CN109211941A - A kind of Antiradiation protection cloth and its application method based on theory of mechanics - Google Patents
A kind of Antiradiation protection cloth and its application method based on theory of mechanics Download PDFInfo
- Publication number
- CN109211941A CN109211941A CN201811046172.7A CN201811046172A CN109211941A CN 109211941 A CN109211941 A CN 109211941A CN 201811046172 A CN201811046172 A CN 201811046172A CN 109211941 A CN109211941 A CN 109211941A
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- space
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- detection
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01N—INVESTIGATING OR ANALYSING MATERIALS BY DETERMINING THEIR CHEMICAL OR PHYSICAL PROPERTIES
- G01N23/00—Investigating or analysing materials by the use of wave or particle radiation, e.g. X-rays or neutrons, not covered by groups G01N3/00 – G01N17/00, G01N21/00 or G01N22/00
-
- G—PHYSICS
- G21—NUCLEAR PHYSICS; NUCLEAR ENGINEERING
- G21F—PROTECTION AGAINST X-RADIATION, GAMMA RADIATION, CORPUSCULAR RADIATION OR PARTICLE BOMBARDMENT; TREATING RADIOACTIVELY CONTAMINATED MATERIAL; DECONTAMINATION ARRANGEMENTS THEREFOR
- G21F3/00—Shielding characterised by its physical form, e.g. granules, or shape of the material
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- Engineering & Computer Science (AREA)
- General Engineering & Computer Science (AREA)
- High Energy & Nuclear Physics (AREA)
- Health & Medical Sciences (AREA)
- Life Sciences & Earth Sciences (AREA)
- Chemical & Material Sciences (AREA)
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- General Health & Medical Sciences (AREA)
- General Physics & Mathematics (AREA)
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- Pathology (AREA)
- Treatment Of Fiber Materials (AREA)
Abstract
The invention discloses a kind of Antiradiation protection cloth and its application method based on theory of mechanics, including detection case, the rotation space of front bulkhead connection free surrounding space is provided in the detection case front end face, the detection space of a connection rotation space is provided in the rotation space aft bulkhead, a clamp system is provided in the wall of the detection space left end, the symmetrically arranged clamp system centered on detecting space is provided in the right end wall of the detection space, an electromagnetic mechanism is provided in second gripping block, the clamping slot is provided with a transmission mechanism in the end wall far from detection space, a follower is provided in the clamping slot aft bulkhead.This apparatus structure is simple, and it is convenient to operate, and in present invention work, apparatus structure is simplified, low in cost and small in size easy to carry, more can accurately detect the shielding property of cloth, increase the detection accuracy of cloth shielding property, guarantee the qualification rate of product.
Description
Technical field
The present invention relates to examine detection field, specially a kind of Antiradiation protection cloth and its application method based on theory of mechanics.
Background technique
Currently, with the development of science and technology society development, at this stage to the most volume of the detection device of shielding property compared with
Greatly, and it is unfavorable for carrying, therefore, most of radiation protection products pass through acquisition sample mostly and are sent to inspection center's detection, greatly
Detection time is increased, work step is increased, reduces working efficiency, is unfavorable for the real-time control to product quality.
Summary of the invention
The purpose of the present invention is to provide a kind of Antiradiation protection cloth and its application method based on theory of mechanics, it is above-mentioned to solve
The problem of being proposed in background technique.
To achieve the above object, the invention provides the following technical scheme: a kind of Antiradiation protection cloth based on theory of mechanics and its
Application method, including detection case are provided with the rotation space of front bulkhead connection free surrounding space, institute in the detection case front end face
The detection space for being provided with a connection rotation space in rotation space aft bulkhead is stated, is provided with one in the wall of the detection space left end
Clamp system, the clamp system include clamping slot, and it is empty that a right end wall communication with detection is provided in the wall of the detection space left end
Between clamping slot, be provided with a clamping space in the clamping slot upper end wall, be provided in the clamping space upper end wall
The promotion slot of connection clamping space on the right side of end wall, the promotion slot left end wall are connected to free surrounding space, and sliding connects in the promotion slot
It is connected to left end company of fixation on the right side of the catch bar for pushing slot left end wall and being located in free surrounding space, the catch bar lower end surface
It is connected to the first trapezoid block, first trapezoid block lower end is through clamping space upper end wall and is located in clamping space, described first
Trapezoid block left side is fixedly connected with first connecting rod, and the first connecting rod front end face does side and is fixedly connected with the first limit
Bar is provided with the limit space of right end wall connection clamping space, the limit space lower end in the wall of the clamping space left end
Wall is fixedly connected with a hydraulicefficiency elevation structure, and the hydraulicefficiency elevation structure upper end is fixedly connected with the first connecting plate, and described first
Connecting rod upper surface is fixedly connected with L bar, and a right end wall is provided in the L bar right end with lower end wall and is connected to limit space
First rotation slot, is fixedly connected with the first rotation axis before and after first rotation slot between end wall, on the first rotation axis axis body
A lower end is rotatably connected to through the first rotation slot lower end wall and the rotor plate in limit space, the rotor plate and first
It is connected between rotation axis by the first torsionspring, the second connecting plate is slidably connected in the clamping space, described second connects
Fishplate bar upper surface is fixedly connected with the second trapezoid block, and second trapezoid block lower end is through clamping space lower end wall and is located at clamping
Slot is symmetrically fixedly connected with centered on the second trapezoid block between second connecting plate lower end face and clamping space lower end wall
One compressed spring is provided with the spring groove that a upper end wall is connected to clamping space with left end wall in second connecting plate left end, institute
First connecting rod right end is stated through limit space right end wall and spring groove left end wall and is located in spring groove, the first connecting rod
An adjustable spring is fixedly connected between right end lower end surface and spring groove lower end wall, second trapezoid block is provided with one in lower end
Lower end wall is connected to the first sliding groove of clamping slot, slidably connects a rear and front end in first sliding groove and extends through first
