CN108866289A - It is a kind of for moulding the device of the material of heat treatment - Google Patents
It is a kind of for moulding the device of the material of heat treatment Download PDFInfo
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- CN108866289A CN108866289A CN201810749160.4A CN201810749160A CN108866289A CN 108866289 A CN108866289 A CN 108866289A CN 201810749160 A CN201810749160 A CN 201810749160A CN 108866289 A CN108866289 A CN 108866289A
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- electric brake
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- C—CHEMISTRY; METALLURGY
- C21—METALLURGY OF IRON
- C21D—MODIFYING THE PHYSICAL STRUCTURE OF FERROUS METALS; GENERAL DEVICES FOR HEAT TREATMENT OF FERROUS OR NON-FERROUS METALS OR ALLOYS; MAKING METAL MALLEABLE, e.g. BY DECARBURISATION OR TEMPERING
- C21D1/00—General methods or devices for heat treatment, e.g. annealing, hardening, quenching or tempering
- C21D1/34—Methods of heating
-
- C—CHEMISTRY; METALLURGY
- C21—METALLURGY OF IRON
- C21D—MODIFYING THE PHYSICAL STRUCTURE OF FERROUS METALS; GENERAL DEVICES FOR HEAT TREATMENT OF FERROUS OR NON-FERROUS METALS OR ALLOYS; MAKING METAL MALLEABLE, e.g. BY DECARBURISATION OR TEMPERING
- C21D1/00—General methods or devices for heat treatment, e.g. annealing, hardening, quenching or tempering
- C21D1/62—Quenching devices
- C21D1/673—Quenching devices for die quenching
-
- C—CHEMISTRY; METALLURGY
- C21—METALLURGY OF IRON
- C21D—MODIFYING THE PHYSICAL STRUCTURE OF FERROUS METALS; GENERAL DEVICES FOR HEAT TREATMENT OF FERROUS OR NON-FERROUS METALS OR ALLOYS; MAKING METAL MALLEABLE, e.g. BY DECARBURISATION OR TEMPERING
- C21D11/00—Process control or regulation for heat treatments
-
- C—CHEMISTRY; METALLURGY
- C21—METALLURGY OF IRON
- C21D—MODIFYING THE PHYSICAL STRUCTURE OF FERROUS METALS; GENERAL DEVICES FOR HEAT TREATMENT OF FERROUS OR NON-FERROUS METALS OR ALLOYS; MAKING METAL MALLEABLE, e.g. BY DECARBURISATION OR TEMPERING
- C21D9/00—Heat treatment, e.g. annealing, hardening, quenching or tempering, adapted for particular articles; Furnaces therefor
- C21D9/0062—Heat-treating apparatus with a cooling or quenching zone
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- Chemical & Material Sciences (AREA)
- Engineering & Computer Science (AREA)
- Physics & Mathematics (AREA)
- Thermal Sciences (AREA)
- Crystallography & Structural Chemistry (AREA)
- Mechanical Engineering (AREA)
- Materials Engineering (AREA)
- Metallurgy (AREA)
- Organic Chemistry (AREA)
- Heat Treatment Of Articles (AREA)
Abstract
The invention discloses a kind of for moulding the device of the material of heat treatment,Its structure includes heating furnace,First transmission chain mechanism,Quenching press,Tempering furnace,Second transmission chain mechanism,First transmission chain mechanism passes through heating furnace and is connected with Quenching press,First transmission chain mechanism is set on the right side of Quenching press,And it is set on same plane,Tempering furnace is set on the left of Quenching press,Second transmission chain mechanism crosses tempering furnace inside middle,Second transmission chain mechanism is set on the left of Quenching press by tempering furnace,Heating furnace is equipped with overheat protector mechanism,Overheat protector mechanism is set to inside heating furnace,And connection is screwed by bolt,Quenching press is equipped with hydraulic system,Hydraulic operation device,Lower compact heap,Hydraulic operation device is set to Quenching press two sides,The present invention is conducive to maintain effective temperature when being heat-treated metal material by being equipped with overheat protector mechanism,Metal material medium caused by avoiding temperature excessively high changes,Be conducive to improve device in the safety of processing.
Description
Technical field
It is specifically a kind of for moulding the dress of the material of heat treatment the present invention relates in moulding annealing device field
It sets.
Background technique
Heat treatment is to be placed on metal material in certain medium heat, keep the temperature, is cooling, by changing material surface or interior
The metallurgical structure in portion controls a kind of metal heat processing technique of its performance.
Equipment for Heating Processing includes batch-type furnace, quenching unit and tempering furnace, the technique carried out using above-mentioned Equipment for Heating Processing
Step is：Steel plate is put into batch-type furnace first and carries out heating and thermal insulation, steel plate is further taken out and is hold and be put into quenching unit
Quenched in (sink or oil groove), after the completion of quenching by steel plate clamping put into tempering furnace, wait be tempered after from return
Take out steel plate in stove outlet.
But a kind of device for moulding the material of heat treatment in the prior art is easy to appear heating furnace in operation
The excessively high situation of internal temperature may cause metal material medium when the temperature is excessively high and change, is unfavorable for adding material
Work processing, and excessively high temperature is easy that there are security risks.
Summary of the invention
In view of the deficienciess of the prior art, it is an object of the present invention to provide a kind of for moulding the dress of the material of heat treatment
It sets.
