CN110491421A - A kind of data storage device and its apply and methods for using them - Google Patents
A kind of data storage device and its apply and methods for using them Download PDFInfo
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- CN110491421A CN110491421A CN201910894451.7A CN201910894451A CN110491421A CN 110491421 A CN110491421 A CN 110491421A CN 201910894451 A CN201910894451 A CN 201910894451A CN 110491421 A CN110491421 A CN 110491421A
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- fixing piece
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- buckle
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- 238000013500 data storage Methods 0.000 title claims abstract description 73
- 238000000034 method Methods 0.000 title claims description 7
- 238000012545 processing Methods 0.000 claims abstract description 80
- 241000083547 Columella Species 0.000 claims description 13
- 238000010276 construction Methods 0.000 claims description 12
- 230000010354 integration Effects 0.000 claims description 9
- 238000003032 molecular docking Methods 0.000 claims description 3
- 210000004209 hair Anatomy 0.000 claims description 2
- 241000748087 Hymenothrix Species 0.000 claims 2
- 238000000926 separation method Methods 0.000 claims 2
- 230000005540 biological transmission Effects 0.000 abstract description 3
- 238000013461 design Methods 0.000 description 12
- 230000006835 compression Effects 0.000 description 9
- 238000007906 compression Methods 0.000 description 9
- 230000033001 locomotion Effects 0.000 description 7
- 238000005194 fractionation Methods 0.000 description 5
- 230000000694 effects Effects 0.000 description 4
- 238000003825 pressing Methods 0.000 description 4
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- 229910052751 metal Inorganic materials 0.000 description 3
- 239000007787 solid Substances 0.000 description 3
- 230000002146 bilateral effect Effects 0.000 description 2
- 230000008859 change Effects 0.000 description 2
- 238000005538 encapsulation Methods 0.000 description 2
- 238000005516 engineering process Methods 0.000 description 2
- 239000002360 explosive Substances 0.000 description 2
- 238000013519 translation Methods 0.000 description 2
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- PCHJSUWPFVWCPO-UHFFFAOYSA-N gold Chemical group [Au] PCHJSUWPFVWCPO-UHFFFAOYSA-N 0.000 description 1
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Classifications
-
- G—PHYSICS
- G11—INFORMATION STORAGE
- G11B—INFORMATION STORAGE BASED ON RELATIVE MOVEMENT BETWEEN RECORD CARRIER AND TRANSDUCER
- G11B33/00—Constructional parts, details or accessories not provided for in the other groups of this subclass
- G11B33/02—Cabinets; Cases; Stands; Disposition of apparatus therein or thereon
- G11B33/08—Insulation or absorption of undesired vibrations or sounds
-
- G—PHYSICS
- G11—INFORMATION STORAGE
- G11B—INFORMATION STORAGE BASED ON RELATIVE MOVEMENT BETWEEN RECORD CARRIER AND TRANSDUCER
- G11B33/00—Constructional parts, details or accessories not provided for in the other groups of this subclass
- G11B33/12—Disposition of constructional parts in the apparatus, e.g. of power supply, of modules
- G11B33/121—Disposition of constructional parts in the apparatus, e.g. of power supply, of modules the apparatus comprising a single recording/reproducing device
- G11B33/122—Arrangements for providing electrical connections, e.g. connectors, cables, switches
Abstract
The invention discloses a kind of data storage devices, the present invention is provided with the data store split and data processing division, and data store is assembled in the way to insert in the write section upper housing of data processing division, it is connected simultaneously using spring thimble component as the transmission of the data of longitudinal direction, poor contact caused by the vibration of longitudinal direction can be overcome, it is driven simultaneously using rotatable link assembly and spring opposite direction or backwards, realize that symmetrical output is enabled, so that lateral amplitude center center and with spring thimble component matching, the vibration to spring thimble component is avoided to damage.
Description
Technical field
The present invention relates to the technical field of structures of storage equipment, relate generally to one kind and guarantee that data are reliable under vibration environment
A kind of data storage device of transmission.
Background technique
Aerial surveying camera on the market at present, data storage generally have 2 kinds of methods, and one is storage moulds included inside aerial surveying camera
Block, this module can not take out replacement, if data are filled, data copy can only be gone out just to reuse after deleting, wave
Take the activity duration；Second is aerial surveying camera with CF card plug, is inserted into CF card, data is stored in CF card, but due to unmanned plane
Vibration when taking off, navigating by water, land is larger, and the fixation of CF card and buckle often by vibration pine, causes data storage to be asked
Topic.
Summary of the invention
The object of the invention provides a kind of data storage device, which is dedicated to solving to can guarantee under vibrating state reliable
Signal transmission and be able to achieve the quickly fractionation to data storage section and data processing section.
The present invention is achieved through the following technical solutions:
A kind of data storage device,
Including memory module, processing module,
The memory module downside is provided with spring thimble A head, and the processing module upper side is provided with and spring thimble A head
The spring thimble B head of cooperation is docked,
The data that the memory module is sent by B spring thimble A, spring thimble receiving processing modules；
The memory module is arranged in parallel with processing module.
The present invention independently sets memory module, place for traditional data storage section and data processing section first
Manage module；Spring thimble A head is configured in memory module simultaneously, spring thimble B head is configured in processing module, utilizes spring top
Reliable signal connection is realized in the cooperation solution of A, needle, spring thimble B in the condition of vibration, wherein spring thimble A, bullet
B, spring thimble be spring thimble modular construction, one, the structure be made of guide tube, built-in spring, thimble, other end is one
Inserting slot construction.The two cooperation, which is realized, to be connected, and can guarantee its conducting, above scheme of the present invention in the case where high speed vibration
Especially suitable for the design Storage of aerial surveying camera, compared to the integration in traditional aerial surveying camera, which may be implemented quickly to split,
Without going storing data to be deleted by handling part, directly replace the memory module of standard, compared to traditional
CF cassette stores equipment, although CF cassette storage equipment is also that processing part is separated with storage section, the connection of CF card is gold
Belong to pin needle and the metal pins piece of CF card connects, the performance of anti-vibration is poor.
