One kind is applied to miniature fluidized-bed reaction analyser solid material cracking reaction device
Technical field
This utility model is related to the biomass energy case technical equipment field, is to be related to one kind suitable for micro- specifically
Type fluidized-bed reaction analyser solid material cracking reaction device.
Background technology
The cracking reaction of solid material is widely used in various material conversion process, its reactive kinetics parameters ask calculation and
The research of reaction mechanism is the basis of the area research development such as chemical industry, the energy, environment, metallurgy, material.
Miniature fluidized-bed reaction analyser solid material cracking reaction device of the prior art, usual charging aperture and pulse
Injection port is same import, and again access control system makes it that raw material is blown into into fluidized reaction zone after the artificial addition solid material of needs
In, this process is extremely loaded down with trivial details, and to experimentation unnecessary difficulty is caused, and greatly reduces the efficiency of work.
Used as another drawback, existing reaction unit, its charging rate is typically uncontrollable so that experimentation and ideal
There is a certain distance in situation.
Utility model content
The purpose of this utility model is to overcome above-mentioned the deficiencies in the prior art, there is provided it is anti-that one kind is applied to miniature fluid bed
Answer analyser solid material cracking reaction device.This utility model by carrying out the improvement in structure to existing reaction unit,
Allow its rapidly and efficiently complete experiment, reduce test difficulty, improve conventional efficient.
In order to reach above-mentioned purpose, this utility model is adopted the following technical scheme that:
One kind is applied to miniature fluidized-bed reaction analyser solid material cracking reaction device, including:
Heating furnace, the bottom of heating furnace connects with fluidisation gas inlet pipe, and top is connected with pyrolysis product outlet, left
Side is connected with thermocouple inlet tube, and right side is connected with one end of feed pipe,
The other end of the feed pipe is Pulsed Sampling mouth;
The body portion of the feed pipe is also connected with additional feed unit.
Preferably, the additional feed unit is tapered funnel, and the bottom of tapered funnel is connected with the body of feed pipe.
Preferably, the top of the tapered funnel has sealing-plug.
Preferably, the tapered funnel is connected by check valve with feed pipe.
Preferably, the tapered funnel inside has blanking raft plate, and outside has motor, and electric machine main shaft connects with blanking raft plate
Connect.
Preferably, the angle of the feed pipe and heating furnace is between 70 ° to 90 °.
Preferably, the feed pipe and the angle of heating furnace are 80 ° or 85 °.
Preferably, the feed pipe is connected by transition conduit with heating furnace.
Preferably, the transition conduit is copper tube.
The beneficial effects of the utility model are:
(1) an additional feed unit is additionally mounted with feed pipe so that feed pipe do not connect with heating furnace one
End can connect for a long time with pulsed feeds device.Only need to open tapered funnel when needing to add materials, solve existing
The drawbacks of needing Jing often to dismantle feed pipe in technology.
(2) tapered funnel has rubber stopper, check valve or blanking raft plate, can prevent material from spraying from tapered funnel.
(3) by adjusting the aperture of blanking raft plate, the falling speed of material can be adjusted to be easy to experiment to be smoothed out.
(4) adjustable angle of feed pipe so that for different material, can obtain more suitable charging speed
Degree, improves experiment effect.
Description of the drawings
Fig. 1 is structural representation of the present utility model;
Fig. 2 is the assembling schematic diagram of check valve in this utility model;
Fig. 3 is the assembling schematic diagram of blanking raft plate in this utility model;
Fig. 4 is the assembling schematic diagram of transition conduit in this utility model;
In figure:1. pyrolysis product outlet, 2. sealing-plug, 3. additional feed unit, 4. Pulsed Sampling mouth, 5. feed pipe,
6. heating furnace, 7. fluidisation gas inlet pipe, 8. thermocouple inlet tube, 9. check valve, 10. blanking raft plate, 11. motors, 12. transition
Pipe.
Specific embodiment
This utility model is described in detail below in conjunction with accompanying drawing.
Embodiment 1:One kind is applied to miniature fluidized-bed reaction analyser solid material cracking reaction device, and its structure is as schemed
Shown in 1, including:
Heating furnace 6, the bottom of heating furnace 6 connects with fluidisation gas inlet pipe 7, and top is connected with pyrolysis product outlet 1
Logical, left side is connected with thermocouple inlet tube 8, and right side is connected with one end of feed pipe 5,
Wherein, the other end of the feed pipe 5 is Pulsed Sampling mouth 4;The body portion of the feed pipe 5 also with add into
Material unit 3 is connected.
