The content of the invention
The technical problems to be solved by the invention are to provide a kind of information read device, and it can solve the problem that above-mentioned present technology
The problem of middle.
The present invention is achieved through the following technical solutions:A kind of information read device of the present invention, including reading part
And the information recording medium to be connected with shown reading part, interior be provided with of the reading part left end face are seated groove, institute
State to be seated in groove left end face and be provided with the first read head, the first mobile cavity is provided with the reading part being seated above groove,
The first mobile cavity inner upper end face is provided with the first square groove, is provided with the first mobile cavity inner left wall and is moved with described first
The second mobile cavity that dynamic chamber leads to, the second mobile cavity inner upper end face are provided with shifting chute, set in first mobile cavity
There is the first movable block, be provided with the first spring element, first movement at the top of first movable block between first square groove
Block bottom, which is provided with, leads to inside the reading part and is extended into the solid lock head being seated in groove, mobile in second mobile cavity to match somebody with somebody
Conjunction is connected with dextrad movable block, and the dextrad movable block left side top is provided with along side to be extended into the shifting chute and move cooperation
The convex portion of connection, it is described to be seated the 3rd mobile cavity that vertically long setting is provided with groove interior lower end face, the 3rd mobile cavity
Interior movement is connected with sliding pressure block, and the sliding pressure block bosom opening position is provided with the first shifting chute, first shifting chute
Interior to be provided with the mobile guide posts being connected, the guide posts left and right ends are fixed with inwall at left and right sides of the 3rd mobile cavity
Connection, the sliding pressure block top, which is provided with, is extended into first convex portion for being seated and being oppositely arranged in groove and with the solid lock head, described
The 4th mobile cavity is provided with the reading part of 3rd mobile cavity bottom left, the second movement is provided with the 4th mobile cavity
Block, described information memory carrier front end are provided with the portion of being seated.
Further technical scheme, the first movable block left-hand end are provided with left inclined portion, the dextrad movable block left-hand end
The first spiral shell shape hole is provided with face, the first spiral shell shape hole inner spiral line is connected with the first whorl bar, the first spiral shell shape
Rasp bar left-hand end is connected with the first motor, the dextrad movable block its right end face be provided be extended into first mobile cavity and with
The right inclined portion that the left inclined portion movement compresses.
Further technical scheme, the first shifting chute inner upper end face zygomorphism is provided with and connects hole, described to connect hole phase
To the guide posts at the top of end face be provided with the top of the guide posts for being electrically connected and being electrically connected described in post between post in end face and be provided with the
Two square grooves, the second spring element is provided between second square groove and the first shifting chute inner upper end face, it is described to connect hole and institute
State the electrical connection of the first read head.
Further technical scheme, the second movable block left end face is interior to be provided with the second spiral shell shape hole, the second spiral shell shape
The second whorl bar that whorl is connected is provided with hole, the second whorl bar left end face is connected with the second motor
Connect, the second spiral shell shape hole matches provided with right bouncing plate, the right bullet in the second movable block left end face of both sides up and down
Relative the 4th mobile cavity inner left wall of power piece is provided with left bouncing plate, and the right bouncing plate is electrically connected with the post that is electrically connected
Connect.
Further technical scheme, the portion top end face that is seated are provided with locking slot, and the portion's left end face that is seated is provided with
Head is pushed, chip hole is provided with the pushing head left end face.
The beneficial effects of the invention are as follows:
1. setting the first mobile cavity by being seated in the reading part above groove, the first mobile cavity inner upper end face sets first party
Groove, sets the second mobile cavity led to the first mobile cavity in the first mobile cavity inner left wall, on the second mobile cavity inner upper end face
If shifting chute, the first movable block is set in the first mobile cavity, the first spring element is set between the first square groove at the top of the first movable block, the
One movable block bottom, which is set, leads to inside reading part and is extended into the solid lock head being seated in groove, the mobile right side that is connected in the second mobile cavity
To movable block, dextrad movable block left side top sets the convex portion for being extended into shifting chute and moving mating connection along side, so as to realize
Automatically control unblock work.
