CN209387237U - A kind of high-speed motion body emitter that multistage electromagnetism accelerates - Google Patents
A kind of high-speed motion body emitter that multistage electromagnetism accelerates Download PDFInfo
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- CN209387237U CN209387237U CN201920144828.2U CN201920144828U CN209387237U CN 209387237 U CN209387237 U CN 209387237U CN 201920144828 U CN201920144828 U CN 201920144828U CN 209387237 U CN209387237 U CN 209387237U
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- motion body
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Abstract
The utility model discloses a kind of high-speed motion body emitters that multistage electromagnetism accelerates: including high pressure promotion room, transmitting tube and high-speed motion body structure, the transmitting tube includes air accelerated passage and electromagnetism accelerated passage, the high pressure promotion room is connected to setting with air accelerated passage, logical setting is led in the air accelerated passage and electromagnetism acceleration, is provided with electromagnetism accelerating structure in the electromagnetism accelerated passage；The high-speed motion body structure setting is in air accelerated passage；High pressure gas is injected into the high pressure gas promotion room promotes high-speed motion body structure to move to electromagnetism accelerated passage, and high-speed motion body projects after electromagnetism accelerating structure is again speeded up from transmitting tube；It is provided with high pressure gas expansion to accelerate to accelerate two kinds of accelerated modes to combine with electromagnetism, makes speed of the high-speed motion body when projecting transmitting tube faster.
Description
Technical field
The utility model relates to a kind of high-speed motion body lift-off technology field more particularly to a kind of height that multistage electromagnetism accelerates
Fast movable body emitter.
Background technique
The general inconvenient striking experiment carried out with material object is simulated by swiftly passing object at this stage, in order to make
High-speed motion body obtains higher speed, is at this stage generally allowed to the ejection of high-speed motion body by compressed air or catapult-launching gear
Faster speed is obtained, but appoints be not able to satisfy those striking experiments for needing speed very fast so in this way.
Summary of the invention
Goal of the invention: in order to overcome the deficiencies in the prior art, the utility model provides a kind of multistage electromagnetism acceleration
High-speed motion body emitter be able to solve the above problem.
Technical solution: to achieve the above object, the high-speed motion body transmitting that a kind of multistage electromagnetism of the utility model accelerates
Device: including high pressure gas promotion room, transmitting tube and high-speed motion body structure, and the transmitting tube includes air accelerated passage
With electromagnetism accelerated passage, the high pressure gas promotion room is connected to setting, the air accelerated passage and electricity with air accelerated passage
Logical setting is led in magnetic acceleration, is provided with electromagnetism accelerating structure in the electromagnetism accelerated passage；The high-speed motion body structure setting
In air accelerated passage；High pressure gas is injected into the high pressure gas promotion room promotes high-speed motion body structure to add to electromagnetism
Fast channel movement, high-speed motion body project after electromagnetism accelerating structure is again speeded up from transmitting tube；It is provided with high pressure gas expansion
Accelerate and electromagnetism accelerates two kinds of accelerated modes to combine, makes speed of the high-speed motion body when projecting transmitting tube faster.
Further, it is provided with push structure in the high pressure gas promotion room, the push structure includes pushing plate
And collision bar, size and the high pressure gas promotion room inner cavity of the pushing plate are equipped with；One end fixation of the collision bar is set
It sets on the side of pushing plate, the other end passes through that high pressure gas promotion room is flexible to be arranged in air accelerated passage, and described touches
The diameter of lance matches setting with air accelerated passage diameter, and the collision end of the collision bar, which resists, to be arranged in high-speed motion body
On structure rear end face；High-pressure pipe is provided on the high pressure gas promotion room, high pressure gas is entered by high-pressure pipe
Into high pressure gas promotion room, high pressure gas pushes push structure to high-speed motion body structural impact；It is pushed by high pressure gas
Push structure impinges upon in high-speed motion body structure, and high-speed motion body structure is made to obtain larger momentum in a flash, to make high speed
Movable body quickly moves.