The present invention adopts the following technical scheme that realize：It is a kind of for moulding the device of the material of heat treatment, structure packet
Heating furnace, the first transmission chain mechanism, Quenching press, tempering furnace, the second transmission chain mechanism are included, the first transmission chain mechanism passes through
Heating furnace is connected with Quenching press, and the first transmission chain mechanism is set on the right side of Quenching press, and is set on same plane, institute
Tempering furnace is stated on the left of Quenching press, the second transmission chain mechanism crosses tempering furnace inside middle, second conveyer chain
Mechanism is set on the left of Quenching press by tempering furnace, and the heating furnace is equipped with overheat protector mechanism, and the overheat protector mechanism is set
Connection is screwed in inside heating furnace, and by bolt, the Quenching press is equipped with hydraulic system, hydraulic operation device, lower compression
Block, the hydraulic operation device are set to Quenching press two sides, and the lower compact heap is set to inside above Quenching press, described hydraulic
System embedment is connected to Quenching press lower inside, and is connected with lower compact heap, and the hydraulic operation device is respectively arranged on liquid
On the outside of press operation device.
As optimization, the overheat protector mechanism is connected by high temperature starter, fixing shell, excess temperature fuse body, transmission
Connection mechanism, protection electronic box composition, the high temperature starter insertion are connected to fixing shell interior bottom portion, the high startup temperature dress
Setting with fixing shell is interference fit connection, and by screw bolt reinforcing, the fixing shell cross section is rectangular configuration, the mistake
Warm fuse body is set to above fixing shell inner right side bottom surface, one end on the right side of the excess temperature fuse body and high temperature starter
Mutually nested connection, the transmission connecting mechanism are set to fixing shell inner upper, the transmission connecting mechanism and high startup temperature
Device, which cooperates, to be connected, and the protection electronic box is embedded in the fixing shell upper right corner, and screws connection, the protection by bolt
Electronic box is connected with one end on the right side of transmission connecting mechanism, and one end is set to fixing shell inside left on the left of the transmission connecting mechanism
On surface, the excess temperature fuse body is set to the protection electronic box lower left corner.
As optimization, the high temperature starter includes thermally conductive transverse slat, hot pressing cylinder, lifting transverse slat, lifting vertical bar, transmission cross
Bar, slide slot, actuating sawtooth bar, telescopic spring bar, lifting sliding rail, the thermally conductive transverse slat is welded on hot pressing cylinder bottom face, described
Hot pressing cylinder cross section is rectangular configuration, and the hot pressing cylinder is set in fixing shell inner bottom surface, and the lifting transverse slat is set to hot pressing
Cylinder interior, the lifting transverse slat are that transition fit is connect with hot pressing cylinder, and the lifting vertical bar vertical welding is above lifting transverse slat
On surface, hot pressing cylinder top is equipped with connection perforation, the lifting vertical bar pass through connection perforation be driven that cross bar is vertical connect,
The slide slot is connected on transmission cross bar, and the slide slot and transmission cross bar are in integrated formed structure, and the lifting vertical bar is logical
It crosses slide slot to be flexibly connected with transmission cross bar, the actuating sawtooth bar is welded on transmission cross bar overhead surface.
As optimization, the actuating sawtooth bar overhead surface is uniformly connected with latch, and the latch and actuating sawtooth bar are in one
Forming structure, the actuating sawtooth bar engage connection, the telescopic spring bar right side with transmission connecting mechanism by the latch
One end is welded on the left of transmission cross bar on end surface, one end company mutually nested with connecting sliding rail on the left of the telescopic spring bar
It connects, the connecting sliding rail passes through in nut tightening and fixing shell inside left surface.
As optimization, the excess temperature fuse body is perpendicular by fuse-link, connecting sliding rail, vertical supporting rod, fixed strut, limit
Bar, lifting sliding slot composition, the fuse-link inside are equipped with fusible link, and the fuse-link passes through buckle fastening and vertical supporting rod
Top top, the connecting sliding rail insertion is connected to inside on the left of vertical supporting rod, and passes through nut tightening and connect, the fixed branch
For one end vertical welding on vertical supporting rod, the fixed strut other end is fixed on limit vertical bar bottom end by nut on the right side of bar
On, on the limit vertical bar vertical welding and fixing shell inner bottom surface, the limit vertical bar is set on the left of vertical supporting rod, described
Vertical supporting rod and limit vertical bar are set on same plane, on the right side of the high temperature starter one end pass through limit vertical bar with connect cunning
Rail is connected, and the lifting sliding slot is connected on limit vertical bar, and the lifting sliding slot and limit vertical bar are in integrated formed structure, institute
It states limit vertical bar and is connected by lifting sliding slot with high temperature starter.
As optimization, the transmission connecting mechanism includes first gear, second gear, connection circular shaft, the first drive rod, connects
Outbound, the second drive rod, translational block, connecting cross beam, the first gear engages connection with second gear, and is set to second gear
Left side, the connection circular shaft are set to second gear inside middle, and the second gear is interference fitted connection, institute with circular shaft is connect
It states first drive rod one end to be nested on connection circular shaft, first drive rod is interference fitted connection with circular shaft is connect, described
The first drive rod other end is connected by connecting pin with the second drive rod, the second drive rod upper one end and translational block phase
Connection.
