CN206162610U - Flight baggage tag information knows read mean - Google Patents
Flight baggage tag information knows read mean Download PDFInfo
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- CN206162610U CN206162610U CN201621084828.0U CN201621084828U CN206162610U CN 206162610 U CN206162610 U CN 206162610U CN 201621084828 U CN201621084828 U CN 201621084828U CN 206162610 U CN206162610 U CN 206162610U
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- bar code
- code reader
- luggage
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- assembly
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Abstract
The utility model discloses a flight baggage tag information knows read mean belongs to the flight baggage recognition technology field, and the device has included the frame and has located the bar code recognition device in the frame, inside high optoelectronic measuring device width optoelectronic measuring device and preceding, back, left and right, upper and lower six bar codes knowledge read mean assembly of being equipped with respectively of bar code recognition device, and framework tail end connects switching -over transmission device assembly. The utility model has the advantages of small, the automatic identification success rate is high, the cost is low, the luggage tag that can be used to depart from port discernment and luggage from flights automatic identification statistics.
Description
Technical field
This utility model is related to aviation luggage technology of identification field, is to be related to a kind of air baggage tag letter specifically
Breath reading device.
Background technology
Due to variable during position of the air baggage tag in luggage transmitting procedure, arbitrarily, the bar code of luggage tag
It is that bar code information identification tape is next difficult in the undefined position of 1 meter * 0.6 meter * 0.6 meter of solid space.Conventional art is to adopt
Minimum 6 remote bar code scanners, identification range covers 1 meter * 0.6 meter of 6 faces, the scanning recognition depth of field in each face
More than 0.5 meter is reached, category long-focus is recognized at a distance, distance minimum is more than 1.5 meters between luggage.
There is many defects in this hawkeye formula screen bar code recognizer, for example：Identifying device cost is high, knows more than common bar code
More than 30 times of other device cost；Identifying device it is sufficiently bulky；Identifying device popularization and application are affected, it is impossible to be generalized to aviation
Luggage from flights label automatic identification is counted, and affects Aeronautical Service.
Accordingly, it would be desirable to a kind of small volume, low cost, the bar code identifying device of high degree of automation, for departing from port, to port row
The automatic identification statistics of Lee's label.
The content of the invention
In order to overcome the shortcomings of existing technology, this utility model provides a kind of air baggage tag information reading device.
Technical solutions of the utility model are as described below：
A kind of air baggage tag information reading device, it is characterised in that including frame (100) and located at the frame
(100) bar code identifying device on, the frame (100) including entrance transmission belt (1001), outlet delivery band (1003) and
Transmission roller bearing (1002), the bar code identifying device transmits roller bearing (1002) top located at described,
Height photoelectric measuring device (80), width photoelectric measuring device (90) are respectively equipped with inside the bar code identifying device
And the bar code reader assembly of front, back, left, right, up, down six, the bar code reader assembly adjust automatically and luggage
(20) spacing, and the bar code information of the luggage (20) is scanned, and information is uploaded to into bar code reading data center (140),
End connection commutation transmitting device assembly (110) of transmission roller bearing (1002), the commutation transmitting device is total
Into (110), respectively conveyer belt device (120), artificial treatment area (130) and the outlet delivery band (1003) are turned round in connection.
Further, the bar code reader assembly includes the side located at transmission roller bearing (1002) left and right sides
Aeschna melanictera compound eye combination type bar code reader assembly (30), the top Aeschna melanictera compound eye group above transmission roller bearing (1002)
Box-like bar code reader assembly (40), the bottom Aeschna melanictera compound eye combination type bar code below transmission roller bearing (1002) are known
Read apparatus assembly (50), the remote bar code reader (60) of anterior hawkeye formula in front of transmission roller bearing (1002) and
Located at the remote bar code reader (70) of rear portion hawkeye formula at transmission roller bearing (1002) rear.
Further, side Aeschna melanictera compound eye combination type bar code reader assembly (30) and the top Aeschna melanictera are multiple
Eye combination type bar code reader assembly (40) includes fixed seat, angular transducer and adapter, the angular transducer
It is connected with rotary electric machine, the rotary electric machine is connected by connecting rod with the fixed seat, and the fixed seat is provided with adapter, institute
State adapter and connect several bar code readers (1).
Further, the bar code reader and the side distance of the luggage are 15-18cm.
Further, the bar code reader (1) is at least 7.
Further, commutation transmitting device assembly (110) is described including several electo-kinetic transport wheels (1101)
Electo-kinetic transport wheel (1101) is erected on electo-kinetic transport wheel support (1103), and the electo-kinetic transport wheel (1101) connection is electronic
Transmission wheel power line (1102), electo-kinetic transport wheel support (1103) lower end is connected with electo-kinetic transport wheel reversing bar (1104),
The electo-kinetic transport wheel reversing bar (1104) of mutually same row is connected with same transmission control unit (TCU) (1105), the transmission control unit (TCU)
(1105) the bar code reading data center (140) is connected.
Further, commutation transmitting device assembly (110) also includes upper plate (1106) and lower plate (1107),
The electo-kinetic transport wheel (1101) is between the upper plate (1106) and the lower plate (1107), and the electo-kinetic transport wheel
(1101) upper surface of the upper end beyond the upper plate (1106).