2. the 3rd mobile cavity of vertically long setting is set in groove interior lower end face by being seated, it is mobile in the 3rd mobile cavity to match somebody with somebody
Connection sliding pressure block is closed, sliding pressure block bosom opening position sets the first shifting chute, and leading for mobile mating connection is set in the first shifting chute
Draw post, guide posts left and right ends are fixedly connected with inwall at left and right sides of the 3rd mobile cavity, and sliding pressure block top, which sets to be extended into, to be seated in groove
And the first convex portion being oppositely arranged with solid lock head, the 4th mobile cavity is set in the reading part of the 3rd mobile cavity bottom left, the 4th moves
Dynamic intracavitary sets the second movable block, so as to realize solid lock while automatically control connection, improves operating efficiency.
3. being provided with the portion of being seated by information recording medium front end, it is seated end face at the top of portion and sets locking slot, be seated on the left of portion
End face sets pushing head, pushes in head left end face and sets chip hole, coordinates reading part to complete automatic solid lock connection so as to realize, reduces
Operating procedure, improve and read information efficiency.
4. the present invention is simple in construction, easy to operate, solid lock can be automatically controlled, solid lock stability is high, improves reading information
When stability.
Embodiment
As shown in Fig. 1-Fig. 7, a kind of information read device of the invention, including reading part 3 and to shown reading
The information recording medium 4 that portion 3 is connected, interior be provided with of the left end face of reading part 3 is seated groove 31, described to be seated the left side of groove 31
The first read head 311 is provided with end face, described be seated in the reading part 3 of the top of groove 31 is provided with the first mobile cavity 35, described
The inner upper end face of first mobile cavity 35 is provided with the first square groove 353, is provided with the inner left wall of the first mobile cavity 35 and described the
The second mobile cavity 36 that one mobile cavity 35 leads to, the inner upper end face of the second mobile cavity 36 are provided with shifting chute 361, and described
The first movable block 351 is provided with one mobile cavity 35, is provided between the top of the first movable block 351 and first square groove 353
First spring element 3531, the bottom of the first movable block 351, which is provided with to lead to the inside of the reading part 3 and be extended into, described is seated groove 31
Interior solid lock first 352, in second mobile cavity 36 movement be connected with dextrad movable block 362, the dextrad movable block 362
Left side top is provided with along side to be extended into the shifting chute 361 and moves the convex portion 3622 of mating connection, described to be seated in groove 31
The 3rd mobile cavity 32 of vertically long setting is provided with subordinate end face, is moved in the 3rd mobile cavity 32 and is connected with sliding pressure
Block 321, the bosom opening position of sliding pressure block 321 are provided with the first shifting chute 3211, are provided with first shifting chute 3211
The mobile guide posts 33 being connected, the left and right ends of guide posts 33 are fixed with the left and right sides inwall of the 3rd mobile cavity 32
Connection, the top of the sliding pressure block 321 are provided with to be extended into and described be seated in groove 31 and be oppositely arranged with the solid lock first 352 first convex
Portion 3213, the reading part 3 of the bottom left of the 3rd mobile cavity 32 is interior to be provided with the 4th mobile cavity 34, the 4th mobile cavity
The second movable block 341 is provided with 34, the front end of described information memory carrier 4 is provided with the portion of being seated 42.
Wherein, the left-hand end of the first movable block 351 is provided with left inclined portion 3511, the left end face of dextrad movable block 362
The first spiral shell shape hole 3633 is inside provided with, the inner spiral line of the first spiral shell shape hole 3633 is connected with the first whorl bar 3624, institute
State the left-hand end of the first whorl bar 3624 with the first motor 3625 to be connected, its right end face of dextrad movable block 362, which is provided with, prolongs
Enter in first mobile cavity 35 and move the right inclined portion 3621 compressed with the left inclined portion 3511, so as to realize automatic unlocking work
Make, it is manually operated instead of operating personnel, improve operating efficiency.
Wherein, the inner upper end face zygomorphism of the first shifting chute 3211 is provided with and connects hole 3212, described to connect the phase of hole 3212
To the top end face of the guide posts 33 be provided with the top end of the guide posts 33 for being electrically connected and being electrically connected described in post 331 between post 331
The second square groove 332 is provided with face, second is provided between second square groove 332 and the inner upper end face of first shifting chute 3211
Spring element 333, the hole 3212 that connects electrically connect with first read head 311, so as to realize automatic connection, improve stability.
