CN108986948A - A kind of photon multipotency amount turns the design preparation method according to machining energy cabin - Google Patents
A kind of photon multipotency amount turns the design preparation method according to machining energy cabin Download PDFInfo
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- CN108986948A CN108986948A CN201810787402.9A CN201810787402A CN108986948A CN 108986948 A CN108986948 A CN 108986948A CN 201810787402 A CN201810787402 A CN 201810787402A CN 108986948 A CN108986948 A CN 108986948A
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- cabin
- energy
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- metal
- side wall
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- G—PHYSICS
- G21—NUCLEAR PHYSICS; NUCLEAR ENGINEERING
- G21K—TECHNIQUES FOR HANDLING PARTICLES OR IONISING RADIATION NOT OTHERWISE PROVIDED FOR; IRRADIATION DEVICES; GAMMA RAY OR X-RAY MICROSCOPES
- G21K5/00—Irradiation devices
Abstract
The invention discloses a kind of photon multipotency amounts to turn the design preparation method according to machining energy cabin, the size and shape of energy cabin cabin is set as needed first, and raw material brick is processed into required shape according to the size and shape of setting；Then side wall and the bottom surface of energy cabin cabin are successively made, the side wall construction of energy cabin cabin successively includes copper plate layer, anti-leak layer and ceramic tile layer from outside to inside, interlayer is equipped between copper plate layer and anti-leak layer and between anti-leak layer and ceramic tile layer, fixing support rack is equipped in interlayer, the bottom surface structure of energy cabin cabin successively includes copper plate layer, anti-leak layer and ceramic tile layer from outside to inside；Then feed inlet and outlet is opened up on the side wall of energy cabin cabin；Finally according to the size of feed inlet and outlet, shield door is made.The energy cabin prepared using method of the present invention can realize more energy irradiations using a variety of irradiation devices, and can prevent energy from leaking have the advantages that production is simple, manufacturing cost is low and irradiation expense is low.
Description
Technical field
Turn to shine the present invention relates to irradiation device for electronic accelerator processing technique field more particularly to a kind of photon multipotency amount and add
The design preparation method in work energy cabin.
Background technique
Irradiation device for electronic accelerator currently on the market, is mostly used in processing industry articles, the range very little of application,
Although having partial illumination device for irradiation to sterilizations such as food and utensils, the core component of equipment is mostly all
Dependent on from external import, equipment price is expensive, and only few scientific research institutions introduce and start to develop.Electron accelerator into
When row food, drug, utensil sterilizing, since purpose is to kill microorganism, therefore the energy needed is larger, so needing using energy
Big high-energy electron accelerator can be only achieved requirement, this has necessarily resulted in irradiation devices manufacturing cost height, irradiation processing expense
It is high.
In addition, traditional irradiation device for electronic accelerator is using cobalt radioisotope Co60 as radiation source, cobalt source
Irradiation processing low efficiency, ray are not concentrated unstable, and irradiation time is long, irradiate at high cost, and irradiation products are easy to appear radioactivity
Residual, not only pollutes environment, but also be detrimental to health；And irradiation device for electronic accelerator is all to have certain service life,
Mainly determined by the cathode life in accelerator.When the cathode life of irradiation accelerator expires, due to electron gun and accelerate
The limitation of the connection type and cathode grid assembly of device and shell connection type, need to directly replace accelerator, price be again it is sufficiently expensive,
It will cause increased costs and unnecessary waste.Therefore, it is necessary to which it is low and can be suitable for various rows to design a kind of manufacturing cost
The irradiation devices of industry.Since irradiation devices generally can all release reflective substance, anti-leak is carried out in design and is arranged
It applies, prevents the energy of irradiation devices from leaking, cause environmental pollution.
Summary of the invention
The purpose of the present invention is to provide a kind of photon multipotency amounts to turn the design preparation method according to machining energy cabin, prepares
Energy cabin more energy irradiations can be realized using a variety of irradiation devices, and can prevent energy from leaking, there is production letter
Advantage single, manufacturing cost is low and irradiation expense is low.
