CN207685321U - Glass mold annealing enters stove circulating frame - Google Patents
Glass mold annealing enters stove circulating frame Download PDFInfo
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- CN207685321U CN207685321U CN201721858121.5U CN201721858121U CN207685321U CN 207685321 U CN207685321 U CN 207685321U CN 201721858121 U CN201721858121 U CN 201721858121U CN 207685321 U CN207685321 U CN 207685321U
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Abstract
A kind of glass mold annealing enters stove circulating frame, including framework, is made of bottom frame piece, left and right frame piece and after-frame piece, feature：The front side of framework forms opening before framework, the worn-out mouth in framework top is formed on the top of framework, bottom frame on piece sets the round diathermanous chamber of bottom frame piece and the diathermanous chamber of bottom frame piece polygon, the left end of bottom frame piece sets a pair of of left frame piece position-limit foot door bolt and closes hole, right end sets a pair of right frame piece position-limit foot door bolt and closes hole, it is round that left frame on piece sets left frame piece, the diathermanous chamber of triangle, a pair of of left frame piece position-limit foot is arranged at the top of left frame piece, the top to left frame piece position-limit foot leans out the upper plane of left frame piece, the round diathermanous chamber of right frame piece and the right diathermanous chamber of frame piece triangle are set in right frame on piece, there is a pair of right frame piece position-limit foot in the side of top towards the left frame piece of right frame piece, the top to right frame piece position-limit foot leans out the upper plane of right frame piece, the diathermanous chamber of after-frame piece triangle is set in framework afterwards.Improve annealing quality；Work efficiency is high；Avoid initiation accident of caving in；Convenient for being operated for forklift scraper.
Description
Technical field
The utility model belongs to the technical field of auxiliary facilities in glass mold manufacture, and in particular to a kind of glass mold moves back
Fire enters stove circulating frame.
Background technology
As is known in the industry, glass mold material is commonly grey cast-iron（Referred to as " gray cast iron "）, the heat treatment of gray cast iron is
The matrix of cast iron can purposefully be improved by the method for heating and cooling down, it is corresponding to obtained tissue to make it have
Performance, with the requirement of process conditions needed for satisfaction.Annealing is further adjustment and improves matrix to improve cast iron
Important channel.After molding glass die casting, carries out about 950 DEG C or so of annealing and use change matrix（But
Do not change graphite shape and distribution）, content of pearlite in alloy is reduced, and ferrite content increases（Before annealing, pearlite about 40%；And
After annealing, pearlite is less than 10%, and ferrite is 90% or more）.In addition, in glass mould welding such as in die cavity and land area surfacing
It is also required to anneal at a temperature of 600 DEG C to 800 DEG C after nickel-base alloy welding powder, the purpose of the annealing is removal welding stress
（Including roughing stress）.
As shown in the above description, at least twice annealing, the equipment used of annealing in the overall process of glass mold processing
Usually annealing furnace.At present before annealing to glass mold, i.e., before annealing furnace unlatching, by worker in a manner of manual handling
By the orderly horst of bulky glass mold in annealing furnace burner hearth, annealing terminates and is down to after room temperature that glass mold is moved out stove
Thorax.The shortcoming of this operating type is：First, since glass mold is very heavy, thus the operation intensity of worker is big；Second,
Since manual handling efficiency is low, thus cause annealing furnace stand-by time long, influences annealing efficiency；Third, due to each adjacent up and down
Glass mold overlaps contact each other, thus influences being heated evenly property, that is, influences annealing quality；Fourth, once carelessness is caved in
Situation then being not only easy to undermine annealing furnace, but also there is a problem of jeopardizing operator's safety.
Unquestionably, aforementioned shortcoming can be solved using circulating frame, but due to the feature of glass molds heaviness, when multiple weeks
Turn after frame is placed in stacked state in burner hearth together with glass mold, since the structure of circulating frame can not ensure its intensity, thus easily
There is morphotropism damage, and due to the measure that usually nothing restrains each other between neighbouring circulating frame, thus once occurs wrong
Position, then equally will appear situation above-mentioned of caving in.
