CN209355774U - Full electrification tank simulates electromagnetic canno - Google Patents
Full electrification tank simulates electromagnetic canno Download PDFInfo
- Publication number
- CN209355774U CN209355774U CN201920038632.5U CN201920038632U CN209355774U CN 209355774 U CN209355774 U CN 209355774U CN 201920038632 U CN201920038632 U CN 201920038632U CN 209355774 U CN209355774 U CN 209355774U
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- magnetic artillery
- electromagnetism
- magnetic
- shell
- magazine
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Abstract
Full electrification tank simulates electromagnetic canno, including gun carriage, magnetic artillery gun tube is fixed on gun carriage along the longitudinal direction, it is set with fixed multiple electromagnetism accelerating coils with being spaced from each other on the lateral wall of magnetic artillery gun tube, the rear of magnetic artillery gun tube is equipped with magnetic artillery magazine, the lower part of magnetic artillery magazine end face facing forward is equipped with magnetic artillery ejection door, the lower part of the end face of magnetic artillery magazine backwards is equipped with magnetic artillery attack and sends out mouth, mouth is sent out in magnetic artillery attack and magnetic artillery ejection door is coaxially disposed, the loading port of magnetic artillery gun tube is communicated with the magnetic artillery ejection door on magnetic artillery magazine, the rear of magnetic artillery magazine is equipped with electromagnetism shell pushing in device, electromagnetism shell pushing in device is used for will be in the electromagnetism shell push-in magnetic artillery gun tube in magnetic artillery magazine, the length of electromagnetism shell is greater than the length of electromagnetism accelerating coil.Its purpose is to provide a kind of are classified by multi-pole coils to accelerate, the complete electrochemical tank simulation electromagnetic canno for keeping the kinetic energy that the speed of body is higher, has bigger.
Description
Technical field
The utility model relates to a kind of complete electrochemical tanks to simulate electromagnetic canno.
Background technique
Magnetic artillery is to be accelerated shell by Lorentz force in magnetic field using moving charge in physics or current-carrying conductor
, capacitor charging first specially is supplied electricity to direct current, electric energy drives body to accelerate by releasing winding in capacitor, but coil
When accelerating shell, if still alived in coil when body center passes through hub of a spool, it will cause the reverse drawing to body, make big gun
The kinetic energy for playing body reduces.
Above-mentioned the made coilgun transmitting body initial velocity of principle is low, and kinetic energy is low.If it is possible to solve single-stage coil institute band
The reverse drawing to body come acts on, and faster, possessed kinetic energy is bigger, and destructive power is got over for speed when body can be made to go out thorax
Greatly.Therefore, further research accelerated mode is particularly important the promotion of body kinetic energy just.
Utility model content
The purpose of this utility model is to provide one kind by multi-pole coils classification accelerate, make the speed of body it is higher, have
The bigger complete electrochemical tank of some kinetic energy simulates electromagnetic canno.