To achieve the above object, the present invention is using technical solution once:
A kind of photon multipotency amount turns the design preparation method according to machining energy cabin, successively the following steps are included:
(1) raw material are processed；
Energy cabin cabin includes bottom surface, side wall and top surface, and wherein side wall and top surface are an integral molding structure, and makes energy cabin cabin
Bottom surface and the raw material of side wall include steel plate, stereotype, copper sheet and ceramic tile, be set as needed energy cabin cabin size and
Shape, and steel plate, stereotype, copper sheet and ceramic tile are processed by required shape according to the size and shape of setting；
(2) side wall of energy cabin cabin is made；
The side wall construction of energy cabin cabin successively includes copper plate layer, anti-leak layer and ceramic tile layer from outside to inside, and copper plate layer is let out with anti-
It is equipped with interlayer between drop ply and between anti-leak layer and ceramic tile layer, is equipped with fixing support rack, the side of energy cabin cabin in interlayer
Wall manufacturing process is as follows:
A, make anti-leak layer: smear the metal-to-metal adhesive of 0.5mm-1mm respectively in stereotype two sides, -10 DEG C ~ 60 DEG C at a temperature of,
Two blocks of steel plates are bonded in stereotype two sides respectively, are placed after the completion of bonding fixed-type to metal-to-metal adhesive；
B, it makes fixing support rack: taking several support plates, each support plate is mutually arranged in a crossed manner in length and breadth, cross one another two branch
It is welded between fagging, forms multiple fixed frames；Two fixing support racks, respectively the first fixing support rack are made according to the method
With the second fixing support rack；
C, irradiation apparatus is installed: the main external member and emitting head of irradiation apparatus being respectively arranged in the first fixing support rack and second and consolidated
Determine in the fixed frame on support frame；
D, it assembles: two fixing support racks is respectively welded on the outside of two steel plates, welded in the other side of the first fixing support rack
Copper sheet is connect, ceramic tile layer is welded in the other side of the second fixing support rack, guarantees the emitting head of irradiation apparatus towards ceramic tile layer side
Setting, the side wall of energy cabin cabin complete；
(3) bottom surface of energy cabin cabin is made；
The bottom surface of energy cabin cabin successively includes copper plate layer, anti-leak layer and ceramic tile layer, the bottom surface of energy cabin cabin from outside to inside
Manufacturing process it is as follows:
A, make anti-leak layer: stereotype side smear 0.5mm-1mm metal-to-metal adhesive, -10 DEG C ~ 60 DEG C at a temperature of, by steel
Plate is bonded in the side that stereotype smears metal-to-metal adhesive, places after the completion of bonding fixed-type to metal-to-metal adhesive；
B, the bottom surface assembling of energy cabin cabin: the metal-to-metal adhesive of 0.5mm-1mm is smeared in the side of steel plate, in -10 DEG C ~ 60 DEG C of temperature
Under degree, copper sheet is bonded in the side that steel plate smears metal-to-metal adhesive, is placed after the completion of bonding fixed-type to metal-to-metal adhesive；
C, energy cabin cabin assembles: ceramic tile layer is welded in the bottom for the side wall that step (2) completes, then on the outside of ceramic tile layer
Irradiation devices are laid with, finally the bottom surface to complete above-mentioned steps b is welded on the outside of irradiation devices；
(4) feed inlet and outlet is opened up on the side wall of energy cabin cabin；
(5) according to the size of feed inlet and outlet, shield door is made；
Shield door successively includes copper sheet, steel plate, stereotype and steel plate from outside to inside, is fixed between each layer through metal-to-metal adhesive, between each layer
The metal-to-metal adhesive of smearing with a thickness of 0.5mm-1mm, and -10 DEG C ~ 60 DEG C at a temperature of be bonded, place after the completion of bonding to gold
It is fixed-type to belong to glue, then shield door is mounted at feed inlet and outlet, energy cabin cabin completes.
Preferably, the thickness of the copper sheet and steel plate is 1-3 millimeters, stereotype with a thickness of 6-13 millimeters.
Preferably, further include step (6): opening up multiple air inlets and multiple suction openings on the side wall of energy cabin cabin,
And exhaust fan is installed at each suction opening.
Preferably, the irradiation apparatus installed in the interlayer of the side wall of energy cabin cabin includes that hyperfrequency resonant electrical adds
Fast device, uhf electromagnetic wave particle resonant excitation device, particle resonant acoustic wave generator, far infrared transmitter and the negative oxygen of small particle
Ion converter, the interior irradiation apparatus installed of the interlayer of the bottom surface of energy cabin cabin include anion ore, metal oxidation
Object film and far infrared transmitter.