The technical information of the circulating frame for annealing can be seen in disclosed Chinese patent literature, it is typical as public in authorized
" the annealing furnace laminated type material frame " that announcement CN203923273U recommends, the structure of the patent is：Including integrally casting shaping
Round framework and frame bottom, are equipped with spiral telescopic band in framework rounded face, which is arranged by more than two slot intervals
Row are constituted, and are equipped with siphonostele at framework bottom center, newel top peripheral is extended with the right-angled intersection crossbeam of connection framework
（For details, reference can be made to the 0010th to 0011 section of the patent specifications）.Although the patent formula can fulfil it to a certain extent
The technique effect of the 0008th section of record of specification.But there are following shortcoming：First, although the setting of newel is conducive to improve
Support strength when upper layer and lower layer material frame is stacked, but not only can occupied space, but also generate interference to the placement of workpiece；Its
Two, although spiral stretch band construction can make material frame increase distortion allowance during thermal deformation in annealing furnace and prevent
The strong point of cracking, but whole rigid is difficult to ensure；Third, since the patent is directed in other words for certain workpiece
It is no any placing desired workpiece to be annealed design, thus can not will be up for the glass molds of the two-half die fit structure of annealing
Tool is packed into material frame, because glass mold is in vertical state and with mono-layer fashion to be placed in the anneal uniformity in framework ideal,
In addition vertical to place the contact area that also maximally reduce mold bottom surface and framework bottom；Fourth, being not easy to the lamination of material frame
It places, especially after stacked, because not having the measure restrained each other between levels material frame, thus there is the anxiety of landing.
For above-mentioned prior art, the applicant has made beneficial design, forms technical solution described below
And it simulates to deduce to test through computer in the case where taking rational secrecy provision and is proved to be practicable.
Invention content
The task of the utility model is to provide a kind of self-strength for helping to significantly enhance framework and use and meet frame
Body in the state of carrying glass mold to be annealed from bottom to top be stacked when bearing strength requirement, be conducive to easily wait moving back
Flint glass mold is packed into or removes framework and use and improve working efficiency, be beneficial to ensure glass mold to be annealed in annealing
Good being heated evenly property and using improve annealing quality, have it is excellent convenient for making the framework in upper and lower stacked state generate each other
Positioning connection effect and use avoid caving in or even cause safety accident, have be good at for forklift provide scraper condition use expire
The glass mold annealing that sufficient mechanized handling framework requires enters stove circulating frame.
What the task of the utility model was performed by, a kind of glass mold annealing enters stove circulating frame, including one
Framework, the framework are made of bottom frame piece, left frame piece, right frame piece and after-frame piece, and left frame piece is with perpendicular to the state of bottom frame piece and bottom
The left end edge of frame piece is fixed, right frame piece to be fixed perpendicular to the state of bottom frame piece and the right end edge of bottom frame piece,
After-frame piece to be fixed perpendicular to the state of bottom frame piece and the posterior edges position of bottom frame piece, and the left end of the after-frame piece with it is described
The rear end of left frame piece connects, and the right end of after-frame piece is connect with the rear end of the right frame piece, and feature is：The front side of the framework is simultaneously
And it is open before the position formation framework of the rear framework described in face, and the top of framework and the position of the bottom frame piece described in face
The worn-out mouth in framework top is formed, offers the round diathermanous chamber of bottom frame piece and the diathermanous chamber of bottom frame piece polygon in bottom frame on piece, and the bottom of at
The left end of frame piece offers a pair of of left frame piece position-limit foot door bolt and closes hole, and offers a pair of right frame piece position-limit foot in the right end of bottom frame piece
Door bolt closes hole, the round diathermanous chamber of left frame piece and the diathermanous chamber of left frame piece triangle is offered in the left frame on piece, in left frame piece
There is a pair of of a left side on top towards the side of the right frame piece and fastening the position for closing hole with a bolt or latch corresponding to the left frame piece position-limit foot and constituting
Frame piece position-limit foot, the top to left frame piece position-limit foot lean out the upper plane of left frame piece, the right side are offered in the right frame on piece
The round diathermanous chamber of frame piece and the right diathermanous chamber of frame piece triangle, on the top of right frame piece towards the side of the left frame piece and right
The position that right frame piece position-limit foot door bolt described in Ying Yu closes hole constitutes and has a pair of right frame piece position-limit foot, the top to right frame piece position-limit foot
The upper plane for leaning out right frame piece offers the diathermanous chamber of after-frame piece triangle in the rear framework.