The complete electrochemical tank of the utility model simulates electromagnetic canno, including gun carriage, is fixed with along the longitudinal direction on gun carriage
Magnetic artillery gun tube, the front end of magnetic artillery gun tube are equipped with bullet mouth, and the rear end of magnetic artillery gun tube is equipped with loading port, magnetic artillery gun tube
It is set with fixed multiple electromagnetism accelerating coils with being spaced from each other on lateral wall, is respectively equipped with above each electromagnetism accelerating coil
One is used to cool down the fan of electromagnetism accelerating coil, and each fan is separately mounted on gun carriage；
The rear of the magnetic artillery gun tube is equipped with magnetic artillery magazine, and magnetic artillery magazine is mounted on gun carriage, magnetic artillery magazine
The lower part of end face facing forward is equipped with magnetic artillery ejection door, and the lower part of the end face of magnetic artillery magazine backwards is sent out equipped with magnetic artillery attack
Mouthful, mouth is sent out in magnetic artillery attack and magnetic artillery ejection door is coaxially disposed, on the loading port and magnetic artillery magazine of the magnetic artillery gun tube
Magnetic artillery ejection door communicate, the rear of magnetic artillery magazine is equipped with electromagnetism shell pushing in device, the installation of electromagnetism shell pushing in device
On gun carriage, the push rod of electromagnetism shell pushing in device and the magnetic artillery attack hair mouth coaxial arrangement on magnetic artillery magazine, magnetic artillery
It plays pushing in device to be used in the electromagnetism shell push-in magnetic artillery gun tube in magnetic artillery magazine, electromagnetism shell is cylindrical iron
Core, the length of electromagnetism shell are greater than the length of electromagnetism accelerating coil；
Rear end on the magnetic artillery gun tube positioned at each electromagnetism accelerating coil is respectively equipped with a photoelectric proximity switch, often
A photoelectric proximity switch is located at an electromagnetism accelerating coil of its front end by electric control system control respectively, when some photoelectricity
When the electromagnetism shell being entered in magnetic artillery gun tube close to switch triggers, which can issue electric signal, pass through electricity
The electromagnetism accelerating coil that gas control system makes way for the photoelectric proximity switch front end is powered, when magnetic artillery bounces off out some light
Close to after the trigger position of switch, the electromagnetism which can make way for its front end by electric control system accelerates electricity
Coil blackout.
Preferably, the quantity of the electromagnetism accelerating coil is 4-8, and the magnetic artillery gun tube uses stainless-steel pipe system
At.
Preferably, the quantity of the electromagnetism accelerating coil is 5 or 6 or 7, and the length of each electromagnetism accelerating coil is
The length of 30mm, electromagnetism shell are 40mm, and photoelectric proximity switch is mounted at corresponding electromagnetism accelerating coil rear end 6mm.
Preferably, the electromagnetism shell pushing in device includes electromagnetic coil, and electromagnetic coil is mounted on stainless steel material and is made
Shell in, the axis of electromagnetic coil is overlapped with the axis of magnetic artillery gun tube, and shell is fixed on gun carriage, and electromagnetic coil is sleeved on
The rear sleeve at the middle part of push rod made of iron core, push rod is equipped with reset spring, and the rear end of reset spring withstands on the axis at push rod rear portion
On cap, the front end of reset spring is withstood on the end face of shell backwards.
The complete electrochemical tank simulation electromagnetic canno of the utility model when in use, will using electromagnetism shell pushing in device
Electromagnetism shell in magnetic artillery magazine is out of, magnetic artillery gun tube rear end is equipped with loading port push-in magnetic artillery gun tube, into magnetic artillery
Electromagnetism shell in gun tube can touch the photoelectric proximity switch positioned at magnetic artillery gun tube rear end, which can issue electricity
Signal makes way for the nearest electromagnetism accelerating coil in the photoelectric proximity switch front end by electric control system and is powered, at this time the electricity
Magnetic shell will start to accelerate under the action of electromagnetism accelerating coil magnetic field, approach when the magnetic artillery bounces off the photoelectricity opened and be touched
After the trigger position of switch, the electromagnetism accelerating coil of the photoelectric proximity switch front end is powered off, while the electromagnetism shell can touch again
Next photoelectric proximity switch, the photoelectric proximity switch can issue electric signal, make way for the photoelectricity by electric control system and connect
The nearest electromagnetism accelerating coil in nearly switch front end is powered, and the electromagnetism shell can be under the action of the electromagnetism accelerating coil magnetic field at this time
Continue to accelerate, after the magnetic artillery bounces off the trigger position for opening the photoelectric proximity switch being touched, the photoelectric proximity switch front end
The power-off of electromagnetism accelerating coil, while the electromagnetism shell can touch next photoelectric proximity switch again, and such relay acts on, so that it may
Electromagnetism shell is allowed to go out magnetic artillery gun tube by transmitted at high speed.The complete electrochemical tank of the utility model simulates electromagnetic canno, by more
Grade classification accelerates, and can power off in time to electromagnetism accelerating coil after electromagnetism shell passes through, it is logical thus to can effectively reduce electromagnetism shell
Reverse drawing effect after crossing electromagnetism accelerating coil, is significantly increased kinetic energy possessed by body, to reach stronger damage effectiveness.