Another data storage device:
On the basis of above-mentioned data storage device, spring thimble A with spring thimble B configured with following any situation:
Situation 1: described spring thimble A are to state spring thimble male connector, and spring thimble B are spring thimble female；
Situation 2: described spring thimble A are to state spring thimble female, and spring thimble B are spring thimble male connector.
The encapsulation respectively to memory module, processing module, and realization are quickly split in order to realize, the present invention is also set up
Another data storage device:
It further include the data store and loading processing module for loading memory module on the basis of above-mentioned data storage device
Data write section, the data store are engaged by clamping by the receiving buckle structure of buckle structure and data write section.
The device, memory module are loaded onto data store, and processing module is loaded onto data write section, then sharp
It is realized with the clamping engagement of buckle structure and receiving buckle structure and quickly splits and assemble.
Preferably, it is engaged by clamping for data store by the receiving buckle structure of buckle structure and data write section,
Following several schemes have also been devised to realize in the present invention:
The first implementation are as follows:
A kind of data storage device:
On the basis of above-mentioned data storage device, the buckle structure setting is in the face data store A, the receiving buckle knot
The face B of data write section is arranged in structure,
Memory module is arranged inside data store, and spring thimble A pass through data store A from the downside of memory module
Face and expose downwards, processing module is arranged inside data write section, and spring thimble B is passed through from the upper side of processing module and counted
Expose upwards according to the face B of write section, buckle structure, which is caught in, to be accommodated in buckle structure.
The program accommodates buckle structure with the face A setting buckle structure, with the setting of the face B, is buckled using buckle structure and receiving
Structure, which is realized, to be engaged by clamping, wherein buckle structure setting can be understood as buckle structure in the face data store A and look unfamiliar length from A
It obtains, buckle structure uses the buckle structure with elastic arm at this time, makes to snap into receiving card using the elasticity of elastic arm
Buckle structure, and accommodate buckle structure and can be groove structure of the side wall with left-hand thread slot.
Second of implementation are as follows:
A kind of data storage device:
On the basis of above-mentioned data storage device,
It further include that fixing piece and the fixing piece as buckle structure buckle, fixing piece buckle fastener buckle and fixing piece one structure
It makes, fixing piece buckle is arranged inside data store, and fixing piece buckle is pierced by the face data store A and exposes downwards；
Memory module is arranged inside data store, and spring thimble A pass through data store A from the downside of memory module
Face and expose downwards, processing module is arranged inside data write section, and spring thimble B is passed through from the upper side of processing module and counted
Expose upwards according to the face B of write section, buckle structure, which is caught in, to be accommodated in buckle structure.
The program is fixing piece buckle to be considered as buckle structure, but the buckle structure is fixed on fixing piece, and consolidate
Determining part is a fixed structure being assemblied in data store, so that fixing piece buckle can be split from data store,
Buckle structure uses the buckle structure with elastic arm at this time, makes to snap into receiving buckle knot using the elasticity of elastic arm
Structure, and accommodate buckle structure and can be groove structure of the side wall with left-hand thread slot.
The third implementation are as follows:
It preferably, further include spring, handle on the basis of the data storage device of above-mentioned second of implementation institute configuration
Body, fixing piece are arranged in the guide groove inside data store, and spring drives fixing piece to slide along guide groove, handle body setting
Expose on fixing piece and from data store one side.
The program is fixing piece buckle to be considered as buckle structure, but the buckle structure is fixed on fixing piece, and consolidate
Determining part is a fixed structure being assemblied in data store, so that fixing piece buckle can be split from data store,
Buckle structure can hold using the buckle structure with elastic arm or using the buckle structure without elastic arm at this time
Buckle structure of receiving can be groove structure of the side wall with left-hand thread slot, drive fixing piece mobile using handle body at this time, so that fixed
Part compressed spring unclamps again handle body, in the drive of spring so that fixing piece buckle can easily be inserted into and accommodate in buckle structure
Under dynamic, fixing piece is inserted into left-hand thread slot after driving fixing piece buckle translation.
4th kind of implementation are as follows:
A kind of data storage device:
On the basis of above-mentioned data storage device,
It further include that fixing piece and the fixing piece as buckle structure buckle, fixing piece buckle and fixing piece Construction integration, fixing piece
It is arranged inside data store, fixing piece buckle is pierced by the face data store A and exposes downwards；
It further include spring, fixing piece is arranged in the guide groove inside data store, and spring drives fixing piece sliding along guide groove
It is dynamic；
It further include link assembly, link assembly is arranged inside data store, and link assembly includes con-rod only, connecting rod protrusion
Portion, link rod handle, link rod handle are arranged on con-rod only and expose from data store one side；
The fixing piece is 2, and each fixing piece is configured with 1 fixing piece buckle and 1 spring, the connecting rod at con-rod only both ends
Protruding portion is respectively inserted into the protruding portion card slot at the top of a fixing piece；
It is M to spring and N to spring for 2 spring branches corresponding with fixing piece, M pushes pushing away for phase configuration therewith to spring
For dynamic fixing piece to M to promotion, N pushes the promotion fixing piece of phase configuration therewith to N to promotion to spring, M to N to being identical
2 directions.
Memory module is arranged inside data store, and spring thimble A are deposited from the downside of memory module across data
The storage portion face A and expose downwards, processing module be arranged inside data write section, the spring thimble B upper sides from processing module
Expose upwards across the face B of data write section, buckle structure, which is caught in, to be accommodated in buckle structure.
The program is the enabled device using spring as driving pressing force, and fixing piece has 2, so that 2 springs are to same
Direction pushes, and is inserted into and is accommodated in buckle structure so as to cause fixing piece buckle, to can be side wall band anti-to accommodate buckle structure
For the groove structure of catching groove, it is correspondingly arranged on 2 receiving buckle structures at this time, in assembly, we push connecting rod hand for we
Grip strip is moved con-rod only and is moved in parallel, and 2 fixing pieces is then driven to remove 2 springs of compression, so that fixing piece buckle can easily
It is inserted into and accommodates in buckle structure；After unclamping link rod handle, at this time under the promotion of the same direction of 2 springs, con-rod only
Parallel reverse movement, fixing piece are moved along guiding device, are driven fixing piece to be buckled in receiving buckle structure and are moved, so that fixed
Part buckle cooperates with the left-hand thread slot for accommodating buckle structure；When needing to split, link rod handle need to only be pushed to drive con-rod only flat
It goes and moves, 2 fixing pieces is then driven to remove 2 springs of compression, so that fixing piece buckle is exited out of receiving buckle structure.