In a specific embodiment of the utility model, around the diathermanous chamber of bottom frame piece polygon described in each
There are four the round diathermanous chambers of the bottom frame piece for surrounding distribution.
In another specific embodiment of the utility model, the shape of the diathermanous chamber of bottom frame piece polygon is in bee
Nest shape.
In another specific embodiment of the utility model, the round diathermanous chamber of the left frame piece is with space state point
It is distributed in the top of the left frame piece, and the diathermanous chamber of left frame piece triangle is located at the middle part and lower part of left frame piece.
In another specific embodiment of the utility model, the left frame piece triangle of the left frame on piece is saturating
Hot chamber is separated in the left frame piece reinforcing support bar of X-shaped with the connection of left frame body longeron by be formed in left frame on piece and shape
It constitutes.
In the utility model there are one in specific embodiment, the round diathermanous chamber of the right frame piece is with space state
It is distributed in the top of the right frame piece, and the right diathermanous chamber of frame piece triangle is located at the middle part and lower part of right frame piece.
In the utility model more and in a specific embodiment, the right frame piece triangle of the right frame on piece
Diathermanous chamber by be formed in right frame on piece and shape in the right frame piece reinforcing support bar of X-shaped and the connection of right frame piece longeron area
Every composition.
In a specific embodiment in turn of the utility model, it is located at the after-frame piece triangle of the after-frame on piece
The diathermanous chamber of shape by after-frame on piece and shape separate structure in the after-frame piece reinforcing support bar of X-shaped and the connection of after-frame piece longeron
At.
The utility model again more and in a specific embodiment, the upper and lower part of frame piece is respectively spaced in the rear
Offer the round diathermanous chamber of after-frame piece.
In the utility model again and then in a specific embodiment, the bottom frame piece, left and right frame piece and described
After-frame piece by casting constitute.
One of the technique effect of technical solution provided by the utility model, it is round due to having opened up bottom frame piece in bottom frame on piece
Diathermanous chamber and the diathermanous chamber of bottom frame piece polygon have opened up the round diathermanous chamber of left frame piece and left frame piece triangle in left frame on piece
Diathermanous chamber has opened up right frame piece round diathermanous chamber and the diathermanous chamber of right frame piece triangle in right frame on piece, has been opened up in after-frame on piece
After-frame piece triangle diathermanous chamber, thus be able to ensure the self-strength of entire framework, meet framework and carries glass to be annealed
Bearing strength requirement when mold is stacked from bottom to top, and at the same time the good action being heated evenly when playing annealing and use
Improve annealing quality；Two, open and framework top is open before being respectively formed framework due to the front side of framework and top, thus energy
Easily glass mold to be annealed is packed into framework and the glass mold for completing annealing is removed into framework, is advantageous to carry
High working efficiency；Three, close hole due to having opened up left and right frame piece position-limit foot door bolt respectively at the left and right end of bottom frame piece, but due to
The top of left and right frame piece has respectively constituted a pair of left and right frame piece position-limit foot, thus can make to establish between the framework being stacked up and down to face
When connection relation, avoid initiation accident of caving in；Four, have convenient for for forklift scraper operate, meet in a manner of mechanical handing by frame
The requirement that body enters stove or comes out of the stove.