As optimization, the connecting cross beam is equipped with shifting chute, locating part, fixing piece, and the connecting cross beam is in shifting chute
Integrated formed structure, the shifting chute are connected on front side of connecting cross beam, and the translational block is set to inside shifting chute, the translational block
It is that clearance fit is connect with shifting chute, the connecting cross beam crosses locating part inside middle, and the connecting cross beam is with locating part
Transition fit connection, the fixing piece is set to top on the left of connecting cross beam, and screws connection by bolt.
As optimization, the protection electronic box is equipped with power supply electric brake, electric brake connecting rod, electric brake switch valve, restores spring, described
Power supply electric brake is connect on the left of protection electronic box, and with protection electronic box inner tight by nut tightening, and the power supply electric brake is also set
The upper right corner inside fixing shell, the electric brake switch valve is connected by electric brake connecting rod with transmission connecting mechanism, described extensive
Multiple spring right side one end is connected with protection electronic box, and one end locking and electric brake switch valve top, described on the left of the recovery spring
The insertion of electric brake switch valve is connected to inside power supply electric brake.
Beneficial effect
The present invention provide it is a kind of for moulding the scheme of the device of the material of heat treatment, a kind of for moulding heat treatment
If the device of material is in use, when there is the excessively high situation of internal heating temperature, in temperature conduction to high startup temperature device, high temperature
Starter includes thermally conductive transverse slat, hot pressing cylinder, lifting transverse slat, lifting vertical bar, transmission cross bar, slide slot, actuating sawtooth bar, spring
Telescopic rod, lifting sliding rail, thermally conductive transverse slat are welded on hot pressing cylinder bottom face, and hot pressing cylinder cross section is rectangular configuration, and hot pressing cylinder is set to
In fixing shell inner bottom surface, lifting transverse slat is set to hot pressing cylinder interior, and lifting transverse slat is that transition fit is connect with hot pressing cylinder, goes up and down
For vertical bar vertical welding on lifting transverse slat overhead surface, hot pressing cylinder top is equipped with connection perforation, and lifting vertical bar passes through connection perforation
Cross bar is vertical connect with transmission, and slide slot and transmission cross bar are in integrated formed structure, and lifting vertical bar is horizontal by slide slot and transmission
Bar is flexibly connected, and actuating sawtooth bar is welded on transmission cross bar overhead surface, and actuating sawtooth bar overhead surface is uniformly connected with card
Tooth, the latch and actuating sawtooth bar are in integrated formed structure, and actuating sawtooth bar engages company with transmission connecting mechanism by the latch
Connect, one end is welded on the left of transmission cross bar on end surface on the right side of telescopic spring bar, on the left of telescopic spring bar one end with connect cunning
The mutually nested connection of rail, connecting sliding rail when appearance is internal by then adding in nut tightening and fixing shell inside left surface
When the excessively high situation of hot temperature, thermally conductive transverse slat temperature is quickly increased, and hot pressing cylinder interior is equipped with part water, at this time hot pressing cylinder interior
Temperature sharply increases, and water comes to life, and pressure increases, and lifting transverse slat is pushed with lifting vertical bar towards top, and drives
Transmission is moved along lifting sliding rail and connecting sliding rail towards top at the top of cross bar both ends, and at the same time, the temperature of hot pressing cylinder interior
In degree conduction to transmission cross bar, when transmission cross bar temperature is higher and higher, the fusible link inside fuse-link is fused, biography at this time
Dynamic cross bar is mobile towards right direction by the active force of telescopic spring bar, and passes through inside fuse-link, in moving process, is located at
The actuating sawtooth bar above cross bar is driven with movement, connection is engaged with transmission connecting mechanism due to being driven cross bar, is then driven
Bindiny mechanism's rotation, transmission connecting mechanism include first gear, second gear, connection circular shaft, the first drive rod, connecting pin, the
Two drive rods, translational block, connecting cross beam, first gear engages connection with second gear, and is set on the left of second gear, connection circle
It is located in second gear inside middle, second gear is interference fit connection with circular shaft is connect, and first drive rod one end is nested in
Connect on circular shaft, the first drive rod with connect circular shaft and is connected for interference fit, the first drive rod other end passes through connecting pin and the
Two drive rods are connected, and the second drive rod upper one end is connected with translational block, and connecting cross beam is equipped with shifting chute, locating part, consolidates
Determine part, connecting cross beam and shifting chute are in integrated formed structure, and shifting chute is connected on front side of connecting cross beam, and translational block is set to shifting chute
Inside, is driven the influence of saw teeth bars, first gear rotation, and transfers second gear and rotate with circular shaft is connect, and at this time the
One drive rod rotates centered on connection circular shaft, and successively drives the second drive rod and translational block mobile, when connecting pin rotates
When to the second gear lower left corner, translational block is moved along slot and is moved to farthest towards left side, due to translational block and protection electricity
Case is connected, and protection electronic box is equipped with power supply electric brake, electric brake connecting rod, electric brake switch valve, restores spring, and power supply electric brake passes through nut
It being tightened on the left of protection electronic box, and is connect with protection electronic box inner tight, power supply electric brake is also set to the upper right corner inside fixing shell,
Electric brake switch valve is connected by electric brake connecting rod with transmission connecting mechanism, is restored one end on the right side of spring and is connected with protection electronic box
It connects, restores one end locking and electric brake switch valve top, the insertion of electric brake switch valve on the left of spring and be connected to inside power supply electric brake, then
Under the drawing by translational block, electric brake switch valve is drawn towards lower section and is gone by downward drawing by electric brake connecting rod, this
When the power supply of protection electronic box be disconnected, then inside heating furnace stops heating.