Therefore, the complete electrochemical tank simulation electromagnetic canno of the utility model, which has to be classified by multi-pole coils, accelerates, and makes the speed of body
The bigger feature of Du Genggao, the kinetic energy having.
To the utility model, electrochemical tank simulation electromagnetic canno is described further entirely with reference to the accompanying drawing.
Detailed description of the invention
Fig. 1 is that the complete electrochemical tank of the utility model simulates the main view of electromagnetic canno；
Fig. 2 is that the complete electrochemical tank of the utility model simulates the perspective view of electromagnetic canno.
Specific embodiment
As depicted in figs. 1 and 2, the complete electrochemical tank of the utility model simulates electromagnetic canno, including gun carriage 1, on gun carriage 1
It is fixed with magnetic artillery gun tube 2 along the longitudinal direction, the front end of magnetic artillery gun tube 2 is equipped with bullet mouth, and the rear end of magnetic artillery gun tube 2 is equipped with
Loading port is set with fixed multiple electromagnetism accelerating coils 3, each electromagnetism on the lateral wall of magnetic artillery gun tube 2 with being spaced from each other
The top of accelerating coil 3 is respectively equipped with one for cooling down the fan 4 of electromagnetism accelerating coil 3, and each fan 4 is separately mounted to big gun
On frame 1；
The rear of the magnetic artillery gun tube 2 is equipped with magnetic artillery magazine 5, and magnetic artillery magazine 5 is mounted on gun carriage 1, magnetic artillery
The lower part of the end face facing forward of magazine 5 is equipped with magnetic artillery ejection door, and the lower part of the end face of magnetic artillery magazine 5 backwards is equipped with electromagnetism shell
Mouth is fired, mouth is sent out in magnetic artillery attack and magnetic artillery ejection door is coaxially disposed, the loading port and electromagnetism shell of the magnetic artillery gun tube 2
Magnetic artillery ejection door on casket 5 communicates, and the rear of magnetic artillery magazine 5 is equipped with electromagnetism shell pushing in device 8, electromagnetism shell push-in dress
It sets 8 to be mounted on gun carriage 1, the push rod of electromagnetism shell pushing in device 8 is coaxially set with the magnetic artillery attack hair mouth on magnetic artillery magazine 5
It sets, electromagnetism shell pushing in device 8 is used to for the electromagnetism shell 6 in magnetic artillery magazine 5 being pushed into magnetic artillery gun tube 2, electromagnetism shell 6
For cylindrical iron core, the length of electromagnetism shell 6 is greater than the length of electromagnetism accelerating coil 3；
Rear end on the magnetic artillery gun tube 2 positioned at each electromagnetism accelerating coil 3 is respectively equipped with a photoelectric proximity switch
7, each photoelectric proximity switch 7 is located at an electromagnetism accelerating coil 3 of its front end by electric control system control respectively, when certain
When a photoelectric proximity switch 7 is entered the triggering of the electromagnetism shell 6 in magnetic artillery gun tube 2, which can issue telecommunications
Number, it is powered by the electromagnetism accelerating coil 3 that electric control system makes way for 7 front end of photoelectric proximity switch, works as magnetic artillery
After bullet 6 leaves the trigger position of some photoelectric proximity switch 7, which can be made way for by electric control system
The electromagnetism accelerating coil 3 of its front end powers off.
The quantity of above-mentioned electromagnetism accelerating coil 3 is 4-8 as a further improvement of the utility model, the magnetic artillery
Gun tube 2 is made of stainless-steel pipe.
As a further improvement of the utility model, the quantity of above-mentioned electromagnetism accelerating coil 3 be 5 or 6 or 7, often
The length of a electromagnetism accelerating coil 3 is 30mm, and the length of electromagnetism shell is 40mm, and photoelectric proximity switch 7 is mounted on corresponding electricity
At 3 rear end 6mm of magnetic accelerating coil.