Description of the drawings
Fig. 1 is the embodiments of the present invention structure chart.
Fig. 2 is the schematic diagram that the utility model is in use state.
Specific implementation mode
In order to which the technical essence of the utility model and advantageous effect is more clearly understood, applicant is below with reality
The mode for applying example elaborates, but is not limitation to the utility model, any foundation to the description of embodiment
The made only formal but not substantive equivalent transformation of the utility model design is regarded as the utility model
Technical solution scope.
The concept of every directionality for being related to upper, lower, left, right, front and rear or directionality is all in the following description
For the location of Fig. 1 states, thus the spy to technical solution provided by the utility model cannot be understood as
It does not limit.
Fig. 1 is referred to, shows a framework 1, the framework 1 is by bottom frame piece 11, left frame piece 12, right frame piece 13 and after-frame piece 14
Composition, left frame piece 12 is with perpendicular to the state of bottom frame piece 11 and preferably with the left end edge of welding manner and bottom frame piece 11
Fixed, right frame piece 13 is with perpendicular to the state of bottom frame piece 11 and preferably with the right end edge of welding manner and bottom frame piece 11
Fixed, after-frame piece 14 is with perpendicular to the state of bottom frame piece 11 and preferably with the posterior edges position of welding manner and bottom frame piece 11
It is fixed, and the left end of the after-frame piece 14 is connect with the rear end of aforementioned left frame piece 12, and the right end of after-frame piece 14 and aforementioned right frame
The rear end of piece 13 is welded to connect.
Technical essential as technical solution provided by the utility model：The front side of aforementioned framework 1 and aforementioned in face
The position of framework 14 forms opening 15 before framework afterwards, and the top of framework 1 and is formed in the position of the aforementioned bottom frame piece of face 11
The worn-out mouth in framework top 16（That is " framework open top ", it is the same below）, it follows that the front side and top of framework 1 are not closed,
The round diathermanous chamber 111 of bottom frame piece and the diathermanous chamber 112 of bottom frame piece polygon are offered on bottom frame piece 11, and on a left side for bottom frame piece 11
End offers a pair of of left frame piece position-limit foot door bolt and closes hole 113, and offers a pair of right frame piece position-limit foot door bolt in the right end of bottom frame piece 11
Hole 114 is closed, the round diathermanous chamber 121 of left frame piece and the diathermanous chamber 122 of left frame piece triangle are offered on left frame piece 12 above-mentioned,
The top of left frame piece 12 is towards the side of aforementioned right frame piece 13 and is fastening the position for closing hole 113 with a bolt or latch corresponding to aforementioned left frame piece position-limit foot
Setting composition has a pair of of left frame piece position-limit foot 123, which leans out the upper plane of left frame piece 12,
The round diathermanous chamber 131 of right frame piece and the diathermanous chamber 132 of right frame piece triangle are offered on right frame piece 13 above-mentioned, in right frame piece 13
Top has one towards the side of aforementioned left frame piece 12 and in the position composition for closing hole 114 corresponding to aforementioned right frame piece position-limit foot door bolt
To right frame piece position-limit foot 133, which leans out the upper plane of right frame piece 13, in after-frame above-mentioned
The diathermanous chamber of after-frame piece triangle 141 is offered on body 14.
By explanation above and according to the signal of Fig. 1：When framework 1 forms stacked relation up and down, lower part
A pair of of left frame piece position-limit foot 123 on the left frame piece 12 of one framework 1 and the left end of the bottom frame piece 11 of a framework 1 on top
A pair of of left frame piece position-limit foot door bolt closes hole 113 and matches, while the right frame piece of a pair on the right frame piece 13 of a framework 1 of the lower part
Position-limit foot 133 is matched with a pair of right frame piece position-limit foot latch aperture 114 of the right end of the bottom frame piece 11 of a framework 1 on top, from
And be able to ensure to form the overall stability of a plurality of frameworks 1 of stacked state from bottom to top, will not because dislocation or it is other similar
Situation generation is caved in.Even framework 1 is in stand-by state in addition, can also stacked manner stack, to save floor space, i.e.,
Save space.