Compared with prior art, the beneficial effects of the invention are as follows：Be conducive to maintain to gold by being equipped with overheat protector mechanism
Belong to effective temperature when material heat treatment, metal material medium caused by avoiding temperature excessively high changes, and is conducive to improve dress
Set the safety in processing.
Detailed description of the invention
Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other feature of the invention,
Objects and advantages will become more apparent upon：
Fig. 1 is that the present invention is a kind of for moulding the structural schematic diagram of the device of the material of heat treatment.
Fig. 2 is the structural schematic diagram of overheat protector mechanism of the present invention.
Fig. 3 is the structural schematic diagram of overheat protector mechanism of the present invention amplification.
Fig. 4 is structural schematic diagram when overheat protector mechanism of the present invention operates.
In figure：Heating furnace 1, first transmits chain mechanism 2, Quenching press 3, tempering furnace 4, second and transmits chain mechanism 5, excess temperature guarantor
Protect mechanism 10, hydraulic system 30, hydraulic operation device 31, lower compact heap 32, high temperature starter 100, fixing shell 101, mistake
Warm fuse body 102, transmission connecting mechanism 103, protection electronic box 104, thermally conductive transverse slat 1001, hot pressing cylinder 1002, lifting transverse slat
1003, vertical bar 1004, transmission cross bar 1005, slide slot 1006, actuating sawtooth bar 1007, telescopic spring bar 1008, lifting are gone up and down
Sliding rail 1009, fuse-link 1021, connecting sliding rail 1022, vertical supporting rod 1023, fixed strut 1024, limit vertical bar 1025, lifting
Sliding slot 1026, first gear 1031, second gear 1032, connection circular shaft 1033, the first drive rod 1034, connecting pin 1035, the
Two drive rods 1036, translational block 1037, connecting cross beam 1038, shifting chute 10381, locating part 10382, fixing piece 10383, power supply
Electric brake 1041, electric brake switch valve 1043, restores spring 1044 at electric brake connecting rod 1042.
Specific embodiment
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete
Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on
Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every other
Embodiment shall fall within the protection scope of the present invention.
Fig. 1-4 is please referred to, the present invention provides a kind of for moulding the technical solution of the device of the material of heat treatment：Including adding
Hot stove 1, first transmits chain mechanism 2, Quenching press 3, tempering furnace 4, second and transmits chain mechanism 5, and the first transmission chain mechanism 2 is worn
It crosses heating furnace 1 to be connected with Quenching press 3, the first transmission chain mechanism 2 is set to 3 right side of Quenching press, and is set to same flat
On face, the tempering furnace 4 is set to 3 left side of Quenching press, and the second transmission chain mechanism 5 crosses 4 inside middle of tempering furnace, described
Second transmission chain mechanism 5 is set to 3 left side of Quenching press by tempering furnace 4, and the heating furnace 1 is equipped with overheat protector mechanism 10, institute
Overheat protector mechanism 10 is stated inside heating furnace 1, and connection is screwed by bolt, the Quenching press 3 is equipped with hydraulic system
30, hydraulic operation device 31, lower compact heap 32, the hydraulic operation device 31 are set to 3 two sides of Quenching press, the lower compact heap
32 are set to the top of Quenching press 3 inside, and the insertion of hydraulic system 30 is connected to 3 lower inside of Quenching press, and with lower compression
Block 32 is connected, and the hydraulic operation device 31 is respectively arranged on the outside of hydraulic operation device 31, the overheat protector mechanism 10 by
High temperature starter 100, fixing shell 101, excess temperature fuse body 102, transmission connecting mechanism 103, protection electronic box 104 form,
The insertion of high temperature starter 100 is connected to 101 interior bottom portion of fixing shell, and the high temperature starter 100 and fixation are outer
Shell 101 is interference fit connection, and by screw bolt reinforcing, 101 cross section of fixing shell is rectangular configuration, and the excess temperature is molten
Breaking mechanism 102 is set to above 101 inner right side bottom surface of fixing shell, the excess temperature fuse body 102 and high temperature starter 100
The mutually nested connection in right side one end, the transmission connecting mechanism 103 are set to 101 inner upper of fixing shell, the transmission connection
Mechanism 103 and high temperature starter 100, which cooperate, to be connected, and the protection electronic box 104 is embedded in 101 upper right corner of fixing shell,
And connection is screwed by bolt, the protection electronic box 104 is connected with 103 right side one end of transmission connecting mechanism, and the transmission connects
103 left side one end of connection mechanism is set on 101 inside left surface of fixing shell, and the excess temperature fuse body 102 is set to protection electricity
104 lower left corner of case, the high temperature starter 100 include thermally conductive transverse slat 1001, hot pressing cylinder 1002, lifting transverse slat 1003, lifting
Vertical bar 1004, transmission cross bar 1005, slide slot 1006, actuating sawtooth bar 1007, telescopic spring bar 1008, lifting sliding rail 1009,