The T-shaped slider of end wall before and after sliding groove, the T-shaped slider lower end is through the first sliding groove lower end wall and is located in clamping slot, institute
It states T-shaped slider lower end and is fixedly connected with the first gripping block, the clamping slot lower end wall is fixedly connected with a supporting block, the support
It is provided with the second sliding groove that a upper end wall is connected to clamping slot with front and back end wall in block upper end wall, is slided in second sliding groove
The dynamic upper end that is connected with is on the second sliding groove upper end wall and the first sliding shoe in clamping slot, the second sliding shoe
End is fixedly connected with the second gripping block, is provided with the symmetrically arranged folder centered on detecting space in the right end wall of the detection space
Tight mechanism, an electromagnetic mechanism is provided in second gripping block, and the clamping slot is provided in the end wall far from detection space
One transmission mechanism is provided with a follower in the clamping slot aft bulkhead, the second rotation axis is provided in the rotation space,
A closed plate is fixedly connected on the first rotation axis axis body, the rotor plate upper surface is fixedly connected with the first electromagnet,
It is fixedly connected with the second electromagnet on the upside of the rotation space aft bulkhead, aft bulkhead connection rotation is provided in the closed plate
The lifting groove in space is symmetrically set with a spring compartment in the lifting groove front bulkhead, and sliding connects in the spring compartment
It is connected to a fixed plate, it is symmetrical above and below between the fixed plate front end face and spring compartment front bulkhead to be fixedly connected with a fixed spring,
The fixed plate rear end face is fixedly connected with the second connecting rod that a rear end is run through spring compartment aft bulkhead and is located in lifting groove,
The lifting groove lower end wall is fixedly connected with third gripping block, is provided on the upside of the third gripping block and is slidably connected with lifting groove
The 4th gripping block, it is described second connection rod rear end is fixedly connected with a pushing plate, fixed plate front end face center and the 4th
It is connected between gripping block by rope, is provided with a front bulkhead communication with detection space and left and right end in the aft bulkhead of the detection space
Wall is respectively communicated with the lifting slot of left and right clamping slot, and the lifting slot lower end wall is fixedly connected with the 5th gripping block, the 5th folder
Tight block upside is provided with the 6th gripping block being slidably connected with lifting slot, the 6th gripping block upper end and the fixed company of follower
It connects, detection space upper end wall is fixedly connected with an X-ray production apparatus, and detection space lower end wall is fixedly connected with radiation inspection
Survey machine；
The method comprises the following steps:
Firstly, Antiradiation protection cloth is filled in detection space, the two pieces of clampings both sides of Antiradiation protection cloth being placed in the left and right sides
Between block, pull out catch bar at this time, thus the second trapezoid block is pushed up downwards to drive the first gripping block move downward, from
And Antiradiation protection cloth is clamped, simultaneously because catch bar moves out, to make first connecting rod that the first gag lever post be driven to enter limit
In bit space, hydraulicefficiency elevation structure works at this time, moves downward rotor plate under the drive of connecting rod and is located at the first gag lever post
Side far from detection space, so that stuck first gag lever post, compressed spring are compressed, when Antiradiation protection cloth the right and left is clamped
Afterwards, closed plate is rotated, when the first electromagnet of closed plate upper end and the second electromagnet contact, is powered attracting, to will close
Plate is fixed on the position, and during closed plate rotation, the rotation of the second rotating bar is driven under the rotation of closed plate, from
And the second torsionspring is compressed, the 5th work of electromagnet drives limited block to move downward, hence into receiving slit, preventing the
Two torsionsprings drive, and prevent third rotary shaft from rotating, temporary energy storage, when closed plate is not in rotation, in the 5th electromagnet
Under effect, gag lever post leaves receiving slit, to make third rotary shaft rotate under the drive of the second torsionspring, thus in gear
System is under the transmission of belt, and band nutating gear rotates, and electromagnetic mechanism works at this time, so that gear block be made to nibble with transmission gear
It closes, to gear block travel forward under the drive of transmission gear, to drive the second gripping block to travel forward, in friction
Effect is lower to drive the first gripping block to travel forward, so that Antiradiation protection cloth is made to travel forward, and Slave Block is in the band of the second gripping block
It travels forward under dynamic, to pull rope, driven spring is drawn high, and hydraulic spring grease cup is compressed, and stopper leaves hydraulic at this time
Pipeline opening pushes down on lower hydraulic plate under the action of hydraulic pump and hydraulic oil, so that people drives the 6th gripping block to transport downwards
It is dynamic, to clamp Antiradiation protection cloth back edge, simultaneously because the second gripping block travels forward, pushing plate is driven to travel forward,
To drive the 4th gripping block and third gripping block to clamp the front end of Antiradiation protection cloth under the transmission of rope, thus by Antiradiation protection cloth
Partition detection space is convenient for detection；
Then, after completing detection, electromagnetic mechanism work is detached from gear block and transmission gear, in driven spring and fixed bullet
Under the action of spring, the second gripping block is driven to move backward with the first gripping block, until returning to original position, while hydraulic pump works drive
6th gripping block moves upwards, and the 4th gripping block moves upwards under the action of fixed spring, by the rear and front end of Antiradiation protection cloth
Deblocking, hydraulicefficiency elevation structure move upwards the first gag lever post, while pushing catch bar to detection spatial movement, to make second
Trapezoid block return, to unseal Antiradiation protection cloth left and right ends, rotates closed plate, takes so that the first gripping block be driven to move upwards
Antiradiation protection cloth out.
Preferably, the electromagnetic mechanism includes electromagnetism slot, a gear block, the electricity are slidably connected in the electromagnetism slot
Magnetic slot is fixedly connected with third electromagnet close to the end wall center in detection space, and the gear block is in the end face in detection space
The heart is fixedly connected with the 4th electromagnet, and the gear block is close to the end face in detection space and electromagnetism slot close to the end wall for detecting space
Between symmetrical above and below be fixedly connected with an electromagnetic spring.
