CN205490803U - Scanner - Google Patents
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- CN205490803U CN205490803U CN201620074925.5U CN201620074925U CN205490803U CN 205490803 U CN205490803 U CN 205490803U CN 201620074925 U CN201620074925 U CN 201620074925U CN 205490803 U CN205490803 U CN 205490803U
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Abstract
The utility model provides a data processing module that on scanner includes box body, camera subassembly, light source subassembly and locates the circuit board, the inside confined accommodating space that is of box body, accommodating space's top arm is for being used for placing the brace table of treating the scanning piece, the brace table includes first transparent plate and second transparent plate, first transparent plate with form the contained angle between the second transparent plate, and make the top of box body is triangle -shaped in vertical side ascending cross -section, the camera subassembly the light source subassembly reaches the circuit board is located in the accommodating space, the light source subassembly with the relative setting of brace table is used for illuminating treat the scanning piece, the camera subassembly is used for shooing treat the scanning piece and transmit the image information who shoots extremely data processing module, data processing module is connected in order to incite somebody to action with outside electronic equipment electricity the image information transmission is outside electronic equipment extremely. Scanner imaging is difficult for receiving external disturbance well.
Description
Technical field
This utility model relates to scanner.
Background technology
The most traditional scanner is all that Open architecture, i.e. photographic head hang on above support platform, supports platform
Upper placement is scanned books, thus realizes shooting imaging, but this kind of structure, due to photographic head and support platform
It is all Open architecture, is easily disturbed by ambient when photographic head shooting supports the books on platform, and
Books are easily formed reflective by shooting auxiliary light, thus affect scanning imagery effect, cause scanogram to go out
Existing shadow or Gao Guang etc..Photographic head and the books that are taken easily are stained with ash or are easily affected by other foreign material simultaneously,
Make shooting effect unintelligible.
Utility model content
Technical problem to be solved in the utility model is, it is provided that the effective scanner of a scanning imagery,
It is susceptible to ambient interference, and photographic head and scanning object are susceptible to dust or the impact of other foreign material.
This utility model one embodiment provides a kind of scanner, including box body, CCD camera assembly, light
Source component and the data processing module being located on circuit board, described tray interior is in the receiving space closed, institute
The top arm stating receiving space is the support platform for placing part to be scanned, and described support platform includes the first lamella lucida
With the second lamella lucida, form angle between described first lamella lucida and described second lamella lucida, and make described
The cross section of the top in the vertical direction of box body is triangular in shape, described CCD camera assembly, described light source assembly and
Described circuit board is located in described receiving space, and described light source assembly is oppositely arranged for shining with described support platform
Bright described part to be scanned, described CCD camera assembly is for shooting described part to be scanned and by taken image
Information transmission is to described data processing module, and described data processing module electrically connects with external electronic device to incite somebody to action
Described image information is transmitted to external electronic device.
Wherein, described box body include base plate, be connected to the pair of side plates of described base plate both sides, front board component and
Rear board component, described front board component and described rear board component are oppositely arranged on the both sides of described base plate and are all connected with
Between the pair of side plate, described support platform is connected to the pair of side plate, described front board component and described
The side away from described base plate of rear board component, described CCD camera assembly, described light source assembly and described circuit
Plate is both secured to described base plate, and described CCD camera assembly is positioned at the central area of described base plate.
Wherein, described light source assembly and described circuit board are distributed in the surrounding of described CCD camera assembly, described electricity
Road plate includes first circuit board and the second circuit board being distributed in the both sides of described CCD camera assembly, described first
Circuit board is connected to the data-interface of described front board component, and described second circuit board is connected to described rear board component
Data-interface.
Wherein, described front board component includes I/O Interface, and described first circuit board is by described header board group
The data-interface of part electrically connects with described I/O Interface.
Wherein, described rear board component includes adapter socket, and described second circuit board is provided with adapter, described
Adapter coordinates with described adapter socket.
Wherein, described scanner also includes shade, described shade by described CCD camera assembly shade in institute
Stating on base plate, described shade is provided with through hole, and described CCD camera assembly is treated described in the shooting of described through hole
Scanned copy.
