CN208287971U - A kind of molten amine kettle - Google Patents

Abstract

The utility model discloses a kind of molten amine kettles, including pedestal, having heaters is fixedly mounted on the left of the pedestal upper surface, it is fixedly installed with left support and right support respectively on the left of the pedestal upper end, the left support and right support upper end pass through shaft respectively and bearing is movably installed with staving, the bowl inner chamber is equipped with heat-insulated cavity, the heat-insulated cavity intracavity sidewall is fixedly installed with the first sensing module and the second sensing module respectively, the heat-insulated cavity inner cavity is fixedly installed with molten amine cavity, the staving side wall is fixedly installed with solid amine feed inlet, by being equipped with the first sensing module, second sensing module, first transformer, power module, D/A converter module, processing module, memory module and drive module structure, it can detecte the intracorporal temperature of furnace, to change the voltage of motor and heater, adjust heating temperature and rotation speed Degree prevents solid amine heated excessively acutely, more can be energy saving.

Description

A kind of molten amine kettle

Technical field

The utility model relates to melt amine technical field, specially a kind of molten amine kettle.

Background technique

The paraphrase of amine: one or more hydrogen atoms in amino molecule replaced by alkyl after product, referred to as amine, according to amine point Amine can be divided into primary amine, secondary amine, tertiary amine by the substituted number of hydrogen atom in son；Hydrogen in amino molecule is replaced and generated by alkyl Compound, meanwhile, amine, which can be, regards the derivative that the H in amino molecule is replaced by alkyl as, and amine is widely present in living nature, With epochmaking physiological activity and bioactivity, such as protein, nucleic acid, many hormones, antibiotic and alkaloid are all amine Complicated derivative, the most drugs clinically used are also the derivative of amine or amine, thus grasp amine property and conjunction It is the basis studied these complicated natural products and preferably safeguard human health at method.In industrial aspect currently without will consolidate State amine is smelted into the device of liquid amine, uses general melting kettle mostly, but the temperature of melting kettle is not easy to hold, and adds Thermal process is excessively violent, and explosion is easy to happen in production process, abnormally dangerous.For this purpose, it is proposed that a kind of molten amine kettle.

Utility model content

The purpose of this utility model is to provide a kind of molten amine kettles, to solve the problems mentioned in the above background technology.

To achieve the above object, the utility model provides the following technical solutions: a kind of molten amine kettle, including pedestal, the bottom Having heaters is fixedly mounted on the left of seat upper surface, is fixedly installed with left support and right support respectively on the left of the pedestal upper end, institute It states left support and right support upper end passes through shaft respectively and bearing is movably installed with staving, the bowl inner chamber is equipped with incubation cavity Body, the heat-insulated cavity intracavity sidewall are fixedly installed with the first sensing module and the second sensing module, the heat-insulated cavity respectively Inner cavity is fixedly installed with molten amine cavity, and the staving side wall is fixedly installed with solid amine feed inlet, and staving left end wall is fixed Liquid amine discharge nozzle is installed, the liquid amine discharge nozzle side wall is fixedly installed with valve, and liquid amine discharge nozzle left end is solid Dingan County is equipped with flange, is fixedly installed with motor in the middle part of the pedestal upper surface, on the right side of the pedestal upper surface from left to right successively It is fixedly installed with the first transformer, the second transformer, power module, D/A converter module, processing module, memory module and driving Module.

Preferably, the staving right end is fixedly connected on motor left end through bearing by shaft.

Preferably, the processing module is electrically parallel to power module, D/A converter module, memory module and driving mould Block.

Preferably, the D/A converter module is electrically parallel to the first sensing module and the second sensing module, and described first Sensing module is temperature sensor, and second sensing module is pressure sensor block.

Preferably, the drive module is electrically parallel to the first transformer and the second transformer, the first transformer electricity Property cascade heater, the second transformer electrical series motor.

Compared with prior art, the utility model has the beneficial effects that the molten amine kettle, by being equipped with pedestal, left support, adding Hot device, staving, solid amine feed inlet, liquid amine discharge nozzle, flange and electric machine structure, can be to rotate, so that solid-state in heating Amine is heated more evenly.By being equipped with heat-insulated cavity structure, the milder so that solid amine is heated；By be equipped with the first sensing module, Second sensing module, the first transformer, power module, D/A converter module, processing module, memory module and drive module knot Structure can detecte the intracorporal temperature of furnace, to change the voltage of motor and heater, adjusts heating temperature and rotation speed, prevents Only solid amine is heated excessively acutely, more can be energy saving.