5th kind of implementation are as follows:
A kind of data storage device:
On the basis of above-mentioned data storage device,
It further include that fixing piece and the fixing piece as buckle structure buckle, fixing piece buckle and fixing piece Construction integration, fixing piece
It is arranged inside data store, fixing piece buckle is pierced by the face data store A and exposes downwards；
It further include spring, fixing piece is arranged in the guide groove inside data store, and spring drives fixing piece sliding along guide groove
It is dynamic；
It further include link assembly, link assembly is arranged inside data store, and link assembly includes con-rod only, connecting rod protrusion
Portion, link rod handle, link rod handle are arranged on con-rod only and expose from data store one side；
The fixing piece is 2, and each fixing piece is configured with 1 fixing piece buckle and 1 spring, the connecting rod at con-rod only both ends
Protruding portion is respectively inserted into the protruding portion card slot at the top of a fixing piece；
The con-rod only center is provided with tie rod holes, the inner walls of the data store are provided with columella, on
Columella is inserted into tie rod holes；
It is M to spring and N to spring for 2 spring branches corresponding with fixing piece, M pushes pushing away for phase configuration therewith to spring
For dynamic fixing piece to M to promotion, N pushes the promotion fixing piece of phase configuration therewith to N to promotion to spring, M to N to be opposite and
2 opposite directions；
Memory module is arranged inside data store, and spring thimble A pass through data store A from the downside of memory module
Face and expose downwards, processing module is arranged inside data write section, and spring thimble B is passed through from the upper side of processing module and counted
Expose upwards according to the face B of write section, buckle structure, which is caught in, to be accommodated in buckle structure.
The program is the enabled device using spring as driving pressing force, and fixing piece has 2, so that 2 springs are to opposite
Or opposite direction pushes, and is inserted into and is accommodated in buckle structure so as to cause fixing piece buckle, can be side to accommodate buckle structure
For the groove structure of cornice left-hand thread slot, it is correspondingly arranged on 2 receiving buckle structures at this time, in assembly, we push for we
Link rod handle drives con-rod only around upper columella rotary motion, then drive 2 fixing pieces towards or away from compression direction go
2 springs are compressed, so that fixing piece buckle can easily be inserted into and accommodate in buckle structure；After unclamping link rod handle, at this time 2
Under the promotion towards or away from direction of a spring, con-rod only contrarotation movement, fixing piece is moved along guiding device, is driven
Fixing piece is buckled in accommodate and move in buckle structure, so that fixing piece buckle cooperates with the left-hand thread slot for accommodating buckle structure；It is needing
When splitting, link rod handle need to only be pushed to drive con-rod only moving in rotation, 2 fixing pieces is then driven to remove 2 springs of compression,
So that fixing piece buckle is exited from accommodating in buckle structure, at this point, its design is that require con-rod only be rotary motion, because
This, for accommodating buckle structure, left-hand thread slot should be plane of symmetry setting, i.e., the left-hand thread slot of one receiving buckle structure is set
It sets in the left side of its groove, then the right side of its groove should be arranged in another left-hand thread slot for accommodating buckle structure, for
It for fixing piece buckle, is also required to oppositely arranged, fixing piece is buckled general, have tongue platform, if a fixing piece card
To the left, then the tongue platform of another fixing piece buckle then need to be towards right side for the tongue table top of button.
For above-mentioned several technical solutions, quick fractionation can be realized, but in the present invention, with the 5th kind of technology
For scheme, technical effect is optimal, the design of the symmetrical rotary gonnecting rod body used, so that its left and right is gone down to block data and write
Enter portion, it is particularly suitable in aerial surveying camera, due to aerial surveying camera work when, be in high-altitude flight, rotor, motor vibration under,
Other structures be easy loosen, and the application be left and right to spring and left and right to fixing piece buckle so that its vibration master
Central point is concentrated on, this ensures that spring thimble A and spring thimble B deformation is in controllable range.And
According to the 4th kind, the spring that bilateral is laid out in the same direction, so that it is compressed in one direction, and this structure, when shaking, deflection
Greatly, it is difficult to meet spring thimble A and spring thimble B deformation and be in controllable range.Therefore, for aerial surveying camera
In field, big aerial surveying camera is especially shaken, such as when diesel engine aerial surveying camera, high power aerial surveying camera field, preferably the 5th kind of cloth
Office's design, and other plots then can choose other four kinds of layout designs.
Preferably, in order to design the shell of proper fit above structure:
On the basis of above-mentioned data storage device, the data write section includes write section lower case, write section upper housing, institute
Stating write section upper housing is a rectangular channel, and the back side of the groove bottom of rectangular channel is opposite with write section lower case, data write-in
The face B in portion is the groove bottom of write section upper housing, and being provided in groove bottom as buckle structure is accommodated is buckle card slot, groove bottom
It is provided with B pilot holes of spring thimble；The data store is embedded into rectangular channel；
Between write section lower case and write section upper housing, spring thimble B from spring thimble B fill the processing module
Distribution extends in rectangular channel.
On the basis of above-mentioned data storage device, data store is storage unit upper housing, storage unit lower case is closed up
Form storage unit shell.
A kind of above-mentioned data storage device is applied in aerial surveying camera by a kind of application of data storage device.
A kind of above-mentioned data storage device is applied in aerial surveying camera, works as number by a kind of application method of data storage device
When full according to storage, spring thimble B of spring thimble A of memory module and processing module are separated, so that loading stores mould
The data store of block is separated with the data write section for loading processing module, the data store of the loading memory module more renewed
It is assembled on the data write section for loading processing module, so that the bullet of the spring thimble of new memory module A and processing module
B, spring thimble docking.
Compared with prior art, the present invention having the following advantages and benefits: the present invention devises external Quick Release
The storage of formula data, an empty memory (data store for loading memory module) is directly replaced when data are filled with can be again
It starts to work, no matter how aircraft vibrates firm Quick Release buckle to fluff, and leads between processing module and memory module
It crosses spring thimble closely to connect, avoiding contact with bad leads to error in data.