Wherein, described CCD camera assembly includes the first photographic head and second camera, the two opposing setting, institute
The quantity of the described through hole stating shade is two and is oppositely arranged, and described first photographic head and described second is taken the photograph
As head is respectively aligned to said two through hole, described scanner also includes two reflecting mirrors, and one of them is described instead
Penetrate mirror for reflected image between described first photographic head and described second lamella lucida, another described reflection
Mirror is for reflected image between described second camera and described first lamella lucida.
Wherein, described scanner also includes two fixed mounts, and each fixed mount all includes first be oppositely arranged
Supporting part and the second supporting part and be connected to the fixed part between the first supporting part and the second supporting part, described solid
Determine portion to be connected for fixing with described base plate, the symmetrical setting of said two fixed mount mirror each other, described first
On photographic head described second supporting part installed therein, described second camera is arranged on described in another
On second supporting part, said two reflecting mirror is separately mounted on said two the first supporting part.
Wherein, each described side plate all includes that reflecting plate and connecting plate, described reflecting plate are connected to described connection
Between plate and described base plate, described connecting plate is connected between described reflecting plate and described support platform, and described one
Tilt to extend to described plate outer side direction respectively to reflecting plate opposed vertical direction, and respectively in the face of described the
One lamella lucida and described second lamella lucida, said two reflecting mirror is individually fixed on described reflecting plate.
Wherein, described shade is connected between described front board component and described rear board component, described header board group
Part, described rear board component, described base plate and described shade jointly enclose and set out darkroom, described CCD camera assembly
All it is housed in described darkroom with described circuit board.
Wherein, the inner surface of described box body is provided with extinction plate or light-absorbing coating.
Wherein, described light source assembly includes that multiple luminous body and light barrier, the plurality of luminous body are fixed on institute
Stating on base plate and be electrically connected to the power module on described circuit board, described light barrier is fixed to described base plate,
And described base plate jointly encloses and is set as light-source chamber, described luminous body is located in described light-source chamber, and described light barrier sets
Having light hole, described light hole is just to the plurality of luminous body, and the light that described luminous body is sent is through institute
State light hole and expose to described first lamella lucida and the region at described second lamella lucida place.
Wherein, described support platform also includes that crossbeam, described crossbeam are located at described first lamella lucida and described second
The junction of lamella lucida, the surface of described crossbeam and described first lamella lucida and the surface of described second lamella lucida
All connecting in smooth excessiveness, the two ends of described crossbeam all include that stator, said two stator are fixed respectively
To described front board component and described rear board component.
Wherein, described scanner also includes two baffle plates, and one of them described baffle plate is arranged on described first saturating
Between isotropic disk and described side plate, another described baffle plate is arranged between described second lamella lucida and described side plate,
The surface of the most described first lamella lucida of said two plate washer and described second lamella lucida highlights, and is used for carrying
The scanning of individual sheets.
Compared to prior art, this utility model by will support the first lamella lucida of platform and the second lamella lucida it
Between formed angle, CCD camera assembly, light source assembly and circuit are located in the receiving space of enclosed box body, make
Obtain scanner when scanning part to be scanned, it is not easy to by external interference, because box body is in the structure closed, treat
Scanned copy is placed on support platform, when part to be scanned is book, and the folder between the first lamella lucida and the second lamella lucida
Angle is designed so that scanner is when scanning part to be scanned, particularly in the scanning process of books, and Ke Yizhi
Connect to open books and be placed on support platform, the angle design between the first lamella lucida and the second lamella lucida and books
Matching, so can scan the two sides of book simultaneously, and scan effective, scan efficiency is high, can realize book
Nationality quickly scans, and prevents books automatic page turning, and the scanning preventing the page out-of-flatness from causing is unclear.
Accompanying drawing explanation
In order to be illustrated more clearly that this utility model embodiment or technical scheme of the prior art, below by right
In embodiment or description of the prior art, the required accompanying drawing used is briefly described, it should be apparent that below,
Accompanying drawing in description is only embodiments more of the present utility model, for those of ordinary skill in the art,
On the premise of not paying creative work, it is also possible to obtain other accompanying drawing according to these accompanying drawings.