Buffer spring is provided in the high pressure gas promotion room, one end of the buffer spring is fixed at high pressure gas
In body promotion room, the other end is vacantly arranged；When high pressure gas promotes indoor high pressure gas to push pushing plate mobile, pushing plate pressure
Contracting buffer spring, buffer spring generate the elastic force of opposite direction to pushing plate；Buffering is played to pushing plate by buffer spring to make
With preventing pushing plate from impinging upon on the side wall of high pressure gas promotion room and being damaged.
Further, the first energization magnet, the high-speed motion body structure packet are provided in the shock end of the collision bar
Crash protection block and high-speed motion body are included, the crash protection block half, which coats, is provided with high-speed motion body；The crash protection
Block is provided with the second energization magnet on the shock end end face of collision bar；The first energization magnet and the second energization magnet point
Not Tong electricity after, the first energization magnet and the second energization magnet opposing end surface repel each other setting；Magnetic is generated by energization magnetic magnet
Power, magneticaction is in high-speed motion body structure, and making high-speed motion body structure, stress accelerates again.
Further, the side on the pushing plate close to collision bar is provided with fixed column, the length side of the fixed column
It is arranged to along collision bar telescopic direction；The sense matched with fixed column is provided in the right end face of the high pressure gas promotion room
Channel is answered, when pushing plate moves forward, fixed column is mobile with pushing plate and is inserted into induction channels；The induction channels inner terminal
Contact induction device is set, the top of the fixed column is provided with triggering block, is provided with telescopic device below the induction channels,
The telescopic rod of the telescopic device passes through the side wall of induction channels and perpendicular to the flexible setting of the length direction of induction channels, described
The fixed groove matched with telescopic rod is provided in fixed column；In the fixed column insertion induction channels, and triggering block connects
Contact that contact induction device, telescopic rod are extend into the fixed groove of fixed column；Fixed column is fixed by telescopic rod, then it is right
Push structure is fixed, and is avoided and is also ensured the first energization magnet and the second energization magnet while pushing plate is damaged
The electromagnetic repulsion force of generation all acts in high-speed motion body structure, makes the speed increase of high pressure motive body structure faster.
It further, further include having controller, the signal output end and controller signals input terminal of the contact induction device
Connection, the signal output end of the controller energization module with the signal input part of telescopic device, the first energization magnet respectively
The energization module by signal input terminal connection of signal input part, the second energization magnet.
Further, the diameter of the electromagnetism accelerated passage is less than the diameter of air accelerated passage, and electromagnetism accelerated passage
Diameter match setting with the diameter of high-speed motion body；The air accelerated passage is provided with electromagnetism accelerated passage joint
It is detached from step, the ring wall for being detached from step and crash protection block is equipped with, and is provided with disengaging spring on the disengaging step；
When high-speed motion body structure flies away from air accelerated passage, the compression of crash protection block ring wall is detached from spring and is stopped by disengaging step,
Crash protection block is separated with high-speed motion body, and high-speed motion body enters electromagnetism accelerated passage；By crash protection block and high-speed motion
Body separation prevents crash protection block interference electromagnetism accelerating structure from accelerating to high-speed motion body third time.
Further, outer protective shell, the outer protective shell cladding setting transmitting tube are provided with outside the transmitting tube；It is described outer
Electromagnetism accelerating structure is provided between protective shell and transmitting tube, the electromagnetism accelerating structure includes that two current directions are opposite
Energization column；It is provided with guiding groove identical with its length direction in the electromagnetism accelerated passage, and is oriented to groove and runs through electromagnetism
Accelerated passage；Metal guide rail is provided on the energization column, the outer wall setting that the end face of the metal guide rail passes through transmitting tube exists
It is oriented in groove；It is provided with annular groove on the high-speed motion body, is provided in the annular groove and matches with annular groove
The becket of conjunction is fixedly installed the guiding metal block matched with guiding groove, the guiding metal block on the becket
It is slidably arranged in guiding groove, and is arranged with metal guide rail sliding contact；Making to establish power circuit between two energization columns makes
Long-range navigation magnetic force is generated between two energization columns, long-range navigation magnetic force moving high-speed motion body third time accelerates.