Above-mentioned electromagnetism shell pushing in device 8 includes electromagnetic coil, electromagnetic coil as a further improvement of the utility model,
It is mounted in shell 9 made of stainless steel material, the axis of electromagnetic coil is overlapped with the axis of magnetic artillery gun tube 2, and shell 9 is fixed
On gun carriage 1, electromagnetic coil is sleeved on the middle part of push rod 10 made of iron core, and the rear sleeve of push rod 10 is equipped with reset spring 11,
The rear end of reset spring 11 is withstood on the axle cap at 10 rear portion of push rod, and the front end of reset spring 11 is withstood on the end face of shell 9 backwards.
Electromagnetism shell 6 when in use, can be placed in advance by the complete electrochemical tank simulation electromagnetic canno of the utility model
It, will be in magnetic artillery magazine 5 using electromagnetism shell pushing in device 8 when needing to emit electromagnetism shell 6 in magnetic artillery magazine 5
Electricity of the electromagnetism shell 6 out of, 2 rear end of magnetic artillery gun tube is equipped with loading port push-in magnetic artillery gun tube 2, into magnetic artillery gun tube 2
Magnetic shell 6 can touch the photoelectric proximity switch 7 positioned at 2 rear end of magnetic artillery gun tube, which can issue electric signal,
It makes way for the nearest electromagnetism accelerating coil 3 in 7 front end of photoelectric proximity switch by electric control system to be powered, at this time the magnetic artillery
Bullet 6 will start to accelerate under the action of electromagnetism 3 magnetic field of accelerating coil, approach when the electromagnetism shell 6 leaves the photoelectricity being touched
After the trigger position of switch 7, the electromagnetism accelerating coil 3 of 7 front end of photoelectric proximity switch is powered off, while the electromagnetism shell 6 meeting again
Next photoelectric proximity switch 7 is touched, which can issue electric signal, make way for this by electric control system
The nearest electromagnetism accelerating coil 3 in 7 front end of photoelectric proximity switch is powered, and the electromagnetism shell 6 can be in 3 magnetic of electromagnetism accelerating coil at this time
Continue to accelerate under the action of, after the electromagnetism shell 6 leaves the trigger position for the photoelectric proximity switch 7 being touched, the photoelectricity
Electromagnetism accelerating coil 3 close to 7 front end of switch powers off, while the electromagnetism shell 6 can touch next photoelectric proximity switch 7 again,
Such relay effect, so that it may electromagnetism shell 6 be allowed to go out magnetic artillery gun tube 2 by transmitted at high speed.The complete electrochemical tank mould of the utility model
Quasi- electromagnetic canno, is accelerated by multi-level hierarchical, can be powered off in time to electromagnetism accelerating coil 3 after electromagnetism shell 6 passes through, thus
Electromagnetism shell 6 be can effectively reduce by the reverse drawing effect after electromagnetism accelerating coil 3, kinetic energy possessed by body is significantly increased,
To reach stronger damage effectiveness.Therefore, the complete electrochemical tank simulation electromagnetic canno of the utility model, which has, passes through multistage
Coil classification accelerates, the feature for keeping the kinetic energy that the speed of body is higher, has bigger.