Fig. 1 is the front view of the scanner that a kind of embodiment of this utility model provides.
Fig. 2 is the top view of the scanner that a kind of embodiment of this utility model provides.
Fig. 3 is the three-dimensional exploded view of the scanner that a kind of embodiment of this utility model provides.
Fig. 4 is the inside structural representation of the scanner that a kind of embodiment of this utility model provides.
Fig. 5 be the scanner shown in Fig. 4 cut-away view in remove the schematic diagram of shade.
Fig. 6 is the decomposing schematic representation of the support platform of the scanner that a kind of embodiment of this utility model provides.
Fig. 7 is board component decomposing schematic representation before the scanner that a kind of embodiment of this utility model provides.
Fig. 8 is the generalized section of scanner that a kind of embodiment of this utility model provides, and shows and take the photograph
As the shooting of head assembly affects the schematic diagram in path.
Fig. 9 is the generalized section of the scanner that a kind of embodiment of this utility model provides, and shows light
The schematic diagram of the light exposure pathways of source component.
Detailed description of the invention
Below in conjunction with the accompanying drawing in this utility model embodiment, to the technical side in this utility model embodiment
Case is clearly and completely described, it is clear that described embodiment is only that this utility model part is real
Execute example rather than whole embodiments.Based on the embodiment in this utility model, ordinary skill people
The every other embodiment that member is obtained under not making creative work premise, broadly falls into this utility model
The scope of protection.
Refer to Fig. 1, this utility model one embodiment provides a kind of scanner, as it is shown in figure 1,
Scanner is overall, and in pinnacle house shape, top is used for carrying part to be scanned, and described scanner is suitable for scanning book
Nationality, opens the top being placed on scanner by book, can scan page two simultaneously, easily operate, scan effective.
And books can be realized quickly scan, prevent books automatic page turning, and prevent scanning that page out-of-flatness causes not
Clear.
Referring to Fig. 1, Fig. 2 and Fig. 3, scanner includes box body 10, CCD camera assembly 20, light source assembly
30 and be located at the data processing module on circuit board 40, described box body 10 is internal in the receiving space closed,
The top arm of described receiving space is the support platform 11 for placing part to be scanned, and described support platform 11 includes first
Lamella lucida 112 and the second lamella lucida 114, between described first lamella lucida 112 and described second lamella lucida 114
Form angle, and make cross section (and this cross section warp simultaneously of the top in the vertical direction of described box body 10
Cross the first lamella lucida 112 and the second lamella lucida 114) triangular in shape.Specifically, the first lamella lucida 112 He
Angle between second lamella lucida 114 is less than 180 degree, and concrete angular dimension can be according in box body 10
The CCD camera assembly 20 in portion and the position of light source assembly 30 adjust, and preferable angular range is greater than being equal to
90 degree and less than 180 degree.If angle too small, e.g., less than 60 degree, the first lamella lucida 112 and can be caused
Two lamella lucida 114 neighboring region light are inadequate, cause scanning effect bad.
It is internal that box body 10 is located at by described CCD camera assembly 20, described light source assembly 30 and described circuit board 40
In in the receiving space closed, described light source assembly 30 is oppositely arranged for illuminating with described support platform 11
Stating part to be scanned, described CCD camera assembly 20 is for shooting described part to be scanned and by taken image letter
Breath transmission is to described data processing module, and described data processing module electrically connects with external electronic device with by institute
State image information to transmit to external electronic device.The design of the receiving space of the closing within box body 10, it is possible to
Make the internal space keeping cleaning of scanner, prevent dust from entering, increase scanning effect further.