Preferably, the transmission mechanism includes driving groove, the clamping slot is provided in the end wall far from detection space
One is connected to the transmission space that is put into of clamping slot, end of the transmission space close to detection space on front side of the end wall in detection space
Rotation space is connected on front side of wall, a support shaft is fixedly connected on rear side of the transmission space lower end wall, the support shaft upper end is solid
Surely it is connected with first bevel gear, is provided with a transmission gear for being fixed to the support shaft connection on the downside of the first bevel gear, it is described
Transmission gear close to the end wall in detection space and is located in clamping slot close to the one end in detection space through transmission space, and described the
One bevel gear is connected by meshing transmission far from the one end in detection space second bevel gear, and the second bevel gear center is fixedly connected
There is the first rotary shaft of the end wall rotation connection of one end and transmission space far from detection space far from detection space, described the
Two bevel gears are provided with the first belt pulley being fixedly connected with the first rotary shaft, the transmission far from the side of detection space center
Space is rotatably connected to the second rotary shaft on front side of the end wall far from detection space, is fixedly connected on the second line shaft axis body
Second belt pulley is connected between second belt pulley and the first belt pulley by belt, and second belt pulley is far from detection
The side of space center is provided with the driving gear being fixedly connected with the second rotary shaft, and engaged transmission connects on the downside of the driving gear
It is connected to a rotation gear, the rotation gear centre is fixedly connected with an one end and transmission space far from detection space far from inspection
The third rotary shaft of the end wall rotation connection in space is surveyed, the third rotary shaft is provided in one end of detection space center
One is connected to the swivelling chute of transmission space close to the end wall of detection space center, and the left and right ends of second rotation axis extend through
Rotation space left hand end wall closely detects the end wall of space center with swivelling chute and is slidably connected with swivelling chute, second rotation axis
It is fixedly connected between third rotary shaft by the second torsionspring, it is empty far from detection that one is provided in the rotation gear lower end
Between center end wall connection transmission space receiving slit, the transmission space far from detection space center end wall in be provided with one
Close to the ejection slot of the end wall connection transmission space of detection space center, a limited block, institute are slidably connected in the ejection slot
It states ejection slot and is fixedly connected with the 5th electromagnet far from the end wall of detection space center.
Preferably, the follower includes driven slot, front bulkhead connection is provided in the clamping slot aft bulkhead
The driven slot of clamping slot is provided with a liquid storage space in the clamping slot clamping space aft bulkhead, described to eat liquid space aft bulkhead
Inside be provided with a hydraulic space, slidably connected in the driven slot front end through driven slot front bulkhead and with the second gripping block
The Slave Block being fixedly connected, it is symmetrical above and below between the Slave Block rear end face and driven slot aft bulkhead to be fixedly connected with one from moving
Spring is connected between the liquid storage space and hydraulic space by hydraulic pipeline, is provided with a hydraulic pump, institute in the hydraulic pipeline
State it is symmetrical above and below in hydraulic space slidably connect a hydraulic plate, between the upper side hydraulic plate upper surface and hydraulic space upper end wall
It is fixedly connected with a hydraulic spring grease cup, is fixedly connected with a stopper, the lower hydraulic on the left of the upper side hydraulic plate lower end surface
Plate lower end surface is fixedly connected with the hydraulic stem that a lower end is run through hydraulic space lower end wall and is fixedly connected with the 6th gripping block, described
It is connected between Slave Block rear end face and upper side hydraulic plate upper surface by rope.
Compared with prior art, the beneficial effects of the present invention are: in present invention work, Antiradiation protection cloth is filled in into detection space
It is interior, the both sides of Antiradiation protection cloth are placed between two pieces of gripping blocks in the left and right sides, pull out catch bar at this time, thus will
Second trapezoid block pushes up downwards to drive the first gripping block to move downward, so that Antiradiation protection cloth is clamped, simultaneously because catch bar
It moves out, to make first connecting rod that the first gag lever post be driven to enter in limit space, hydraulicefficiency elevation structure works at this time,
It moves downward rotor plate under the drive of connecting rod and is located at side of first gag lever post far from detection space, thus stuck first limit
Position bar, compressed spring are compressed, and after Antiradiation protection cloth the right and left is clamped, closed plate are rotated, when the first of closed plate upper end
When electromagnet and the second electromagnet contact, it is powered attracting, thus closed plate is fixed on the position, in the mistake of closed plate rotation
Cheng Zhong drives the rotation of the second rotating bar under the rotation of closed plate, thus the second torsionspring of compression, the 5th electromagnetism ironworker
Make, limited block is driven to move downward, hence into receiving slit, preventing the second torsionspring from driving, prevents third rotary shaft from turning
Dynamic, temporary energy storage, when closed plate is not in rotation, under the action of five electromagnet, gag lever post leaves receiving slit, to make the
Three rotary shafts rotate under the drive of the second torsionspring, so that band nutating gear turns under the transmission of gear train and belt
Dynamic, electromagnetic mechanism works at this time, to make gear block engage with transmission gear, thus by gear block under the drive of transmission gear
It travels forward, so that the second gripping block be driven to travel forward, the first gripping block is driven to travel forward under the effect of friction, thus
Antiradiation protection cloth is set to travel forward, and Slave Block travels forward under the drive of the second gripping block, so that rope is pulled, driven spring
It is drawn high, and hydraulic spring grease cup is compressed, stopper leaves hydraulic tube road junction at this time, under the action of hydraulic pump and hydraulic oil downwards
Lower hydraulic plate is pushed, so that people drives the 6th gripping block to move downward, so that Antiradiation protection cloth back edge is clamped, simultaneously because
Second gripping block travels forward, and pushing plate is driven to travel forward, to drive the 4th gripping block and the under the transmission of rope
Three gripping blocks clamp the front end of Antiradiation protection cloth, to separate detection space by Antiradiation protection cloth convenient for detection, ensure that two up and down
Detect space between closure, it is ensured that experiment it is accurate, when complete detection after, electromagnetic mechanism work, make gear block and transmission
Gear is detached from, and under the action of driven spring and fixed spring, the second gripping block is driven to move backward with the first gripping block, until
Return to original position, while hydraulic pump works drive the 6th gripping block to move upwards, the 4th gripping block under the action of fixed spring to
Upper movement unseals the rear and front end of Antiradiation protection cloth, and hydraulicefficiency elevation structure moves upwards the first gag lever post, while pushing promotion
Bar is to detection spatial movement, to make the second trapezoid block return, to drive the first gripping block to move upwards, to unseal anti-spoke
Cloth left and right ends to be penetrated, closed plate is rotated, take out Antiradiation protection cloth, this apparatus structure is simple, and it is convenient to operate, and apparatus structure is simplified, at
This is cheap and small in size easy to carry, more can accurately detect the shielding property of cloth, increases cloth shielding property
Detection accuracy guarantees the qualification rate of product.
Detailed description of the invention
Fig. 1 is that a kind of front view structure of Antiradiation protection cloth and its application method entirety complete section based on theory of mechanics of the present invention is shown
It is intended to；
Fig. 2 is a kind of left view structural representation of Antiradiation protection cloth and its application method entirety complete section based on theory of mechanics of the present invention
Figure；
Fig. 3 is that a kind of front view structure of Antiradiation protection cloth and its application method rotation space complete section based on theory of mechanics of the present invention is shown
It is intended to.
Specific embodiment
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete
Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on
Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every other
Embodiment shall fall within the protection scope of the present invention.