Detailed description of the invention
Attached drawing described herein is used to provide to further understand the embodiment of the present invention, constitutes one of the application
Point, do not constitute the restriction to the embodiment of the present invention.
Fig. 1 is the spatial relation graph of memory module and processing module.
Fig. 2 is the fractionation explosive view for loading the data store of memory module.
Fig. 3 is the merging figure for loading the data store of memory module.
Fig. 4 is the top view of data store.
Fig. 5 be in Fig. 4 AA to schematic diagram.
Fig. 6 is that data store hides storage unit upper housing top view.
Fig. 7 is that data store hides storage unit lower case bottom view.
Fig. 8 is the fractionation explosive view for loading the data processing division of processing module.
Fig. 9 is the merging figure of data processing division.
Figure 10 is data processing division and data store installation diagram.
Appended drawing reference in figure respectively indicates are as follows:
100, data store；200, data write section；
101, memory module；102, spring thimble A head；103, link assembly；104, storage unit upper housing；105, fixing piece；
106, storage unit lower case；1031, link rod handle；1032, tie rod holes；1033, connecting rod protruding portion；1041, handle pilot hole；
1042, upper columella；1051, protruding portion card slot；1052, fixing piece buckles；1053, spring；
201, processing module；202, spring thimble B head；203, data input/output interface；204, write section lower case；205, it writes
Enter portion's upper housing；2051, spring thimble B pilot holes, 2052, buckle card slot.
Specific embodiment
To make the objectives, technical solutions, and advantages of the present invention clearer, below with reference to embodiment and attached drawing, to this
Invention is described in further detail, and exemplary embodiment of the invention and its explanation for explaining only the invention, are not made
For limitation of the invention.
Embodiment 1
As shown in Figure 1, cause storage section to connect and go wrong with part signal is handled to solve to shake up and down, the present embodiment
A kind of data storage device is devised, which only includes following mechanism less, all comprising should be regarded as this hair with flowering structure
Bright protection scope.
A kind of data storage device includes: memory module 101, processing module 201,
101 downside of memory module is provided with spring thimble A head 102, and 201 upper side of processing module is provided with and bullet
The spring thimble B head 202 of the docking cooperation of spring thimble A head 102,
The number that the memory module 101 is sent by spring thimble A head 102,202 receiving processing module 201 of spring thimble B head
According to；
The memory module 101 is arranged in parallel with processing module 201.
The present invention independently sets memory module for traditional data storage section and data processing section first
101, processing module 201；Spring thimble A head 102 is configured in memory module 101 simultaneously, configures spring in processing module 201
Thimble B head 202 solves to realize in the condition of vibration reliable using the cooperation of spring thimble A head 102, spring thimble B head 202
Signal connection, wherein spring thimble A head 102, spring thimble B head 202 are spring thimble modular construction, and one, the structure is by leading
Cylinder, built-in spring, thimble composition, other end are an inserting slot constructions.The two cooperation, which is realized, to be connected, even if in the feelings of high speed vibration
Also its conducting, design Storage of the above scheme of the present invention especially suitable for aerial surveying camera, compared to traditional aerial surveying camera be can guarantee under condition
In integration, which may be implemented quickly to split, and is deleted by handling part storing data without going, is directly replaced
The memory module of dehorn standard stores equipment compared to traditional CF cassette, although CF cassette storage equipment is also processing unit
Divide and separated with storage section, but the connection of CF card, is that metal pins needle and the metal pins piece of CF card connect, the property of anti-vibration
It can be poor.
Embodiment 2
A kind of data storage device:
On the basis of the data storage device of above-described embodiment, spring thimble A head 102 and spring thimble B head 202 are configured with
Any situation below:
The spring thimble A head 102 is to state spring thimble male connector to situation 1 as shown in Figure 1:, and spring thimble B head 202 is spring top
Needle female；
Situation 2 does not give schematic diagram: the spring thimble A head 102 is to state spring thimble female, and spring thimble B head 202 is spring top
Needle male connector.
Embodiment 3
On the basis of the above embodiments, in order to realize to the encapsulation respectively to memory module 101, processing module 201, Yi Jishi
It now quickly splits, the present invention is also provided with another data storage device:
It as shown in Figure 10, further include the data store for loading memory module 101 on the basis of above-mentioned data storage device
100 and the data write section 200 of processing module 201 is loaded, the data store 100 passes through buckle structure and data write section
200 receiving buckle structure is engaged by clamping.
The device, memory module 101 are loaded onto data store 100, and processing module 201 is loaded onto data write-in
Then portion 200 is realized using the clamping engagement of buckle structure and receiving buckle structure and quickly splits and assemble.
Embodiment 4
Preferably, data store 100 is matched by the receiving buckle structure clamping of buckle structure and data write section 200
It closes, following several schemes have also been devised to realize in the present invention:
The first implementation are as follows:
As shown in Figure 10, a kind of data storage device:
On the basis of above-mentioned data storage device, the buckle structure setting is in the face data store 100A, the receiving card
The face B of data write section 200 is arranged in buckle structure,
Memory module 101 is arranged inside data store 100, and spring thimble A head 102 is worn from the downside of memory module 101
It crosses the face data store 100A and exposes downwards, processing module 201 is arranged inside data write section 200, spring thimble B head
202 pass through the face B of data write section 200 from the upper side of processing module 201 and expose upwards, and buckle structure is caught in receiving buckle
In structure.
The program accommodates buckle structure with the face A setting buckle structure, with the setting of the face B, is buckled using buckle structure and receiving
Structure, which is realized, to be engaged by clamping, wherein buckle structure setting can be understood as buckle structure in the face data store 100A and look unfamiliar from A
Length obtains, and buckle structure uses the buckle structure with elastic arm at this time, makes to snap into receiving using the elasticity of elastic arm
Buckle structure, and accommodate buckle structure and can be groove structure of the side wall with left-hand thread slot.