Described box body 10 includes base plate 12, is connected to the pair of side plates 14 of described base plate 12 both sides, header board group
Part 16 and rear board component 18, described front board component 16 and described rear board component 18 are oppositely arranged on described base plate
The both sides of 12 and being both connected between the pair of side plate 14, in present embodiment, front board component 16 and institute
State rear board component 18 structure identical.Described support platform 11 is connected to the pair of side plate 14, described header board group
Part 16 and the side away from described base plate 12 of described rear board component 18, described CCD camera assembly 20, described
Light source assembly 30 and described circuit board 40 are both secured to described base plate 12, and described CCD camera assembly 20 is positioned at institute
State the central area of base plate 12, CCD camera assembly 20 and the first lamella lucida 112 and the second lamella lucida 114 it
The center of junction is the most right.
Referring to Fig. 4 and Fig. 5, described light source assembly 30 and described circuit board 40 are distributed in described photographic head group
The surrounding of part 20, described circuit board 40 includes the first circuit being distributed in the both sides of described CCD camera assembly 20
Plate 42 and second circuit board 44, described first circuit board 42 is connected to the data-interface of described front board component 16,
Described second circuit board 44 is connected to the data-interface of described rear board component 18.
Described front board component 16 includes I/O Interface, and described first circuit board 42 is by described header board group
The data-interface of part 16 electrically connects with described I/O Interface.On front board component 16, key zone can be set
Or touch screen, makes key zone or touch screen and first circuit board 42 by the data-interface of front board component 16
On control chip electrical connection, to realize the input of signal.
Can arrange adapter socket and supply socket on rear board component 18, described second circuit board 44 is provided with
Adapter, described adapter coordinates with described adapter socket.
Referring to Fig. 3, Fig. 4 and Fig. 5, described scanner also includes shade 50, and described shade 50 will
Described CCD camera assembly 20 shade is on described base plate 12, and described shade 50 is provided with through hole 52, described
CCD camera assembly 20 shoots described part to be scanned by described through hole 52.Shade 50 is by CCD camera assembly 20
Cover on wherein, provide the environment in a darkroom for CCD camera assembly 20, be conducive to promoting CCD camera assembly 20
The quality of shooting image.
Incorporated by reference to refering to Fig. 8, described CCD camera assembly 20 includes the first photographic head 22 and second camera 24,
The two opposing setting, in other words, the camera lens of the first photographic head 22 and second camera 24 faced by direction
Being contrary, in present embodiment, the first photographic head 22 is in the face of one of them side plate 14, second camera
24 in the face of another side plate 14.The quantity of the described through hole 52 of described shade 50 is two and is oppositely arranged,
Described first photographic head 22 and described second camera 24 are respectively aligned to said two through hole 52.Described scanning
Instrument also includes two reflecting mirrors 60, and one of them described reflecting mirror 60 is for described first photographic head 22 He
Reflected image between described second lamella lucida 114, another described reflecting mirror 60 is for imaging described second
Reflected image between 24 and described first lamella lucida 112.Fig. 8 shown in band arrow in box body 10
Lines refer to the first photographic head 22 and second camera 24 camera paths.By reflecting mirror 60 by first
Image in lamella lucida 112 reflexes in second camera 24, saturating by second by another reflecting mirror 60
Image on isotropic disk 114 reflexes in the first photographic head 22.
Incorporated by reference to refering to Fig. 8, described scanner also includes that two fixed mounts 70, each fixed mount 70 all include
The first supporting part 72 being oppositely arranged and the second supporting part 74 and be connected to the first supporting part 72 and the second carrying
Fixed part 76 between portion 74, described fixed part 76 is connected for fixing with described base plate 12, said two
The symmetrical setting of fixed mount 70 mirror each other, one described second installed therein of described first photographic head 22 holds
In load portion 74, described second camera 24 is arranged on another described second supporting part 74, said two
Reflecting mirror 60 is separately mounted on said two the first supporting part 72.
Each described side plate 14 all includes that reflecting plate 142 and connecting plate 144, described reflecting plate 142 are connected to
Between described connecting plate 144 and described base plate 12, described connecting plate 144 is connected to described reflecting plate 142 He
Between described support platform 11, the pair of reflecting plate 142 opposed vertical direction is respectively outside described base plate 12
Side extends to inclination, and respectively in the face of described first lamella lucida 112 and described second lamella lucida 114.A kind of
In embodiment, said two reflecting mirror 60 is individually fixed on described reflecting plate 142.