Used as preferably selecting, the additional feed unit 3 is tapered funnel, bottom and the feed pipe 5 of tapered funnel
Body is connected, and the top of tapered funnel has sealing-plug 2.
Meanwhile, angle is 75-90 ° between the axis of feed pipe 5 and heating furnace 6, preferably 80 ° or 85 °.
During experiment, by manually solid material being put into into additional feed unit 3, open top is clogged using sealing-plug 2, opened
Control system passes the gas through Pulsed Sampling mouth 4 and solid material is blown into into heating furnace 6, finally realizes the supplement of raw material, so as to carry
High gasification efficiency, the product in experimentation is obtained from pyrolysis product outlet 1.After experiment terminates, sealing-plug 2 is stoppered
Additional feed unit 3, prevents the impurity access arrangement such as dust, Pulsed Sampling mouth 4 from arranging closed mode.
Employ and can make after said structure whole miniature fluidized bed cracking reaction unit and be integrated, control system is not required to tear open
Unload, only system closed mode need to be arranged when stopping using, sealing-plug is provided with additional feed unit 3, one side sealing-plug can
To prevent solid material from being dispelled, the entrance of dust and other impurities can be prevented when on the other hand quitting work, affect experiment
As a result.Therefore the design separates charging aperture and Pulsed Sampling mouth, and adds sealing-plug at charging aperture, and experiment is served just
The effect of profit and reduction error.
Embodiment 2:One kind is applied to miniature fluidized-bed reaction analyser solid material cracking reaction device, and its structure is as schemed
Shown in 1 and Fig. 2, including:
Heating furnace 6, the bottom of heating furnace 6 connects with fluidisation gas inlet pipe 7, and top is connected with pyrolysis product outlet 1
Logical, left side is connected with thermocouple inlet tube 8, and right side is connected with one end of feed pipe 5,
Wherein, the other end of the feed pipe 5 is Pulsed Sampling mouth 4;The body portion of the feed pipe 5 also with add into
Material unit 3 is connected.
Used as preferably selecting, the additional feed unit 3 is tapered funnel, bottom and the feed pipe 5 of tapered funnel
Body is connected, and the top of tapered funnel has sealing-plug 2.
From the point of view of for control material falling speed, the tapered funnel is connected by check valve 9 with feed pipe 5
It is logical, the adjustment of different material falling speed is realized by check valve 9.Angle is between the axis of feed pipe 5 and heating furnace 6
75-90 °, preferably 80 ° or 85 °.
Before experiment, the aperture of check valve 9 is adjusted.
During experiment, by manually solid material being put into into additional feed unit 3, open top is clogged using sealing-plug 2, opened
Control system passes the gas through Pulsed Sampling mouth 4 and solid material is blown into into heating furnace 6, finally realizes the supplement of raw material, so as to carry
High gasification efficiency, the product in experimentation is obtained from pyrolysis product outlet 1.After experiment terminates, sealing-plug 2 is stoppered
Additional feed unit 3, prevents the impurity access arrangement such as dust, Pulsed Sampling mouth 4 from arranging closed mode.
Employ and can make after said structure whole miniature fluidized bed cracking reaction unit and be integrated, control system is not required to tear open
Unload, only system closed mode need to be arranged when stopping using, sealing-plug is provided with additional feed unit 3, one side sealing-plug can
To prevent solid material from being dispelled, the entrance of dust and other impurities can be prevented when on the other hand quitting work, affect experiment
As a result.Therefore the design separates charging aperture and Pulsed Sampling mouth, and adds sealing-plug at charging aperture, and experiment is served just
The effect of profit and reduction error.
Embodiment 3:One kind is applied to miniature fluidized-bed reaction analyser solid material cracking reaction device, and its structure is as schemed
Shown in 1 and Fig. 3, including:
Heating furnace 6, the bottom of heating furnace 6 connects with fluidisation gas inlet pipe 7, and top is connected with pyrolysis product outlet 1
Logical, left side is connected with thermocouple inlet tube 8, and right side is connected with one end of feed pipe 5,
Wherein, the other end of the feed pipe 5 is Pulsed Sampling mouth 4;The body portion of the feed pipe 5 also with add into
Material unit 3 is connected.