Preparation process of the invention is simple, by the way that energy cabin cabin is arranged to multilayer leakage-proof structure, can prevent energy
Electric light beamlet stream, frequency electromagnetic waves in amount cabin, particle resonant acoustic wave leak, and will not influence health of human body, and not will cause
Environmental pollution, while the intensity of photon energy in energy cabin can be increased；Pass through the sandwich establishment in the wall of energy cabin cabin
A variety of irradiation devices are placed, spoke can be carried out in a manner of multipotency amount or monoergic according to the difference of irradiated object attribute
According to, thus make irradiated object uniformly, adequately obtain photon energy, solve currently on the market single energy irradiation processing at
The problem of managing object, and can only irradiating to industrial goods has the advantages that manufacturing cost is low, irradiation expense is low.
Specific embodiment
Technical solution of the present invention is clearly and completely described below, it is clear that described embodiment is only this
The section Example of invention, instead of all the embodiments.Based on the embodiments of the present invention, those of ordinary skill in the art exist
Other all embodiments obtained under the premise of creative work are not made, protection scope of the present invention is belonged to.
A kind of photon multipotency amount turns the design preparation method according to machining energy cabin, successively the following steps are included:
(1) raw material are processed；
Energy cabin cabin includes bottom surface, side wall and top surface, and wherein side wall and top surface are an integral molding structure, and makes energy cabin cabin
Bottom surface and the raw material of side wall include steel plate, stereotype, copper sheet and ceramic tile, be set as needed energy cabin cabin size and
Shape, and steel plate, stereotype, copper sheet and ceramic tile are processed by required shape according to the size and shape of setting, after processing is completed
The thickness of copper sheet and steel plate is 1-3 millimeters, stereotype with a thickness of 6-13 millimeters.The shape of energy cabin cabin is ellipse, circle
Any one in shape, rectangular or pyramid, is existing by the process that steel plate, stereotype, copper sheet and ceramic tile are processed into required shape
There is technology, repeats no more.
(2) side wall of energy cabin cabin is made；
The side wall of energy cabin cabin successively includes copper plate layer, anti-leak layer and ceramic tile layer, copper plate layer and anti-leak layer from outside to inside
Between and anti-leak layer and ceramic tile layer between be equipped with interlayer, irradiation apparatus, the system of the side wall of energy cabin cabin are equipped in interlayer
It is as follows to make process:
A, make anti-leak layer: smear the metal-to-metal adhesive of 0.5mm-1mm respectively in stereotype two sides, -10 DEG C ~ 60 DEG C at a temperature of,
Two blocks of steel plates are bonded in stereotype two sides respectively, are placed after the completion of bonding fixed-type to metal-to-metal adhesive；
B, it makes fixing support rack: taking several support plates, each support plate is mutually arranged in a crossed manner in length and breadth, cross one another two branch
It is welded between fagging, forms multiple fixed frames；Two fixing support racks, respectively the first fixing support rack are made according to the method
With the second fixing support rack；
C, irradiation apparatus is installed: the main external member and emitting head of irradiation apparatus being respectively arranged in the first fixing support rack and second and consolidated
Determine in the fixed frame on support frame；
The irradiation apparatus installed in the interlayer of the side wall of energy cabin cabin includes hyperfrequency resonant electrical accelerator, hyperfrequency electromagnetism
Wave-particle resonant excitation device, particle resonant acoustic wave generator, far infrared transmitter and small particle negative oxygen ion converter,
In, the main external member of hyperfrequency resonant electrical accelerator, uhf electromagnetic wave particle resonant excitation are installed on the first fixing support rack
The main external member of device, the main external member of particle resonant acoustic wave generator and small particle negative oxygen ion converter are installed on the second fixing support rack
There are hyperfrequency resonant electrical accelerator line electron gun emitting head, uhf electromagnetic wave particle resonant excitation device emitting head, particle
Resonant acoustic wave generator emitting head, small particle negative oxygen ion converter emission head and far infrared transmitter, each irradiation devices
Installation site be arranged according to respective launch angle and emission characteristics.
D, it assembles: two fixing support racks being respectively welded on the outside of two steel plates, in the another of the first fixing support rack
Copper sheet is welded in side, welds ceramic tile layer in the other side of the second fixing support rack, guarantees the emitting head of irradiation apparatus towards ceramic tile layer
Side setting, the side wall of energy cabin cabin complete.
