots 1801.No. three handles 22 of operating personnel's tractive, No. two side cover plates 21 are opened, and No. four handles 20 of tractive, No. two slippage supporting brackets 19 are moved right along No. two slippage slots 1801 under the effect of tractive effort, until move to behind the position of appointment, operating personnel are placed on the winding roll that is wound with cable in No. two slippage supporting brackets 19, then push handle 20 No. four, until No. two slippage supporting brackets 19 enter in right annealing storehouse 18 completely, now, operating personnel mention handle 22 No. three, No. two side cover plates 21 are closed, and realize encapsulation process by No. two sealants 2101; Utilize motor 12 to drive double belt wheel 13 to rotate, and then No. two belt wheels 15 are rotated, after No. two clutches 16 are connected, can make right annealing top cover 17 work, thereby carry out annealing in process to being placed on No. two cables in slippage supporting bracket 19.
The middle part of a described slippage supporting bracket 5 is provided with in No. 502, one, a main ventilation hole slippage supporting bracket 5 and is evenly equipped with secondary ventilation hole 503 No. one; The middle part of No. two described slippage supporting brackets 19 is provided with in No. two No. 1902, two, main ventilation hole slippage supporting brackets 19 and is evenly equipped with secondary ventilation hole 1903 No. two.In a slippage supporting bracket 5 and No. two slippage supporting brackets 19, offer main ventilation hole 502, No. two main ventilation holes 1902, can be in the process of cable annealing, make can realize smoothly backflow along the axial hot blast of coil of cable drum, adopt secondary ventilation hole 503, No. two secondary ventilation holes 1903, can be in the process of cable annealing, make can realize smoothly backflow along the hot blast of the side direction of coil of cable drum, thereby guarantee carrying out smoothly of annealing processing.
Described a sealant 701 and No. two sealants 2101 are made by resistant to elevated temperatures elastomeric material, the sealant 701 and No. two sealants 2101 that adopt resistant to elevated temperatures elastomeric material to make, can in the process of annealing, prevent scattering and disappearing of heat, put forward high-octane utilance, also avoided the damage of high temperature for a sealant 701 and No. two sealants 2101.
Described left annealing storehouse 3, right annealing storehouse 18 structure that is all square, has changed the circular configuration of traditional annealing furnace, can be conveniently that slippage supporting bracket 5, No. two slippage supporting brackets 19 provide support and lead like this.
In the time that left annealing storehouse, right annealing storehouse all need for annealing in process, now operating personnel first open a side cover plate, and No. two handles of tractive, a slippage supporting bracket is skidded off, then the winding roll that is wound with cable is placed in a slippage supporting bracket, push No. two handle, a slippage supporting bracket is pushed to after assigned address, close side cover plate No. one; Then open side cover plate No. two, and No. four handles of tractive, No. two slippage supporting brackets are skidded off, then the winding roll that is wound with cable is placed in No. two slippage supporting brackets, push No. four handle, No. two slippage supporting brackets are pushed to after assigned address, close side cover plate No. two; Now operating personnel can turn regulate and control handle, a clutch, No. two clutches are all connected, then open motor, drive double belt wheel by motor, utilize double belt wheel to drive a belt wheel, No. two belt wheel runnings simultaneously, left like this annealing top cover, right annealing top cover are all started working, and can carry out annealing in process to the cable being placed in left annealing storehouse, right annealing storehouse, thereby have improved the efficiency of annealing; When only needing the some processing of annealing in left annealing storehouse, right annealing storehouse, only need turn regulation and control handle, disconnect corresponding clutch, can realize and working independently.
More than show and described general principle of the present utility model, principal character and advantage of the present utility model.The technical staff of the industry should understand; the utility model is not restricted to the described embodiments; what in above-described embodiment and specification, describe is principle of the present utility model; do not departing under the prerequisite of the utility model spirit and scope; the utility model also has various changes and modifications, and these changes and improvements all fall within the scope of claimed the utility model.The claimed scope of the utility model is defined by appending claims and equivalent thereof.