The thermally conductive transverse slat 1001 is welded on 1002 bottom surface of hot pressing cylinder, and 1002 cross section of hot pressing cylinder is rectangular configuration, the heat
Cylinder pressure 1002 is set in 101 inner bottom surface of fixing shell, and the lifting transverse slat 1003 is set to inside hot pressing cylinder 1002, the lifting
Transverse slat 1003 is that transition fit is connect with hot pressing cylinder 1002, and 1004 vertical welding of lifting vertical bar is above lifting transverse slat 1003
On surface, 1002 top of hot pressing cylinder is equipped with connection perforation, and the lifting vertical bar 1004 passes through connection perforation and transmission cross bar
1005 vertical connections, the slide slot 1006 are connected to 1005 left side of transmission cross bar, the slide slot 1006 and transmission cross bar
1005 be in integrated formed structure, and the lifting vertical bar 1004 is flexibly connected by slide slot 1006 with transmission cross bar 1005, described
Actuating sawtooth bar 1007 is welded on transmission 1005 overhead surface of cross bar, and 1007 overhead surface of actuating sawtooth bar uniformly connects
There is latch, the latch and actuating sawtooth bar 1007 are in integrated formed structure, and the actuating sawtooth bar 1007 is by the latch and passes
The dynamic engagement of bindiny mechanism 103 connection, described 1008 right side one end of telescopic spring bar are welded in transmission 1005 left side one end table of cross bar
On face, described 1008 left side one end of telescopic spring bar connection mutually nested with connecting sliding rail 1009, the connecting sliding rail 1009 leads to
It crosses on nut tightening and 101 inside left surface of fixing shell, the excess temperature fuse body 102 is slided by fuse-link 1021, connection
Rail 1022, vertical supporting rod 1023, fixed strut 1024, limit vertical bar 1025, lifting sliding slot 1026 form, the fuse-link 1021
Inside is equipped with fusible link, and the fuse-link 1021 is fastened and 1023 top top of vertical supporting rod, the connection by buckle
It is internal that the insertion of sliding rail 1022 is connected to 1023 left side of vertical supporting rod, and is connected by nut tightening, and the fixed strut 1024 is right
For side one end vertical welding on vertical supporting rod 1023, fixed 1024 other end of strut is fixed on limit vertical bar by nut
On 1025 bottom ends, on 1025 vertical welding of limit vertical bar and 101 inner bottom surface of fixing shell, the limit vertical bar 1025 is set
In 1023 left side of vertical supporting rod, the vertical supporting rod 1023 is set on same plane with limit vertical bar 1025, the high startup temperature
100 right side one end of device passes through limit vertical bar 1025 and is connected with connecting sliding rail 1022, and the lifting sliding slot 1026 is connected to limit
On the vertical bar 1025 of position, the lifting sliding slot 1026 is in integrated formed structure with limit vertical bar 1025, and the limit vertical bar 1025 is logical
It crosses lifting sliding slot 1026 to be connected with high temperature starter 100, the transmission connecting mechanism 103 includes first gear 1031, the
Two gears 1032, connection circular shaft 1033, the first drive rod 1034, connecting pin 1035, the second drive rod 1036, translational block 1037,
Connecting cross beam 1038, the first gear 1031 engage connection with second gear 1032, and are set to 1032 left side of second gear, institute
It states connection circular shaft 1033 and is set to 1032 inside middle of second gear, the second gear 1032 is matched with circular shaft 1033 is connect for interference
Close connection, described first drive rod, 1034 one end be nested in connection circular shaft 1033 on, first drive rod 1034 with connect justify
Axis 1033 is interference fit connection, and 1034 other end of the first drive rod passes through connecting pin 1035 and 1036 phase of the second drive rod
Connection, 1036 upper one end of the second drive rod are connected with translational block 1037, and the connecting cross beam 1038 is equipped with shifting chute
10381, locating part 10382, fixing piece 10383, the connecting cross beam 1038 are in integrated formed structure, institute with shifting chute 10381
It states shifting chute 10381 and is connected to 1038 front side of connecting cross beam, the translational block 1037 is set to inside shifting chute 10381, described flat
It is that clearance fit is connect that block 1037, which is moved, with shifting chute 10381, and the connecting cross beam 1038 crosses 10382 inside middle of locating part,
The connecting cross beam 1038 is that transition fit is connect with locating part 10382, and it is left that the fixing piece 10383 is set to connecting cross beam 1038
Side top, and connection is screwed by bolt, the protection electronic box 104 is equipped with power supply electric brake 1041, electric brake connecting rod 1042, electric brake
Switch valve 1043 restores spring 1044, the power supply electric brake 1041 by nut tightening in protection electronic box 104 left side, and with guarantor
The connection of 104 inner tight of electronic box is protected, the power supply electric brake 1041 is also set to the 101 inside upper right corner of fixing shell, and the electric brake is opened
Valve 1043 is closed to be connected with transmission connecting mechanism 103 by electric brake connecting rod 1042, described 1044 right side one end of recovery spring and
Protection electronic box 104 is connected, and 1044 left side one end of recovery spring locking is opened with 1043 top of electric brake switch valve, the electric brake
The insertion of valve 1043 is closed to be connected to inside power supply electric brake 1041.