The utility model has the advantages that the high-speed motion body emitter that a kind of multistage electromagnetism of the utility model accelerates, by being provided with
Push structure pushes push structure to hit high-speed motion body and is allowed to obtain initial velocity by pressure-air；Again in collision bar
It is provided with the first energization magnet, the second energization magnet is provided on crash protection block, is repelled each other by magnetism to high-speed motion body
Thrust is generated, high-speed motion body is accelerated；High speed is transported by being provided with electromagnetism accelerating structure in electromagnetism accelerated passage
Kinetoplast is again speeded up；To which the speed for making high-speed motion body project transmitting tube is very big.
Detailed description of the invention
Attached drawing 1 is the overall structure diagram of the utility model；
Attached drawing 2 is the whole the schematic diagram of the section structure of the utility model；
Attached drawing 3 is the partial structural diagram of the utility model；
Attached drawing 4 is that the telescopic rod of the utility model is inserted into the structural schematic diagram in fixed column；
Attached drawing 5 is the partial enlargement structural representation of the attached drawing 2 of the utility model；
Attached drawing 6 is the schematic diagram of the section structure of the electromagnetism accelerated passage of the utility model；
Attached drawing 7 is the structural schematic diagram of the electromagnetism accelerating structure of the utility model；
Attached drawing 8 is the structural schematic diagram of the high-speed motion body of the utility model；
Specific embodiment
The utility model is further described with reference to the accompanying drawing.
A kind of high-speed motion body emitter that multistage electromagnetism accelerates as shown in attached drawing 1~8: including that high pressure gas pushes away
Into room 1, transmitting tube 2 and high-speed motion body structure 3, the transmitting tube 2 includes air accelerated passage 21 and electromagnetism accelerated passage
22, the high pressure gas promotion room 1 is connected to setting with air accelerated passage 21, and the air accelerated passage 21 accelerates with electromagnetism
The connection of channel 22 is arranged, and is provided with electromagnetism accelerating structure 23 in the electromagnetism accelerated passage 22；The high-speed motion body structure 3 is set
It sets in air accelerated passage 21；Into the high pressure gas promotion room 1 inject high pressure gas promote high-speed motion body structure 3 to
Electromagnetism accelerated passage 22 moves, and high-speed motion body 32 projects after electromagnetism accelerating structure 23 is again speeded up from transmitting tube 2.
Push structure is provided in the high pressure gas promotion room 1, the push structure includes pushing plate 41 and collision
Bar 42, size and 1 inner cavity of high pressure gas promotion room of the pushing plate 41 are equipped with, and high pressure gas pushes pushing plate 41 to move
It is dynamic, so that pushing plate 41 drives collision bar 42 to move into air accelerated passage 21；One end of the collision bar 42 is fixedly installed
On the side of pushing plate 41, the other end passes through the flexible setting of high pressure gas promotion room 1 in air accelerated passage 21, and described
The diameter of collision bar 42 matches setting with 21 diameter of air accelerated passage, and the collision end of the collision bar 42 resists setting and exists
On 3 rear end face of high-speed motion body structure；It is provided with high-pressure pipe 11 on the high pressure gas promotion room 1, high pressure gas passes through
High-pressure pipe 11 enters in high pressure gas promotion room 1, and high pressure gas pushes push structure to hit high-speed motion body structure 3
It hits；It pushes the collision bar 42 of push structure to collide end by high pressure gas to impinge upon in high-speed motion body structure 3, make high-speed motion
Body structure 3 obtains in a flash larger momentum, so that high-speed motion body 3 be made quickly to move.
The high pressure gas promotion room 1, which is provided with buffer spring 12, to be stated 12 end of buffer spring and is fixed at high pressure gas and push away
Vacantly it is arranged into 11 other end of room；When the high pressure gas of high pressure gas promotion room 1 pushes pushing plate 41, the compression of pushing plate 41 is slow
Spring 12 is rushed, buffer spring 12 generates the elastic force of opposite direction to pushing plate 41；Pushing plate 41 is played by buffer spring 12
Buffer function prevents pushing plate 41 from impinging upon on the side wall of high pressure gas promotion room 1 and being damaged.
