CN206970673U - A kind of production brass band clock hood type furnace of stable performance - Google Patents

Abstract

The utility model discloses a kind of production brass band clock hood type furnace of stable performance, it is related to clock hood type furnace technical field, it includes base, cover body, first temperature sensor, second temperature sensor, transfer wire, first processor, second processor, first installation location guide, second installation location guide, protective casing, convection flow fan, controller, motor, protect cavity, outer cover, inner cover, body of heater, storage rack and brass band, it is fixedly connected on the upside of base with cover body, both ends are provided with the first temperature sensor and second temperature sensor on the inside of base, cover body both sides are provided with transfer wire.Its scientific structure design is reasonable, and good appearance is novel, can ensure that user of service easily operate and use, input cost can either be reduced simultaneously and saves fund, is increased economic efficiency, and and can reduces operational error rate, high-efficient energy-saving environment friendly is realized, is advantageous to promote the use of on a large scale.

Description

A kind of production brass band clock hood type furnace of stable performance

Technical field

A kind of production brass band clock hood type furnace of stable performance is the utility model is related to, belongs to clock hood type furnace technical field.

Background technology

Heat-treatment furnace is divided into annealing furnace, glowing furnace, tempering furnace, normalizing furnace, hardening and tempering furnace, is mainly used in large-scale carbon steel, alloy The annealing of steel part；Surface hardening part is tempered；The Technologies for Heating Processing such as weldment stress relief annealing, timeliness, mode of heating have electricity to add Heat, fuel oil, combustion gas, fire coal, hot air circulation, annealing furnace are a kind of novel heat exchange equipment, and annealing furnace is energy-saving periodic operation Stove, super energy-saving structure, using fibre structure, economize on electricity 60%.

Bell-type annealing furnace, which often covers annealing furnace, 2 tables, 2 inner covers, a heating mantles, a cooling dome, a stove For platform in heat temperature raising and insulation, another table is in cooling, discharge process, and same heating mantles alternately heats 2 tables Energy consumption can be saved, and realizes continuous production.

The equipment makes workpiece material completely cut off with outside air using strictly being sealed between heat-resistance stainless steel bell jar and table, In heating, insulation and cooling procedure, all the time among high-purity nitrogen, hydrogen protection, so that annealed material keeps table Face non-oxidizing bright.

Further, since there is high-strength convection flow fan in stove, furnace atmosphere forms strong convection circulation, promotes furnace temperature uniform, stove The interior each point temperature difference is can be controlled in ± 3 DEG C, so that annealed material obtains the physical and mechanical properties of uniformity.

Utility model content

In view of the above-mentioned problems, the technical problems to be solved in the utility model is to provide a kind of production brass band of stable performance Use clock hood type furnace.

The production brass band clock hood type furnace of stable performance of the present utility model, it includes base, cover body, the first TEMP Device, second temperature sensor, transfer wire, first processor, second processor, the first installation location guide, the second installation are solid Determine guide rod, protective casing, convection flow fan, controller, motor, protection cavity, outer cover, inner cover, body of heater, storage rack and brass band, It is fixedly connected on the upside of base with cover body, both ends are provided with the first temperature sensor and second temperature sensor, cover body on the inside of base Both sides are provided with transfer wire, and the first temperature sensor passes on left transfer wire and electrically connected with first processor, the second temperature Electrically connected on the right side of degree sensor by transfer wire with second processor, location guide and the are installed in base both ends with first respectively Two installation location guides are fixedly connected, and are fixedly connected on the upside of cover body with protective casing, convection flow fan is provided with the inside of protective casing, Electrically connected on the upside of convection flow fan by controller with motor, protection cavity is provided with the inside of cover body, protection inside cavities are provided with Outer cover, outer cover inner side are provided with inner cover, and body of heater is provided with the inside of inner cover, and furnace body inside is provided with storage rack, put on the upside of storage rack It is equipped with brass band.

Preferably, described cover body and the connected mode of base are welding, cover body can effectively be strengthened by so setting Sealing and safety and firmness between base, the overall operation stability of the clock hood type furnace and high efficiency are improved, further Ensure the production efficiency and quality of overall brass band.