If a kind of for moulding the device of the material of heat treatment in use, there is the excessively high situation of internal heating temperature
When, in temperature conduction to high startup temperature device 100, high temperature starter 100 includes thermally conductive transverse slat 1001, hot pressing cylinder 1002, rises
Transverse slat 1003, lifting vertical bar 1004, transmission cross bar 1005, slide slot 1006, actuating sawtooth bar 1007, telescopic spring bar drop
1008, lifting sliding rail 1009, thermally conductive transverse slat 1001 are welded on 1002 bottom surface of hot pressing cylinder, and 1002 cross section of hot pressing cylinder is rectangle knot
Structure, hot pressing cylinder 1002 are set in 101 inner bottom surface of fixing shell, and lifting transverse slat 1003 is set to inside hot pressing cylinder 1002, and lifting is horizontal
Plate 1003 is that transition fit is connect with hot pressing cylinder 1002, and lifting 1004 vertical welding of vertical bar is in lifting 1003 overhead surface of transverse slat
On, 1002 top of hot pressing cylinder is equipped with connection perforation, lifting vertical bar 1004 pass through connection perforation be driven that cross bar 1005 is vertical connect,
Slide slot 1006 and transmission cross bar 1005 are in integrated formed structure, and lifting vertical bar 1004 passes through slide slot 1006 and transmission cross bar
1005 are flexibly connected, and actuating sawtooth bar 1007 is welded on transmission 1005 overhead surface of cross bar, 1007 top table of actuating sawtooth bar
Face is uniformly connected with latch, and the latch and actuating sawtooth bar 1007 are in integrated formed structure, and actuating sawtooth bar 1007 passes through the card
Tooth engages connection with transmission connecting mechanism 103, and 1008 right side one end of telescopic spring bar is welded in transmission 1005 left side one end of cross bar
On surface, 1008 left side one end of telescopic spring bar connection mutually nested with connecting sliding rail 1022, connecting sliding rail 1022 passes through nut
Screw on 101 inside left surface of fixing shell, then when there is the excessively high situation of internal heating temperature, thermally conductive transverse slat 1001
Temperature quickly increases, and part water is housed inside hot pressing cylinder 1002, and 1002 internal temperature of hot pressing cylinder sharply increases at this time, and water is opened
Begin to boil, and pressure increases, transverse slat 1003 will be gone up and down and lifting vertical bar 1004 is pushed towards top, and drive transmission cross bar
It is moved along lifting sliding rail 1009 and connecting sliding rail 1022 towards top at the top of 1005 both ends, and at the same time, hot pressing cylinder 1002
In internal temperature conduction to transmission cross bar 1005, when transmission 1005 temperature of cross bar is higher and higher, inside fuse-link 1021
Fusible link fusing, transmission cross bar 1005 at this time is mobile towards right direction by the active force of telescopic spring bar 1008, and
Inside fuse-link 1021, in moving process, the actuating sawtooth bar 1007 above transmission cross bar 1005 with movement, by
Connection is engaged with transmission connecting mechanism 103 in transmission cross bar 1005, then transmission connecting mechanism 103 rotates, transmission connecting mechanism
103 include first gear 1031, second gear 1032, connection circular shaft 1033, the first drive rod 1034, connecting pin 1035, second
Drive rod 1036, translational block 1037, connecting cross beam 1038, first gear 1031 engages connection with second gear 1032, and is set to
The left side of second gear 1032, connection circular shaft 1033 are set to 1032 inside middle of second gear, second gear 1032 with connect circular shaft
1033 be interference fit connection, and 1034 one end of the first drive rod is nested on connection circular shaft 1033, the first drive rod 1034 with even
Circular shaft 1033 is connect as interference fit connection, 1034 other end of the first drive rod passes through connecting pin 1035 and 1036 phase of the second drive rod
Connection, 1036 upper one end of the second drive rod are connected with translational block 1037, and connecting cross beam 1038 is equipped with shifting chute 10381, limit
Position part 10382, fixing piece 10383, connecting cross beam 1038 and shifting chute 10381 are in integrated formed structure, and shifting chute 10381 connects
In 1038 front side of connecting cross beam, translational block 1037 is set to inside shifting chute 10381, is driven the influence of saw teeth bars 1007, the
The rotation of one gear 1031, and transfer second gear 1032 with connect the rotation of circular shaft 1033, the first drive rod 1034 at this time along
It is rotated centered on connection circular shaft 1033, and successively drives the second drive rod 1036 and translational block 1037 mobile, when connecting pin 1035
When rotation to 1032 lower left corner of second gear, translational block 1037 is moved along slot 10381 and is moved to farthest towards left side, by
It is connected in translational block 1037 with protection electronic box 104, protection electronic box 104 is equipped with power supply electric brake 1041, electric brake connecting rod 1042, electricity
Lock switch valve 1043 restores spring 1044, power supply electric brake 1041 by nut tightening in protection electronic box 104 left side, and with protection
The connection of 104 inner tight of electronic box, power supply electric brake 1041 are also set to the 101 inside upper right corner of fixing shell, and electric brake switch valve 1043 is logical
It crosses electric brake connecting rod 1042 to be connected with transmission connecting mechanism 103, restores 1044 right side one end of spring and be connected with protection electronic box 104
It connects, restores the locking of 1044 left side one end of spring and 1043 top of electric brake switch valve, the insertion of electric brake switch valve 1043 is connected to power supply
Inside electric brake 1041, then under the drawing by translational block 1037, electric brake connecting rod 1042 is incited somebody to action by downward drawing
Electric brake switch valve 1043 draws towards lower section and goes, and the power supply of protection electronic box 104 at this time is disconnected, and is then stopped inside heating furnace 1
Heating.