The first energization magnet 421 is provided in the shock end of the collision bar 42, the high-speed motion body structure 3 includes
Crash protection block 31 and high-speed motion body 32, the cladding of crash protection block 31 half are provided with high-speed motion body 32；The collision
Protection block 31 is provided with the second energization magnet 311 on the shock end end face of collision bar 42；In collision bar 42 and crash protection
Block 31 collides in a flash, after the first energization magnet 421 and the second energization magnet 311 are separately energized, described first
Energization magnet 421 and 311 opposing end surface of the second energization magnet repel each other setting, and repulsion acts in high-speed motion body structure 3, make height
Stress accelerates fast movable body structure 3 again.
Side on the pushing plate 41 close to collision bar 42 is provided with fixed column 411, the length side of the fixed column 411
It is arranged to along 42 telescopic direction of collision bar；It is provided in the right end face of the high pressure gas promotion room 1 and 411 phase of fixed column
The induction channels 13 of cooperation, when pushing plate 41 moves forward, fixed column 411 is mobile with pushing plate 41 and is inserted into induction channels 13
It is interior；Contact induction device 131 is arranged in 13 inner terminal of induction channels, and the top of the fixed column 411 is provided with triggering block 412,
The lower section of the induction channels 13 is provided with telescopic device 14, and the telescopic rod 141 of the telescopic device 14 passes through induction channels 13
Side wall and perpendicular to the flexible setting of the length direction of induction channels 13, be provided with and 141 phase of telescopic rod in the fixed column 411
The fixed groove of cooperation；The fixed column 411 is inserted into induction channels 13, and triggering block 412 touches contact induction device
131, telescopic rod 141 is extend into the fixed groove of fixed column 411.Fixed column 411 is fixed by telescopic rod 141, then
Push structure is fixed, avoids and also ensures the first energization magnet 421 and second while pushing plate 41 is damaged
The electromagnetic repulsion force that energization magnet 311 generates all acts in high-speed motion body structure 3, makes the speed of high pressure motive body structure 3
Increase faster.It further include having controller, the signal output end of the contact induction device 131 is connect with controller signals input terminal,
The signal output end of the controller energization module with the signal input part of telescopic device 14, the first energization magnet 421 respectively
The energization module by signal input terminal connection of signal input part, the second energization magnet 311；Controlling telescopic device by controller makes to stretch
Contracting bar 141 protrudes into the fixed groove of fixed column 411, and push structure is fixed in this way；Controller issues electricity respectively simultaneously
Signal makes the first energization magnet 421 to the energization module of the first energization magnet 421 and the energization module of the second energization magnet 311
It is powered with the second energization magnet 311 and generates magnetic force, repelled each other by magnetism and high-speed motion body structure 3 is pushed to accelerate
The diameter of the electromagnetism accelerated passage 22 is less than the diameter of air accelerated passage 21, and electromagnetism accelerated passage 22 is straight
Diameter matches setting with the diameter of high-speed motion body 32；The air accelerated passage 21 is arranged with 22 joint of electromagnetism accelerated passage
Have and be detached from step 210, the disengaging step 210 and the ring wall of crash protection block 31 are equipped with, set on the disengaging step 210
It is equipped with and is detached from spring 211, be detached from spring 211 and play the role of buffering, prevent crash protection block 31 bad by damage；High-speed motion
When body structure 3 flies away from air accelerated passage 21, the compression of 31 ring wall of crash protection block is detached from spring 211 and is hindered by disengaging step 210
Gear, crash protection block are separated with high-speed motion body 32, and high-speed motion body 32 enters electromagnetism accelerated passage 22；High-speed motion body structure
3 carry out crash protection block 31 at disengaging step 21 separates with high-speed motion body 32, plays the work of recycling crash protection block
With, while the second energization magnet 311 being also prevented from crash protection block 31 is to the magnetic interference of electromagnetism accelerating structure 23.