Detailed description of the invention

Fig. 1 is the utility model section view；

Fig. 2 is utility model works schematic diagram.

In figure: 1 pedestal, 2 left supports, 3 heaters, 4 stavings, 41 solid amine feed inlets, 42 liquid amine discharge nozzles, 43 methods Orchid, 44 valves, 5 heat-insulated cavities, 51 first sensing modules, 52 second sensing modules, 53 molten amine cavitys, 6 motors, 61 shafts, 62 Bearing, 63 right supports, 7 first transformers, 8 power modules, 9 D/A converter modules, 10 processing modules, 11 memory modules, 12 are driven Dynamic model block.

Specific embodiment

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work Every other embodiment obtained, fall within the protection scope of the utility model.

The utility model provides a kind of technical solution referring to FIG. 1-2: a kind of molten amine kettle, including pedestal 1, the pedestal 1 Having heaters 3 is fixedly mounted on the left of upper surface, heater 3 heats staving 4.It is fixed respectively on the left of 1 upper end of pedestal Left support 2 and right support 63 are installed, 4 right end of staving is fixedly connected on 6 left end of motor through bearing 62 by shaft 61. Support staving 4.The left support 2 and 63 upper end of right support pass through shaft 61 respectively and bearing 62 is movably installed with staving 4, staving Solid amine is filled in 4.4 inner cavity of staving is equipped with heat-insulated cavity 5, the milder so that solid amine is heated.5 inner cavity of heat-insulated cavity Equipped with water.5 intracavity sidewall of heat-insulated cavity is fixedly installed with the first sensing module 51 and the second sensing module 52 respectively, described First sensing module 51 is temperature sensor, and second sensing module 52 is pressure sensor block.The of 5 inner cavity of heat-insulated cavity One sensing module 51 measures the temperature of water, is transmitted to D/A converter module 9.9 change data of D/A converter module is transmitted to processing module 10, processing module 10 controls the first transformer 7 and second by drive module 12 according to the data that memory module 11 is previously stored Transformer 13 controls the voltage of heater 3 and motor 6 respectively, to control the rotation speed and heating temperature of staving 4.Incubation cavity Second sensing module 52 of 5 inner cavity of body measures the pressure of 5 inner cavity of heat-insulated cavity, is transmitted to D/A converter module 9.D/A converter module 9 change datas are transmitted to processing module 10, and processing module 10 passes through drive module 12 according to the data that memory module 11 is previously stored The voltage that the first transformer 7 and the second transformer 13 control heater 3 and motor 6 respectively is controlled, to control the rotation of staving 4 Speed and heating temperature.Prevent the pressure of 5 inner cavity of heat-insulated cavity is excessive from staving 4 being caused to burst, so that the device is safer.It is described 5 inner cavity of heat-insulated cavity is fixedly installed with molten amine cavity 53, and molten amine is carried out in molten amine cavity 53.4 side wall of staving is fixedly mounted There is solid amine feed inlet 41, solid amine is launched into molten amine cavity 53 by solid amine feed inlet 41.The 4 left end wall of staving is solid Dingan County is equipped with liquid amine discharge nozzle 42, passes through the connection liquid amine discharge nozzle 42 of flange 43 after completing molten amine.The liquid amine discharging 42 side wall of pipe is fixedly installed with valve 44, opens valve 44 after connecting liquid pipe 42 by flange 43.The liquid amine goes out 42 left end of expects pipe is fixedly installed with flange 43, and liquid amine discharge nozzle 42 is connected liquid amine storage box by flange 43.The bottom Motor 6 is fixedly installed in the middle part of 1 upper surface of seat, motor 6 drives staving 4 to rotate.On the right side of 1 upper surface of pedestal from left to right according to It is secondary to be fixedly installed with the first transformer 7, the second transformer 13, power module 8, D/A converter module 9, processing module 10, storage Module 11 and drive module 12.The processing module 10 is electrically parallel to power module 8, D/A converter module 9, memory module 11 With drive module 12.The D/A converter module 9 is electrically parallel to the first sensing module 51 and the second sensing module 52.The drive Dynamic model block 12 is electrically parallel to the first transformer 7 and the second transformer 13, the 7 electrical series heater 3 of the first transformer, institute State 13 electrical series motor 6 of the second transformer.First sensing module 51 of 5 inner cavity of heat-insulated cavity measures the temperature of water, is transmitted to number Mould conversion module 9.9 change data of D/A converter module is transmitted to processing module 10, and processing module 10 is prior according to memory module 11 The data of storage control the first transformer 7 and the second transformer 13 by drive module 12 and control heater 3 and motor 6 respectively Voltage, to control the rotation speed and heating temperature of staving 4.Second sensing module 52 of 5 inner cavity of heat-insulated cavity measures heat preservation The pressure of 5 inner cavity of cavity, is transmitted to D/A converter module 9.9 change data of D/A converter module is transmitted to processing module 10, handles mould The data that block 10 is previously stored according to memory module 11 control the first transformer 7 by drive module 12 and the second transformer 13 divides Not Kong Zhi heater 3 and motor 6 voltage, to control the rotation speed and heating temperature of staving 4.