The technological progress that the present invention obtains compared with the prior art is：Be conducive to maintain to gold by being equipped with overheat protector mechanism
Belong to effective temperature when material heat treatment, metal material medium caused by avoiding temperature excessively high changes, and is conducive to improve dress
Set the safety in processing.
Although the present invention is described in detail referring to the foregoing embodiments, for those skilled in the art,
It is still possible to modify the technical solutions described in the foregoing embodiments, or part of technical characteristic is carried out etc.
With replacement, all within the spirits and principles of the present invention, any modification, equivalent replacement, improvement and so on should be included in this
Within the protection scope of invention.
Claims (8)
1. a kind of for moulding the device of the material of heat treatment, structure includes heating furnace, the first transmission chain mechanism, quenching pressure
Bed, tempering furnace, the second transmission chain mechanism, the first transmission chain mechanism pass through heating furnace and are connected with Quenching press, and described the
One transmission chain mechanism is set on the right side of Quenching press, and is set on same plane, and the tempering furnace is set on the left of Quenching press, described
Second transmission chain mechanism crosses tempering furnace inside middle, and the second transmission chain mechanism is set to a Quenching press left side by tempering furnace
Side, it is characterised in that：
The heating furnace is equipped with overheat protector mechanism, and the overheat protector mechanism is set to inside heating furnace, and is screwed by bolt
Connection；
The Quenching press is equipped with hydraulic system, hydraulic operation device, lower compact heap, and the hydraulic operation device is set to quenching pressure
Bed two sides, the lower compact heap are set to inside above Quenching press, and the hydraulic system insertion is connected to subordinate in Quenching press
Side, and be connected with lower compact heap, the hydraulic operation device is respectively arranged on the outside of hydraulic operation device.
2. according to claim 1 a kind of for moulding the device of the material of heat treatment, it is characterised in that：The excess temperature is protected
Shield mechanism is made of high temperature starter, fixing shell, excess temperature fuse body, transmission connecting mechanism, protection electronic box, the high temperature
Starter insertion is connected to fixing shell interior bottom portion, and the high temperature starter and fixing shell are interference fit connection,
And by screw bolt reinforcing, the fixing shell cross section is rectangular configuration, and the excess temperature fuse body is set to inside fixing shell
Above right side bottom surface, excess temperature fuse body connection mutually nested with one end on the right side of high temperature starter, the transmission connection
Mechanism is set to fixing shell inner upper, and the transmission connecting mechanism and high temperature starter, which cooperate, to be connected, the protection
Electronic box is embedded in the fixing shell upper right corner, and screws connection, the protection electronic box and transmission connecting mechanism right side one by bolt
End is connected, and one end is set on fixing shell inside left surface on the left of the transmission connecting mechanism, the excess temperature fuse body
Set on the protection electronic box lower left corner.
3. according to claim 2 a kind of for moulding the device of the material of heat treatment, it is characterised in that：The high temperature opens
Dynamic device includes that thermally conductive transverse slat, hot pressing cylinder, lifting transverse slat, lifting vertical bar, transmission cross bar, slide slot, actuating sawtooth bar, spring are stretched
Contracting bar, lifting sliding rail, the thermally conductive transverse slat are welded on hot pressing cylinder bottom face, and hot pressing cylinder cross section is rectangular configuration, described
Hot pressing cylinder is set in fixing shell inner bottom surface, and the lifting transverse slat is set to hot pressing cylinder interior, the lifting transverse slat and hot pressing cylinder
For transition fit connection, for the lifting vertical bar vertical welding on lifting transverse slat overhead surface, hot pressing cylinder top is equipped with company
Connecing perforation, the lifting vertical bar, which passes through connection perforation and transmission cross bar is vertical, to be connect, and the slide slot, which is connected to, to be driven on cross bar,
The slide slot and transmission cross bar are in integrated formed structure, and the lifting vertical bar is flexibly connected by slide slot with transmission cross bar,
The actuating sawtooth bar is welded on transmission cross bar overhead surface.
4. according to claim 3 a kind of for moulding the device of the material of heat treatment, it is characterised in that：The transmission saw
Ratch overhead surface is uniformly connected with latch, and the latch and actuating sawtooth bar are in integrated formed structure, and the actuating sawtooth bar is logical
It crosses the latch and engages connection with transmission connecting mechanism, one end is welded in one end table on the left of transmission cross bar on the right side of the telescopic spring bar
On face, one end connection mutually nested with connecting sliding rail on the left of the telescopic spring bar, the connecting sliding rail by nut tightening and
On fixing shell inside left surface.