Fig. 1-3 is please referred to, a kind of embodiment provided by the invention: a kind of Antiradiation protection cloth and its use based on theory of mechanics
Method, including detection case 1 are provided with the rotation space 65 of front bulkhead connection free surrounding space, institute in 1 front end face of detection case
The detection space 26 for being provided with a connection rotation space in 65 aft bulkhead of rotation space is stated, is set in the 26 left end wall of detection space
It is equipped with a clamp system 45, the clamp system 45 includes clamping slot 49, and a right side is provided in the 26 left end wall of detection space
The clamping slot 4 in end wall communication with detection space 26, a clamping space 19 is provided in 49 upper end wall of clamping slot, and the clamping is empty
Between the promotion slot 18 of connection clamping space 19 on the right side of a lower end wall is provided in 19 upper end walls, the 18 left end wall of promotions slot is connected to
Free surrounding space, described push slidably connect a left end through promotion 18 left end wall of slot and are located at pushing away in free surrounding space in slot 18
Lever 17,17 lower end surface of the catch bar right side are fixedly connected with the first trapezoid block 22, and 22 lower end of the first trapezoid block is run through
19 upper end wall of clamping space and be located at clamping space 19 in, 22 left side of the first trapezoid block is fixedly connected with first connecting rod
21,21 front end face of first connecting rod does side and is fixedly connected with the first gag lever post 20, sets in the 19 left end wall of clamping space
It is equipped with the limit space 15 of right end wall connection clamping space 19,15 lower end wall of limit space is fixedly connected with a hydraulic liter
Descending mechanism 7,7 upper end of hydraulicefficiency elevation structure are fixedly connected with the first connecting plate 10, and 10 upper surface of first connecting rod is solid
Surely it is connected with L bar 11, the first rotation that a right end wall is connected to limit space 15 with lower end wall is provided in 11 right end of L bar
Slot 16, is fixedly connected with the first rotation axis 14 between the 16 front and back end wall of the first rotation slot, on 14 axis body of the first rotation axis
A lower end is rotatably connected to through 16 lower end wall of the first rotation slot and the rotor plate 12 in limit space 15, the rotor plate
12 and first are connected by the first torsionspring 13 between rotation axis 14, slidably connect the second connection in the clamping space 19
Plate 24,24 upper surface of the second connecting plate are fixedly connected with the second trapezoid block 23, and 23 lower end of the second trapezoid block is through folder
19 lower end wall of compact space and be located at clamping slot 49, with second between 24 lower end surface of the second connecting plate and 19 lower end wall of clamping space
It is symmetrically fixedly connected with a compressed spring 25 centered on trapezoid block 23, is provided on one in 24 left end of the second connecting plate
End wall is connected to the spring groove 8 of clamping space 19 with left end wall, and 10 right end of first connecting rod runs through 15 right end wall of limit space
With 8 left end wall of spring groove and in spring groove 8, between the 10 right end lower end surface of first connecting rod and 8 lower end wall of spring groove
It is fixedly connected with an adjustable spring 9, the first of lower end wall connection clamping slot 49 is provided in 23 lower end of the second trapezoid block
Sliding groove 44 slidably connects a rear and front end in first sliding groove 44 and extends through 44 front and back end wall of the first sliding groove
T-shaped slider 46,46 lower end of T-shaped slider is through 44 lower end wall of the first sliding groove and is located in clamping slot 49, the T-shaped slider
46 lower ends are fixedly connected with the first gripping block 47, and 49 lower end wall of clamping slot is fixedly connected with a supporting block 38, the support
The second sliding groove 37 that a upper end wall is connected to clamping slot 49 with front and back end wall, second sliding are provided in 38 upper end wall of block
A upper end is slidably connected in slot 37 through 37 upper end wall of the second sliding groove and the first sliding shoe 36 in clamping slot 49, institute
It states 36 upper end of the second sliding shoe and is fixedly connected with the second gripping block 57, be provided in the 26 right end wall of detection space to detect sky
Between symmetrically arranged clamp system 45 centered on 26, be provided with an electromagnetic mechanism 29, the clamping in second gripping block 57
Slot 59 is provided with a transmission mechanism 28 in the end wall far from detection space 26, and it is driven to be provided with one in 59 aft bulkhead of clamping slot
Mechanism 89 is provided with the second rotation axis 75 in the rotation space 65, is fixedly connected with one on 75 axis body of the first rotation axis
Closed plate 66,66 upper surface of rotor plate are fixedly connected with the first electromagnet 67, and 65 aft bulkhead of the rotation space upside is solid
Surely it is connected with the second electromagnet 90, the lifting groove 68 of aft bulkhead connection rotation space 65, institute are provided in the closed plate 66
It states and is symmetrically set with a spring compartment 73 in 68 front bulkhead of lifting groove, it is fixed that one is slidably connected in the spring compartment 73
Plate 71, it is symmetrical above and below between 71 front end face of fixed plate and 73 front bulkhead of spring compartment to be fixedly connected with a fixed spring 74, institute
It states 71 rear end face of fixed plate and is fixedly connected with second company of the rear end through 73 aft bulkhead of spring compartment and in lifting groove 68
Extension bar 72,68 lower end wall of lifting groove are fixedly connected with third gripping block 76, be provided on the upside of the third gripping block 76 with
The 4th gripping block 69 that lifting groove 68 is slidably connected, 72 rear end of the second connecting rod is fixedly connected with a pushing plate 70, described
It is connected between 71 front end face center of fixed plate and the 4th gripping block 69 by rope, is provided in 26 aft bulkhead of detection space
One front bulkhead communication with detection space 26 and left hand end wall are respectively communicated with the lifting slot 54 of left and right clamping slot 49, under the lifting slot 54
End wall is fixedly connected with the 5th gripping block 50, and the 6th to be slidably connected with lifting slot 54 is provided on the upside of the 5th gripping block 50
Gripping block 56,56 upper end of the 6th gripping block are fixedly connected with follower 89, and 26 upper end wall of detection space is fixed to be connected
It is connected to an X-ray production apparatus 27,26 lower end wall of detection space is fixedly connected with a radiation detection machine 41；
The method comprises the following steps: detecting in space 26 firstly, Antiradiation protection cloth is filled in, the both sides of Antiradiation protection cloth are placed in a left side
Between two pieces of gripping blocks in right two sides, catch bar 17 is pulled out at this time, to pushing up downwards the second trapezoid block 23 to band
Dynamic first gripping block 47 moves downward, so that Antiradiation protection cloth is clamped, simultaneously because catch bar 17 moves out, to make first
