CN206502846U - A kind of double metal saw belt annealing furnace device - Google Patents
A kind of double metal saw belt annealing furnace device Download PDFInfo
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- CN206502846U CN206502846U CN201720083165.9U CN201720083165U CN206502846U CN 206502846 U CN206502846 U CN 206502846U CN 201720083165 U CN201720083165 U CN 201720083165U CN 206502846 U CN206502846 U CN 206502846U
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Abstract
The utility model discloses a kind of double metal saw belt annealing furnace device, it is desirable to provide a kind of not only compact conformation, occupies little space；And the placement amount of the bimetallic composite band in annealing furnace can be effectively improved, so as to effectively improve annealing furnace device of the annealing furnace to the integrally annealed efficiency of bimetallic composite band.It includes support platform；The base in support platform is arranged on, base includes the connector for the bottom plate, the support flat board above bottom plate and connecting bottom board and support flat board being arranged in support platform；Annealing furnace internal-lining, upper end closed, the lower ending opening of furnace internal-lining of annealing, the lower edge of the lateral surface for furnace internal-lining of annealing is provided with Outer annular support plate, and annealing furnace internal-lining is supported on bottom plate by Outer annular support plate；The annealing stove outer covering outside annealing furnace internal-lining is set in, the medial surface of annealing stove outer covering is provided with heater；And bimetallic composite band rack, bimetallic composite band rack, which is located at, anneals in furnace internal-lining.
Description
Technical field
The utility model is related to a kind of annealing furnace, and in particular to a kind of double metal saw belt annealing furnace device.
Background technology
Double metal saw belt is the steel (special alloy spring steel band and high speed steel wire) by two kinds of different characteristics by laser
Melting welding is integrated（Form bimetallic composite band）- annealing-finish rolling-leveling alignment-mill teeth-point tooth and quenching annealing etc. one are
A kind of new high-tech product that row technique is processed.Double metal saw belt has that pliability is good, fatigue resistance strong, can bear huge
Tension force, many mechanical performance advantages such as teeth portion toughness height make no matter it in cutting efficiency, energy-conserving and environment-protective, reduction material consumption and processes
In terms of precision there is clear superiority in circular saw more traditional and arch reciprocating saw.
In double metal saw belt processing technology：It is welded as a whole to form bimetallic composite band in the steel band of two kinds of different characteristics
Afterwards, it is necessary to be annealed in annealing furnace；But the bimetallic composite band that can be placed in current annealing furnace is limited, cause annealing
Integrally annealed of the stove to bimetallic composite band is inefficient.
Utility model content
The purpose of this utility model is to overcome the deficiencies in the prior art to be annealed there is provided a kind of double metal saw belt
Furnace apparatus, its not only compact conformation, occupy little space；And the placement of the bimetallic composite band in annealing furnace can be effectively improved
Amount, so as to effectively improve integrally annealed efficiency of the annealing furnace to bimetallic composite band.
The technical solution of the utility model is：
A kind of double metal saw belt annealing furnace device, including：Support platform；It is arranged on the base in support platform, base bag
Include the bottom plate being arranged in support platform, be located at the gasket seal of plate upper surface, the support flat board above bottom plate and company
Connect the connector of bottom plate and support flat board；Annealing furnace internal-lining, upper end closed, the lower ending opening of furnace internal-lining of annealing, furnace internal-lining of annealing
The lower edge of lateral surface be provided with Outer annular support plate, annealing furnace internal-lining is supported on bottom plate by Outer annular support plate, and close
Gasket is located between Outer annular support plate and bottom plate；The annealing stove outer covering outside annealing furnace internal-lining is set in, annealing stove outer covering
Upper end closed, lower ending opening, the medial surface of annealing stove outer covering are provided with heater；And bimetallic composite band rack, it is double
Metal compound belt rack includes support post and some tep reel racks being successively set on from bottom to top on support post, branch
The lower end for supportting column is provided with support plate, and bimetallic composite band rack is supported on support flat board by support plate, and bimetallic
Composite band rack is located in annealing furnace internal-lining.
The double metal saw belt annealing furnace device of this programme not only compact conformation, occupy little space；And every layer of tep reel is placed
Frame can place the tep reel that bimetallic composite band is wound into, so as to effectively improve the placement of the bimetallic composite band in annealing furnace
Amount, and then effectively improve integrally annealed efficiency of the annealing furnace to bimetallic composite band.