Described shade 50 is connected between described front board component 16 and described rear board component 18, described header board
Assembly 16, described rear board component 18, described base plate 12 and described shade 50 jointly enclose and set out darkroom, institute
State CCD camera assembly 20 and described circuit board 40 is all housed in described darkroom.CCD camera assembly 20 is in secretly
Room can increase scanning effect, and be prevented from photographic head and be covered with dust.
The inner surface of described box body 10 is provided with extinction plate or light-absorbing coating.Setting of extinction plate or light-absorbing coating
Put and be possible to prevent scanning to present specular removal fruit so that scanning effect is more preferable.Extinction plate or light-absorbing coating
Can be arranged on side plate 14.
Referring to Fig. 5 and Fig. 9, described light source assembly 30 includes multiple luminous body 32 and light barrier 34, institute
State multiple luminous body 32 be fixed on described base plate 12 and be electrically connected to the power module on described circuit board 40,
Described light barrier 34 is fixed to described base plate 12, and described base plate 12 jointly encloses and is set as light-source chamber, described
Body of light 32 is located in described light-source chamber, and described light barrier 34 is provided with light hole 342, and described light hole 342 is just
To the plurality of luminous body 32, between light hole 342 and luminous body 32, it is provided with interval.Described luminous body 32
The light sent is through described light hole 342 and exposes to described first lamella lucida 112 and described second saturating
The region at isotropic disk 114 place.As it is shown in figure 9, light barrier 34 is grid shape light barrier 34, light is through logical light
Hole 342, can concentrate on the first lamella lucida 112 and the second lamella lucida 114 region, and small part light gets to side
On plate 14, but do not have light and expose on shade 50, the most advantageously within keeping shade 50
The dark room conditions in portion.Fig. 9 shown in the lines of band arrow in box body 10 refer to luminous body 32 and sent out
The path of the light gone out.
Referring to Fig. 1, Fig. 2 and Fig. 6, described support platform 11 also includes that crossbeam 116, described crossbeam 116 set
In described first lamella lucida 112 and the junction of described second lamella lucida 114, the surface of described crossbeam 116 with
The surface of described first lamella lucida 112 and described second lamella lucida 114 all connects in smooth excessiveness, described horizontal stroke
The two ends of beam 116 all include that stator 118, said two stator 118 are individually secured to described front board component
16 and described rear board component 18.Between crossbeam 116 and the first lamella lucida 112 and the second lamella lucida 114 permissible
Realize sealing by the way of viscose glue and fix.
Referring to Fig. 3 and Fig. 7, front board component 16 is the same with the structure of rear board component 18, with header board group
Structure description is carried out as a example by part 16.Front board component 16 includes baffle plate 162, interface board 164 and panel 166,
The bottom of baffle plate 162 is connected with base plate 12, and the both sides of baffle plate 162 are connected with pair of side plates 14 respectively, gear
The top of plate 162 includes two hypotenuses in angle, two hypotenuses respectively with the first lamella lucida 112 and second
Lamella lucida 114 connects.Only retain the opening that cable accesses on baffle plate 162, and opening part also to be sealed, this
Receiving space within box body 10 is isolated from the outside by sample baffle plate 162, forms the space closed.Panel 166
Structure in the shape of a frame, panel 166 is combined with interface board 164, and it is internal that interface surface is arranged on panel 166, interface
Plate 164 exposes using the input/output interface as scanner.Panel 166 is fastened on baffle plate 162, with
Baffle plate 162 forms integrative-structure.
This utility model will be by being formed between the first lamella lucida 112 and second lamella lucida 114 of support platform 11
Angle, is located at CCD camera assembly 20, light source assembly 30 and circuit in the receiving space of enclosed box body 10,
Make scanner when scanning part to be scanned, it is not easy to by external interference, because box body 10 is in the structure closed,
Part to be scanned is placed on support platform 11, when part to be scanned is book, and the first lamella lucida 112 and the second lamella lucida
Between 114 angle design, the two sides of book can be scanned simultaneously, and scan effective, do not have Gao Guang,
Dim ill effect, imaging understands, soft, quality good, and scan efficiency is high.This utility model is permissible
Realize the quick scanning of books, prevent books automatic page turning, prevent book pages injustice from causing scanning unclear.
