CN205376203U - But adjusting line cooling channel - Google Patents
But adjusting line cooling channel Download PDFInfo
- Publication number
- CN205376203U CN205376203U CN201521106539.1U CN201521106539U CN205376203U CN 205376203 U CN205376203 U CN 205376203U CN 201521106539 U CN201521106539 U CN 201521106539U CN 205376203 U CN205376203 U CN 205376203U
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- enamel
- covered wire
- division board
- wire
- frame
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- Withdrawn - After Issue
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Abstract
The utility model belongs to enameled wire production facility field, concretely relates to but adjusting line cooling channel. Frame and horizontally connect spare are got including drawing to this device, and horizontally connect spare appearance is the multisection formula structure of arranging in proper order along the horizontal column rule route of enameled wire, and every section horizontally connect spare comprises two linking arms and division board, the enameled wire is marchd through division board one side face by varnished cloth stove outlet and is got a department to drawing to in returning the varnished cloth stove by drawing that the diversion wheel of getting on the frame is turned back after by division board opposite side face, the enameled wire inlet wire plane that the route constitutes is parallel each other with the enameled wire loop line plane that the route constitutes, in the column rule direction of enameled wire, the ring flange is put to the front and back end equipartition of each linking arm, draw and get rest base end and arrange and be used for making it to produce along base pulley of enameled wire inlet wire direction displacement. This device simple to operate is nimble and the cost is lower, and the online cooling efficiency of enameled wire and cooling quality do and obtain the reliable assurance.
Description
Technical field
This utility model belongs to Production of Enamel Wires apparatus field, is specifically related to a kind of Regulable suture cooling duct for cooling down enamel-covered wire.
Background technology
The production link of enamel-covered wire is: bare wire → japanning → baking → cooling → paint → bakee → cool down → paint → bakee → cool down, and so after circulation repeatedly, forms the enamel-covered wire of finished product.In the process, line temperature cooling link is critically important.Enamel-covered wire after baker toasts, surface temperature is high, paint film compared with soft, intensity is little.If it is improper to cool down, when line temperature is too low, can cause that enamelled wire surface adhesive force is deteriorated, cause sequent surface painting process to produce to be coated with uneven defect, be easily caused paint film cracking, broken string situation；The quality problems such as line enamelled wire surface Cortex Cannabis, paint tumor can be caused when line temperature is too high.At present for the on-line cooling mode of enamel-covered wire, it is divided into water-cooled and air-cooled two kinds.Water-cooled is called described in the patent of invention of " enamel-covered wire chiller " with reference to the name that Chinese patent notification number is CN104934141A, adopts enamel-covered wire to realize through the mode of water tank.Air-cooled, name if Chinese patent notification number is CN104658703A is called described in the application for a patent for invention of " chiller of a kind of enamel-covered wire ": enamel-covered wire carries out in a vertical manner, and arranges blower fan in the both sides of its travel path and carry out strong wind cooling.In above two mode, water-cooling structure is complicated, need to configure adnexa extremely many, and the cold water gone easily is taken out of by the enamel-covered wire after cooling down especially into tank with enamel-covered wire, then fall in the metal structures such as guide wheel, cause guide wheel bearing or other metal structures to produce corrosion, stuck situation.Current hot air circulation catalysis burning enamel-cover stove many employings room temperature adds air cooling way.But, due to the change in season, ambient temperature has very big difference, and winter, room temperature was low, and under equal cooling stroke, enamel-covered wire rate of cooling is faster；And summer, room temperature was relatively higher, enamel-covered wire needs more powerful wind-force to brush or relatively longer cooling cycle.Owing to the in use wind speed of the blower fan in air cooling way not easily adjusts, how to ensure that enamel-covered wire can reach suitable chilling temperature and become a difficult problem on the one hand accurately；Then easily cause that enamel-covered wire produces line shake situation on the other hand because wind-force is excessive, the fluctuation causing product quality is relatively big, and the waste product of product line is more, thus causing economic loss to company.
Summary of the invention
The purpose of this utility model is for the deficiencies in the prior art, it is proposed to a kind of Regulable suture cooling duct；This device is easy for installation flexible and lower in cost, and on-line cooling efficiency and the cooling quality of enamel-covered wire also can obtain Reliable guarantee.