Second of implementation are as follows:
As shown in Figure 10, a kind of data storage device:
On the basis of above-mentioned data storage device,
With reference to Fig. 2, the link assembly in Fig. 2 is removed, the spring in figure is removed, only retains fixing piece 105 and fixing piece card
Button 1052；
Therefore, a kind of data storage device is on the basis of the above embodiments: further including fixing piece 105 and as buckle structure
Fixing piece buckle 1052, fixing piece buckle fastener buckle 1052 and 105 Construction integration of fixing piece, 1052 setting of fixing piece buckle
Inside data store 100, fixing piece buckle 1052 is pierced by the face data store 100A and exposes downwards；
Memory module 101 is arranged inside data store 100, and spring thimble A head 102 is worn from the downside of memory module 101
It crosses the face data store 100A and exposes downwards, processing module 201 is arranged inside data write section 200, spring thimble B head
202 pass through the face B of data write section 200 from the upper side of processing module 201 and expose upwards, and buckle structure is caught in receiving buckle
In structure.
The program is fixing piece buckle 1052 to be considered as buckle structure, but the buckle structure is fixed on fixing piece 105
, and fixing piece is a fixed structure being assemblied in data store 100, and fixing piece is allowed to buckle 1052 from data
It is split on storage unit 100, buckle structure uses the buckle structure with elastic arm at this time, to buckle using the elasticity of elastic arm
Receiving buckle structure is snapped into, and accommodates buckle structure and can be groove structure of the side wall with left-hand thread slot.
The third implementation are as follows:
As shown in Figure 10, with reference to Fig. 2, the link assembly in Fig. 2 is removed, the spring in figure is retained, only retains fixing piece 105
1052 are buckled with fixing piece, and handle body is installed on fixing piece 105；
It preferably, further include spring 1053, hand on the basis of the data storage device of above-mentioned second of implementation institute configuration
Shank body, fixing piece 105 are arranged in the guide groove inside data store 100, and spring 1053 drives fixing piece 105 along guide groove
Sliding, handle body are arranged on fixing piece 105 and expose on one side from data store 100.
The program is fixing piece buckle 1052 to be considered as buckle structure, but the buckle structure is fixed on fixing piece 105
, and fixing piece is a fixed structure being assemblied in data store 100, and fixing piece is allowed to buckle 1052 from data
It is split on storage unit 100, buckle structure can be using the buckle structure with elastic arm or using without elasticity at this time
The buckle structure of arm, and it accommodates buckle structure and can be groove structure of the side wall with left-hand thread slot, it is driven at this time using handle body solid
It is mobile to determine part 105, so that fixing piece compressed spring 1053, so that fixing piece buckle 1052 can easily be inserted into receiving buckle knot
In structure, handle body is unclamped again, under the driving of spring, fixing piece 105 is inserted into left-hand thread slot after driving 1052 translation of fixing piece buckle
It is interior.
4th kind of implementation are as follows:
The third implementation are as follows:
As shown in Figure 10, with reference to Fig. 2, in the present solution, this programme is not both with Fig. 6 and Fig. 7: not setting with reference to Fig. 6 and Fig. 7
Tie rod holes 1032, upper columella 1042 are set, and, the ipsilateral setting of spring.
Therefore, a kind of data storage device:
On the basis of above-mentioned data storage device,
It further include that fixing piece 105 and the fixing piece as buckle structure buckle 1052, fixing piece buckles 1052 and fixing piece 105 1
Body construction, fixing piece 105 are arranged inside data store 100, fixing piece buckle 1052 be pierced by the face data store 100A and
Expose downwards；
It further include spring 1053, fixing piece 105 is arranged in the guide groove inside data store 100, and the driving of spring 1053 is solid
Determine part 105 to slide along guide groove；
It further include link assembly 103, link assembly 103 is arranged inside data store 100, and link assembly 103 includes connecting rod
Ontology, connecting rod protruding portion 1033, link rod handle 1031, link rod handle 1031 are arranged on con-rod only and from data stores
100 one sides are exposed；
The fixing piece 105 is 2, and each fixing piece 105 buckles 1052 and 1 springs 1053, connecting rod configured with 1 fixing piece
The connecting rod protruding portion 1033 at ontology both ends is respectively inserted into the protruding portion card slot 1051 at 105 top of a fixing piece；
It is M to spring and N to spring for 2 spring branches corresponding with fixing piece 105, M pushes phase configuration therewith to spring
Promotion fixing piece 105 to M to promotion, N pushes the promotion fixing piece 105 of phase configuration therewith to N to promotion to spring, M to N
To for identical 2 directions.
Memory module 101 is arranged inside data store 100, and spring thimble A head 102 is from the downside of memory module 101
Face passes through the face data store 100A and exposes downwards, and processing module 201 is arranged inside data write section 200, spring thimble B
First 202 pass through the face B of data write section 200 from the upper side of processing module 201 and expose upwards, and buckle structure is caught in receiving card
In buckle structure.
The program is the enabled device using spring as driving pressing force, and fixing piece 105 has 2, so that 2 springs are to same
One direction pushes, and is inserted into and is accommodated in buckle structure so as to cause fixing piece buckle 1052, can be side to accommodate buckle structure
For the groove structure of cornice left-hand thread slot, it is correspondingly arranged on 2 receiving buckle structures at this time, in assembly, we push for we
Link rod handle 1031 drives con-rod only to move in parallel, and then drives 2 fixing pieces 105 to remove 2 springs of compression, so that fixing piece
Buckle 1052, which can easily be inserted into, to be accommodated in buckle structure；After unclamping link rod handle 1031, at this time in the phase Tongfang of 2 springs
To promotion under, con-rod only moves backward in parallel, and fixing piece 105 is moved along guiding device, drive fixing piece buckle 1052 exist
It accommodates and is moved in buckle structure, so that fixing piece buckle 1052 cooperates with the left-hand thread slot for accommodating buckle structure；When needing to split,
It need to only push link rod handle 1031 that con-rod only is driven to move in parallel, then drive 2 fixing pieces 105 to remove 2 springs of compression, make
Fixing piece buckle 1052 is obtained to exit out of receiving buckle structure.