Furthermore, the scanner that the present utility model provides also supports the scanning of individual sheets, first
Lamella lucida 112 docks the top forming scanner, the first lamella lucida 112 mutually with the top of the second lamella lucida 114
One side away from top of base namely the first lamella lucida 122, the base of the second lamella lucida 114 is the most just
It is one side away from top of the second lamella lucida 114, the base of the first lamella lucida 112 and the second lamella lucida 114
Base be equipped with baffle plate 1122,1144, baffle plate 1122 is located at the first lamella lucida 112 and one of them side plate
Between the connecting plate 114 of the 14 and surface of relative first lamella lucida 112 is projecting, and baffle plate 1144 is located at
Between one lamella lucida 114 and the connecting plate 114 of another side plate 14 and surface of relative second lamella lucida 114
Projecting.Baffle plate 1122,1144 can one-body molded with connecting plate 114 be made, can be by connecting
The mode of the outside bending in edge of plate 114 forms baffle plate 1122,1144.Baffle plate 1122,1144 is used for carrying
Individual sheets, when scanner is used for scanning single-sheet stationery, can be placed on the first lamella lucida 112 by individual sheets
With in the second lamella lucida 114, block paper by baffle plate 1122,1144 and do not drop, be scanned, scanning
Instrument can scan page two individual sheets simultaneously.
Above disclosed only this utility model preferred embodiment, can not limit this reality with this certainly
By novel interest field, one of ordinary skill in the art will appreciate that and realize the whole of above-described embodiment or portion
Split flow, and the equivalent variations made according to this utility model claim, still fall within what utility model was contained
Scope.
Claims (14)
1. a scanner, it is characterised in that include box body, CCD camera assembly, light source assembly and be located at electricity
Data processing module on the plate of road, described tray interior is in the receiving space closed, the top of described receiving space
Arm is the support platform for placing part to be scanned, and described support platform includes the first lamella lucida and the second lamella lucida,
Form angle between described first lamella lucida and described second lamella lucida, and make the top of described box body perpendicular
Nogata cross section upwards is triangular in shape, and described CCD camera assembly, described light source assembly and described circuit board are located at
In described receiving space, described light source assembly and described support platform are oppositely arranged for illuminating described part to be scanned,
Described CCD camera assembly is for shooting described part to be scanned and by taken image information transmission to described number
According to processing module, described data processing module electrically connects with external electronic device to transmit described image information
To external electronic device.
2. scanner as claimed in claim 1, it is characterised in that described box body includes base plate, is connected to
The pair of side plates of described base plate both sides, front board component and rear board component, described front board component and described back plate group
Part is oppositely arranged on the both sides of described base plate and is both connected between the pair of side plate, and described support platform connects
In the pair of side plate, described front board component and the side away from described base plate of described rear board component, described
CCD camera assembly, described light source assembly and described circuit board are both secured to described base plate, described CCD camera assembly
It is positioned at the central area of described base plate.
3. scanner as claimed in claim 2, it is characterised in that described light source assembly and described circuit board
Being distributed in the surrounding of described CCD camera assembly, described circuit board includes the both sides being distributed in described CCD camera assembly
First circuit board and second circuit board, described first circuit board is connected to the data-interface of described front board component,
Described second circuit board is connected to the data-interface of described rear board component.
4. scanner as claimed in claim 3, it is characterised in that described front board component includes input and output
Interface, described first circuit board is electrically connected with described I/O Interface by the data-interface of described front board component
Connect.
5. scanner as claimed in claim 3, it is characterised in that described rear board component includes that adapter is inserted
Mouthful, described second circuit board is provided with adapter, and described adapter coordinates with described adapter socket.