Wherein, the second spiral shell shape hole 3411, the second spiral shell shape hole 3411 are provided with the left end face of the second movable block 341
Interior the second whorl bar 3413 being connected provided with whorl, the left end face of the second whorl bar 3413 and the second motor
342 are connected, and the second spiral shell shape hole matches provided with right bullet about 3411 in the left end face of the second movable block 341 of both sides
Power piece 3412, the relative inner left wall of the 4th mobile cavity 34 of the right bouncing plate 3412 is provided with left bouncing plate 341, described
Right bouncing plate 3412 electrically connects with the post 331 that is electrically connected, and so as to prevent operating reading information without permission, while improves stabilization
Property.
Wherein, the top end face of portion 42 that is seated is provided with locking slot 44, and the left end face of portion 42 that is seated is provided with pushing head
45, described push in first 45 left end face is provided with chip hole 451.
During original state, sliding pressure block 321 is made the first convex of the top of sliding pressure block 321 by the pressure on top surface of the second spring element 333
Portion 3213, which is at utmost extended into, to be seated in groove 31, meanwhile, the interior lower end face of the first shifting chute 3211 and the bottom end face of guide posts 33
Mutually compress, now, the inner upper end face of the first shifting chute 3211 connects hole 3212 at utmost away from the post 331 that is electrically connected, meanwhile, second
Movable block 341 is located at the right-most position of the 4th mobile cavity 34, makes its right end face of the second movable block 341 right with the 3rd mobile cavity 32
Side inwall mutually compresses, now, right bouncing plate 3412 at utmost away from left bouncing plate 341, meanwhile, the left side of dextrad movable block 362
End face mutually compresses with the inner left wall of the second mobile cavity 36, and now, convex portion 3622 is located at the left-most position of shifting chute 361, meanwhile, it is right
It is extended into the right-hand end of right inclined portion 3621 on movable block 362 in the first mobile cavity 35, now, the first movable block 351 is by first
The elastic pressure on top surface of spring element 3531, the first movable block 351 is set to be located at the lowest position of the first mobile cavity 35, now, first
Inclined-plane in the left inclined portion 3511 in the left side of movable block 351 offsets with the inclined-plane in the right inclined portion 3621 being extended into the first mobile cavity 35
Pressure, meanwhile, solid lock first 352, which is at utmost extended into, to be seated in groove 31, now, first 352 bottom end face of solid lock and the first convex portion 3213
Top end face offsets pressure.
When needing to read information, the second whorl bar 3413 is controlled to rotate by the second motor 342 first, by the second spiral shell shape
Rasp bar 3413 drives the second movable block 341 to be moved towards left side, until the second movable block 341 is moved to the most left of the 4th mobile cavity 34
Side position, now, the second movable block 341 is entirely retracted in the 4th mobile cavity 34 and the left end face of the second movable block 341 and the 4th
The inner left wall of mobile cavity 34 mutually compresses, meanwhile, right bouncing plate 3412 is compressed with the left elasticity of bouncing plate 341, and now, information is stored
Carrier 4 is moved to the right positions of reading part 3, makes to be seated the left end face of portion 42 with being seated the right side of groove 31 on information recording medium 4
Side end face is in relative position, then promotes information recording medium 4 towards the side of reading part 3, makes the pushing head for being seated the left side of portion 42
45 are gradually extended into and are seated in groove 31 until as shown in figure 3, then proceed to promote information recording medium 4, make pushing first 45 while push away
Dynamic solid lock first 352 and the first convex portion 3213, now, solid lock the first movable block 351 of first 352 drive overcome the first spring element 3531
Elastic pressure on top surface gradually moves up, meanwhile, the first convex portion 3213 drive sliding pressure block 321 overcomes the elasticity of the second spring element 333
Pressure on top surface moves gradually downward, until the top end face of the first movable block 351 as shown in Figure 4 and the inner upper end face of the first mobile cavity 35
To compressing, now, the first spring element 3531 is completed in the first square groove of retraction 353, meanwhile, first 352 bottom end face of solid lock is with being seated
The movement of the top end face of portion 42 compresses, and the bottom end face of sliding pressure block 321 mutually compresses with the interior lower end face of the 3rd mobile cavity 32, now, the
The inner upper end face of one shifting chute 3211 and the top end face of guide posts 33 offset pressure, meanwhile, the post 331 that is electrically connected is fully-inserted to connect hole 3212
Interior, now, the second spring element 333 is entirely retracted in the second square groove 332, meanwhile, the top end face of the first convex portion 3213 is with being seated portion
The movement of 42 bottom end faces compresses, and continues to press on information recording medium 4, makes first 45 left end face of pushing and is seated the inner left wall of groove 31
Mutually compress, meanwhile, in 311 fully-inserted chip hole 451 of the first read head, now, it is relative that solid lock first 352 is moved to locking slot 44
Opening position, meanwhile, the first movable block 351 is made the first movable block 351 drive solid lock first 352 to slip into by the first spring element 3531
In locking slot 44, output solid lock connection is completed;When needing to take out after the completion of reading information, pass through the first motor 3625 control the
One whorl bar 3624 is rotated, and convex portion 3622 on dextrad movable block 362 is driven along shifting chute 361 by the first whorl bar 3624
Move right, now, right inclined portion 3621 and the left movable top press-fit of inclined portion 3511, the first movable block 351 is overcome the first elastic force
The pressure on top surface of part 3531 moves up, until the top end face of the first movable block 351 offsets with the inner upper end face of the first mobile cavity 35
Pressure, now, solid lock first 352 completely disengages locking slot 44, meanwhile, convex portion 3622 is located at the right-most position of shifting chute 361, right oblique
Its right end face of portion 3621 mutually compresses with first 352 left side wall of solid lock, and now, the first motor 3625 of control stops operating, then towards the right side
Layback moves information recording medium 4 as shown in fig. 6, until the portion 42 that is seated on information recording medium 4 completely disengages and is seated groove 31, this
When, sliding pressure block 321 is made the first convex portion 3213 on sliding pressure block 321 be extended into again and is seated by the pressure on top surface of the second spring element 333
In groove 31, meanwhile, hole 3212 is connect at utmost away from the post 331 that is electrically connected, and realization automatically powers off, and then controls the first motor respectively
3625 the first whorl bars 3624 of drive invert and the second motor 342 drives the second whorl bar 3413 to invert, until making the right side
Initial position is returned to the movable block 341 of movable block 362 and second, now, the first movable block 351 is by the first spring element
3531 pressure on top surface drive solid lock first 352 to be extended into again and are seated in groove 31 and are offseted with the first convex portion 3213, now, right bouncing plate
3412, at utmost away from left bouncing plate 341, then control the first motor 3625 and the second motor 342 to stop operating, make its extensive
Multiple original state.
The beneficial effects of the invention are as follows:
1. setting the first mobile cavity by being seated in the reading part above groove, the first mobile cavity inner upper end face sets first party
Groove, sets the second mobile cavity led to the first mobile cavity in the first mobile cavity inner left wall, on the second mobile cavity inner upper end face
If shifting chute, the first movable block is set in the first mobile cavity, the first spring element is set between the first square groove at the top of the first movable block, the
One movable block bottom, which is set, leads to inside reading part and is extended into the solid lock head being seated in groove, the mobile right side that is connected in the second mobile cavity
To movable block, dextrad movable block left side top sets the convex portion for being extended into shifting chute and moving mating connection along side, so as to realize
Automatically control unblock work.
2. the 3rd mobile cavity of vertically long setting is set in groove interior lower end face by being seated, it is mobile in the 3rd mobile cavity to match somebody with somebody
Connection sliding pressure block is closed, sliding pressure block bosom opening position sets the first shifting chute, and leading for mobile mating connection is set in the first shifting chute
Draw post, guide posts left and right ends are fixedly connected with inwall at left and right sides of the 3rd mobile cavity, and sliding pressure block top, which sets to be extended into, to be seated in groove
And the first convex portion being oppositely arranged with solid lock head, the 4th mobile cavity is set in the reading part of the 3rd mobile cavity bottom left, the 4th moves
Dynamic intracavitary sets the second movable block, so as to realize solid lock while automatically control connection, improves operating efficiency.
3. being provided with the portion of being seated by information recording medium front end, it is seated end face at the top of portion and sets locking slot, be seated on the left of portion
End face sets pushing head, pushes in head left end face and sets chip hole, coordinates reading part to complete automatic solid lock connection so as to realize, reduces
Operating procedure, improve and read information efficiency.
4. the present invention is simple in construction, easy to operate, solid lock can be automatically controlled, solid lock stability is high, improves reading information
When stability.
The foregoing is only a specific embodiment of the invention, but protection scope of the present invention is not limited thereto, any
The change or replacement expected without creative work, it should all be included within the scope of the present invention.Therefore, it is of the invention
Protection domain should be determined by the scope of protection defined in the claims.