Preferably, also include being arranged on vertical guide rod in support platform, the annealing furnace internal-lining be provided with it is vertical
The inner bag guide pin bushing that guide rod coordinates, inner bag guide pin bushing is connected by connector with Outer annular support plate.This programme is conducive to annealing furnace
The installation of inner bag, and ensure the accuracy of the installation site of annealing furnace internal-lining.
Preferably, annealing stove outer covering is provided with the shell guide pin bushing coordinated with vertical guide rod, shell guide pin bushing passes through connector
It is connected with the lateral surface for stove outer covering of annealing.This programme is conducive to the installation of annealing stove outer covering, and ensures the peace of annealing furnace internal-lining
The accuracy of holding position.
Preferably, the upper surface of Outer annular support plate is provided with annular brace projection, annealing furnace internal-lining is located at annular brace
In projection；The medial surface lower edge of the annealing stove outer covering is provided with annular supporting plate, and annular supporting plate is provided with toward downward
The stop collar stretched, annealing stove outer covering is supported in by annular supporting plate on the top surface of annular brace projection, annealing stove outer covering position
In in stop collar, stop collar is located in annular brace projection.
Preferably, base is provided with blower fan, blower fan is located in annealing furnace internal-lining.The blower fan of this programme can make high annealing
Uniformity of temperature profile in furnace internal-lining.
Preferably, blower fan is located between bottom plate and support flat board.
Preferably, tep reel rack includes outer support ring, is arranged in outer support ring and is set on support post
Provided with some between the radially directed connecting link that inner support covers and some connection outer support rings cover with inner support, adjacent two tep reels rack
Around the circumferentially distributed rack external supporting structure of the axis of support post, rack external supporting structure includes being arranged in top
Tep reel rack outer support ring lower surface on vertical upper arresting pin, be arranged in lower section tep reel rack outer branch
In vertical lower limit pin and vertical support set on pushing out ring upper surface, same rack external supporting structure：Vertical upper arresting pin is inserted
In the upper port for being located at vertical support set, vertical lower limit pin is plugged in the lower port of vertical support set.
Preferably, in two neighboring inner support set：The lower surface of inner support set above rests upon lower section
Inner support set upper surface on.
Preferably, in any one rack external supporting structure：The lower surface of vertical support set rests upon lower section
Tep reel rack outer support ring upper surface on, the upper surface of vertical support set rests upon the tep reel rack of top
On outer support ring lower surface.
Preferably, being bolted between Outer annular support plate and bottom plate.
The beneficial effects of the utility model are：Not only compact conformation, occupy little space；And annealing furnace can be effectively improved
The placement amount of interior bimetallic composite band, so as to effectively improve integrally annealed efficiency of the annealing furnace to bimetallic composite band.
Brief description of the drawings
Fig. 1 is a kind of structural representation of double metal saw belt annealing furnace device of the present utility model.
Fig. 2 is a kind of structural representation of bimetallic composite band rack of the present utility model.
Fig. 3 is a kind of structural representation of tep reel rack of the present utility model.
Fig. 4 is Fig. 3 top view.
Fig. 5 is the partial enlarged drawing at A in Fig. 2.
Fig. 6 is a kind of structural representation for the tep reel that bimetallic composite band is wound into.
In figure：
Base 1, bottom plate 1.1 supports flat board 1.2, blower fan 1.3, gasket seal 1.4；
Annealing furnace internal-lining 2；Annealing stove outer covering 3；
Bimetallic composite band rack 4, support post 4.1, support plate 4.2, tep reel rack 4.3, inner support set
4.3.1, outer support ring 4.3.2, radially directed connecting link 4.3.3, it is rack external supporting structure 4.4, vertical upper arresting pin 4.4.1, perpendicular
Allotment support set 4.4.2, vertical lower limit pin 4.4.3；
Outer annular support plate 5；Annular brace projection 6；Inner bag guide pin bushing 7；Shell guide pin bushing 8；Vertical guide rod 9；Annular is supported
Plate 10；Stop collar 11；Tep reel 12, inner support set resigning hole 12.1.
Embodiment
The utility model is described in further detail with embodiment below in conjunction with the accompanying drawings：
As shown in figure 1, a kind of double metal saw belt annealing furnace device, including：Support platform；Annealing furnace internal-lining 2；It is set in and moves back
Annealing stove outer covering 3 outside stove inner bag；It is arranged on the base 1 in support platform；Bimetallic composite band rack 4；And set
Vertical guide rod 9 in support platform.The vertical guide rod of the present embodiment is two, and annealing stove outer covering is located at two vertical guide rods
Between.