Outer protective shell 20, the outer cladding of the protective shell 20 setting transmitting tube 2 are provided with outside the transmitting tube 2；The outer guarantor
Electromagnetism accelerating structure 23 is provided between protective case 20 and transmitting tube 2, the electromagnetism accelerating structure 23 includes two current directions
The both ends of opposite energization column 231, two energization columns 231 are arranged in clamping rings, and between two energization columns 231 mutually not
Connection；Guiding groove 221 identical with its length direction is provided in the electromagnetism accelerated passage 22, guiding groove 221 plays
Guiding role move high-speed motion body 32 can only along the length direction of electromagnetism accelerated passage 22；And guiding groove 221 is through electricity
Magnetic accelerated passage 22；Metal guide rail 232 is provided on the energization column 231, the end face of the metal guide rail 232 passes through transmitting tube
2 outer wall setting is in guiding groove 221；Annular groove 320, the annular groove are provided on the high-speed motion body 32
It is provided with the becket 321 matched with annular groove 320 in 320, is fixedly installed on the becket 321 and guiding groove
The 221 guiding metal blocks 322 matched, the guiding metal block 322 is slidably arranged in guiding groove 221, and is led with metal
232 sliding contact of rail setting；Two energization columns 231 form current loop by being oriented between metal block 322 and becket 321,
Current loop generates the long-range navigation magnetic force exported to electromagnetism accelerated passage 22, and long-range navigation magnetic force pair is set together with becket 321
High-speed motion body 32 accelerates, and further speeds up the speed of high-speed motion body 32.
A kind of launching technique of the high-speed motion body accelerated based on electromagnetism: include step 1, open high-pressure pipe 11
On switch valve, be filled with high pressure gas into high pressure gas promotion room 1, high pressure gas pushes push structure to move forward, and makes to touch
The shock end of lance 42 impinges upon in high-speed motion body structure 3, to make high-speed motion body structure 3 in air accelerated passage 21
High-speed motion setting；Step 2, the fixed column 411 moved together with pushing plate 41 is inserted into induction channels 13, and fixed column
The triggering block 412 on 411 tops touches contact induction device 131, and the contact induction device 131 issues electric signal to controller, institute
It states controller and issues electric signal again to telescopic device 14, protrude into telescopic rod 141 in the fixed groove of fixed column 411, it is right in this way
Push structure is fixed；It is logical to the energization module of the first energization magnet 421 and second to issue electric signal respectively for controller simultaneously
The energization module of electromagnet 311 makes the first energization magnet 421 and the second energization magnet 311 be powered and generates magnetic force, passes through magnetic phase
Reprimand pushes high-speed motion body structure 3 to accelerate；Step 3, high-speed motion body structure 3 move to air accelerated passage 21 and electricity
When the intersection of magnetic accelerated passage 22, crash protection block 31 in high-speed motion body structure 3 under the blocking for being detached from step 210 with
High-speed motion body 32 is detached from, and high-speed motion body 32 enters in electromagnetism accelerated passage 22, and crash protection block 31 stays in air and adds
In fast channel 21；Step 4, the guiding metal block 322 on high-speed motion body 32 is slidably arranged in guiding groove 221, and is led
Setting is contacted with metal guide rail 232 to metal block 322,23 pairs of guiding metal blocks 322 of electromagnetism accelerating structure are generated to electromagnetism at this time
The long-range navigation magnetic force of 22 exit movement of accelerated passage drives high-speed motion body 32 to accelerate to accelerate to electromagnetism to be oriented to metal block 322
22 exit movement of channel.
The above is only the preferred embodiment of the utility model, it should be pointed out that: for the common skill of the art
For art personnel, without departing from the principle of this utility model, several improvements and modifications can also be made, these improve and
Retouching also should be regarded as the protection scope of the utility model.
Claims (8)
1. a kind of high-speed motion body emitter that multistage electromagnetism accelerates, it is characterised in that: include high pressure gas promotion room
(1), transmitting tube (2) and high-speed motion body structure (3), the transmitting tube (2) include that air accelerated passage (21) and electromagnetism add
Fast channel (22), the high pressure gas promotion room (1) are connected to setting, the air accelerated passage with air accelerated passage (21)
(21) it is connected to setting with electromagnetism accelerated passage (22), is provided with electromagnetism accelerating structure (23) in the electromagnetism accelerated passage (22)；
High-speed motion body structure (3) setting is in air accelerated passage (21)；Into the high pressure gas promotion room (1), injection is high
Gas propulsive high-speed motion body structure (3) are pressed to move to electromagnetism accelerated passage (22), high-speed motion body (32) accelerates to tie through electromagnetism
Structure (23) projects after again speeding up from transmitting tube (2).