5th kind of implementation are as follows:
As shown in Fig. 1-Figure 10,
A kind of data storage device:
On the basis of above-mentioned data storage device,
As shown in Fig. 2, further include fixing piece 105 and as buckle structure fixing piece buckle 1052, fixing piece buckle 1052 with
105 Construction integration of fixing piece, fixing piece 105 are arranged inside data store 100, and fixing piece buckle 1052 is pierced by data storage
The portion face 100A and expose downwards；
It further include spring 1053, fixing piece 105 is arranged in the guide groove inside data store 100, and the driving of spring 1053 is solid
Determine part 105 to slide along guide groove；
It further include link assembly 103, link assembly 103 is arranged inside data store 100, and link assembly 103 includes connecting rod
Ontology, connecting rod protruding portion 1033, link rod handle 1031, link rod handle 1031 are arranged on con-rod only and from data stores
100 one sides are exposed；
As shown in Fig. 3, Fig. 4, Fig. 5, Fig. 6 and 7, the fixing piece 105 is 2, and each fixing piece 105 is configured with 1 fixing piece
1052 and 1 springs 1053 are buckled, the connecting rod protruding portion 1033 at con-rod only both ends is respectively inserted into 105 top of a fixing piece
Protruding portion card slot 1051 in；
The con-rod only center is provided with tie rod holes 1032, the inner walls of the data store 100 are provided with
Columella 1042, upper columella 1042 are inserted into tie rod holes 1032；
It is M to spring and N to spring for 2 spring branches corresponding with fixing piece 105, M pushes phase configuration therewith to spring
Promotion fixing piece 105 to M to promotion, N pushes the promotion fixing piece 105 of phase configuration therewith to N to promotion to spring, M to N
To for 2 opposite and opposite directions；
Memory module 101 is arranged inside data store 100, and spring thimble A head 102 is worn from the downside of memory module 101
It crosses the face data store 100A and exposes downwards, processing module 201 is arranged inside data write section 200, spring thimble B head
202 pass through the face B of data write section 200 from the upper side of processing module 201 and expose upwards, and buckle structure is caught in receiving buckle
In structure.
The program is the enabled device using spring as driving pressing force, and fixing piece 105 has 2, so that 2 springs are to phase
To or opposite direction push, be inserted into and accommodated in buckle structure so as to cause fixing piece buckle 1052, can to accommodate buckle structure
For being groove structure of the side wall with left-hand thread slot, be correspondingly arranged on 2 receiving buckle structures at this time, we assembly when, I
Push link rod handle 1031 to drive con-rod only around upper columella rotary motion, then drive 2 fixing pieces 105 towards or away from
Compression direction go compression 2 springs so that fixing piece buckle 1052 can easily be inserted into accommodate buckle structure in；It unclamps and connects
After bar handle 1031, at this time under the promotion towards or away from direction of 2 springs, con-rod only contrarotation movement is fixed
Part 105 is moved along guiding device, and fixing piece buckle 1052 is driven to move in receiving buckle structure, so that fixing piece buckle 1052
Cooperate with the left-hand thread slot for accommodating buckle structure；Fig. 6 and Fig. 7 is participated in, when needing to split, need to only push 1031 band of link rod handle
Then dynamic con-rod only moving in rotation drives 2 fixing pieces 105 to remove 2 springs of compression, so that fixing piece buckles 1052 from receiving
It is exited in buckle structure, at this point, its design is that require con-rod only be rotary motion, therefore, for accommodating buckle structure
For, left-hand thread slot should be plane of symmetry setting, i.e., the left side of its groove is arranged in the left-hand thread slot of one receiving buckle structure,
Then the right side of its groove should be arranged in another left-hand thread slot for accommodating buckle structure, for fixing piece buckle 1052,
It is also required to it is oppositely arranged, it is general for fixing piece buckle 1052, have tongue platform, if the tongue platform of a fixing piece buckle 1052
Towards left side, then the tongue platform of another fixing piece buckle 1052 then need to be towards right side.
For above-mentioned several technical solutions, quick fractionation can be realized, but in the present invention, with the 5th kind of technology
For scheme, technical effect is optimal, the design of the symmetrical rotary gonnecting rod body used, so that its left and right is gone down to block data and write
Enter portion 200, it is particularly suitable in aerial surveying camera, when due to aerial surveying camera work, it is in high-altitude flight, in the vibration of rotor, motor
Under, other structures be easy loosen, and the application be left and right to spring and left and right to fixing piece buckle 1052 so that its
Vibration is concentrated mainly on central point, this ensures that the deformation of spring thimble A head 102 and spring thimble B head 202 is in controllable
In the range of.And according to the 4th kind, the spring that bilateral is laid out in the same direction, so that it is compressed in one direction, this structure, shake
When dynamic, deflection is big, it is difficult to which the deformation for meeting spring thimble A head 102 and spring thimble B head 202 is in controllable range.Cause
This, in the field of aerial surveying camera, especially shaking big aerial surveying camera, such as diesel engine aerial surveying camera, high power aerial surveying camera neck
When domain, preferably the 5th kind of layout designs, and other plots then can choose other four kinds of layout designs.
On the basis of the above embodiments:
Preferably, in order to design the shell of proper fit above structure:
As shown in Figure 8, Figure 9, on the basis of above-mentioned data storage device, the data write section 200 includes write section lower casing
Body 204, write section upper housing 205, said write portion upper housing 205 are a rectangular channel, the back side of the groove bottom of rectangular channel
Opposite with write section lower case 204, the face B of data write section 200 is the groove bottom of write section upper housing 205, is set in groove bottom
It is equipped with as buckle structure is accommodated as buckle card slot 2052, groove bottom is provided with B pilot holes 2051 of spring thimble；The data
Storage unit 100 is embedded into rectangular channel；
The processing module is between write section lower case 204 and write section upper housing 205, and spring thimble B is from spring top
B pilot holes 2051 of needle extend in rectangular channel.
On the basis of above-mentioned data storage device, data store 100 is storage unit upper housing 104, storage unit lower casing
Body 106 closes up composition storage unit shell.