Base include be arranged in support platform bottom plate 1.1, be located at the gasket seal 1.4 of plate upper surface, the bottom of positioned at
The connector of support flat board 1.2 and connecting bottom board and support flat board above plate.Support flat board rounded.Base is provided with blower fan
1.3.Blower fan is located between bottom plate and support flat board.
Upper end closed, the lower ending opening of annealing furnace internal-lining.The circular in cross-section of annealing furnace internal-lining.Outside annealing furnace internal-lining
Inner bag lifting suspension member provided with inverted V-shaped in the middle part of top surface.The lower edge of the lateral surface of annealing furnace internal-lining is provided with Outer annular support plate 5.
The upper surface of Outer annular support plate is provided with annular brace projection 6.Furnace internal-lining of annealing is located in annular brace projection.Annealing furnace internal-lining
It is supported in by Outer annular support plate on bottom plate, and gasket seal is located between Outer annular support plate and bottom plate.Outer annular support
It is bolted between plate and bottom plate.
Furnace internal-lining of annealing is provided with the inner bag guide pin bushing 7 coordinated with vertical guide rod.Inner bag guide pin bushing passes through connector and outer annular
Supporting plate is connected, and the connector is located on the upper surface of Outer annular support plate.Blower fan is located in annealing furnace internal-lining.Support flat board
In annealing furnace internal-lining.The external diameter of flat board is supported to be less than the internal diameter of annealing furnace internal-lining.
Upper end closed, the lower ending opening of annealing stove outer covering.The shell provided with inverted V-shaped is hung in the middle part of the outer top surface of annealing stove outer covering
Fill suspension member.The circular in cross-section of annealing stove outer covering.The medial surface of annealing stove outer covering is provided with heater.Heater includes
It is arranged on electrical heating wire or electrically heated rod on the medial surface of annealing stove outer covering.The medial surface lower edge of annealing stove outer covering is provided with interior
Annular backup pad 10.Annular supporting plate is provided with the stop collar 11 down extended.Annealing stove outer covering passes through annular supporting plate
On the top surface for being supported in annular brace projection.Stove outer covering of annealing is located in stop collar, and stop collar is located in annular brace projection.Move back
Stove shell is provided with the shell guide pin bushing 8 coordinated with vertical guide rod.The outside that shell guide pin bushing passes through connector and annealing stove outer covering
Face is connected.
As shown in Figure 1 and Figure 2, bimetallic composite band rack is set gradually from bottom to top including support post 4.1 with some
Tep reel rack 4.3 on support post.Support post is cylinder.Column of the upper surface of support post provided with inverted V-shaped is hung
Fill suspension member.The lower end of support post is provided with support plate 4.2, and support plate is horizontally disposed with.Bimetallic composite band rack passes through support
Disk is supported on support flat board, and bimetallic composite band rack is located in annealing furnace internal-lining.
As shown in Figure 2, Figure 3, Figure 4, tep reel rack includes outer support ring 4.3.2, is arranged in outer support ring and is arranged
The radially directed connecting link 4.3.3 that inner support set 4.3.1 and some connection outer support rings on support post cover with inner support.Outer branch
Pushing out ring is rounded.The external diameter of outer support ring is less than the internal diameter of annealing furnace internal-lining.The axis that the center of circle of outer support ring covers with inner support
Overlap.Support post covers coaxial with inner support.Lower surface positioned at the inner support set of the tep reel rack of bottom is supported in
On support plate.In two neighboring inner support set：The lower surface of inner support set above rests upon the inner support set of lower section
Upper surface on.
As shown in Fig. 2, Fig. 5, circumferential uniform point provided with some axis around support post between adjacent two tep reels rack
The rack external supporting structure 4.4 of cloth.Rack external supporting structure includes being arranged in the outer branch of the tep reel rack of top
Vertical upper arresting pin 4.4.1 on pushing out ring lower surface, it is arranged on the outer support ring upper surface of the tep reel rack of lower section
Vertical lower limit pin 4.4.3 and vertical support set 4.4.2.
In same rack external supporting structure：Vertical upper arresting pin is plugged in the upper port of vertical support set, it is vertical under
Spacer pin is plugged in the lower port of vertical support set.