Working principle: solid amine is launched into molten amine cavity 53 by solid amine feed inlet 41, closes solid amine feed inlet 41.Open heater 3.Heater 3 heats staving 4.Heater 3 first heats the water of 5 inner cavity of heat-insulated cavity, Then solid amine is heated by water.First sensing module 51 of 5 inner cavity of heat-insulated cavity measures the temperature of water, is transmitted to digital-to-analogue Conversion module 9.9 change data of D/A converter module is transmitted to processing module 10, and processing module 10 is deposited in advance according to memory module 11 The data of storage control the first transformer 7 by drive module 12 and the second transformer 13 controls the electricity of heater 3 and motor 6 respectively Pressure, to control the rotation speed and heating temperature of staving 4.Second sensing module 52 of 5 inner cavity of heat-insulated cavity measures incubation cavity The pressure of 5 inner cavity of body, is transmitted to D/A converter module 9.9 change data of D/A converter module is transmitted to processing module 10, processing module 10 data being previously stored according to memory module 11 control the first transformer 7 by drive module 12 and the second transformer 13 is distinguished The voltage for controlling heater 3 and motor 6, to control the rotation speed and heating temperature of staving 4.Prevent 5 inner cavity of heat-insulated cavity Pressure it is excessive cause staving 4 to burst so that the device is safer.

While there has been shown and described that the embodiments of the present invention, for the ordinary skill in the art, It is understood that these embodiments can be carried out with a variety of variations in the case where not departing from the principles of the present invention and spirit, repaired Change, replacement and variant, the scope of the utility model is defined by the appended claims and the equivalents thereof.

Claims (5)

1. a kind of molten amine kettle, including pedestal (1), it is characterised in that: having heaters is fixedly mounted on the left of pedestal (1) upper surface (3), it is fixedly installed with left support (2) and right support (63), the left support (2) and the right side respectively on the left of pedestal (1) upper end Bracket (63) upper end passes through shaft (61) respectively and bearing (62) is movably installed with staving (4), and staving (4) inner cavity, which is equipped with, to be protected Warm cavity (5), heat-insulated cavity (5) intracavity sidewall are fixedly installed with the first sensing module (51) and the second sensing module respectively (52), heat-insulated cavity (5) inner cavity is fixedly installed with molten amine cavity (53), and staving (4) side wall is fixedly installed with solid-state Amine feed inlet (41), staving (4) left end wall are fixedly installed with liquid amine discharge nozzle (42), the liquid amine discharge nozzle (42) Side wall is fixedly installed with valve (44), and liquid amine discharge nozzle (42) left end is fixedly installed with flange (43), the pedestal (1) It is fixedly installed with motor (6) in the middle part of upper surface, is successively fixedly installed with the first change from left to right on the right side of pedestal (1) upper surface Depressor (7), the second transformer (13), power module (8), D/A converter module (9), processing module (10), memory module (11) With drive module (12).

2. a kind of molten amine kettle according to claim 1, it is characterised in that: staving (4) right end is passed through by shaft (61) It wears bearing (62) and is fixedly connected on motor (6) left end.

3. a kind of molten amine kettle according to claim 1, it is characterised in that: the processing module (10) is electrically parallel to power supply Module (8), D/A converter module (9), memory module (11) and drive module (12).

4. a kind of molten amine kettle according to claim 1 or 3, it is characterised in that: the D/A converter module (9) is electrically in parallel In the first sensing module (51) and the second sensing module (52), first sensing module (51) is temperature sensor, described the Two sensing modules (52) are pressure sensor block.

5. a kind of molten amine kettle according to claim 1, it is characterised in that: the drive module (12) is electrically parallel to first Transformer (7) and the second transformer (13), the first transformer (7) electrical series heater (3), second transformer (13) electrical series motor (6).