By glass mold 2 to be annealed（The utility model refers to " bottle mould "）Before being packed into framework 1, framework 1 need to be placed
It is supported on leg rest in i.e., makes to keep being enough between bottom frame piece 11 and terrace the shovel arm probeed into for a pair of of shovel arm of forklift to probe into sky
Between, so that framework 1 to be packed into the burner hearth 31 of annealing furnace 3 by forklift together with glass mold 2 to be annealed（Fig. 2 shows）.
As shown in Figure 1, in the present embodiment, diathermanous around each bottom frame piece polygon above-mentioned as bottom frame piece 11
The surrounding distribution of chamber 112 is there are four the round diathermanous chamber 111 of bottom frame piece above-mentioned, and the diathermanous chamber of the bottom frame piece polygon 112
Shape is in cellular, and specifically hexagonal, this structure not only has ideal intensity, but also with good diathermanous uniform
Property.
As shown in Figure 1, the round diathermanous chamber 121 of left frame piece above-mentioned is distributed in the upper of aforementioned left frame piece 12 with space state
Portion, and the diathermanous chamber 122 of left frame piece triangle above-mentioned is located at the middle part and lower part of left frame piece 12.It can be confirmed from the signal of Fig. 1：
The diathermanous chamber of aforementioned left frame piece triangle on left frame piece 12 122 is by being formed in the left frame that on left frame piece 12 and shape is in X-shaped
The connection of piece reinforcing support bar 124 and left frame body longeron 125 and separate composition.
As shown in Figure 1, the round diathermanous chamber 131 of right frame piece above-mentioned is distributed in the upper of aforementioned right frame piece 13 with space state
Portion, and the diathermanous chamber 132 of right frame piece triangle above-mentioned is located at the middle part and lower part of right frame piece 13.It can be confirmed from the signal of Fig. 1：
The diathermanous chamber of aforementioned right frame piece triangle on right frame piece 13 132 is by being formed in the right frame that on right frame piece 13 and shape is in X-shaped
The connection of piece reinforcing support bar 134 and right frame piece longeron 135 and separate composition；Aforementioned after-frame piece on aforementioned after-frame piece 14
The diathermanous chamber 141 of triangle is by after-frame piece 14 and shape in the after-frame piece reinforcing support bar 142 and after-frame piece longeron of X-shaped
143 connection and separate composition.
As shown in Figure 1, in the upper and lower part of aforementioned after-frame piece 14, each be spaced apart is equipped with the round diathermanous chamber of after-frame piece 144.
In the present embodiment, bottom frame piece 11 above-mentioned, left and right frame piece 12,13 and after-frame piece 14 above-mentioned by（It is i.e. logical
It crosses）Casting is constituted.
It is in the left frame piece reinforcing support bar 124 and left frame piece longeron 125 of X-shaped since left frame piece 12 has shape, and by
There is right frame piece reinforcing support bar 134 and right frame piece longeron 135 of the shape in X-shaped in right frame piece 13, due also to after-frame piece 14
It is in the after-frame piece reinforcing support bar 142 and after-frame piece longeron 143 of X-shaped, thus left and right, after-frame piece 12,13,14 with shape
It is each formed as the steelframe trend like building scope, there is enough intensity, can ensure that desired excellent service life.
It refers to Fig. 2 and combines Fig. 1, the annealing furnace 3 having already mentioned above is shown in FIG. 2, in the annealing furnace 3
It is laid with electric heating wire 311 in burner hearth 31, pedestal joist 312 is set gradually from bottom to top, with diathermanous in the bottom of burner hearth 31
The pedestal 313 in hole 3131 and the shovel arm of forklift put item 314.And the fire door 32 for also showing annealing furnace 3 in fig. 2, due to this
The manner of execution of fire door 2 is moved up and down like the principle of gate, thus is connected with haulage cable 321 on the top of fire door 32,
Haulage cable 321 is connected on fire door holder 322, and fire door holder 322 is located on the furnace body of annealing furnace 3.