In any one rack external supporting structure：The tep reel that the lower surface of vertical support set rests upon lower section is placed
On the outer support ring upper surface of frame, the upper surface of vertical support set is rested upon under the outer support ring of the tep reel rack of top
On surface.
The double metal saw belt annealing furnace device of the present embodiment it is specifically used as follows：
First, as shown in fig. 6, bimetallic composite band to be wound into the shape of tep reel 12, the center of the tep reel reserves one
Inner support covers the external diameter of resigning hole 12.1, external diameter of the aperture more than inner support set of inner support set resigning hole, and tep reel less than outer
The internal diameter of support ring.
Second, the tep reel rack positioned at bottom is left on support post（Remaining tep reel rack is removed）；Connect
, tep reel is placed on the tep reel rack, the inner support set resigning hole of tep reel is enclosed on the inner support set of the tep reel rack
On.
3rd, another tep reel rack is installed on support post（The inner support set of tep reel rack is enclosed on
On support post）；Then, tep reel is placed on the tep reel rack, the inner support set resigning hole of tep reel is enclosed on the band
The inner support of disk rack is put.
4th, third step operation is returned to, until being respectively mounted on the tep reel rack of bimetallic composite band rack structure
Untill on support post.
Placed because each tep reel contains on substantial amounts of bimetallic composite band, and each tep reel rack by a band
Substantial amounts of bimetallic can be placed on disk, such bimetallic composite band rack to be combined, so as to effectively improve annealing furnace to double gold
Belong to the integrally annealed efficiency of composite band, and then improve the production efficiency of double metal saw belt.
5th, pass through loop wheel machine（For example row is hung）Suspension hook and column lifting suspension member coordinate and place whole bimetallic composite band
Frame is sling, then, is placed on the bottom plate of base, and bimetallic composite band rack is supported on support flat board by support plate.
6th, pass through loop wheel machine（For example row is hung）Suspension hook and inner bag lifting suspension member coordinate and sling annealing furnace internal-lining, and put
Put on base.Annealing furnace internal-lining be supported in by Outer annular support plate on bottom plate, gasket seal be located at Outer annular support plate with
Between bottom plate, bimetallic composite band rack is located in annealing furnace internal-lining.In this process, by inner bag guide pin bushing with leading vertically
Bar coordinates spacing to annealing furnace internal-lining progress, the position that annealing furnace internal-lining is placed is met the requirements.
Then, Outer annular support plate and bottom plate are bolted, so that the inner chamber of annealing furnace internal-lining is in sealed shape
State.
7th, pass through loop wheel machine（For example row is hung）Suspension hook and inner bag lifting suspension member coordinate and sling annealing stove outer covering, and put
Put on base.Annealing stove outer covering is supported in by annular supporting plate on the top surface of annular brace projection.Annealing furnace internal-lining position
In in annealing stove outer covering.In this process, coordinate spacing to annealing stove outer covering progress by shell guide pin bushing and vertical guide rod, make
The position that annealing stove outer covering is placed meets the requirements.
As described in Figure 1, due to bimetallic composite band rack, annealing furnace internal-lining and annealing furnace shell layer overlaps so that
Whole annealing furnace device compact conformation, occupy little space.
8th, the heater work of annealing stove outer covering is entered to the bimetallic composite band on bimetallic composite band rack
Row annealing, in this process, blower fan work are stirred the air-flow of the inner chamber for furnace internal-lining of annealing by blower fan, make annealing furnace
Uniformity of temperature profile in inner bag, improves the annealing uniformity of the bimetallic composite band on bimetallic composite band rack.
Claims (10)
1. a kind of double metal saw belt annealing furnace device, it is characterized in that, including：
Support platform；
It is arranged on the base in support platform, bottom plate that base includes being arranged in support platform, is located at the close of plate upper surface
The connector of gasket, the support flat board above bottom plate and connecting bottom board and support flat board；
Annealing furnace internal-lining, upper end closed, the lower ending opening of furnace internal-lining of annealing, the lower edge of the lateral surface for furnace internal-lining of annealing is provided with outer
Annular backup pad, annealing furnace internal-lining is supported on bottom plate by Outer annular support plate, and gasket seal is located at Outer annular support plate
Between bottom plate；
The annealing stove outer covering outside annealing furnace internal-lining is set in, upper end closed, the lower ending opening of stove outer covering of annealing, annealing stove outer covering
Medial surface is provided with heater；And
Bimetallic composite band rack, bimetallic composite band rack is successively set on from bottom to top including support post with some
Tep reel rack on support post, the lower end of support post is provided with support plate, and bimetallic composite band rack passes through support plate
It is supported on support flat board, and bimetallic composite band rack is located in annealing furnace internal-lining.