Connecting rod 21 drives the first gag lever post 20 to enter in limit space 15, and hydraulicefficiency elevation structure 7 works at this time, under the drive of connecting rod
It moves downward rotor plate 12 and is located at the first side of the gag lever post 20 far from detection space 26, thus stuck first gag lever post
20, compressed spring 25 is compressed, and after Antiradiation protection cloth the right and left is clamped, closed plate 66 is rotated, when 66 upper end of closed plate
When first electromagnet 67 and the second electromagnet 90 contact, it is powered attracting, thus closed plate 66 is fixed on the position, it is closing
During plate 66 rotates, the rotation of the second rotating bar 75 is driven under the rotation of closed plate 66, thus compression the second torsion bullet
Spring 83, the 5th electromagnet 85 work, drives limited block 86 to move downward, hence into receiving slit 84, preventing the second torsion bullet
Spring 83 drives, and prevents third rotary shaft 81 from rotating, temporary energy storage, when closed plate 66 is not in rotation, in the 5th electromagnet 85
Under effect, gag lever post 86 leaves receiving slit 84, thus rotate third rotary shaft 81 under the drive of the second torsionspring 83, from
And under the transmission of gear train and belt, band nutating gear 4 rotates, and electromagnetic mechanism 29 works at this time, to make gear block 34
It is engaged with transmission gear 4, to gear block 34 travel forward under the drive of transmission gear 4, to drive the second gripping block
48 travel forward, and the first gripping block 47 is driven to travel forward under the effect of friction, so that Antiradiation protection cloth is made to travel forward, and from
Motion block 52 travels forward under the drive of the second gripping block 48, to pull rope, driven spring 51 is drawn high, and hydraulic spring grease cup
60 are compressed, and stopper 61 leaves 63 mouthfuls of hydraulic pipeline at this time, push down on downside under the action of hydraulic pump 62 and hydraulic oil
Hydraulic plate 59, so that people drives the 6th gripping block 56 to move downward, so that Antiradiation protection cloth back edge is clamped, simultaneously because second
Gripping block 48 travels forward, and pushing plate 70 is driven to travel forward, thus driven under the transmission of rope the 4th gripping block 69 with
Third gripping block 76 clamps the front end of Antiradiation protection cloth, to separate detection space 26 by Antiradiation protection cloth convenient for detection;
Then, after completing detection, electromagnetic mechanism 29 works, and is detached from gear block 34 and transmission gear 4, driven spring 51 with
Under the action of fixed spring 74, the second gripping block 48 is driven to move backward with the first gripping block 47, until returning to original position, while liquid
The work of press pump 62 drives the 6th gripping block 56 to move upwards, and the 4th gripping block 69 moves upwards under the action of fixed spring 74,
The rear and front end of Antiradiation protection cloth is unsealed, hydraulicefficiency elevation structure 7 moves upwards the first gag lever post 12, while pushing catch bar 17
It is moved to detection space 26, to make 23 return of the second trapezoid block, to drive the first gripping block 47 to move upwards, to unseal
Antiradiation protection cloth left and right ends rotate closed plate 66, take out Antiradiation protection cloth.
Valuably, the electromagnetic mechanism 29 includes electromagnetism slot 25, slidably connects a gear block 34 in the electromagnetism slot 25,
The electromagnetism slot 25 is fixedly connected with third electromagnet 39 close to the end wall center in detection space 26, and the gear block 34 is close to inspection
The end face center for surveying space 26 is fixedly connected with the 4th electromagnet 39, end face and electricity of the gear block 34 close to detection space 26
Magnetic slot 25 is symmetrical above and below between the end wall in detection space 26 to be fixedly connected with an electromagnetic spring 32, and effect is to push engagement
Block side-to-side movement, thus realize gear block 34 and the engagement of transmission mechanism 28 with separate.
Valuably, the transmission mechanism 28 includes driving groove 3, is set in the end wall of the clamping slot 49 far from detection space 26
It is equipped with one and is put into transmission space 3 close to the end wall front side connection clamping slot 59 for detecting space 26, the transmission space 3 is close to inspection
It surveys and is connected to rotation space 65 on front side of the end wall in space 26, it is fixedly connected with a support shaft 2 on rear side of 3 lower end wall of transmission space,
2 upper end of support shaft is fixedly connected with first bevel gear 31, and it is solid with support shaft 2 that one is provided on the downside of the first bevel gear 31
Surely the transmission gear 4 connected, the transmission gear 4 run through transmission space 3 close to detection space close to the one end in detection space 26
26 end wall and it is located in clamping slot 49, the first bevel gear 31 is connected by meshing transmission far from the one end in detection space 26 the
Two bevel gears 30, it is remote that 30 center of second bevel gear is fixedly connected with an one end and transmission space 3 far from detection space 26
First rotary shaft 5 of the end wall rotation connection from detection space 26, the one of the separate detection space center of the second bevel gear 30
Side is provided with the first belt pulley 6 being fixedly connected with the first rotary shaft 5, the end wall of the transmission space 3 far from detection space 26
Front side is rotatably connected to the second rotary shaft 77, is fixedly connected with the second belt pulley 78 on 77 axis body of the second line shaft, described
It is connected between second belt pulley 78 and the first belt pulley 6 by belt, second belt pulley 78 is far from detection space center
Side is provided with the driving gear 79 being fixedly connected with the second rotary shaft 77, and being connected by meshing transmission on the downside of the driving gear 79 has
One rotation gear 80, it is remote that rotation 80 center of gear is fixedly connected with an one end and transmission space 3 far from detection space 26
The third rotary shaft 81 of end wall rotation connection from detection space 26, the third rotary shaft 81 is close to detection 26 center of space
A swivelling chute 82 close to the end wall connection transmission space 3 at detection 26 center of space, second rotation axis are provided in one end
75 left and right ends extend through 65 left hand end wall of rotation space and the swivelling chute 82 closely end wall at detection 26 center of space and with rotation
Turn trough 82 is slidably connected, and is fixedly connected between second rotation axis 75 and third rotary shaft 81 by the second torsionspring 83,
The receiving slit 84 of an end wall connection transmission space 3 far from detection 26 center of space is provided in rotation 80 lower end of gear,
An end wall connection close to detection 26 center of space is provided in the end wall of the transmission space 3 far from detection 26 center of space to pass
The ejection slot 87 in space 3 is moved, a limited block 86 is slidably connected in the ejection slot 87, the ejection slot 87 is far from detection space
The end wall at 26 centers is fixedly connected with the 5th electromagnet 85, and effect is to rotate closed plate 66 the second rotation axis 75 is driven to rotate
The power-reserve of generation, and it is released to the second gripping block 48.