Quantity in above-described embodiment and above scheme is not certainly to limitation, above-mentioned direction, the expression in orientation nor absolutely
Expression, those skilled in the art can also should belong to the application according to the change appropriate of the core idea of the application and equally become
Change, while creativeness of the invention is also embodied in: the present invention is provided with the data store split and data processing division, and data
Storage unit is assembled in the way to insert in the write section upper housing of data processing division, while using spring thimble component as vertical
It is connected to the transmission of the data in direction, poor contact caused by the vibration of longitudinal direction can be overcome, while utilizing rotatable
Link assembly and spring are opposite or backwards to driving, and realize that symmetrical output is enabled so that lateral amplitude center center simultaneously
With spring thimble component matching, the vibration to spring thimble component is avoided to damage.In unmanned plane during flying state, vibration frequency
In 10-55Hz, in the frequency, it can be loosened traditional SD structure, but after having used above structure of the invention, energy
Overcome in 55Hz, can guarantee the good contact of component using above structure.In the unmanned plane of this field, general single phase
Machine is at least 7 thimbles, and the present invention is adapted in the aerial surveying camera of 5 cameras, and thimble structure reaches 35, it is preferred to use 6*6
Arrangement, extra one is ground connection thimble, and this array arrangement can make its entirety have single-point to be forced under the conditions of vibration whole
The face stress of body state, plays the effect of damping vibration.It is i.e. preferred, in order to overcome vibration harm caused by thimble, generally
It in the present invention, it is preferred to which the port of multiple cameras is integrated in a plate face, and is in ranks array arrangement, with square array
It is classified as most preferably, columns is mutually all best at once.
Embodiment 5
As a kind of specific structure, a kind of data storage device, as shown in Fig. 1-Figure 10,
The storage device, the data storage being made up of including storage unit upper housing 104 and storage unit lower case bolt or adhesion
Portion 100, wherein memory module 101 is located inside data store 100, has 2 springs to be inserted into fixing piece, and direction phase
Instead, one end that spring is located at outside fixing piece 105 is locked by storage unit upper housing 104, and a company is assembled above memory module
The connecting rod protruding portion 1033 of bar body, con-rod only both ends is inserted into the protruding portion card slot 1051 of fixing piece 105, in storage unit
The inner wall of upper housing 104 is vertically provided with columella 1042, and columella 1042 is inserted into the tie rod holes in the middle part of con-rod only on this
It can be rotated around upper columella 1042 in 1032 with limiting con-rod only, in storage portion, handle pilot hole 1041 is opened in 104 top surface of upper housing,
Then the link rod handle 1031 on con-rod only is stretched out from handle pilot hole 1041, certainly, handle pilot hole 1041 has
Larger space, link rod handle 1031 can move in link rod handle 1031, and fixing piece lower end surface is connected with fixing piece buckle
1052, fixing piece buckle side wall is provided with the tongue platform of protrusion, and the tongue platform of 2 fixing piece buckles is arranged on 2 opposing faces.For
It for data write section, is made of write section lower case 204 and write section upper housing 205, wherein write section upper housing 205 is
One slot structure, and data store can be integrally embedded into write section upper housing 205, the slot bottom of write section upper housing 205
Face is provided with the buckle card slot 2052 for accommodating and blocking fixing piece buckle, and the groove bottom of write section upper housing 205 is provided with spring
B pilot holes of thimble, processing module are arranged in the space between write section lower case 204 and write section upper housing 205, also,
Spring thimble B in its processing module dock after stretching with spring thimble A out of spring thimble B pilot holes.Certainly, locate
The data input/output interface for managing module is stretched out from write section lower case.Above-mentioned spring thimble B are with A logarithms of spring thimble
It is multiple.
Embodiment 6
A kind of above-mentioned data storage device is applied in aerial surveying camera by a kind of application of data storage device.
Embodiment 7
A kind of above-mentioned data storage device is applied in aerial surveying camera, when data are deposited by a kind of application method of data storage device
When storage is full, the spring thimble A head 102 of memory module 101 is separated with the spring thimble B head 202 of processing module, is deposited so that loading
The data store 100 for storing up module 101 and the data write section 200 for loading processing module 201 separate, the loading storage more renewed
The data store 100 of module 101 is assembled on the data write section 200 for loading processing module 201, so that new memory module
101 spring thimble A head 102 is docked with the spring thimble B head 202 of processing module.
Preferably,
Processing module 201 is pinboard, and the data that pinboard transmits data line are transmitted by data input/output interface
To memory module above.
Above-described specific embodiment has carried out further the purpose of the present invention, technical scheme and beneficial effects
It is described in detail, it should be understood that being not intended to limit the present invention the foregoing is merely a specific embodiment of the invention
Protection scope, all within the spirits and principles of the present invention, any modification, equivalent substitution, improvement and etc. done should all include
Within protection scope of the present invention.
Claims (12)
1. a kind of data storage device, it is characterised in that:
Including memory module (101), processing module (201),
Memory module (101) downside is provided with spring thimble A (102), processing module (201) the upper side setting
Have and dock spring thimble B (202) cooperated with spring thimble A (102),
The memory module (101) passes through spring thimble A (102), spring thimble B (202) receiving processing module (201) hairs
The data come；
The memory module (101) is arranged in parallel with processing module (201).
2. a kind of data storage device according to claim 1, it is characterised in that: spring thimble A (102) and spring top
B, needle (202) be configured with following any situation:
Situation 1: described spring thimble A (102) are to state spring thimble male connector, and spring thimble B (202) female for spring thimble
Head；
Situation 2: described spring thimble A (102) are to state spring thimble female, and spring thimble B (202) public for spring thimble
Head.
3. a kind of data storage device according to claim 1, it is characterised in that:
It further include the data store (100) for loading memory module (101) and the data write section for loading processing module (201)
(200), the data store (100) is engaged by clamping by buckle structure and the receiving buckle structure of data write section (200).
4. a kind of data storage device according to claim 3, it is characterised in that:
In data store (100) face A, the receiving buckle structure is arranged in data write section for the buckle structure setting
(200) the face B,
Memory module (101) setting is internal in data store (100), and spring thimble A (102) from memory module (101)
Downside passes through data store (100) face A and exposes downwards, and processing module (201) setting is in data write section (200)
Portion, spring thimble B (202) pass through the face B of data write section (200) from the upper side of processing module (201) and expose upwards,
Buckle structure, which is caught in, to be accommodated in buckle structure.