2. a kind of double metal saw belt annealing furnace device according to claim 1, it is characterized in that, in addition to be arranged on support flat
Vertical guide rod on platform, the annealing furnace internal-lining is provided with the inner bag guide pin bushing coordinated with vertical guide rod, and inner bag guide pin bushing passes through connection
Part is connected with Outer annular support plate.
3. a kind of double metal saw belt annealing furnace device according to claim 2, it is characterized in that, set on the annealing stove outer covering
There is the shell guide pin bushing coordinated with vertical guide rod, shell guide pin bushing is connected by connector with the lateral surface for stove outer covering of annealing.
4. a kind of double metal saw belt annealing furnace device according to claim 1 or 2 or 3, it is characterized in that, the outer annular branch
The upper surface of fagging is provided with annular brace projection, and annealing furnace internal-lining is located in annular brace projection；
The medial surface lower edge of the annealing stove outer covering is provided with annular supporting plate, and annular supporting plate is provided with what is down extended
Stop collar, annealing stove outer covering is supported in by annular supporting plate on the top surface of annular brace projection, and annealing stove outer covering is located at limit
In the set of position, stop collar is located in annular brace projection.
5. a kind of double metal saw belt annealing furnace device according to claim 1 or 2 or 3, it is characterized in that, set on the base
There is blower fan, blower fan is located in annealing furnace internal-lining.
6. a kind of double metal saw belt annealing furnace device according to claim 5, it is characterized in that, the blower fan be located at bottom plate with
Between support flat board.
7. a kind of double metal saw belt annealing furnace device according to claim 1 or 2 or 3, it is characterized in that, the tep reel is placed
Frame includes outer support ring, is arranged in outer support ring and is set in the set of the inner support on support post and some connection outer support rings
The radially directed connecting link covered with inner support,
Provided with the rack external supporting structure that some axis around support post are circumferentially distributed between adjacent two tep reels rack,
Rack external supporting structure include be arranged in top tep reel rack outer support ring lower surface on it is vertical on
Spacer pin, the vertical lower limit pin being arranged on the outer support ring upper surface of the tep reel rack of lower section and vertical support
Set,
In same rack external supporting structure：Vertical upper arresting pin is plugged in the upper port of vertical support set, vertical lower limit
Pin is plugged in the lower port of vertical support set.
8. a kind of double metal saw belt annealing furnace device according to claim 7, it is characterized in that, two neighboring inner support set
In：The lower surface of inner support set above is rested upon on the upper surface of inner support set of lower section.
9. a kind of double metal saw belt annealing furnace device according to claim 8, it is characterized in that, propped up outside any one rack
In support structure：On the outer support ring upper surface for the tep reel rack that the lower surface of vertical support set rests upon lower section, vertically
The upper surface of support set is rested upon on the outer support ring lower surface of the tep reel rack of top.
10. a kind of double metal saw belt annealing furnace device according to claim 1 or 2 or 3, it is characterized in that, the outer annular
It is bolted between supporting plate and bottom plate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720083165.9U CN206502846U (en) | 2017-01-20 | 2017-01-20 | A kind of double metal saw belt annealing furnace device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720083165.9U CN206502846U (en) | 2017-01-20 | 2017-01-20 | A kind of double metal saw belt annealing furnace device |
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| Publication Number | Publication Date |
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| CN206502846U true CN206502846U (en) | 2017-09-19 |
Family
ID=59833711
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| CN201720083165.9U Active CN206502846U (en) | 2017-01-20 | 2017-01-20 | A kind of double metal saw belt annealing furnace device |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111663026A (en) * | 2020-07-29 | 2020-09-15 | 赣州市合安科技有限公司 | Hot air circulation heat treatment furnace |
-
2017
- 2017-01-20 CN CN201720083165.9U patent/CN206502846U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111663026A (en) * | 2020-07-29 | 2020-09-15 | 赣州市合安科技有限公司 | Hot air circulation heat treatment furnace |
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