Valuably, the follower 89 includes driven slot 53, is provided with a front bulkhead in 49 aft bulkhead of clamping slot
It is connected to the driven slot 53 of clamping slot 49, is provided with a liquid storage space 64 in 53 clamping space of clamping slot, 19 aft bulkhead, it is described
It eats and is provided with a hydraulic space 58 in 64 aft bulkhead of liquid space, a front end is slidably connected in the driven slot 53 through driven slot
53 front bulkheads and the Slave Block 52 being fixedly connected with the second gripping block 48,52 rear end face of Slave Block and 53 aft bulkhead of driven slot
Between it is symmetrical above and below be fixedly connected with a driven spring 51, between the liquid storage space 64 and hydraulic space 58 pass through hydraulic pipeline 63
Connection, is provided with a hydraulic pump 62 in the hydraulic pipeline 63, symmetrical above and below in the hydraulic space 58 to slidably connect a liquid
Pressing plate 59 is fixedly connected with a hydraulic spring grease cup 60 between upper 59 upper surface of side hydraulic plate and 58 upper end wall of hydraulic space, described
It is fixedly connected with a stopper 61 on the left of upper 59 lower end surface of side hydraulic plate, 59 lower end surface of lower hydraulic plate is fixedly connected with one
Lower end is through the hydraulic stem 57 hydraulic space 58 lower end wall and be fixedly connected with the 6th gripping block 56,52 rear end face of Slave Block
It is connect between upper 59 upper surface of side hydraulic plate by rope, effect is to drive Slave Block 52 in the movement of the second gripping block 48
Movement, so that the 6th gripping block 56 be made to clamp or separate with the 5th gripping block 50.
Specifically used mode: in present invention work, Antiradiation protection cloth is filled in detection space 26, by the both sides of Antiradiation protection cloth
It is placed between two pieces of gripping blocks in the left and right sides, pulls out catch bar 17 at this time, thus downwards by the second trapezoid block 23
Top is to drive the first gripping block 47 to move downward, so that Antiradiation protection cloth is clamped, simultaneously because catch bar 17 moves out, from
And making first connecting rod 21 that the first gag lever post 20 be driven to enter in limit space 15, hydraulicefficiency elevation structure 7 works at this time, in connecting rod
Drive under move downward rotor plate 12 and be located at side of first gag lever post 20 far from detection space 26, thus stuck first
Gag lever post 20, compressed spring 25 are compressed, and after Antiradiation protection cloth the right and left is clamped, closed plate 66 are rotated, when closed plate 66
When the first electromagnet 67 and the second electromagnet 90 of upper end contact, it is powered attracting, thus closed plate 66 is fixed on the position,
During closed plate 66 rotates, the rotation of the second rotating bar 75 is driven under the rotation of closed plate 66, thus compression second
Torsionspring 83, the 5th electromagnet 85 work, drives limited block 86 to move downward, hence into receiving slit 84, prevents second
Torsionspring 83 drives, and prevents third rotary shaft 81 from rotating, temporary energy storage, when closed plate 66 is not in rotation, in the 5th electromagnetism
Under the action of iron 85, gag lever post 86 leaves receiving slit 84, to make third rotary shaft 81 under the drive of the second torsionspring 83
Rotation, so that band nutating gear 4 rotates, and electromagnetic mechanism 29 works at this time, to make to nibble under the transmission of gear train and belt
It closes block 34 to engage with transmission gear 4, to gear block 34 travel forward under the drive of transmission gear 4, to drive second
Gripping block 48 travels forward, and drives the first gripping block 47 to travel forward under the effect of friction, so that Antiradiation protection cloth be made to transport forward
It is dynamic, and Slave Block 52 travels forward under the drive of the second gripping block 48, to pull rope, driven spring 51 is drawn high, and
Hydraulic spring grease cup 60 is compressed, and stopper 61 leaves 63 mouthfuls of hydraulic pipeline at this time, under the action of hydraulic pump 62 and hydraulic oil downwards
Lower hydraulic plate 59 is pushed, so that people drives the 6th gripping block 56 to move downward, to clamp Antiradiation protection cloth back edge, simultaneously
Due to travelling forward for the second gripping block 48, pushing plate 70 is driven to travel forward, to drive the 4th folder under the transmission of rope
Tight block 69 and third gripping block 76 clamp the front end of Antiradiation protection cloth, thus by Antiradiation protection cloth partition detection space 26 convenient for detecting,
Ensure that it is upper and lower two detection space between closure, it is ensured that experiment it is accurate, when complete detection after, 29 work of electromagnetic mechanism
Make, be detached from gear block 34 and transmission gear 4, under the action of driven spring 51 is with fixed spring 74, drives the second gripping block
48 move backward with the first gripping block 47, until returning to original position, while the work of hydraulic pump 62 drives the 6th gripping block 56 fortune upwards
Dynamic, the 4th gripping block 69 moves upwards under the action of fixed spring 74, the rear and front end of Antiradiation protection cloth is unsealed, hydraulic lifting
Mechanism 7 moves upwards the first gag lever post 12, while catch bar 17 being pushed to move to detection space 26, to make the second trapezoid block
23 returns, to unseal Antiradiation protection cloth left and right ends, rotate closed plate 66, take so that the first gripping block 47 be driven to move upwards
Antiradiation protection cloth out, this apparatus structure is simple, and it is convenient to operate, and apparatus structure is simplified, low in cost and small in size easy to carry, can be compared with
For the shielding property for accurately detecting cloth, increases the detection accuracy of cloth shielding property, guarantee the qualification rate of product.
It is obvious to a person skilled in the art that invention is not limited to the details of the above exemplary embodiments, Er Qie
In the case where without departing substantially from spirit or essential attributes of the invention, the present invention can be realized in other specific forms.Therefore, no matter
From the point of view of which point, the present embodiments are to be considered as illustrative and not restrictive, and the scope of the present invention is by appended power
Benefit requires rather than above description limits, it is intended that all by what is fallen within the meaning and scope of the equivalent elements of the claims
Variation is included within the present invention.Any reference signs in the claims should not be construed as limiting the involved claims.