5. a kind of data storage device according to claim 3, it is characterised in that:
It further include that fixing piece (105) and the fixing piece as buckle structure buckle (1052), fixing piece buckle fastener buckle
(1052) with fixing piece (105) Construction integration, fixing piece buckle (1052) setting is internal in data store (100), fixing piece
Buckle (1052) is pierced by data store (100) face A and exposes downwards；
Memory module (101) setting is internal in data store (100), and spring thimble A (102) from memory module (101)
Downside passes through data store (100) face A and exposes downwards, and processing module (201) setting is in data write section (200)
Portion, spring thimble B (202) pass through the face B of data write section (200) from the upper side of processing module (201) and expose upwards,
Buckle structure, which is caught in, to be accommodated in buckle structure.
6. a kind of data storage device according to claim 5, it is characterised in that: it further include spring (1053), handle body,
In the internal guide groove of data store (100), spring (1053) driving fixing piece (105) edge is led for fixing piece (105) setting
It is slided to slot, handle body is arranged on fixing piece (105) and exposes from data store (100) one side.
7. a kind of data storage device according to claim 3, it is characterised in that:
It further include that fixing piece (105) and the fixing piece as buckle structure buckle (1052), fixing piece buckles (1052) and fixed
Part (105) Construction integration, fixing piece (105) setting is internal in data store (100), and fixing piece buckle (1052) is pierced by data
Storage unit (100) face A and expose downwards；
It further include spring (1053), fixing piece (105) setting is in the internal guide groove of data store (100), spring
(1053) driving fixing piece (105) is slided along guide groove；
It further include link assembly (103), link assembly (103) setting is internal in data store (100), link assembly (103)
Including con-rod only, connecting rod protruding portion (1033), link rod handle (1031), link rod handle (1031) is arranged on con-rod only,
And expose from data store (100) one side；
The fixing piece (105) is 2, and each fixing piece (105) is configured with 1 fixing piece buckle (1052) and 1 spring
(1053), the connecting rod protruding portion (1033) at con-rod only both ends is respectively inserted into the protruding portion card at the top of a fixing piece (105)
In slot (1051)；
It is M to spring and N to spring for 2 spring branches corresponding with fixing piece (105), M matches therewith to spring promotion
For the promotion fixing piece (105) set to M to promotion, N pushes the promotion fixing piece (105) of phase configuration therewith to N to promotion to spring,
M to N to for identical 2 directions；
Memory module (101) setting is internal in data store (100), and spring thimble A (102) from memory module (101)
Downside passes through data store (100) face A and exposes downwards, and processing module (201) setting is in data write section (200)
Portion, spring thimble B (202) pass through the face B of data write section (200) from the upper side of processing module (201) and expose upwards,
Buckle structure, which is caught in, to be accommodated in buckle structure.
8. a kind of data storage device according to claim 3, it is characterised in that:
It further include that fixing piece (105) and the fixing piece as buckle structure buckle (1052), fixing piece buckles (1052) and fixed
Part (105) Construction integration, fixing piece (105) setting is internal in data store (100), and fixing piece buckle (1052) is pierced by data
Storage unit (100) face A and expose downwards；
It further include spring (1053), fixing piece (105) setting is in the internal guide groove of data store (100), spring
(1053) driving fixing piece (105) is slided along guide groove；
It further include link assembly (103), link assembly (103) setting is internal in data store (100), link assembly (103)
Including con-rod only, connecting rod protruding portion (1033), link rod handle (1031), link rod handle (1031) is arranged on con-rod only,
And expose from data store (100) one side；
The fixing piece (105) is 2, and each fixing piece (105) is configured with 1 fixing piece buckle (1052) and 1 spring
(1053), the connecting rod protruding portion (1033) at con-rod only both ends is respectively inserted into the protruding portion card at the top of a fixing piece (105)
In slot (1051)；
The con-rod only center is provided with tie rod holes (1032), the setting of the inner walls of the data store (100)
Have upper columella (1042), upper columella (1042) is inserted into tie rod holes (1032)；
It is M to spring and N to spring for 2 spring branches corresponding with fixing piece (105), M matches therewith to spring promotion
For the promotion fixing piece (105) set to M to promotion, N pushes the promotion fixing piece (105) of phase configuration therewith to N to promotion to spring,
M to N to for 2 opposite and opposite directions；
Memory module (101) setting is internal in data store (100), and spring thimble A (102) from memory module (101)
Downside passes through data store (100) face A and exposes downwards, and processing module (201) setting is in data write section (200)
Portion, spring thimble B (202) pass through the face B of data write section (200) from the upper side of processing module (201) and expose upwards,
Buckle structure, which is caught in, to be accommodated in buckle structure.
9. a kind of data storage device according to any one of claim 3-8, it is characterised in that:
The data write section (200) includes write section lower case (204), write section upper housing (205), said write portion upper casing
Body (205) is a rectangular channel, the back side of the groove bottom of rectangular channel and write section lower case (204) relatively, data write section
(200) the face B is the groove bottom of write section upper housing (205), and being provided in groove bottom as buckle structure is accommodated is buckle card
Slot (2052), groove bottom are provided with B pilot holes (2051) of spring thimble；The data store (100) is embedded into rectangular channel
It is interior；
The processing module is located between write section lower case (204) and write section upper housing (205), and spring thimble B is from bullet
B pilot holes (2051) of spring thimble extend in rectangular channel.
10. a kind of data storage device according to any one of claim 3-8, it is characterised in that:
Data store (100) is storage unit upper housing (104), storage unit lower case (106) closes up composition storage unit shell.
11. a kind of application of data storage device, by a kind of data storage device of any one described in claim 1-10
It is applied in aerial surveying camera.
12. a kind of application method of data storage device stores a kind of data of any one described in claim 1-10
Device is applied in aerial surveying camera, when data storage is full, by spring thimble A (102) of memory module (101) and processing module
Spring thimble B (202) separation so that load memory module (101) data store (100) and loading processing module
(201) data write section (200) separation, the data store (100) of the loading memory module (101) more renewed are assembled to dress
Carry processing module (201) data write section (200) on so that spring thimble A (102) of new memory module (101) and
Spring thimble B (202) docking of processing module.
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Inventor after: Zhu Hongyingtao Inventor before: Zhu Hongyingtao |