Used as preferably selecting, the additional feed unit 3 is tapered funnel, bottom and the feed pipe 5 of tapered funnel
Body is connected, and the top of tapered funnel has sealing-plug 2.
From the point of view of for control material falling speed, there is blanking raft plate 10 in the tapered funnel, motor 11
Housing is fixedly connected with tapered funnel outer wall, and the main shaft of motor 11 is fixedly connected with blanking raft plate 10, by adjusting blanking raft plate
10 angle of inclination is capable of achieving the adjustment of different material falling speed.Angle is 75- between the axis of feed pipe 5 and heating furnace 6
90 °, preferably 80 ° or 85 °.
During experiment, by manually solid material being put into into additional feed unit 3, open top is clogged using sealing-plug 2, opened
Control system passes the gas through Pulsed Sampling mouth 4 and solid material is blown into into heating furnace 6, finally realizes the supplement of raw material, so as to carry
High gasification efficiency, the product in experimentation is obtained from pyrolysis product outlet 1.In process of the test, blanking raft can be at any time adjusted
The angle of inclination of plate 10 is reaching optimal charging rate.After experiment terminates, sealing-plug 2 is stoppered into additional feed unit 3, prevented
The only impurity access arrangement such as dust, Pulsed Sampling mouth 4 arranges closed mode.
Employ and can make after said structure whole miniature fluidized bed cracking reaction unit and be integrated, control system is not required to tear open
Unload, only system closed mode need to be arranged when stopping using, sealing-plug is provided with additional feed unit 3, one side sealing-plug can
To prevent solid material from being dispelled, the entrance of dust and other impurities can be prevented when on the other hand quitting work, affect experiment
As a result.Therefore the design separates charging aperture and Pulsed Sampling mouth, and adds sealing-plug at charging aperture, and experiment is served just
The effect of profit and reduction error.
Embodiment 4:One kind is applied to miniature fluidized-bed reaction analyser solid material cracking reaction device, and its structure is as schemed
Shown in 4, including:
Heating furnace 6, the bottom of heating furnace 6 connects with fluidisation gas inlet pipe 7, and top is connected with pyrolysis product outlet 1
Logical, left side is connected with thermocouple inlet tube 8, and right side is connected with one end of feed pipe 5,
Wherein, the other end of the feed pipe 5 is Pulsed Sampling mouth 4;The body portion of the feed pipe 5 also with add into
Material unit 3 is connected.
Used as preferably selecting, the additional feed unit 3 is tapered funnel, the transition that tapered funnel passes through red copper material
Pipe 12 is connected with the body of feed pipe 5, and the top of tapered funnel has sealing-plug 2.
Meanwhile, angle is 75-90 ° between the axis of feed pipe 5 and heating furnace 6, preferably 80 ° or 85 °, can be by adjustment
Transition conduit 12 is realizing the change of different angles.
During experiment, by manually solid material being put into into additional feed unit 3, open top is clogged using sealing-plug 2, opened
Control system passes the gas through Pulsed Sampling mouth 4 and solid material is blown into into heating furnace 6, finally realizes the supplement of raw material, so as to carry
High gasification efficiency, the product in experimentation is obtained from pyrolysis product outlet 1.After experiment terminates, sealing-plug 2 is stoppered
Additional feed unit 3, prevents the impurity access arrangement such as dust, Pulsed Sampling mouth 4 from arranging closed mode.
Employ and can make after said structure whole miniature fluidized bed cracking reaction unit and be integrated, control system is not required to tear open
Unload, only system closed mode need to be arranged when stopping using, sealing-plug is provided with additional feed unit 3, one side sealing-plug can
To prevent solid material from being dispelled, the entrance of dust and other impurities can be prevented when on the other hand quitting work, affect experiment
As a result.Therefore the design separates charging aperture and Pulsed Sampling mouth, and adds sealing-plug at charging aperture, and experiment is served just
The effect of profit and reduction error.
The foregoing description of the disclosed embodiments, enables professional and technical personnel in the field to realize or new using this practicality
Type.Various modifications to embodiment will be apparent for those skilled in the art, as defined herein
General Principle can in other embodiments be realized in the case of without departing from spirit or scope of the present utility model, do not given
Describe the part presented with partial enlargement in detail, be prior art, here is not repeated.Therefore, this utility model will not
It is intended to be limited to the embodiments shown herein, and is to fit to consistent with principles disclosed herein and feature most wide
Scope.