Preferably, the first described temperature sensor is identical with second temperature sensor size, so it is provided with and is beneficial to It is real-time to ensure that the first temperature sensor and second temperature sensor are carried out to the temperature conditions in the outer cover and inner cover of upside simultaneously Monitoring, it is further advanced by transfer wire and is respectively transmitted to carry out at temperature information on the inside of first processor and second processor It reason, can so ensure the comparative and correctness of temperature sensing information, effectively ensure controller adjustment control convection flow fan Convection current regulation is carried out to the temperature in outer cover and inner cover, improves the production efficiency and quality of brass band.

Preferably, described first processor and second processor are electrically connected by transfer wire with motor respectively, this Sample sets the real-time high-efficiency that can effectively play electric energy, further improves the automaticity of the device, simplifies operation With using program, manual operation and the fault rate used are reduced, effectively improves the production efficiency and quality of brass band.

Preferably, described protection inside cavities are provided with high-purity nitrogen gas, so set and be not only able to guarantee pair Outer cover and inner cover form effectively stable protection, reduce the unstability of cover body internal environment, but also can improve overall knot The operational efficiency and quality of structure, the rate of breakdown between device structure is reduced, improves integrally-built operational efficiency.

The beneficial effects of the utility model：Its scientific structure design is reasonable, and good appearance is novel, can ensure user of service Easily operate and use, while input cost can either be reduced and save fund, increase economic efficiency, and can reduces operation Fault rate, high-efficient energy-saving environment friendly is realized, be advantageous to promote the use of on a large scale.

Brief description of the drawings：

For ease of explanation, the utility model is described in detail by following specific implementations and accompanying drawing.

Fig. 1 is outside structure diagram of the present utility model.

Fig. 2 is inside structure schematic diagram of the present utility model.

1- bases；2- cover bodies；The temperature sensors of 3- first；4- second temperature sensors；5- transfer wires；6- first is handled Device；7- second processors；8- first installs location guide；9- second installs location guide；10- protective casings；11- convection current wind Machine；12- controllers；13- motors；14- protects cavity；15- outer covers；16- inner covers；17- bodies of heater；18- storage racks；19- brass bands.

Embodiment：

As depicted in figs. 1 and 2, present embodiment uses following technical scheme：It includes base 1, cover body 2, first Temperature sensor 3, second temperature sensor 4, transfer wire 5, first processor 6, the installation fixation of second processor 7, first are led Bar 8, second installs location guide 9, protective casing 10, convection flow fan 11, controller 12, motor 13, protection cavity 14, outer cover 15th, inner cover 16, body of heater 17, storage rack 18 and brass band 19, the upside of base 1 are fixedly connected with cover body 2, the inner side both ends of base 1 peace Equipped with the first temperature sensor 3 and second temperature sensor 4, the both sides of cover body 2 are provided with transfer wire 5, the first TEMP Device 3 passes on left transfer wire 5 and electrically connected with first processor 6, and the right side of second temperature sensor 4 passes through transfer wire 5 and the Two processors 7 electrically connect, and the both ends of base 1 are installed location guide 9 with the first installation location guide 8 and second respectively and are fixedly connected, The upside of cover body 2 is fixedly connected with protective casing 10, and the inner side of protective casing 10 is provided with convection flow fan 11, and the upside of convection flow fan 11 is logical Cross controller 12 to electrically connect with motor 13, the inner side of cover body 2 is provided with protection cavity 14, and the inner side of protection cavity 14 is provided with outer cover 15, the inner side of outer cover 15 is provided with inner cover 16, and the inner side of inner cover 16 is provided with body of heater 17, and the inner side of body of heater 17 is provided with storage rack 18, stored up The upside of bin 18 is placed with brass band 19.