For achieving the above object, this utility model have employed techniques below scheme:
A kind of Regulable suture cooling duct, it is characterised in that: including being arranged in drawing of enamel-cover stove line outlet place takes frame, draws the space taken between frame and enamel-cover stove line outlet and constitutes the cooling duct of room temperature cooling enamel-covered wire；This device also includes for connecting the above-mentioned horizontal connector drawn and take frame with enamel-cover stove, described horizontal connector profile is in the multi-section type structure being sequentially arranged along the horizontal line thread path of enamel-covered wire, and every horizontal connector is all at least made up of the linking arm in two parallel enamel-covered wire line paths and the division board that is arranged between two linking arms；Enamel-covered wire is marched to draw through division board side plate face by enamel-cover stove line outlet and takes frame, and by drawing through being returned in enamel-cover stove by another lateral plates of division board after reverse turning back is taken turns in the break-in taking on frame, parallel to each other through the constituted plane in enamel-covered wire inlet wire path and the constituted plane in enamel-covered wire loop line path that each break-in is taken turns；On the line direction of enamel-covered wire, the front and back end of each linking arm is all arranged for the affixed ring flange drawing the linking arm taking frame or enamel-cover stove line outlet or adjacent level connector of flange；Draw and take frame bottom layout for making it produce the base pulley along the direction displacement of enamel-covered wire inlet wire.
Division board profile is in four directions flat panel configurations, and the two ends of the length direction of division board are provided with step-like seam, and the step surface of this seam down and is construed as limiting the seam that division board falls and coordinates between the upper face of the linking arm shaft-like with four directions；On the step surface of seam, vertical runs through and arranges installing hole, and linking arm upper face place arranges the screwed hole of axis vertical accordingly, constitutes the affixed cooperation of dismountable bolt between the two.
Horizontal connector also sets up inlet wire holder support roller and the loop line holder support roller for holding in the palm support enamel-covered wire, the vertical fixed bearing block being fixed with coaxially to each other upwards respectively on two linking arms of same horizontal connector, the two axial ends of roll shaft respectively and constitutes bearing fit and supports roller to constitute inlet wire holder between this fixed bearing block；The fixed bearing block being fixed with coaxially to each other that on two linking arms of same horizontal connector, vertical is downward respectively, the two axial ends of roll shaft respectively and constitutes bearing fit to constitute loop line holder support roller between this fixed bearing block；The height placement such as the top side busbar arrangement height of inlet wire holder support roller and the inlet wire path of enamel-covered wire, the top side busbar arrangement height of loop line holder support roller is then highly arranged with the loop line path of enamel-covered wire etc..
The upper face place also vertical of described linking arm has upwardly extended guardrail.
The beneficial effects of the utility model are in that:
1), this utility model arrange in pairs or groups movably to draw by horizontal connector and take frame, thus realizing to adjust flexibly the purpose of the length of line cooling duct according to the change of ambient temperature, and then also ensure that stability and the motility of line temperature control.Simultaneously, cancel the use of cooling blower or water tank, stop the adverse effect for external structures such as enamel-covered wire product quality or even break-in wheels such as line shake or enamel-cover tape water, while eliminating product quality hidden danger, also save the production cost of reality accordingly.
It should be noted that this utility model is on the one hand by above-mentioned horizontal line mode, the horizontal connector that collocation one joint is above, completes the normal line temperature control ability of enamel-covered wire.And on the other hand, the layout of division board is also most important.Owing to have employed the horizontal cyclic wire returning structure being more suitable for hot air circulation catalysis burning enamel-cover stove; break-in wheel make the inlet wire of enamel-covered wire and loop line non-interference each other although can be passed through; but in actual use; find once the enamel-covered wire fault disconnection that certain section of travel path place is tight; the enamel-covered wire that often enamel-covered wire can be made to clash into another section of travel path place because of the huge power of snapping, and make its related generation phenomenon of rupture.Above-mentioned phenomenon, is particularly susceptible for generation enamel-covered wire inlet wire on the same break-in wheel arranged in horizontal two-layer and on loop line path, thus bringing great product loss to manufacturer.By the use of division board, no matter which section travel path of enamel-covered wire ruptures, and the enamel-covered wire of fracture also only can upwards clash into division board or fall on division board under gravity, it is achieved thereby that the line for division board opposite side place enamel-covered wire protects purpose.In addition, due to the room temperature type of cooling of the pure employing of this device " stroke changes temperature ", namely necessarily there is difference in the temperature that enamel-covered wire is in inlet wire path and loop line path.The layout of division board, also effectively stopped the high-heating radiation of inlet wire path place enamel-covered wire the intensification of relative temperature less loop line path place enamel-covered wire is affected, so that it is guaranteed that enamel-covered wire is after room temperature of the present utility model cools down, can being reduced to suitable temperature all the time to be back in enamel-cover stove and carry out secondary even repeatedly painting operations, effect is extremely notable.