2. the high-speed motion body emitter that a kind of multistage electromagnetism according to claim 1 accelerates, it is characterised in that: described
It is provided with push structure in high pressure gas promotion room (1), the push structure includes pushing plate (41) and collision bar (42), institute
The size and high pressure gas promotion room (1) inner cavity for stating pushing plate (41) are equipped with；One end fixation of the collision bar (42) is set
It sets on the side of pushing plate (41), the other end passes through high pressure gas promotion room (1) flexible setting in air accelerated passage (21)
It is interior, and the diameter of the collision bar (42) matches setting with air accelerated passage (21) diameter, collision bar (42) are touched
It hits end and resists and be arranged on high-speed motion body structure (3) rear end face；High pressure admission is provided on the high pressure gas promotion room (1)
It manages (11), high pressure gas is entered in high pressure gas promotion room (1) by high-pressure pipe (11), and high pressure gas, which pushes, promotes knot
Structure hits high-speed motion body structure (3).
3. the high-speed motion body emitter that a kind of multistage electromagnetism according to claim 2 accelerates, it is characterised in that: described
It is provided with buffer spring (12) in high pressure gas promotion room (1), one end of the buffer spring (12) is fixed at high pressure gas
In body promotion room (1), the other end is vacantly arranged；High pressure gas in high pressure gas promotion room (1) pushes pushing plate (41) mobile
When, pushing plate (41) compresses buffer spring (12), and buffer spring (12) generates the elastic force of opposite direction to pushing plate (41).
4. the high-speed motion body emitter that a kind of multistage electromagnetism according to claim 2 accelerates, it is characterised in that: described
The first energization magnet (421) is provided in the shock end of collision bar (42), the high-speed motion body structure (3) includes that collision is protected
Protecting block (31) and high-speed motion body (32), the crash protection block (31) half, which coats, is provided with high-speed motion body (32)；It is described to touch
It hits protection block (31) and is provided with the second energization magnet (311) on the shock end end face of collision bar (42)；Described first is powered
After magnet (421) and the second energization magnet (311) are separately energized, the first energization magnet (421) and the second energization magnet
(311) opposing end surface repels each other setting.
5. the high-speed motion body emitter that a kind of multistage electromagnetism according to claim 4 accelerates, it is characterised in that: described
Side on pushing plate (41) close to collision bar (42) is provided with fixed column (411), the length direction edge of the fixed column (411)
The setting of collision bar (42) telescopic direction；It is provided in the right end face of the high pressure gas promotion room (1) and fixed column (411) phase
The induction channels (13) of cooperation, when pushing plate (41) moves forward, fixed column (411) is mobile with pushing plate (41) and is inserted into induction
In channel (13)；Contact induction device (131) are arranged in induction channels (13) inner terminal, and the top of the fixed column (411) is set
It is equipped with triggering block (412), is provided with telescopic device (14) below the induction channels (13), telescopic device (14) are stretched
Contracting bar (141) passes through the side wall of induction channels (13) and perpendicular to the flexible setting of the length direction of induction channels (13), described solid
The fixed groove matched with telescopic rod (141) is provided on fixed column (411)；The fixed column (411) is inserted into induction channels
(13) in, and triggering block (412) touches contact induction device (131), and telescopic rod (141) extend into consolidating for fixed column (411)
Determine in groove.
6. the high-speed motion body emitter that a kind of multistage electromagnetism according to claim 5 accelerates, it is characterised in that: also wrap
Controller is included, the signal output end of the contact induction device (131) is connect with controller signals input terminal, the controller
Signal output end is inputted with the energization module by signal of the signal input part of telescopic device (14), the first energization magnet (421) respectively
The energization module by signal input terminal connection at end, the second energization magnet (311).