Claims (4)
1. a kind of Antiradiation protection cloth and its application method based on theory of mechanics, including detection case, it is characterised in that: the detection case
It is provided with the rotation space of front bulkhead connection free surrounding space in front end face, is provided with a connection in the rotation space aft bulkhead
The detection space of rotation space, a clamp system is provided in the wall of the detection space left end, and the clamp system includes clamping
Slot, is provided with the clamping slot in a right end wall communication with detection space in the detection space left end wall, in the clamping slot upper end wall
It is provided with a clamping space, the promotion slot of connection clamping space on the right side of a lower end wall is provided in the clamping space upper end wall,
The promotion slot left end wall is connected to free surrounding space, and a left end is slidably connected in the promotion slot through promotion slot left end wall and position
The first trapezoid block, first trapezoid block are fixedly connected on the right side of the catch bar in free surrounding space, the catch bar lower end surface
Lower end is through clamping space upper end wall and is located in clamping space, and first trapezoid block left side is fixedly connected with the first connection
Bar, the first connecting rod front end face do side and are fixedly connected with the first gag lever post, are provided with one in the wall of the clamping space left end
Right end wall is connected to the limit space of clamping space, and the limit space lower end wall is fixedly connected with a hydraulicefficiency elevation structure, described
Hydraulicefficiency elevation structure upper end is fixedly connected with the first connecting plate, and the first connecting rod upper surface is fixedly connected with L bar, the L
The first rotation slot that a right end wall is connected to limit space with lower end wall, first rotation slot front and back end are provided in bar right end
It is fixedly connected with the first rotation axis between wall, a lower end is rotatably connected on the first rotation axis axis body under the first rotation slot
End wall and the rotor plate being located in limit space, are connected between the rotor plate and the first rotation axis by the first torsionspring,
The second connecting plate is slidably connected in the clamping space, second connecting plate upper surface is fixedly connected with the second trapezoid block,
Second trapezoid block lower end is through clamping space lower end wall and is located at clamping slot, and second connecting plate lower end face and clamping are empty
Between be symmetrically fixedly connected with a compressed spring between lower end wall centered on the second trapezoid block, in second connecting plate left end
It is provided with the spring groove that a upper end wall is connected to clamping space with left end wall, the first connecting rod right end runs through limit space right end
Wall is fixed between first connecting rod right end lower end surface and spring groove lower end wall with spring groove left end wall and in spring groove
It is connected with an adjustable spring, the first sliding groove of lower end wall connection clamping slot, institute are provided in second trapezoid block lower end
It states and slidably connects the T-shaped slider that a rear and front end extends through end wall before and after the first sliding groove in the first sliding groove, the T shape
Sliding block lower end is through the first sliding groove lower end wall and is located in clamping slot, and the T-shaped slider lower end is fixedly connected with the first clamping
Block, the clamping slot lower end wall are fixedly connected with a supporting block, are provided with a upper end wall and front and back in the supporting block upper end wall
End wall is connected to the second sliding groove of clamping slot, and a upper end is slidably connected in second sliding groove on the second sliding groove
End wall and the first sliding shoe being located in clamping slot, the second sliding shoe upper end is fixedly connected with the second gripping block, the inspection
It surveys in space right end wall and is provided with the symmetrically arranged clamp system centered on detecting space, be provided in second gripping block
One electromagnetic mechanism, the clamping slot is provided with a transmission mechanism in the end wall far from detection space, in the clamping slot aft bulkhead
It is provided with a follower, the second rotation axis is provided in the rotation space, is fixedly connected on the first rotation axis axis body
There is a closed plate, the rotor plate upper surface is fixedly connected with the first electromagnet, fixed company on the upside of the rotation space aft bulkhead
It is connected to the second electromagnet, the lifting groove of aft bulkhead connection rotation space, the lifting front of the slot are provided in the closed plate
It is symmetrically set with a spring compartment in wall, a fixed plate, the fixed front edge of board are slidably connected in the spring compartment
Symmetrical above and below between face and spring compartment front bulkhead to be fixedly connected with a fixed spring, the fixed plate rear end face is fixedly connected with one
Rear end is fixedly connected with the through spring compartment aft bulkhead and the second connecting rod for being located in lifting groove, the lifting groove lower end wall
Three gripping blocks, the third gripping block upside are provided with the 4th gripping block being slidably connected with lifting groove, second connecting rod
Rear end is fixedly connected with a pushing plate, is connected between fixed plate front end face center and the 4th gripping block by rope, described
A front bulkhead communication with detection space is provided in detection space aft bulkhead and left hand end wall is respectively communicated with the lifting of left and right clamping slot
Slot, the lifting slot lower end wall are fixedly connected with the 5th gripping block, are provided on the upside of the 5th gripping block and lifting slot sliding
6th gripping block of connection, the 6th gripping block upper end are fixedly connected with follower, and detection space upper end wall is fixed
It is connected with an X-ray production apparatus, detection space lower end wall is fixedly connected with a radiation detection machine；
The method comprises the following steps:
Firstly, Antiradiation protection cloth is filled in detection space, the two pieces of clampings both sides of Antiradiation protection cloth being placed in the left and right sides
Between block, pull out catch bar at this time, thus the second trapezoid block is pushed up downwards to drive the first gripping block move downward, from
And Antiradiation protection cloth is clamped, simultaneously because catch bar moves out, to make first connecting rod that the first gag lever post be driven to enter limit
In bit space, hydraulicefficiency elevation structure works at this time, moves downward rotor plate under the drive of connecting rod and is located at the first gag lever post
Side far from detection space, so that stuck first gag lever post, compressed spring are compressed, when Antiradiation protection cloth the right and left is clamped
Afterwards, closed plate is rotated, when the first electromagnet of closed plate upper end and the second electromagnet contact, is powered attracting, to will close
Plate is fixed on the position, and during closed plate rotation, the rotation of the second rotating bar is driven under the rotation of closed plate, from
And the second torsionspring is compressed, the 5th work of electromagnet drives limited block to move downward, hence into receiving slit, preventing the
Two torsionsprings drive, and prevent third rotary shaft from rotating, temporary energy storage, when closed plate is not in rotation, in the 5th electromagnet
Under effect, gag lever post leaves receiving slit, to make third rotary shaft rotate under the drive of the second torsionspring, thus in gear
System is under the transmission of belt, and band nutating gear rotates, and electromagnetic mechanism works at this time, so that gear block be made to nibble with transmission gear
It closes, to gear block travel forward under the drive of transmission gear, to drive the second gripping block to travel forward, in friction
Effect is lower to drive the first gripping block to travel forward, so that Antiradiation protection cloth is made to travel forward, and Slave Block is in the band of the second gripping block
It travels forward under dynamic, to pull rope, driven spring is drawn high, and hydraulic spring grease cup is compressed, and stopper leaves hydraulic at this time
Pipeline opening pushes down on lower hydraulic plate under the action of hydraulic pump and hydraulic oil, so that people drives the 6th gripping block to transport downwards
It is dynamic, to clamp Antiradiation protection cloth back edge, simultaneously because the second gripping block travels forward, pushing plate is driven to travel forward,
To drive the 4th gripping block and third gripping block to clamp the front end of Antiradiation protection cloth under the transmission of rope, thus by Antiradiation protection cloth
Partition detection space is convenient for detection;
Then, after completing detection, electromagnetic mechanism work is detached from gear block and transmission gear, in driven spring and fixed bullet
Under the action of spring, the second gripping block is driven to move backward with the first gripping block, until returning to original position, while hydraulic pump works drive
6th gripping block moves upwards, and the 4th gripping block moves upwards under the action of fixed spring, by the rear and front end of Antiradiation protection cloth
Deblocking, hydraulicefficiency elevation structure move upwards the first gag lever post, while pushing catch bar to detection spatial movement, to make second
Trapezoid block return, to unseal Antiradiation protection cloth left and right ends, rotates closed plate, takes so that the first gripping block be driven to move upwards
Antiradiation protection cloth out.