(3) bottom surface of energy cabin cabin is made；
The bottom surface of energy cabin cabin successively includes copper plate layer, anti-leak layer and ceramic tile layer, the bottom surface of energy cabin cabin from outside to inside
Manufacturing process it is as follows:
A, make anti-leak layer: stereotype side smear 0.5mm-1mm metal-to-metal adhesive, -10 DEG C ~ 60 DEG C at a temperature of, by steel
Plate is bonded in the side that stereotype smears metal-to-metal adhesive, places after the completion of bonding fixed-type to metal-to-metal adhesive；
B, the bottom surface assembling of energy cabin cabin: the metal-to-metal adhesive of 0.5mm-1mm is smeared in the side of steel plate, in -10 DEG C ~ 60 DEG C of temperature
Under degree, copper sheet is bonded in the side that steel plate smears metal-to-metal adhesive, is placed after the completion of bonding fixed-type to metal-to-metal adhesive；
C, energy cabin cabin assembles: ceramic tile layer is welded in the bottom for the side wall that step (2) completes, then on the outside of ceramic tile layer
It is laid with irradiation apparatus, finally the bottom surface to complete above-mentioned steps b is welded on the outside of irradiation devices；
The irradiation apparatus installed in the interlayer of the bottom surface of energy cabin cabin includes anion ore, metal-oxide film and remote red
Outside line transmitter, anion ore include tourmaline electrically former stone, stone needle, germanite, charcoal, medical stone, Guiyang stone and volcanic rock
Silicate, metal-oxide film include aluminium oxide, copper oxide and silver oxide, and far infrared transmitter use can launch wavelength
For the tourmaline of 3um~100um far infrared, far-infrared ceramic energy plate, silicate silicon carbide and can release wavelength 1.5~
400 microns of light wave, far infrared carbon fiber heating cable.
(4) feed inlet and outlet is opened up in the side wall of energy cabin cabin；
(5) according to the size of feed inlet and outlet, shield door is made；
Shield door successively includes copper sheet, steel plate, stereotype and steel plate from outside to inside, is fixed between each layer through metal-to-metal adhesive, between each layer
The metal-to-metal adhesive of smearing with a thickness of 0.5mm-1mm, and -10 DEG C ~ 60 DEG C at a temperature of be bonded, place after the completion of bonding to gold
It is fixed-type to belong to glue, then shield door is mounted at feed inlet and outlet.
(6) multiple air inlets and multiple suction openings are opened up on the side wall of cabin, and exhausting is installed at each suction opening
Machine.
The energy cabin prepared using method of the present invention can realize multipotency amount spoke using a variety of irradiation devices
According to, and can prevent energy from leaking, have the advantages that production is simple, manufacturing cost is low and irradiation expense is low.
Claims (4)
1. a kind of photon multipotency amount turn according to machining energy cabin design preparation method, which is characterized in that successively the following steps are included:
(1) raw material are processed；
Energy cabin cabin includes bottom surface, side wall and top surface, and wherein side wall and top surface are an integral molding structure, and makes energy cabin cabin
Bottom surface and the raw material of side wall include steel plate, stereotype, copper sheet and ceramic tile, be set as needed energy cabin cabin size and
Shape, and steel plate, stereotype, copper sheet and ceramic tile are processed by required shape according to the size and shape of setting；
(2) side wall of energy cabin cabin is made；
The side wall construction of energy cabin cabin successively includes copper plate layer, anti-leak layer and ceramic tile layer from outside to inside, and copper plate layer is let out with anti-
It is equipped with interlayer between drop ply and between anti-leak layer and ceramic tile layer, is equipped with fixing support rack, the side of energy cabin cabin in interlayer
Wall manufacturing process is as follows:
A, make anti-leak layer: smear the metal-to-metal adhesive of 0.5mm-1mm respectively in stereotype two sides, -10 DEG C~60 DEG C at a temperature of,
Two blocks of steel plates are bonded in stereotype two sides respectively, are placed after the completion of bonding fixed-type to metal-to-metal adhesive；
B, it makes fixing support rack: taking several support plates, each support plate is mutually arranged in a crossed manner in length and breadth, cross one another two branch
It is welded between fagging, forms multiple fixed frames；Two fixing support racks, respectively the first fixing support rack are made according to the method
With the second fixing support rack；
C, irradiation apparatus is installed: the main external member and emitting head of irradiation apparatus being respectively arranged in the first fixing support rack and second and consolidated