By online assignment personnel by glass mold 2 to be annealed mode be set with as shown in Figure 1 on the bottom frame piece 11 of framework 1
And it is transferred in burner hearth 31 shown in Fig. 2 by forklift after being booked, the upper and lower stacked situation of framework 1 is shown in FIG. 2, though
It is so three layers but is not exposed to the limitation for illustrating the number of plies.When two adjacent frames 1 up and down in burner hearth 31 are in stacked state,
It has been observed that a pair of of left frame piece position-limit foot 123 on the left frame piece 12 of lower part fastens the bottom frame piece into a framework 1 for being inserted into top with a bolt or latch
A pair of of left frame piece position-limit foot door bolt of 12 left ends closes in hole 113, and a pair of right frame piece position-limit foot 133 on the right frame piece 13 of the lower part
The right frame piece position-limit foot of a pair for fastening 12 right end of bottom frame piece for a framework 1 for being inserted into top with a bolt or latch is fastened with a bolt or latch in 114, mutual to embody
Restraining function forms ideal stacking effect.Fire door 32 is closed, the energization of electric heating wire 311 is annealed, and annealing terminates and in stove
After thorax 31 is cooled to the temperature required by technique, fire door 32 is opened, by forklift by framework 1 together with the glass mold for completing annealing
Burner hearth 31 is removed, is sent to next manufacturing procedure, and the empty framework 1 in next manufacturing procedure is sent to glass mold 2 to be annealed
The place at place is framed up by online assignment personnel.It repeats the above process.
In conclusion technical solution provided by the utility model compensates for the shortcoming in prior art, favorably accomplish
Invention task has faithfully fulfilled the technique effect that applicant refers in technical effect column above.
Claims (10)
1. a kind of glass mold annealing enters stove circulating frame, including a framework (1), the framework (1) is by bottom frame piece (11), left frame
Piece (12), right frame piece (13) and after-frame piece (14) composition, left frame piece (12) is with perpendicular to the state of bottom frame piece (11) and bottom frame piece
(11) left end edge is fixed, and right frame piece (13) is with perpendicular to the right end side of the state of bottom frame piece (11) and bottom frame piece (11)
Edge position is fixed, after-frame piece (14) to be fixed perpendicular to the state of bottom frame piece (11) and the posterior edges position of bottom frame piece (11),
And the left end of the after-frame piece (14) is connect with the rear end of the left frame piece (12), and the right end of after-frame piece (14) and the right frame
The rear end of piece (13) connects, it is characterised in that：The position shape of the front side of the framework (1) and the after-frame piece (14) described in face
At open (15) before framework, and the top of framework (1) and the position of the bottom frame piece (11) described in face forms the worn-out mouth in framework top
(16), the round diathermanous chamber (111) of bottom frame piece and the diathermanous chamber of bottom frame piece polygon (112) are offered on bottom frame piece (11), and
A pair of of left frame piece position-limit foot door bolt, which is offered, in the left end of bottom frame piece (11) closes hole (113), and the right end in bottom frame piece (11) opens up
There is a pair of right frame piece position-limit foot door bolt to close hole (114), the round diathermanous chamber (121) of left frame piece is offered on the left frame piece (12)
With the diathermanous chamber of left frame piece triangle (122), on the top of left frame piece (12) towards the side of the right frame piece (13) and right
The position composition that left frame piece position-limit foot door bolt described in Ying Yu closes hole (113) has a pair of of left frame piece position-limit foot (123), this limits left frame piece
The top of position foot (123) leans out the upper plane of left frame piece (12), and it is round thoroughly that right frame piece is offered on the right frame piece (13)
Hot chamber (131) and the right diathermanous chamber of frame piece triangle (132), on the top of right frame piece (13) towards the side of the left frame piece (12)
And being constituted in the position for closing hole (114) corresponding to the right frame piece position-limit foot door bolt has a pair of right frame piece position-limit foot (133), this is right
The top of right frame piece position-limit foot (133) leans out the upper plane of right frame piece (13), and after-frame is offered on the after-frame piece (14)
The diathermanous chamber of piece triangle (141).