To sum up, the formula flange connection section by section of horizontal connector of the present utility model, install simple and dismount flexible and changeable, it is not only able to the horizontal connector by variable joint number and accurately controls enamel-covered wire line temperature, thus being effectively ensured the coating effect of the follow-up insullac of enamel-covered wire, eliminating the complicated high blower fan of structure and cisten mechanism, cost of manufacture is lower, extremely meets the modernization industry demand of required high-effect, the fast pace of current producer and low cost simultaneously.
2), in horizontal connector can on the basis of fast assembling-disassembling section by section, each horizontal connector itself may be used without detachable thread matching structure.In brief, time grade does not even need horizontal connector without too much horizontal connector in the winter time, directly unnecessary horizontal connector is disassembled completely, according to the sorting placement item by item such as linking arm and division board, take up room saving it, and facilitate quickly assembling conveniently of later stage.Especially at present the bottom natural of a lot of enamel-cover stoves has article containing space, and each modular construction of the horizontal connector after dismounting is extremely small and exquisite completely, can be placed directly within completely in above-mentioned article containing space, and to remain use in summer, its simple operation is strong.
3) when, considering to need to extend horizontal connector entire length in summer, it is possible to there will be the problem that enamel-covered wire length of travel in horizontal connector is long.By adopting inlet wire holder support roller and loop line holder support roller, it is made to be sequentially arranged along inlet wire and the loop line path of enamel-covered wire, thus realizing the reliable holder support effect for respective paths place enamel-covered wire, with avoid because of enamel-covered wire without holder support structure the gravity sag that causes and natural elongation situation, further to guarantee the product quality of enamel-covered wire.
4), the setting of guardrail, the enamel-covered wire touching by mistake because of side parts or operator and causing can be prevented effectively from and sever or corresponding personal safety situation, the operating reliability of equipment and safety obviously can be effectively ensured.Guardrail is arranged on every horizontal connector, also can adopt dismountable bolt built-in structure during use, with taking up room after saving horizontal connector dismounting.
Accompanying drawing explanation
Fig. 1 is work structuring schematic diagram of the present utility model；
Fig. 2 is without guardrail, top holder support roller and the horizontal connector three-dimensional structure diagram under bottom holder support roll state；
Fig. 3 is the sectional schematic diagram along division board position of Fig. 2.
Illustrate each label as follows with each component names corresponding relation of the present utility model:
The a-enamel-cover stove b-left connector right connector of c-
10-draw take frame 11-break-in wheel 12-base pulley
20-horizontal connector 21-linking arm 21a-ring flange
22-division board 23-inlet wire holder support roller 24-loop line holder support roller 25-guardrail
Detailed description of the invention
For ease of understanding, it is embodied as structure and workflow is made set forth further below here in connection with Fig. 1-2 to of the present utility model:
Enforcement structure of the present utility model adopts the horizontal connector of a joint formula to illustrate, to carry out drawing the level cooling taken between frame 10 and enamel-cover stove a.Overall structure is as shown in Figure 1, including respectively by enamel-cover stove a line outlet and drawing take frame 10 in opposite directions etc. the left connector b that highly extends and right connector c, the linking arm 21 of one horizontal connector 20 respectively and constitutes Flange joint, linking arm 21 length 700mm between above-mentioned left connector b and right connector c.The now division board 22 in this horizontal connector 20, is just isolated entirely from and goes to upper and lower enamel-covered wire inlet wire path and the enamel-covered wire loop line path that horizontal slice is arranged.Point of arrow line in Fig. 1 is all travel paths of enamel-covered wire.During concrete operations, visual field condition is different, takes the circumstances into consideration the bottom holder support adopting the mode of holder support roller to carry out enamel-covered wire.Draw and take frame 10 ground place and arrange base pulley 12, to draw the distance taking frame 10 and enamel-cover stove a and regulate removing above-mentioned horizontal connector 20 or carry out when being further added by horizontal connector, to reserve enough installing spaces.
Because increasing the joint number of horizontal connector 20 when in summer, and when causing enamel-covered wire inlet wire path and loop line path are long under room temperature situation, by supportting roller 23 and loop line holder support roller 24 with the inlet wire holder shown in Fig. 1, the effective line holder support function for enamel-covered wire can be played, thus avoid just from enamel-cover stove a pull-out and there is gravity elongation situation in the softer enamel-covered wire of quality.Guardrail 25 is when disposing, or directly can be fixed in the sidepiece place of linking arm 21 by screw thread, to dodge out the installation site of division board 22；Or reserve installation gap at the step surface place of seam, coordinate so that the bottom of guardrail 25 can constitute bolt between the direct and upper face of exposed linking arm 21.Constitute the mounting means of fixed bearing block of above-mentioned inlet wire holder support roller 23 and loop line holder support roller 24 in like manner, be fixed in linking arm 21 place with firm.