Claims (4)
1. a cable annealing processor, comprise installing rack and backing plate, the left side, upper end of described installing rack is provided with motor, and the right side, upper end of installing rack is connected with control cabinet, it is characterized in that: described backing plate is positioned at the left of installing rack, the top of backing plate is connected with left annealing device; Described installing rack right-hand is placed with right annealing device; The top of described motor is connected with double belt wheel; Regulation and control handle is installed on described control cabinet;
Described left annealing device comprises left annealing storehouse, left annealing top cover, a side cover plate and a slippage supporting bracket, the left side in described left annealing storehouse is uncovered, on the front and back sidewall of middle and lower part, left annealing storehouse, be arranged with No. one slippage slot, the upper end of described left annealing top cover is connected with clutch No. one, the top of a described clutch is connected with belt wheel No. one, a described belt wheel is connected with double belt wheel by a driving-belt, the lower end of a described side cover plate is connected with the lower left quarter in left annealing storehouse by hinged mode, the upper end of a described side cover plate is connected with handle No. one, the right side of a described side cover plate is provided with sealant No. one, a described slippage supporting bracket is positioned at slippage slot No. one, the front and back bilateral symmetry of a slippage supporting bracket is provided with supporting guide No. one, the left side of a slippage supporting bracket is connected with handle No. two, No. one supporting guide correspondence is placed in a slippage slot,
Described right annealing device comprises right annealing storehouse, right annealing top cover, No. two side cover plates and No. two slippage supporting brackets, the right side in described right annealing storehouse is uncovered, on the front and back sidewall of middle and lower part, right annealing storehouse, be arranged with No. two slippage slot, the upper end of described right annealing top cover is connected with clutch No. two, the top of described No. two clutches is connected with belt wheel No. two, described No. two belt wheels are connected with double belt wheel by No. two driving-belts, the lower end of described No. two side cover plates is connected with the right lower quadrant in right annealing storehouse by hinged mode, the upper end of described No. two side cover plates is connected with handle No. three, the left side of described No. two side cover plates is provided with sealant No. two, described No. two slippage supporting brackets are positioned at slippage slot No. two, the front and back bilateral symmetry of No. two slippage supporting brackets is provided with supporting guide No. two, the right side of No. two slippage supporting brackets is provided with handle No. four, No. two supporting guide correspondence is placed in No. two slippage slots.
2. a kind of cable annealing processor according to claim 1, is characterized in that: the middle part of a described slippage supporting bracket is provided with main ventilation hole No. one, is evenly equipped with No. one secondary ventilation hole in a slippage supporting bracket; The middle part of No. two described slippage supporting brackets is provided with main ventilation hole No. two, is evenly equipped with No. two secondary ventilation hole in No. two slippage supporting brackets.
3. a kind of cable annealing processor according to claim 1, is characterized in that: described a sealant and No. two sealants are made by resistant to elevated temperatures elastomeric material.
4. a kind of cable annealing processor according to claim 1, is characterized in that: described left annealing storehouse, the right annealing storehouse structure that is all square.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420096581.9U CN203799751U (en) | 2014-03-04 | 2014-03-04 | Processor for annealing cables |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420096581.9U CN203799751U (en) | 2014-03-04 | 2014-03-04 | Processor for annealing cables |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203799751U true CN203799751U (en) | 2014-08-27 |
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ID=51381947
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420096581.9U Expired - Fee Related CN203799751U (en) | 2014-03-04 | 2014-03-04 | Processor for annealing cables |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203799751U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103887015A (en) * | 2014-03-04 | 2014-06-25 | 安徽海纳电缆集团有限公司 | Processor for cable annealing |
-
2014
- 2014-03-04 CN CN201420096581.9U patent/CN203799751U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103887015A (en) * | 2014-03-04 | 2014-06-25 | 安徽海纳电缆集团有限公司 | Processor for cable annealing |
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Legal Events
| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20140827 Termination date: 20150304 |
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| EXPY | Termination of patent right or utility model |