2. glass mold annealing according to claim 1 enters stove circulating frame, it is characterised in that around described in each
The surrounding distribution of the diathermanous chamber of bottom frame piece polygon (112) there are four the round diathermanous chambers (111) of the described bottom frame piece.
3. glass mold annealing according to claim 1 or 2 enters stove circulating frame, it is characterised in that the bottom frame piece
The shape of the diathermanous chamber of polygon (112) is in cellular.
4. glass mold annealing according to claim 1 enters stove circulating frame, it is characterised in that the left frame piece circle
The diathermanous chamber of shape (121) is distributed in the top of the left frame piece (12) with space state, and the diathermanous chamber of left frame piece triangle
(122) it is located at the middle part and lower part of left frame piece (12).
5. glass mold annealing according to claim 1 or 4 enters stove circulating frame, it is characterised in that the left frame piece
(12) the diathermanous chamber of left frame piece triangle (122) on is by being formed in the left frame that on left frame piece (12) and shape is in X-shaped
The connection of piece reinforcing support bar (124) and left frame body longeron (125) and separate composition.
6. glass mold annealing according to claim 1 enters stove circulating frame, it is characterised in that the right frame piece circle
The diathermanous chamber of shape (131) is distributed in the top of the right frame piece (13) with space state, and the right diathermanous chamber of frame piece triangle
(132) it is located at the middle part and lower part of right frame piece (13).
7. glass mold annealing according to claim 1 or 6 enters stove circulating frame, it is characterised in that the right frame piece
(13) the right diathermanous chamber of frame piece triangle (132) on is by being formed in the right frame that on right frame piece (13) and shape is in X-shaped
The connection of piece reinforcing support bar (134) and right frame piece longeron (135) and separate composition.
8. glass mold annealing according to claim 1 enters stove circulating frame, it is characterised in that be located at the after-frame piece
(14) the diathermanous chamber of after-frame piece triangle (141) on is by after-frame piece (14) and shape in the after-frame piece reinforcement of X-shaped
The connection of supporting rod (142) and after-frame piece longeron (143) and separate composition.
9. glass mold annealing according to claim 1 or 8 enters stove circulating frame, it is characterised in that frame piece in the rear
(14) each be spaced apart in upper and lower part is equipped with the round diathermanous chamber (144) of after-frame piece.
10. glass mold annealing according to claim 1 enters stove circulating frame, it is characterised in that the bottom frame piece
(11), left and right frame piece (12,13) and the after-frame piece (14) are made of casting.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721858121.5U CN207685321U (en) | 2017-12-27 | 2017-12-27 | Glass mold annealing enters stove circulating frame |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721858121.5U CN207685321U (en) | 2017-12-27 | 2017-12-27 | Glass mold annealing enters stove circulating frame |
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| Publication Number | Publication Date |
|---|---|
| CN207685321U true CN207685321U (en) | 2018-08-03 |
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ID=62992260
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721858121.5U Active CN207685321U (en) | 2017-12-27 | 2017-12-27 | Glass mold annealing enters stove circulating frame |
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| CN (1) | CN207685321U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107881298A (en) * | 2017-12-27 | 2018-04-06 | 常熟建华模具科技股份有限公司 | Glass mold annealing enters stove circulating frame |
-
2017
- 2017-12-27 CN CN201721858121.5U patent/CN207685321U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107881298A (en) * | 2017-12-27 | 2018-04-06 | 常熟建华模具科技股份有限公司 | Glass mold annealing enters stove circulating frame |
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