5. according to claim 2 a kind of for moulding the device of the material of heat treatment, it is characterised in that：The excess temperature is molten
Breaking mechanism is made of fuse-link, connecting sliding rail, vertical supporting rod, fixed strut, limit vertical bar, lifting sliding slot, in the fuse-link
Portion is equipped with fusible link, and the fuse-link is fastened by buckle to be connected with top above vertical supporting rod, the connecting sliding rail insertion
It is connected to inside on the left of vertical supporting rod, and is connected by nut tightening, one end vertical welding is perpendicular in support on the right side of the fixed strut
On bar, the fixed strut other end by nut be fixed on limit vertical bar bottom end on, the limit vertical bar vertical welding with consolidate
Determine on interior of shell bottom surface, the limit vertical bar is set on the left of vertical supporting rod, and the vertical supporting rod is set to same with limit vertical bar
In plane, one end passes through limit vertical bar and is connected with connecting sliding rail on the right side of the high temperature starter, the lifting sliding slot connection
In limit vertical bar on, the lifting sliding slot and limit vertical bar be in integrated formed structure, the limit vertical bar by go up and down sliding slot and
High temperature starter is connected.
6. according to claim 2 a kind of for moulding the device of the material of heat treatment, it is characterised in that：The transmission connects
Connection mechanism includes first gear, second gear, connection circular shaft, the first drive rod, connecting pin, the second drive rod, translational block, connection
Crossbeam, the first gear engages connection with second gear, and is set on the left of second gear, and the connection circular shaft is set to the second tooth
Inside middle is taken turns, the second gear is interference fit connection with circular shaft is connect, and first drive rod one end is nested in connection
On circular shaft, first drive rod is interference fit connection with circular shaft is connect, and the first drive rod other end passes through connecting pin
It is connected with the second drive rod, the second drive rod upper one end is connected with translational block.
7. according to claim 6 a kind of for moulding the device of the material of heat treatment, it is characterised in that：The connection is horizontal
Beam is equipped with shifting chute, locating part, fixing piece, and the connecting cross beam and shifting chute are in integrated formed structure, the shifting chute connection
On front side of connecting cross beam, the translational block is set to inside shifting chute, and the translational block is that clearance fit is connect with shifting chute, described
Connecting cross beam crosses locating part inside middle, and the connecting cross beam is that transition fit is connect with locating part, and the fixing piece is set to
Top on the left of connecting cross beam, and connection is screwed by bolt.
8. according to claim 2 a kind of for moulding the device of the material of heat treatment, it is characterised in that：The protection electricity
Case is equipped with power supply electric brake, electric brake connecting rod, electric brake switch valve, restores spring, and the power supply electric brake is by nut tightening in protection
It on the left of electronic box, and is connect with protection electronic box inner tight, the power supply electric brake is also set to the upper right corner inside fixing shell, the electricity
Lock switch valve is connected by electric brake connecting rod with transmission connecting mechanism, and one end is connected with protection electronic box on the right side of the recovery spring
It connects, with above electric brake switch valve, the electric brake switch valve insertion is connected to power supply electric brake for one end locking on the left of the recovery spring
It is internal.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810749160.4A CN108866289A (en) | 2018-07-10 | 2018-07-10 | It is a kind of for moulding the device of the material of heat treatment |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810749160.4A CN108866289A (en) | 2018-07-10 | 2018-07-10 | It is a kind of for moulding the device of the material of heat treatment |
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| CN108866289A true CN108866289A (en) | 2018-11-23 |
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| CN201810749160.4A Pending CN108866289A (en) | 2018-07-10 | 2018-07-10 | It is a kind of for moulding the device of the material of heat treatment |
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Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101967546A (en) * | 2010-10-11 | 2011-02-09 | 章志华 | Heat treatment system of electric heating reflection oven tunnel type |
| CN102851481A (en) * | 2012-10-11 | 2013-01-02 | 北京南车时代机车车辆机械有限公司 | Steel plate heat treatment facility and steel plate heat treatment technique |
| CN106967872A (en) * | 2017-05-22 | 2017-07-21 | 浙江明鑫工业炉有限公司 | A kind of new salt made from earth containing a comparatively high percentage of sodium chloride isothermal quenching furnace |
| CN107393734A (en) * | 2017-09-08 | 2017-11-24 | 韩朝锋 | A kind of quick on-off switch |
| CN107968711A (en) * | 2017-11-21 | 2018-04-27 | 翁帆安 | A kind of Internet of Things reception signal terminal adjustment equipment |
| CN108215220A (en) * | 2017-12-27 | 2018-06-29 | 福建聚云科技股份有限公司 | A kind of automobile door handle end cover nut heats special plane |
-
2018
- 2018-07-10 CN CN201810749160.4A patent/CN108866289A/en active Pending
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101967546A (en) * | 2010-10-11 | 2011-02-09 | 章志华 | Heat treatment system of electric heating reflection oven tunnel type |
| CN102851481A (en) * | 2012-10-11 | 2013-01-02 | 北京南车时代机车车辆机械有限公司 | Steel plate heat treatment facility and steel plate heat treatment technique |
| CN106967872A (en) * | 2017-05-22 | 2017-07-21 | 浙江明鑫工业炉有限公司 | A kind of new salt made from earth containing a comparatively high percentage of sodium chloride isothermal quenching furnace |
| CN107393734A (en) * | 2017-09-08 | 2017-11-24 | 韩朝锋 | A kind of quick on-off switch |
| CN107968711A (en) * | 2017-11-21 | 2018-04-27 | 翁帆安 | A kind of Internet of Things reception signal terminal adjustment equipment |
| CN108215220A (en) * | 2017-12-27 | 2018-06-29 | 福建聚云科技股份有限公司 | A kind of automobile door handle end cover nut heats special plane |
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Application publication date: 20181123 |