6. scanner as claimed in claim 2, it is characterised in that described scanner also includes shade,
Described shade is by described CCD camera assembly shade on described base plate, and described shade is provided with through hole, institute
State CCD camera assembly and shoot described part to be scanned by described through hole.
7. scanner as claimed in claim 6, it is characterised in that described CCD camera assembly includes that first takes the photograph
As head and second camera, the two opposing setting, the quantity of the described through hole of described shade is two and phase
To setting, described first photographic head and described second camera are respectively aligned to said two through hole, described scanning
Instrument also includes two reflecting mirrors, and one of them described reflecting mirror is at described first photographic head and described second
Reflected image between lamella lucida, another described reflecting mirror is at described second camera and described first saturating
Reflected image between isotropic disk.
8. scanner as claimed in claim 7, it is characterised in that described scanner also includes that two are fixed
Frame, each fixed mount all includes the first supporting part being oppositely arranged and the second supporting part and is connected to the first carrying
Fixed part between portion and the second supporting part, described fixed part is connected for fixing with described base plate, and described two
The symmetrical setting of individual fixed mount mirror each other, described first photographic head described second supporting part installed therein
On, described second camera is arranged on another described second supporting part, and said two reflecting mirror is pacified respectively
It is contained on said two the first supporting part.
9. scanner as claimed in claim 7, it is characterised in that each described side plate all includes reflecting plate
And connecting plate, described reflecting plate is connected between described connecting plate and described base plate, and described connecting plate is connected to
Between described reflecting plate and described support platform, the pair of reflecting plate opposed vertical direction is respectively to described base plate
Lateral direction tilts to extend, and respectively in the face of described first lamella lucida and described second lamella lucida, said two
Reflecting mirror is individually fixed on described reflecting plate.
10. scanner as claimed in claim 7, it is characterised in that described shade be connected to described before
Between board component and described rear board component, described front board component, described rear board component, described base plate and described
Shade jointly encloses and sets out darkroom, and described CCD camera assembly and described circuit board are all housed in described darkroom.
11. scanneies as claimed in claim 1, it is characterised in that the inner surface of described box body is provided with suction
Tabula rasa or light-absorbing coating.
12. scanneies as claimed in claim 2, it is characterised in that described light source assembly includes multiple
Body of light and light barrier, the plurality of luminous body is fixed on described base plate and is electrically connected on described circuit board
Power module, described light barrier is fixed to described base plate, and described base plate jointly encloses and is set as light-source chamber, described
Luminous body is located in described light-source chamber, and described light barrier is provided with light hole, and described light hole is just to the plurality of
Luminous body, the light that described luminous body is sent through described light hole and expose to described first lamella lucida and
The region at described second lamella lucida place.
13. scanneies as claimed in claim 2, it is characterised in that described support platform also includes crossbeam,
Described crossbeam is located at described first lamella lucida and the junction of described second lamella lucida, the surface of described crossbeam with
The surface of described first lamella lucida and described second lamella lucida all connects in smooth excessiveness, the two ends of described crossbeam
All include that stator, said two stator are individually secured to described front board component and described rear board component.
14. scanneies as claimed in claim 2, it is characterised in that described scanner also includes two gears
Plate, one of them described baffle plate is arranged between described first lamella lucida and described side plate, another described gear
Plate is arranged between described second lamella lucida and described side plate, and said two plate washer is the most described first transparent
The surface of plate and described second lamella lucida highlights, for carrying the scanning of individual sheets.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620074925.5U CN205490803U (en) | 2016-01-26 | 2016-01-26 | Scanner |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620074925.5U CN205490803U (en) | 2016-01-26 | 2016-01-26 | Scanner |
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| Publication Number | Publication Date |
|---|---|
| CN205490803U true CN205490803U (en) | 2016-08-17 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105554341A (en) * | 2016-01-26 | 2016-05-04 | 深圳市智慧恒迪科技有限公司 | Scanner |
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2016
- 2016-01-26 CN CN201620074925.5U patent/CN205490803U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105554341A (en) * | 2016-01-26 | 2016-05-04 | 深圳市智慧恒迪科技有限公司 | Scanner |
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