Claims (4)
1. full electrification tank simulates electromagnetic canno, it is characterised in that: including gun carriage (1), gun carriage is fixed along the longitudinal direction on (1)
Having magnetic artillery gun tube (2), the front end of magnetic artillery gun tube (2) is equipped with bullet mouth, and the rear end of magnetic artillery gun tube (2) is equipped with loading port,
Fixed multiple electromagnetism accelerating coils (3) are set on the lateral wall of magnetic artillery gun tube (2) with being spaced from each other, each electromagnetism accelerates
One is respectively equipped with above coil (3) for cooling down the fan (4) of electromagnetism accelerating coil (3), each fan (4) is installed respectively
On gun carriage (1)；
The rear of the magnetic artillery gun tube (2) is equipped with magnetic artillery magazine (5), and magnetic artillery magazine (5) is mounted on gun carriage (1), electricity
The lower part of magnetic shell casket (5) end face facing forward is equipped with magnetic artillery ejection door, and the lower part of the end face of magnetic artillery magazine (5) backwards is equipped with
Mouth is sent out in magnetic artillery attack, and mouth is sent out in magnetic artillery attack and magnetic artillery ejection door is coaxially disposed, the loading port of the magnetic artillery gun tube (2)
It is communicated with the magnetic artillery ejection door on magnetic artillery magazine (5), the rear of magnetic artillery magazine (5) is equipped with electromagnetism shell pushing in device
(8), electromagnetism shell pushing in device (8) is mounted on gun carriage (1), the push rod and magnetic artillery magazine of electromagnetism shell pushing in device (8)
(5) the magnetic artillery attack hair mouth coaxial arrangement on, electromagnetism shell pushing in device (8) are used for the electromagnetism in magnetic artillery magazine (5)
Shell is pushed into magnetic artillery gun tube (2), and electromagnetism shell is cylindrical iron core, and the length of electromagnetism shell is greater than electromagnetism accelerating coil
(3) length；
Rear end on the magnetic artillery gun tube (2) positioned at each electromagnetism accelerating coil (3) is respectively equipped with a photoelectric proximity switch
(7), each photoelectric proximity switch (7) is located at an electromagnetism accelerating coil of its front end by electric control system control respectively
(3), when some photoelectric proximity switch (7) is entered the triggering of the electromagnetism shell in magnetic artillery gun tube (2), the photoelectric proximity switch
(7) electric signal can be issued, an electromagnetism accelerating coil of photoelectric proximity switch (7) front end is made way for by electric control system
(3) it is powered, after magnetic artillery bounces off out the trigger position of some photoelectric proximity switch (7), which can pass through
Electric control system makes way for electromagnetism accelerating coil (3) power-off of its front end.
2. complete electrochemical tank according to claim 1 simulates electromagnetic canno, it is characterised in that: the electromagnetism accelerating coil
(3) quantity is 4-8, and the magnetic artillery gun tube (2) is made of stainless-steel pipe.
3. complete electrochemical tank according to claim 2 simulates electromagnetic canno, it is characterised in that: the electromagnetism accelerating coil
(3) quantity is 5 or 6 or 7, and the length of each electromagnetism accelerating coil (3) is 30mm, and the length of electromagnetism shell is
40mm, photoelectric proximity switch (7) are mounted at corresponding electromagnetism accelerating coil (3) rear end 6mm.
4. complete electrochemical tank according to claim 1 or 2 or 3 simulates electromagnetic canno, it is characterised in that: the magnetic artillery
Playing pushing in device (8) includes electromagnetic coil, and electromagnetic coil is mounted in shell made of stainless steel material (9), electromagnetic coil
Axis is overlapped with the axis of magnetic artillery gun tube (2), and shell (9) is fixed on gun carriage (1), and electromagnetic coil is sleeved on made of iron core
The rear sleeve at the middle part of push rod (10), push rod (10) is equipped with reset spring (11), and the rear end of reset spring (11) withstands on push rod
(10) on the axle cap at rear portion, the front end of reset spring (11) is withstood on the end face of shell (9) backwards.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920038632.5U CN209355774U (en) | 2019-01-09 | 2019-01-09 | Full electrification tank simulates electromagnetic canno |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920038632.5U CN209355774U (en) | 2019-01-09 | 2019-01-09 | Full electrification tank simulates electromagnetic canno |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209355774U true CN209355774U (en) | 2019-09-06 |
Family
ID=67802766
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201920038632.5U Expired - Fee Related CN209355774U (en) | 2019-01-09 | 2019-01-09 | Full electrification tank simulates electromagnetic canno |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209355774U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110686561A (en) * | 2019-11-18 | 2020-01-14 | 朱幕松 | Warship missile electromagnetic gun |
-
2019
- 2019-01-09 CN CN201920038632.5U patent/CN209355774U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110686561A (en) * | 2019-11-18 | 2020-01-14 | 朱幕松 | Warship missile electromagnetic gun |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20190906 Termination date: 20220109 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |