CN109460760A - A kind of Portable manual Visual intelligent reader - Google Patents
A kind of Portable manual Visual intelligent reader Download PDFInfo
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- CN109460760A CN109460760A CN201811525199.4A CN201811525199A CN109460760A CN 109460760 A CN109460760 A CN 109460760A CN 201811525199 A CN201811525199 A CN 201811525199A CN 109460760 A CN109460760 A CN 109460760A
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- sucker
- sliding block
- seperated
- wedge surface
- opening
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06V—IMAGE OR VIDEO RECOGNITION OR UNDERSTANDING
- G06V30/00—Character recognition; Recognising digital ink; Document-oriented image-based pattern recognition
- G06V30/10—Character recognition
- G06V30/14—Image acquisition
- G06V30/142—Image acquisition using hand-held instruments; Constructional details of the instruments
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- Computer Vision & Pattern Recognition (AREA)
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- General Physics & Mathematics (AREA)
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- Theoretical Computer Science (AREA)
- Hooks, Suction Cups, And Attachment By Adhesive Means (AREA)
Abstract
The invention discloses a kind of artificial vision's intelligent readers, including shell, retaining mechanism and sucker structure, wherein shell includes that first is seperated and second is seperated.First is seperated and the second fission is slidably connected, and when inoperative, first is seperated and the second separate cover closes, and is highly convenient for carrying；The first working face is closed between two fissions by lid at this time, protect on the first working face to the physical equipment that works, its abrasion is avoided in carrying process, is scratched etc..When work, the first fission of sliding makes its lower end be located at the second seperated upper end, and optically-captured pick-up lens is relatively high apart from object, therefore its effective working region is larger, so as to preferably capture the operation of user.Second fission is fixed on object by sucker structure, can be prevented reader from toppling over and resisting external impact, be improved usage experience.
Description
Technical field
The present invention relates to artificial vision's intelligent reader technical field, in particular to a kind of Portable manual Visual intelligent is read
Read device.
Background technique
Existing paper content search mode, which is generally, by hand inquires inquiry content input computer or mobile phone, or
It is inquired using taking a picture and delimiting query region manually, inquiry expends longer input time.Artificial vision intelligently reads
Device solves the above problems, but the vertical equipment based on intelligent reader or is equipped with heavier pedestal on shell to improve
Stability or very big sucker is equipped on shell to be fixed, but both readers are not readily portable, if but not
The vertical equipment for being equipped with pedestal or sucker is easy to topple over when there is external collision, and usage experience is bad.
Summary of the invention
The purpose of the present invention is to provide a kind of Portable manual Visual intelligent readers, solve existing artificial vision
Intelligent reader not Portable belt the technical issues of.
To solve the above-mentioned problems, the technical scheme is that
A kind of artificial vision's intelligent reader, including shell, which is characterized in that the shell includes:
First is seperated, defines the first working face on the first fission；With,
Second is seperated, seperated with described first to be slidably connected；When inoperative, first seperated and the second separate cover conjunction, and
First working face is seperated with second opposite, and when work, the first fission of sliding makes its lower end be located at the second seperated upper end；
Artificial vision's intelligent reader further include:
Retaining mechanism is set to the first seperated end or/and the second seperated end, to lock the first fission and second point
Body；And
Sucker structure is fixed on the second fission.
Preferably, first working face includes the rake to mount message acquisition equipment, when work, the inclination
Portion is obliquely installed relative to working face.
Preferably, the sucker structure includes sucker ontology, frame body and the sucker opening control being arranged on the frame body
Mechanism processed, the frame body are set on the second ontology, and the sucker ontology is arranged on frame body；To the sucker opening controlling mechanism
External force is loaded, the opening of sucker ontology is opened；The external force is cancelled, sucker opening controlling mechanism automatically resets, and closes sucker
The opening of ontology.
Preferably, the sucker opening controlling mechanism includes sucker opening control piece, slide block assembly and elastic component；It is described
Elastic component is located on frame body, and is controlled slide block assembly and automatically reset；Sucker opening control piece by frame body guiding, and with institute
Slide block assembly is stated to be slidably connected.
Preferably, the slide block assembly includes active sliding block and wedge surface sliding block, and the external force passes through the active sliding block control
The wedge surface slide block movement is made, so that sucker opening control piece be made to move upwards；After cancelling external force, the resilient element urges wedge surface
Sliding block resets.
Preferably, the wedge surface sliding block is equipped with the sliding skewed slot being oriented to sucker opening control piece, wedge surface sliding block
The upper and lower movement of sucker opening control piece is controlled by the sliding skewed slot.
Preferably, the active force of up and down direction is converted to the left and right directions of wedge surface sliding block by active sliding block by the external force
Movement, be then converted into sucker opening control piece up and down direction movement.
Preferably, the frame body includes the first vertical slot, the second vertical slot and level trough；The wedge surface sliding block and the elasticity
Part is placed in the level trough, and the active sliding block is oriented to by first vertical slot, and the sucker opening control piece passes through institute
State the second vertical slot guiding.
Preferably, the wedge surface sliding block is annular, and corresponds at least one active sliding block；External force will be upper by active sliding block
The active force in lower direction is converted into the torsion of wedge surface sliding block, to control sucker opening opening of the control piece far from sucker ontology.
Preferably, the wedge surface sliding block includes two lozenges being oppositely arranged, and active sliding block is made by the lozenges
For wedge surface sliding block.
Preferably, the sucker opening control piece includes at least the connection being slidably connected with sliding skewed slot in its circumferential direction
Portion.
Preferably, seperated to the sucker control mechanism application external force by described first.
Preferably, the described first seperated sliding action seperated with second makes the work of artificial intelligent reader control section
Circuit is switched on or switched off.
It preferably, further include bluetooth communication mould group, to be communicated with external cell phone application.
Compared with the existing technology, the beneficial effects of the present invention are:
1, reader provided by the invention is using the first seperated and second is seperated of sliding setting, when inoperative, two points
Body lid is combined, thus easy to carry；
2, when working, sliding block first is seperated, and optically-captured pick-up lens thereon is relatively high apart from object, therefore it is effectively
Working region is larger, so as to preferably capture the operation of user；
3, optically-captured pick-up lens is arranged on the first working face, is closed between two fissions when inoperative by lid, from
And optical lens is protected, its abrasion is especially avoided in carrying process, is scratched etc..
4, the second seperated bottom is arranged by sucker structure, and reader can be fixed on object by sucker structure.Work
When or storage when, reader is fixed using sucker structure, can prevent reader from toppling over and resisting external impact, promoted
Usage experience.
5, sucker structure controls the opening of sucker ontology by setting sucker opening controlling mechanism, in control sucker structure
When, as long as applying active force to sucker opening controlling mechanism and frame body, it is more convenient for controlling.And sucker structure is with stronger
Anti-impact force is applied after upper with the fission of the second of the larger arm of force, can guarantee the second seperated stability and promotion second
Seperated shock resistance.
Detailed description of the invention
Fig. 1 is a kind of working state schematic representation of Portable manual Visual intelligent reader of the present invention；
Fig. 2 is a kind of off working state schematic diagram of Portable manual Visual intelligent reader of the present invention；
Fig. 3 is a kind of schematic diagram of one embodiment of switchable sucker structure of the present invention, wherein the opening of sucker ontology
It is in off state；
Fig. 4 is a kind of schematic diagram of one embodiment of switchable sucker structure of the present invention, wherein the opening of sucker ontology
It is in an open state；
Fig. 5 is a kind of schematic diagram of another embodiment of switchable sucker structure of the present invention, and wherein sucker ontology is opened
Mouth is in off state；
Fig. 6 is a kind of schematic diagram of another embodiment of switchable sucker structure of the present invention, and wherein sucker ontology is opened
Mouth is in an open state.
Wherein, 1, object, 2, frame body, the 201, first vertical slot, 202, level trough, the 203, second vertical slot, 204, cylinder, 3, wedge
Face sliding block, 301, sliding skewed slot, 302, lozenges, 303, groove, 304, inner ring, 305, outer ring, 4, active sliding block, 5, sucker opens
Mouth control piece, 501, interconnecting piece, 502, piston part, 6, sucker ontology, 601, opening portion, 602, pan portion, 7, adsorption space, 8, elasticity
Part, 9, first is seperated, the 901, first working face, and 10, second is seperated, the 1001, second mounting surface, 11, optically-captured pick-up lens.
Specific embodiment
It is described in detail below in conjunction with the drawings and specific embodiments.
The invention proposes a kind of artificial vision's intelligent reader, in user's reading process, when encountering unapprehended content,
Human-computer interaction can be carried out with artificial vision's intelligent reader, which sets recognition result transmission electron
For upper APP, the APP on the electronic equipment indexes corresponding answer beyond the clouds, and is shown on electronic equipment screen.Electronics is set
Standby can be mobile phone, plate, laptop computer etc..
Furtherly: artificial vision's intelligent reader may include that shell, information collecting device and artificial intelligence identification are calculated
Method, wherein information collecting device is built-in in shell, exports to capture the operation of people, and by acquisition information to artificial intelligence
Recognizer；The capture object of information collecting device can be video, audio etc..Artificial intelligence recognizer can rely on physics load
It is placed in shell in vivo, finger point can be used and read character recognition method, the capture content of information collecting device is transported in real time
In artificial intelligence recognizer, when occurring finger (or specific operation of finger) in the content, intelligent algorithm is to finger
Position positioned, and by the image near finger with highest clarity send to identification image meaning neural network, when
After neural network recognization goes out pointed content, the APP that recognition result is transferred on electronic equipment.
Fig. 1-6, artificial vision's intelligent reader of the invention are please referred to, shell includes:
First fission 9 defines the first working face 901 on the first fission 9；With,
Second fission 10, seperated with first 9 are slidably connected；When inoperative, the first fission 9 and 10 lid of the second fission are closed,
And when the first seperated with second 10 opposite work of working face 901, the first fission 9 of sliding makes its lower end be located at the upper of the second fission 10
End；
Artificial vision's intelligent reader further include:
Retaining mechanism is set to the first seperated 9 ends or/and the second seperated 10 ends, to lock the first fission 9 and the
Diad 10；And
Sucker structure is fixed on the second fission 10.
Specifically: the face opposite with the first working face 901 convenient for statement, to define on the second fission 10 is the second peace
Dress face 1001.When reader works, the first working face 901, which needs partially or fully to expose outside, to be come.First working face 901 includes using
With the rake of mount message acquisition equipment, when work, rake is obliquely installed relative to collection surface, and the collection surface at this understands
For the plane where the reading object of user, which can be horizontal plane, be also possible to respect to the horizontal plane have a constant inclination
The inclined-plane at angle, it is following to illustrate the application on the basis of using horizontal plane as collection surface.Above-mentioned information collecting device for example regards
Feel that capture pick-up lens 11, optically-captured pick-up lens 11 are set on rake, as shown in Figure 1；Second mounting surface 1001 can be with
The curve form having the same of first working face 901, after two separate covers are combined, the first working face 901 and the second peace
Dress face 1001 can be bonded completely, or have minim gap.
First fission 9 and the second fission 10 are slidably connected, for example, sliding block can be equipped on the first working face 901, second
Mounting surface 1001 is equipped with the sliding rail of sliding block sliding altogether.Certainly, in various embodiments, the first fission 9 and the second fission 10
It can also be slidably connected i.e. within protection scope of the present invention using other structure connections as long as can be realized.
First fission and the second fission can be the shelly-shaped body of inner hollow, and the hollow space of the two can be used for accommodating manually
Other components of Visual intelligent reader.First fission 9 and the second fission 10 are may make up when being combined with the several of rule
What shape, such as cylindrical body, cuboid, Fig. 2 give a kind of signal with cylindrical body, and however, it is not limited to this.First working face
901 and second mounting surface 1001 can be space curved surface.
When inoperative, the first fission 9 and 10 lid of the second fission are closed, and are locked by retaining mechanism, and the lid conjunction at this can be managed
Solution makes the first working face 901 and the second mounting surface 1001 in relative status for the first fission 9 of sliding, as shown in Figure 2.
When work, the lower end of the first fission 9 slides into the upper end of the second fission 10, and is locked by retaining mechanism.At this point,
Optically-captured pick-up lens 11 captures the region that user is reading, i.e. the man-machine friendship with reader may be implemented in user
Mutually.
It can be seen from the above, first seperated 9 and second fission 10 of the reader provided by the invention using sliding setting, until
It has the advantage that less
1) when inoperative, two separate covers are combined, thus easy to carry；
2) when working, optically-captured pick-up lens 11 is relatively high apart from object, therefore its effective working region is larger, thus
The operation of user can preferably be captured；
3) optically-captured pick-up lens 11 is arranged on the first working face 901, when inoperative by lid close two fissions it
Between, so that optical lens is protected, its abrasion is especially avoided in carrying process, is scratched etc..
First is seperated and second is seperated for locking for retaining mechanism.That is, when the first seperated sliding opening is at working condition,
Retaining mechanism is locked on the second fission；When the first seperated slide lid closes on the second fission into closed state, locking
Mechanism is locked on the second fission.Retaining mechanism can be while being arranged in the first seperated lower end and the second seperated both ends
Magnet is locked on the second fission after the first fission moves to predetermined position by magnetic-adsorption, which convenient for locking and
Unlock, and it is easy to operate.Certainly, retaining mechanism is not limited to the program, and for example purely mechanic structure of use is based on sensor
The schemes such as structure also within protection scope of the present invention.
Sucker structure is arranged on the second fission 10, is preferably provided at the bottom of the second fission 10, reader can pass through suction
Dish structure is fixed on object, and the object at this can be referred to desktop, metope etc., to be arranged in sucker structure below convenient for statement
The application is further described on the basis of the bottom of the second fission 10.It, will using sucker structure when work or when storing
Reader is fixed, and can be prevented reader from toppling over and resisting external impact, be improved usage experience.It is lifted below in conjunction with Fig. 3-6
Specific embodiment elaborates sucker structure.
Fig. 3-6 is please referred to, sucker structure includes sucker ontology 6, frame body 2 and the sucker opening control being arranged on frame body 2
Mechanism.Frame body 2 is set to the bottom of the second fission 10, and sucker ontology 6 is arranged on frame body 2；It is loaded to sucker opening controlling mechanism
The opening of external force, sucker ontology 6 is opened, and cancels the external force, sucker opening controlling mechanism automatically resets, and closes sucker ontology 6
Opening.
Specifically: frame body 2 provides installation and operating space for sucker opening controlling mechanism, can be to be independently arranged
, the part being installed in the second fission 10, be also possible to 10 a part of the second fission itself, that is, sucker ontology 6 and sucker
Opening controlling mechanism can depend on the second fission 10 and exist.
Sucker ontology 6 has pan portion 602 and opening portion 601, wherein opening portion 601 is placed in frame body at inverted funnel-form
Inside 2, opening portion 601 can be tubular structure, as shown in Figure 3；Pan portion 602 is for being adsorbed on object 1, under natural conditions, disk
There is adsorption space 7, sucker ontology 6 is adsorbed on object 1 by compressing adsorption space 7, the compression adsorption space in portion 602
7 concrete operations can be and open sucker opening by sucker opening controlling mechanism under the action of the external force, are also possible to
Direct pressing sucker structure, the gas in adsorption space 7 have active force to sucker opening controlling mechanism at opening portion 601,
To make sucker opening control machine lose the control to opening portion 601.
Sucker opening controlling mechanism is arranged on frame body 2, can be by loading or cancelling external force on it, to control out
The on-off of oral area 601 is not meant to only just to can control the state to be opened of opening portion 601 by the external force certainly, at this,
The opening operation of opening portion 601 can also be as described above by pressing sucker structure and realize.When sucker ontology 6 to be made is inhaled
It when being attached on object 1, needs to open opening portion 601, the air of pan portion 602 is discharged through opening portion 601.It to be removed when from object
When sucker structure, external force is loaded to sucker opening controlling mechanism, sucker opening controlling mechanism is the control lost to opening portion 601
System, pan portion 602 are connected to extraneous gas, and sucker ontology 6 is then made to be detached from object 1 and above pulling out frame body 2.
It can be seen from the above, sucker structure controls the opening of sucker ontology 6, a side by setting sucker opening controlling mechanism
As long as applying active force to sucker opening controlling mechanism or/and frame body 2, that is, it is more convenient for controlling when controlling sucker structure in face
System.On the other hand, more firm to the control of sucker ontology, it is held when being adsorbed on equipment on object, with the sucker structure
It, will not shadow as long as the impact is accurately acted on the specific position of sucker opening controlling mechanism when by external impact
The adsorption capacity for arriving sucker ontology 6 is rung, in other words, sucker structure has stronger anti-impact force, applies with the larger arm of force
After on second fission 10, it can guarantee the stability of the second fission 10 and promote the shock resistance of the second fission 10.
Please continue to refer to Fig. 2-6, sucker opening controlling mechanism includes sucker opening control piece 5, slide block assembly and elasticity
Part 8.Elastic component 8 is arranged on frame body 2, and controls automatically reseting for slide block assembly, preferably helical spring.The sucker opening control
Product 5 is oriented to by frame body 2, and is slidably connected with the slide block assembly.
Specifically: sucker opening control piece 5 is located at the top of opening portion 601, is slidably connected with slide block assembly.Sucker
The up and down motion of opening control piece 5 is led to effect while can crossing frame body 2 and slide block assembly and is realized, wherein frame body 2 opens sucker
Mouth control piece 5 has guiding role, and to control the motion profile of sucker opening control piece 5, guiding of frame body 2 is used to suction at this
The circumferential direction of dish opening control piece 5 is limited and decontrols the displacement freedom of its up and down direction to realize, such as shape in frame body 2
At a hole, sucker opening control piece 5 is located in the hole.Slide block assembly has upper and lower upward sucker opening control piece 5
Active force, certainly, slide block assembly have the active force in other directions also in the protection of the application sucker opening control piece 5 simultaneously
Within the scope of, in other words, as long as slide block assembly can be open for sucker, control piece 5 provides the power of up and down motion.
Driving slide assemblies in addition, sucker opening control piece 5 can also be moved up and down by it, for example, when passing through pressing
During sucker ontology is fixed on object by sucker structure, the gas in adsorption space 7 acts on sucker opening control piece 5
On, move upwards it, after the discharge of those gases, sucker opening control piece 5 is transported downwards under the action of self weight and elastic component 8
It moves and resets；During this, sucker opening control piece 5 controls the movement of slide block assembly.
Sucker is open control piece 5 to block or decontrol opening portion 601, in following any embodiments, sucker opening control
Vent plug can be used in product 5.
Slide block assembly be used for by external force be converted to sucker opening control piece 5 up and down motion, why preferred slide block assembly,
Its advantage first is that can pass through simple mechanical structure realize power direction conversion.Slide block assembly is mounted in frame body 2,
It itself may include single or multiple forms of motion, such as sliding, rotation forms of motion.
The both ends of elastic component 8 are separately connected frame body 2 and slide block assembly, are used to control automatically reseting for slide block assembly.To
When slide block assembly loads external force, 8 compress energy storage of elastic component, after loading the external force revocation on slide block assembly, elastic component 8 is released
Can, so that slide block assembly be pushed to reset.
Please continue to refer to Fig. 2-6, specifically, slide block assembly includes active sliding block 4 and wedge surface sliding block, above-mentioned external force passes through
Active sliding block 4 controls wedge surface sliding block 3 and moves, so that sucker opening control piece 5 be made to move upwards, after cancelling external force, elastic component 8 is pushed away
Dynamic wedge surface sliding block 3 resets.
Specifically: for above-mentioned external force in active sliding block 4, active sliding block 4 pushes wedge surface sliding block 3 to move again, and two
The specific connection relationship of person is for example: one end of active sliding block 4 acts on the wedge surface of wedge surface sliding block 3.Active sliding block 4 and wedge surface are sliding
3 cooperating of block can convert wedge surface sliding block 3 in the horizontal direction for the active force of vertical direction of the load in active sliding block 4
Active force, or be converted into the torque of wedge surface sliding block 3.The conversion of motion of itself is again sucker opening control by wedge surface sliding block 3
The upward movement of part 5.
One end of elastic component 8 is connected on wedge surface sliding block 3, and after external force revocation, elastic component 8 pushes wedge surface sliding block 3 multiple
Position, correspondingly, sucker opening control piece 5 moves downward, active sliding block 4 also resets.
Please continue to refer to Fig. 2-6, the upper end of sucker opening control piece 5 is oriented to specifically, wedge surface sliding block 3 is equipped with
Sliding skewed slot 301, wedge surface sliding block 3 by the sliding skewed slot 301 control sucker be open control piece 5 up and down motion.
That is: the upper end setting of sucker opening control piece 5 is in sliding skewed slot 301, during wedge surface sliding block 3 moves,
It is produced relative sliding with sucker opening control piece 5 by sliding skewed slot 301, and sliding skewed slot 301 makes sucker opening control piece 5 exist
Displacement is generated in up and down direction.
The specific structure difference of wedge surface sliding block 3, sucker opening control piece 5 and active sliding block 4 can then generate different realities
Mode is applied, two specific embodiments is lifted below in conjunction with attached drawing and is described in detail.
Fig. 3-4 is please referred to, in one embodiment, the active force of up and down direction is converted to by external force by active sliding block 4
The movement of the left and right directions of wedge surface sliding block 3 is then converted into the movement of sucker opening 5 up and down direction of control piece.
Specifically: wedge surface sliding block has a lozenges 302, and the lower end of active sliding block 4 acts on the lozenges 302
On, when active sliding block 4 moves downward, push the horizontal movement in frame body 2 of wedge surface sliding block 3.Slide 301 relatively horizontal orientation of skewed slot
It is obliquely installed, therefore, when to the left/right side is slided under the action of wedge surface sliding block 3 is in active sliding block 4, sucker opening control piece 5
Sliding skewed slot 301 guiding under move upwards, under the action of wedge surface sliding block 3 is in elastic component 8 to the right/left slide when,
Sucker opening control piece 5 moves downward under the guiding of its self weight and sliding skewed slot 301.Equally, when the gas in adsorption space 7
When body moves upwards sucker opening control piece 5, linear movement under the action of sucker is open control piece 5 of wedge surface sliding block 3, when this
After a little gas emptyings, under the action of the self weight of the elastic force of elastic component 8 and sucker opening control piece 5, wedge surface sliding block 3 and sucker are opened
Mouth control piece 5 resets.
Further, frame body 2 includes the first vertical slot 201, the second vertical slot 203 and level trough 202.Wedge surface sliding block 3 and bullet
Property part 8 be placed in level trough 202, active sliding block 4 by the first vertical slot 201 be oriented to, wedge surface sliding block 3 and elastic component 8 are placed in level
In slot 202, sucker opening control piece 5 passes through the second vertical slot 203 and is oriented to.
That is: active sliding block 4 slides setting in the first vertical slot 201, and wedge surface sliding block 3 is slided in level trough 202, and its
The lower end of lozenges 302 and active sliding block 4, which is slided, to be arranged.When active sliding block 4 is not by external force, the both ends of wedge surface sliding block 3 lead to respectively
It crosses elastic component 8 and level trough 202 limits.The both ends of elastic component 8 are separately connected wedge surface sliding block 3 and level trough 202.
Fig. 5-6 is please referred to, in another embodiment, wedge surface sliding block 3 is annular, and corresponds at least one active sliding block 4.
External force converts the active force of up and down direction to by active sliding block 4 torsion of wedge surface sliding block 3, to control sucker opening control
Opening of the part 5 far from sucker ontology 6.
That is: in the present embodiment, settable multiple active sliding blocks 4 on annular wedge surface sliding block 3, all active sliding blocks 4 can
The synchronous lozenges 302 for pushing wedge surface sliding block 3, can also individually run, as long as wedge surface sliding block 3 can be made to rotate.Due to wedge
Face sliding block 3 is annular, therefore active sliding block 4 can be around wedge surface sliding block 3 circumferentially, sucker opening control piece 5 and wedge surface sliding block 3
Junction can also be along wedge surface sliding block 3 circumferentially.
Further, wedge surface sliding block 3 includes two lozenges 302 being oppositely arranged, and active sliding block 4 passes through lozenges 302
It acts on wedge surface sliding block 3.
Specifically: lozenges 302 is arranged in a one-to-one correspondence with active sliding block 4, and all lozenges 302 are along wedge surface sliding block
3 circumferentially arrange with rotation direction, is illustrated by taking two lozenges 302 as an example, which can phase in Fig. 3 and Fig. 4
It is arranged on wedge surface sliding block 3 over the ground.Groove 303 can also be arranged in the root of lozenges 302 in wedge surface sliding block 3, when active sliding block 4
When moving to the limit, lower end is placed in corresponding groove 303, the program can to avoid under extreme conditions, wedge surface sliding block 3 by
Continuing to rotate in inertia causes it to generate friction between active sliding block 4.
Further, sucker opening control piece 5 is slidably connected at least provided with one with sliding skewed slot 301 in its circumferential direction
Interconnecting piece 501.
Specifically: interconnecting piece 501 is arranged in a one-to-one correspondence with sliding skewed slot 301, mistake of the sucker opening control piece 5 in rotation
Cheng Zhong, each skewed slot 301 that slides drive each interconnecting piece 501 to synchronize upper and lower movement.Certainly, the sliding skewed slot 301 at this may be provided at
On the outer ring 305 of wedge surface sliding block 3, interconnecting piece 501 is arranged on 305 face of outer ring of wedge surface sliding block 3；Sliding skewed slot 301 can be with
It is arranged in the ground bottom of wedge surface sliding block 3, top and the sliding skewed slot 301 of interconnecting piece 501 are slidably connected.Sucker opening control piece 5
It further include piston part 502 (not embodied in figure), one end of each interconnecting piece 501 is all connected with piston part 502, and preferably integrated with piston part 502
Molding.The on-off of opening of the piston part 502 to control sucker ontology 6.
To further understand the present embodiment, Fig. 5 and Fig. 6 are please referred to.
The part-structure of frame body 2 is concealed in Fig. 5, in order to clearly show the structure of slide block assembly.It can be seen by Fig. 5
Out, wedge surface sliding block 3 may include inner ring 304 and outer ring 305, by with certain thickness annular plate-like knot between inner and outer rings 305
Structure connection, sliding skewed slot 301 may be provided in the annular plate-like structure.Sucker ontology 6 and wedge surface sliding block 3 are coaxially disposed, sucker
The opening of ontology 6 and piston part 502 are respectively positioned on center.The periphery of wedge surface sliding block 3, preferably a wedge surface is arranged in elastic component 8
Two elastic components 8 are symmetrically set on sliding block 3.
Fig. 6 illustrates the embodiment of this implementation by three operating instant states, and the cylinder 204 in figure is frame body 2
A part, effect in the present embodiment are oriented to for interconnecting piece 501, in 204 subscript of cylinder scale in Fig. 6
Line, in order to convenient for intuitively finding out the working condition of interconnecting piece 501, and more fully understand the present embodiment, and in reality
In the application of border, the graduation mark can with when it is virtual, that is, the graduation mark is not present.
(a) in the raw, active sliding block 4 is located at the top of wedge surface sliding block 3 to dishwashing structure in figure, does not deposit between the two
In interaction force, interconnecting piece 501 is located at lowest part, correspondingly, the opening of sucker ontology 6 is blocked in piston part 502.
(b) figure is the moment shape that active sliding block 4 is pushed wedge surface sliding block 3, and reverse wedge surface sliding block 3 by external force
State.Change under state, interconnecting piece 501 has risen with respect to the position in (a) figure, correspondingly, piston part 502 has been detached from sucker ontology
6 opening, i.e. pan portion 602 are connected to outside air, can be synchronized under the state carry out compression 602 space of pan portion so that it is adsorbed on object
On body 1, or outside air is made to enter pan portion 602 to remove sucker structure.
(c) figure is the limiting condition that active sliding block 4 moves in groove 303, and interconnecting piece 501 has risen at this time
Highest point, correspondingly, opening of the piston part 502 apart from sucker ontology 6 is farthest, the circulation for gas of being more convenient for.
Above by two specific embodiments to the specific of wedge surface sliding block 3, sucker opening control piece 5 and active sliding block 4
Structure is illustrated, but the range of the application protection is not limited to two specific embodiments.
Specifically, reader of the invention applies above-mentioned external force to sucker control mechanism by the first fission.Come in detail
It says: for controlling the external force of sucker opening controlling mechanism (slide block assembly or active sliding block) in any of the above-described embodiment, can pass through
First fission is loaded, such as: active sliding block 4 is fixed on the first fission, then slide downward first is seperated arrives suitable position
It postpones, active sliding block 4 pushes wedge surface sliding block 3, is connected to opening portion 601 with ambient atmos, so as to easily by second point
Body pulls away object.Two seperated opposite slidings are arranged the program with sucker structure linkage, i.e., by the on and off of sucker structure
The sliding opening seperated with two is bound together with sliding closing, improves the convenience of operation reader, also more intelligent.
Specifically, the sliding action of the first fission 9 seperated with second 10 is switched on or switched off the operating circuit of control section.
That is: when the first fission of sliding 9 opens reader, operating circuit is connected, and optically-captured pick-up lens 11 starts to acquire information, is read
Other various pieces of device cooperate.When the first fission of sliding 9 closes reader, operating circuit is disconnected.
Specifically, reader includes bluetooth communication mould group, to communicate with external cell phone application.That is: reader has bluetooth
Communication function can connect the APP of mobile phone accordingly, and transmit visual identity result to it.Certainly, the APP of mobile phone can also be to reading
Device transmits signal, i.e., the two can be two-way communication.
Specifically, power module includes the battery being built in the first fission 9 or/and the second fission 10, battery can be one
Block or muti-piece, are arranged quantity according to actual needs.Battery can be used rechargeable, can be charged by external power supply.Meanwhile the
Settable interface on diad 10 uses so that battery can charge for external equipment (such as mobile phone) as charger baby.
Disclosed above is only some embodiments of the application, and however, this application is not limited to this, any this field
Technical staff can think variation, should all fall in the protection domain of the application.
Claims (14)
1. a kind of artificial vision's intelligent reader, including shell, which is characterized in that the shell includes:
First is seperated, defines the first working face on the first fission；With,
Second is seperated, seperated with described first to be slidably connected；When inoperative, first seperated and the second separate cover conjunction, and it is described
First working face is seperated with second opposite, and when work, the first fission of sliding makes its lower end be located at the second seperated upper end；
Artificial vision's intelligent reader further include:
Retaining mechanism is set to the first seperated end or/and the second seperated end, and to lock, first is seperated and second is seperated；
And
Sucker structure is fixed on the second fission.
2. artificial vision's intelligent reader as described in claim 1, which is characterized in that first working face includes to pacify
The rake for filling information collecting device, when work, the rake is obliquely installed relative to working face.
3. artificial vision's intelligent reader as described in claim 1, which is characterized in that the sucker structure includes sucker sheet
Body, frame body and the sucker opening controlling mechanism being arranged on the frame body, the frame body are set on the second ontology, the sucker
Ontology is arranged on frame body；External force is loaded to the sucker opening controlling mechanism, the opening of sucker ontology is opened；It cancels described outer
Power, sucker opening controlling mechanism automatically reset, and close the opening of sucker ontology.
4. artificial vision's intelligent reader as claimed in claim 3, which is characterized in that the sucker opening controlling mechanism includes
Sucker opening control piece, slide block assembly and elastic component；The elastic component is located on frame body, and it is automatically multiple to control slide block assembly
Position；The sucker opening control piece is oriented to by frame body, and is slidably connected with the slide block assembly.
5. artificial vision's intelligent reader as claimed in claim 4, which is characterized in that the slide block assembly includes active sliding block
With wedge surface sliding block, the external force controls the wedge surface slide block movement by the active sliding block, to make sucker opening control piece
It moves upwards；After cancelling external force, the resilient element urges wedge surface sliding block resets.
6. artificial vision's intelligent reader as claimed in claim 5, which is characterized in that the wedge surface sliding block is equipped with to sucker
The sliding skewed slot that is oriented to of opening control piece, wedge surface sliding block by the sliding skewed slot control sucker be open control piece it is upper,
Lower movement.
7. artificial vision's intelligent reader as claimed in claim 6, which is characterized in that the external force will be upper by active sliding block
The active force in lower direction is converted to the movement of the left and right directions of wedge surface sliding block, is then converted into sucker opening control piece up and down direction
Movement.
8. artificial vision's intelligent reader as claimed in claim 7, which is characterized in that the frame body includes the first vertical slot, the
Two vertical slots and level trough；The wedge surface sliding block and the elastic component are placed in the level trough, and the active sliding block passes through institute
The first vertical slot guiding is stated, the sucker opening control piece is oriented to by second vertical slot.
9. artificial vision's intelligent reader as claimed in claim 6, which is characterized in that the wedge surface sliding block is annular, and right
Answer at least one active sliding block；External force converts the active force of up and down direction to by active sliding block the torsion of wedge surface sliding block, from
And control sucker opening opening of the control piece far from sucker ontology.
10. artificial vision's intelligent reader as claimed in claim 9, which is characterized in that the wedge surface sliding block includes two phases
To the lozenges of setting, active sliding block is acted on wedge surface sliding block by the lozenges.
11. artificial vision's intelligent reader as claimed in claim 9, which is characterized in that the sucker opening control piece is at it
It is circumferential to include at least the interconnecting piece being slidably connected with sliding skewed slot.
12. such as the described in any item artificial vision's intelligent readers of claim 3-11, which is characterized in that pass through described first point
Body applies the external force to sucker control mechanism.
13. artificial vision's intelligent reader as described in claim 1, which is characterized in that described first is seperated seperated with second
Sliding action be switched on or switched off the operating circuit of artificial intelligent reader control section.
14. artificial vision's intelligent reader as described in claim 1, which is characterized in that it further include bluetooth communication mould group, to
It is communicated with external cell phone application.
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| CN201811525199.4A CN109460760B (en) | 2018-12-13 | 2018-12-13 | Portable artificial vision intelligent reader |
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| CN201811525199.4A CN109460760B (en) | 2018-12-13 | 2018-12-13 | Portable artificial vision intelligent reader |
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| CN109460760B (en) | 2023-10-10 |
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