When running into winter and need to remove above-mentioned horizontal connector 20, by dismounting linking arm 21, division board 22 and corresponding holder support roller, draw, to reach to shorten, the purpose taking frame 10 with the relative distance of enamel-cover stove a, to reduce enamel-covered wire stroke at room temperature.By which during winter, shorten the length of line cooling duct on the one hand, it is ensured that line thermoregulator stability during production, improve product quality；Also can original above-mentioned horizontal connector 20 being broken the whole up into parts on the other hand, to facilitate operations such as carrying out classified storage, its dismounting is extremely flexible, and practicality is extremely strong.
Claims (4)
1. a Regulable suture cooling duct, it is characterised in that: including being arranged in drawing of enamel-cover stove line outlet place takes frame (10), draws the space taken between frame (10) and enamel-cover stove line outlet and constitutes the cooling duct of room temperature cooling enamel-covered wire；This device also includes for connecting the above-mentioned horizontal connector (20) drawn and take frame (10) with enamel-cover stove, described horizontal connector (20) profile is in the multi-section type structure being sequentially arranged along the horizontal line thread path of enamel-covered wire, and every horizontal connector (20) is all at least made up of the linking arm (21) in two parallel enamel-covered wire line paths and the division board (22) that is arranged between two linking arms (21)；Enamel-covered wire is marched to draw through division board (22) side plate face by enamel-cover stove line outlet and takes frame (10), and by draw the break-in wheel that takes on frame (10) (11) be reverse turn back after through being returned in enamel-cover stove by division board (22) another lateral plates, take turns the constituted plane in enamel-covered wire inlet wire path of (11) and the constituted plane in enamel-covered wire loop line path is parallel to each other through each break-in；On the line direction of enamel-covered wire, the front and back end of each linking arm (21) is all arranged for the affixed ring flange (21a) drawing the linking arm taking frame (10) or enamel-cover stove line outlet or adjacent level connector of flange；Draw and take frame (10) bottom layout for making it produce the base pulley (12) along the direction displacement of enamel-covered wire inlet wire.
2. a kind of Regulable suture cooling duct according to claim 1, it is characterized in that: division board (22) profile is in four directions flat panel configurations, the two ends of the length direction of division board (22) are provided with step-like seam, and the step surface of this seam down and is construed as limiting the seam that division board (22) falls and coordinates between the upper face of the linking arm (21) shaft-like with four directions；On the step surface of seam, vertical runs through and arranges installing hole, and linking arm (21) upper face place arranges the screwed hole of axis vertical accordingly, constitutes the affixed cooperation of dismountable bolt between the two.
3. a kind of Regulable suture cooling duct according to claim 2, it is characterized in that: horizontal connector (20) also sets up inlet wire holder support roller (23) and loop line holder support roller (24) for holding in the palm support enamel-covered wire, the vertical fixed bearing block being fixed with coaxially to each other upwards respectively on two linking arms (21) of same horizontal connector (20), the two axial ends of roll shaft respectively and constitutes bearing fit and supports roller (23) to constitute inlet wire holder between this fixed bearing block；The fixed bearing block being fixed with coaxially to each other that on two linking arms (21) of same horizontal connector (20), vertical is downward respectively, the two axial ends of roll shaft respectively and constitutes bearing fit to constitute loop line holder support roller (24) between this fixed bearing block；The height placement such as the top side busbar arrangement height of inlet wire holder support roller (23) and the inlet wire path of enamel-covered wire, the top side busbar arrangement height of loop line holder support roller (24) is then highly arranged with the loop line path of enamel-covered wire etc..
4. a kind of Regulable suture cooling duct according to Claims 2 or 3, it is characterised in that: the upper face place also vertical of described linking arm (21) has upwardly extended guardrail (25).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521106539.1U CN205376203U (en) | 2015-12-24 | 2015-12-24 | But adjusting line cooling channel |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521106539.1U CN205376203U (en) | 2015-12-24 | 2015-12-24 | But adjusting line cooling channel |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205376203U true CN205376203U (en) | 2016-07-06 |
Family
ID=56257453
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201521106539.1U Withdrawn - After Issue CN205376203U (en) | 2015-12-24 | 2015-12-24 | But adjusting line cooling channel |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205376203U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105405535A (en) * | 2015-12-24 | 2016-03-16 | 铜陵精迅特种漆包线有限责任公司 | Adjustable wire cooling passage |
-
2015
- 2015-12-24 CN CN201521106539.1U patent/CN205376203U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105405535A (en) * | 2015-12-24 | 2016-03-16 | 铜陵精迅特种漆包线有限责任公司 | Adjustable wire cooling passage |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160706 Effective date of abandoning: 20170322 |
|
| C25 | Abandonment of patent right or utility model to avoid double patenting |