7. the high-speed motion body emitter that a kind of multistage electromagnetism according to claim 1 accelerates, it is characterised in that: described
The diameter of electromagnetism accelerated passage (22) is less than the diameter of air accelerated passage (21), and the diameter of electromagnetism accelerated passage (22) and height
The diameter of fast movable body (32) matches setting；The air accelerated passage (21) and electromagnetism accelerated passage (22) joint are arranged
Have disengaging step (210), disengaging step (210) and the ring wall of crash protection block (31) are equipped with, the disengaging step
(210) it is provided on and is detached from spring (211)；When high-speed motion body structure (3) flies away from air accelerated passage (21), crash protection block
(31) ring wall compression is detached from spring (211) and is stopped by disengaging step (210), crash protection block and high-speed motion body (32) point
From high-speed motion body (32) enters electromagnetism accelerated passage (22).
8. the high-speed motion body emitter that a kind of multistage electromagnetism according to claim 1 accelerates, it is characterised in that: described
It is provided with outer protective shell (20) outside transmitting tube (2), outer protective shell (20) cladding setting transmitting tube (2)；The outer protective shell
(20) it is provided between transmitting tube (2) electromagnetism accelerating structure (23), the electromagnetism accelerating structure (23) includes two electric currents
Contrary energization column (231)；Guiding groove identical with its length direction is provided in the electromagnetism accelerated passage (22)
(221), and guiding groove (221) runs through electromagnetism accelerated passage (22)；Metal guide rail is provided on the energization column (231)
(232), the end face of the metal guide rail (232) passes through the outer wall setting of transmitting tube (2) in guiding groove (221)；The height
It is provided with annular groove (320) on fast movable body (32), is provided with and annular groove (320) phase in the annular groove (320)
The becket (321) of cooperation is fixedly installed the guiding metal matched with guiding groove (221) on the becket (321)
Block (322), the guiding metal block (322) are slidably arranged in guiding groove (221), and connect with metal guide rail (232) sliding
Touching setting.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920144828.2U CN209387237U (en) | 2019-01-28 | 2019-01-28 | A kind of high-speed motion body emitter that multistage electromagnetism accelerates |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920144828.2U CN209387237U (en) | 2019-01-28 | 2019-01-28 | A kind of high-speed motion body emitter that multistage electromagnetism accelerates |
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| CN209387237U true CN209387237U (en) | 2019-09-13 |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109813517A (en) * | 2019-01-28 | 2019-05-28 | 西安工业大学 | A kind of high-speed motion body emitter and its launching technique based on electromagnetism acceleration |
| CN110440636A (en) * | 2019-09-21 | 2019-11-12 | 朱幕松 | Annular accelerates magnetic artillery |
| CN113091532A (en) * | 2021-03-11 | 2021-07-09 | 哈尔滨工程大学 | Compound driven second grade projectile body accelerating device and experiment platform |
-
2019
- 2019-01-28 CN CN201920144828.2U patent/CN209387237U/en not_active Expired - Fee Related
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109813517A (en) * | 2019-01-28 | 2019-05-28 | 西安工业大学 | A kind of high-speed motion body emitter and its launching technique based on electromagnetism acceleration |
| CN109813517B (en) * | 2019-01-28 | 2023-11-10 | 西安工业大学 | High-speed moving body transmitting device based on electromagnetic acceleration and transmitting method thereof |
| CN110440636A (en) * | 2019-09-21 | 2019-11-12 | 朱幕松 | Annular accelerates magnetic artillery |
| CN110440636B (en) * | 2019-09-21 | 2021-07-30 | 朱幕松 | Annular accelerating electromagnetic gun |
| CN113091532A (en) * | 2021-03-11 | 2021-07-09 | 哈尔滨工程大学 | Compound driven second grade projectile body accelerating device and experiment platform |
| CN113091532B (en) * | 2021-03-11 | 2021-09-21 | 哈尔滨工程大学 | Compound driven second grade projectile body accelerating device and experiment platform |
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Granted publication date: 20190913 Termination date: 20210128 |