Wherein, the connected mode of described cover body 2 and base 1 is welding, so set can effectively strengthen cover body 2 and Sealing and safety and firmness between base 1, the overall operation stability of the clock hood type furnace and high efficiency are improved, is further protected Demonstrate,prove the production efficiency and quality of overall brass band 19；The first described temperature sensor 3 and the size phase of second temperature sensor 4 Together, so set and advantageously ensure that the first temperature sensor 3 and second temperature sensor 4 simultaneously to the outer cover 15 and inner cover of upside Temperature conditions in 16 is monitored in real time, is further advanced by transfer wire 5 and is respectively transmitted at first processor 6 and second Manage the inner side of device 7 and carry out temperature information processing, can so ensure the comparative and correctness of temperature sensing information, effectively ensure The adjustment control convection flow fan 11 of controller 12 carries out convection current regulation to the temperature in outer cover 15 and inner cover 16, improves brass band 19 Production efficiency and quality；Described first processor 6 and second processor 7 are electrically connected by transfer wire 5 with motor 13 respectively, The real-time high-efficiency of electric energy can effectively be played by so setting, and further improve the automaticity of the device, simplify behaviour Make and using program, reduce manual operation and the fault rate used, effectively improve the production efficiency and quality of brass band 19；Institute The inner side of protection cavity 14 stated is provided with high-purity nitrogen gas, so sets and is not only able to ensure to form outer cover 15 and inner cover 16 Effectively stable protection, reduces the unstability of the internal environment of cover body 2, but also can improve integrally-built operational efficiency and Quality, the rate of breakdown between device structure is reduced, improves integrally-built operational efficiency.

Present embodiment is that storage rack 18 places brass band 19, then passes through the first temperature sensor 3 and the second temperature Degree sensor 4 is monitored in real time to the temperature environment inside upside outer cover 15 and inner cover 16, is further advanced by transfer wire 5 It is respectively transmitted to carry out the real-time discrimination processing of temperature information in first processor 6 and second processor 7, passes through transmission again afterwards Wire 5 is transferred in motor 13, and motor 13 can be run under the adjustment control of controller 12, further control convection current The rotation of blower fan 11, convection current the pre-heat treatment is carried out to the temperature of downside, improves overall brass band production efficiency and quality.

The advantages of general principle and principal character of the present utility model and the utility model has been shown and described above.One's own profession The technical staff of industry is it should be appreciated that the utility model is not restricted to the described embodiments, described in above-described embodiment and specification Simply illustrate principle of the present utility model, on the premise of the spirit and scope of the utility model is not departed from, the utility model is also Various changes and modifications are had, these changes and improvements are both fallen within claimed the scope of the utility model.The utility model Claimed scope is by appended claims and its equivalent thereof.

Claims (1)

1. A kind of 1. production brass band clock hood type furnace of stable performance, it is characterised in that：It includes base (1), cover body (2), first Temperature sensor (3), second temperature sensor (4), transfer wire (5), first processor (6), second processor (7), first Location guide (8), the second installation location guide (9), protective casing (10), convection flow fan (11), controller (12), motor are installed (13) cavity (14), outer cover (15), inner cover (16), body of heater (17), storage rack (18) and brass band (19), are protected, on base (1) Side is fixedly connected with cover body (2), and both ends are provided with the first temperature sensor (3) and second temperature sensor on the inside of base (1) (4), cover body (2) both sides are provided with transfer wire (5), and the first temperature sensor (3) passes on left transfer wire (5) and first Processor (6) electrically connects, and is electrically connected on the right side of second temperature sensor (4) by transfer wire (5) with second processor (7), bottom Seat (1) both ends are fixedly connected with the first installation location guide (8) and the second installation location guide (9) respectively, on the upside of cover body (2) and Protective casing (10) is fixedly connected, and convection flow fan (11) is provided with the inside of protective casing (10), is passed through on the upside of convection flow fan (11) Controller (12) is electrically connected with motor (13), and protection cavity (14) is provided with the inside of cover body (2), is installed on the inside of protection cavity (14) There is outer cover (15), inner cover (16) is provided with the inside of outer cover (15), body of heater (17), body of heater (17) inner side are installed on the inside of inner cover (16) Storage rack (18) is provided with, brass band (19), the connection of described cover body (2) and base (1) are placed with the upside of storage rack (18) Mode is welding, and described the first temperature sensor (3) is identical with second temperature sensor (4) size, the described first processing Device (6) and second processor (7) are electrically connected by transfer wire (5) with motor (13) respectively, in described protection cavity (14) Side is provided with high-purity nitrogen gas.