2. a kind of Antiradiation protection cloth and its application method based on theory of mechanics according to claim 1, it is characterised in that: institute
Stating electromagnetic mechanism includes electromagnetism slot, a gear block is slidably connected in the electromagnetism slot, the electromagnetism slot is close to detection space
End wall center is fixedly connected with third electromagnet, and end face center of the gear block close to detection space is fixedly connected with the 4th electricity
Magnet, the gear block close to the end face in detection space and electromagnetism slot between the end wall in detection space it is symmetrical above and below it is fixed even
It is connected to an electromagnetic spring.
3. a kind of Antiradiation protection cloth and its application method based on theory of mechanics according to claim 1, it is characterised in that: institute
Stating transmission mechanism includes driving groove, and the clamping slot is provided with an end wall close to detection space in the end wall far from detection space
Connection clamping slot in front side is put into transmission space, and the transmission space is connected to rotation space on front side of the end wall in detection space,
It is fixedly connected with a support shaft on rear side of the transmission space lower end wall, the support shaft upper end is fixedly connected with first bevel gear,
A transmission gear for being fixed to the support shaft connection is provided on the downside of the first bevel gear, the transmission gear is close to detection space
One end through transmission space close to detection space end wall and be located at clamping slot in, the first bevel gear far from detection space
One end be connected by meshing transmission and have second bevel gear, the second bevel gear center is fixedly connected with one far from detection space
First rotary shaft of end wall rotation connection of the end with transmission space far from detection space, the second bevel gear is far from detection space
The side at center is provided with the first belt pulley being fixedly connected with the first rotary shaft, end of the transmission space far from detection space
The second rotary shaft is rotatably connected on front side of wall, is fixedly connected with the second belt pulley on the second line shaft axis body, described second
It is connected between belt pulley and the first belt pulley by belt, second belt pulley is provided with far from the side of detection space center
The driving gear being fixedly connected with the second rotary shaft, the driving gear downside is connected by meshing transmission and has a rotation gear, described
Rotation gear centre is fixedly connected with an one end and transmission space far from detection space and connects far from the end wall rotation in detection space
The third rotary shaft connect, the third rotary shaft are provided with one close to detection space center in one end of detection space center
End wall connection transmission space swivelling chute, the left and right ends of second rotation axis extend through rotation space left hand end wall with
Swivelling chute closely detects the end wall of space center and is slidably connected with swivelling chute, leads between second rotation axis and third rotary shaft
It crosses the second torsionspring to be fixedly connected, an end wall connection far from detection space center is provided in the rotation gear lower end and is passed
The receiving slit in dynamic space, the transmission space are provided with one close to detection space center in the end wall far from detection space center
End wall is connected to the ejection slot of transmission space, and a limited block is slidably connected in the ejection slot, and the ejection slot is empty far from detection
Between the end wall at center be fixedly connected with the 5th electromagnet.
4. a kind of Antiradiation protection cloth and its application method based on theory of mechanics according to claim 1, it is characterised in that: institute
Stating follower includes driven slot, and the driven slot of front bulkhead connection clamping slot is provided in the clamping slot aft bulkhead, described
A liquid storage space is provided in clamping slot clamping space aft bulkhead, described eat is provided with a hydraulic space in liquid space aft bulkhead,
The Slave Block that a front end is run through driven slot front bulkhead and is fixedly connected with the second gripping block, institute are slidably connected in the driven slot
State it is symmetrical above and below between Slave Block rear end face and driven slot aft bulkhead be fixedly connected with a driven spring, the liquid storage space with it is hydraulic
It is connected between space by hydraulic pipeline, is provided with a hydraulic pump in the hydraulic pipeline, it is symmetrical above and below in the hydraulic space
A hydraulic plate is slidably connected, is fixedly connected with a hydraulic bullet between the upper side hydraulic plate upper surface and hydraulic space upper end wall
Spring, the upper side hydraulic plate lower end surface left side are fixedly connected with a stopper, and lower hydraulic plate lower end surface is fixedly connected with
The hydraulic stem that one lower end is run through hydraulic space lower end wall and is fixedly connected with the 6th gripping block, the Slave Block rear end face and upside
It is connected between hydraulic plate upper surface by rope.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811046172.7A CN109211941A (en) | 2018-09-07 | 2018-09-07 | A kind of Antiradiation protection cloth and its application method based on theory of mechanics |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811046172.7A CN109211941A (en) | 2018-09-07 | 2018-09-07 | A kind of Antiradiation protection cloth and its application method based on theory of mechanics |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN109211941A true CN109211941A (en) | 2019-01-15 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201811046172.7A Withdrawn CN109211941A (en) | 2018-09-07 | 2018-09-07 | A kind of Antiradiation protection cloth and its application method based on theory of mechanics |
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| Country | Link |
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| CN (1) | CN109211941A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110145486A (en) * | 2019-04-12 | 2019-08-20 | 杭州康研文具有限公司 | A kind of suspension type USB desk fan |
-
2018
- 2018-09-07 CN CN201811046172.7A patent/CN109211941A/en not_active Withdrawn
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110145486A (en) * | 2019-04-12 | 2019-08-20 | 杭州康研文具有限公司 | A kind of suspension type USB desk fan |
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