Determine in the fixed frame on support frame；
D, it assembles: two fixing support racks is respectively welded on the outside of two steel plates, welded in the other side of the first fixing support rack
Copper sheet is connect, ceramic tile layer is welded in the other side of the second fixing support rack, guarantees the emitting head of irradiation apparatus towards ceramic tile layer side
Setting, the side wall of energy cabin cabin complete；
(3) bottom surface of energy cabin cabin is made；
The bottom surface of energy cabin cabin successively includes copper plate layer, anti-leak layer and ceramic tile layer, the bottom surface of energy cabin cabin from outside to inside
Manufacturing process it is as follows:
A, make anti-leak layer: stereotype side smear 0.5mm-1mm metal-to-metal adhesive, -10 DEG C~60 DEG C at a temperature of, by steel
Plate is bonded in the side that stereotype smears metal-to-metal adhesive, places after the completion of bonding fixed-type to metal-to-metal adhesive；
B, the bottom surface assembling of energy cabin cabin: the metal-to-metal adhesive of 0.5mm-1mm is smeared in the side of steel plate, at -10 DEG C~60 DEG C
At a temperature of, copper sheet is bonded in the side that steel plate smears metal-to-metal adhesive, is placed after the completion of bonding fixed-type to metal-to-metal adhesive；
C, energy cabin cabin assembles: ceramic tile layer is welded in the bottom for the side wall that step (2) completes, then on the outside of ceramic tile layer
Irradiation devices are laid with, finally the bottom surface to complete above-mentioned steps b is welded on the outside of irradiation devices；
(4) feed inlet and outlet is opened up on the side wall of energy cabin cabin；
(5) according to the size of feed inlet and outlet, shield door is made；
Shield door successively includes copper sheet, steel plate, stereotype and steel plate from outside to inside, is fixed between each layer through metal-to-metal adhesive, between each layer
The metal-to-metal adhesive of smearing with a thickness of 0.5mm-1mm, and -10 DEG C~60 DEG C at a temperature of be bonded, bonding after the completion of place extremely
Metal-to-metal adhesive is fixed-type, and then shield door is mounted at feed inlet and outlet, and energy cabin cabin completes.
2. a kind of photon multipotency amount as described in claim 1 turns the design preparation method according to machining energy cabin, it is characterised in that:
The thickness of the copper sheet and steel plate is 1-3 millimeters, stereotype with a thickness of 6-13 millimeters.
3. a kind of photon multipotency amount as claimed in claim 2 turns the design preparation method according to machining energy cabin, it is characterised in that:
Further include step (6): opening up multiple air inlets and multiple suction openings on the side wall of energy cabin cabin, and at each suction opening
Exhaust fan is installed.
4. a kind of photon multipotency amount as described in claim 1 turns the design preparation method according to machining energy cabin, it is characterised in that:
The irradiation apparatus installed in the interlayer of the side wall of energy cabin cabin includes hyperfrequency resonant electrical accelerator, hyperfrequency electromagnetism
Wave-particle resonant excitation device, particle resonant acoustic wave generator, far infrared transmitter and small particle negative oxygen ion converter, it is described
The irradiation apparatus installed in the interlayer of the bottom surface of energy cabin cabin includes anion ore, metal-oxide film and far infrared
Transmitter.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201810787402.9A CN108986948B (en) | 2018-07-18 | 2018-07-18 | Design and preparation method of photon multi-energy irradiation processing energy cabin |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810787402.9A CN108986948B (en) | 2018-07-18 | 2018-07-18 | Design and preparation method of photon multi-energy irradiation processing energy cabin |
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| CN108986948A true CN108986948A (en) | 2018-12-11 |
| CN108986948B CN108986948B (en) | 2020-01-17 |
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| CN201810787402.9A Expired - Fee Related CN108986948B (en) | 2018-07-18 | 2018-07-18 | Design and preparation method of photon multi-energy irradiation processing energy cabin |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111180101A (en) * | 2018-11-09 | 2020-05-19 | 高英杰 | Design and preparation method of quantum multi-energy transillumination processing energy cabin |
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| US20100146870A1 (en) * | 2001-05-14 | 2010-06-17 | Gary Zeik | Shielded structure for radiation treatment equipment and method of assembly |
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