Further, upper surface 5-10mm of electo-kinetic transport wheel (1101) upper end beyond the upper plate (1106).
Further, the spacing between the laterally or longitudinally adjacent two electo-kinetic transport wheels (1101) is 150-
180mm。
According to this utility model of such scheme, its advantage is that this utility model has small volume, automatic identification
Success rate is high, the advantage of low cost, can be used for depart from port luggage tag identification and Luggage from flights automatic identification statistics.Can also apply
Count in the identification of Express Logistics industry goods.
Description of the drawings
Fig. 1 is structural plan schematic diagram of the present utility model.
Fig. 2 is the structural representation of this utility model side Aeschna melanictera compound eye combination type bar code reader assembly.
Fig. 3 is the recognition performance plot of this utility model combination type bar code reader.
Fig. 4 is this utility model luggage width grating measuring schematic diagram.
Fig. 5 is this utility model luggage height grating measuring schematic diagram.
Fig. 6 is distribution front view of this utility model scanning compared with each bar code reader assembly during narrow row Lee.
Fig. 7 is distribution top view of this utility model scanning compared with each bar code reader assembly during narrow row Lee.
Fig. 8 is distribution front view of this utility model scanning compared with each bar code reader assembly during wide row Lee.
Fig. 9 is distribution top view of this utility model scanning compared with each bar code reader assembly during wide row Lee.
Figure 10 is the distribution side view of each bar code reader assembly of this utility model.
Figure 11 is the distribution top view of each bar code reader assembly of this utility model.
Figure 12 is schematic diagram when this utility model luggage is transmitted to the left.
Schematic diagram when Figure 13 is this utility model luggage onwards transmission.
Figure 14 is schematic diagram when this utility model luggage is transmitted to the right.
Figure 15 is the structural representation of this utility model commutation transmitting device assembly.
Figure 16 is the side view of this utility model commutation transmitting device assembly.
Figure 17 is schematic diagram when this utility model commutation transmitting device assembly is transmitted to the left.
Schematic diagram when Figure 18 is this utility model commutation transmitting device assembly onwards transmission.
Figure 19 is structural representation when this utility model transmission control unit (TCU) is transmitted to the left.
Structural representation when Figure 20 is this utility model transmission control unit (TCU) onwards transmission.
In figure, 10, bar code reader；20th, luggage；30th, side Aeschna melanictera compound eye combination type bar code reader assembly；
301st, side fixed seat；302nd, side connecting rod；303rd, side adapter；304th, side rotary electric machine；305th, flank angle sensing
Device；40th, top Aeschna melanictera compound eye combination type bar code reader assembly；401st, top fixed seat；402nd, upper links；403rd, top
Adapter；404th, top rotary electric machine；405th, upper angle sensor；50th, bottom Aeschna melanictera compound eye combination type bar code reader
Assembly；60th, the remote bar code reader of anterior hawkeye formula；70th, the remote bar code reader of rear portion hawkeye formula；80th, height photoelectricity
Measurement apparatus；90th, width photoelectric measuring device；100th, frame；1001st, entrance transmission belt；1002nd, roller bearing is transmitted；1003rd, export
Transmission belt；110th, commutate transmitting device assembly；1101st, electo-kinetic transport wheel；1102nd, electo-kinetic transport wheel power line；1103rd, electronic biography
Defeated wheel support；1104th, electo-kinetic transport wheel reversing bar；1105th, transmission control unit (TCU)；1106th, upper plate；1107th, lower plate；120th, revolution is passed
Defeated belting；1201st, first order revolution transmission belt；1202nd, second level revolution transmission belt；1203rd, third level revolution transmission belt；
130th, artificial treatment area；1301st, slideway；140th, bar code reading data center.
Specific embodiment
Below in conjunction with the accompanying drawings and embodiment is conducted further description to this utility model：
As shown in figure 1, a kind of air baggage tag information reading device, including frame 100 and the bar in frame 100
Code recognition device, frame 100 includes entrance transmission belt 1001, outlet delivery band 1003 and transmission roller bearing 1002, bar code identification
Device is respectively equipped with height photoelectric measuring device 80, width photoelectricity located at the top of transmission roller bearing 1002 inside bar code identifying device
Measurement apparatus 90 and the bar code reader assembly of front, back, left, right, up, down six, bar code reader assembly adjust automatically
With the spacing of luggage 20, and the bar code information of luggage scanning 20, and information is uploaded to into bar code reading data center 140, transmitted
The end connection commutation transmitting device assembly 110 of roller bearing 1002, respectively transmission belt dress is turned round in connection to commutation transmitting device assembly 110
Put 120, artificial treatment area 130 and outlet delivery band 1003.
Connected by slideway 1301 between artificial treatment area 130 and commutation transmitting device assembly 110.Revolution conveyer belt device
120 include first order revolution transmission belt 1201, second level revolution transmission belt 1202 and third level revolution transmission belt 1203.
Bar code reader assembly includes side Aeschna melanictera compound eye combination type bar code reader assembly 30, top Aeschna melanictera compound eye
Combination type bar code reader assembly 40, bottom Aeschna melanictera compound eye combination type bar code reader assembly 50, anterior hawkeye formula long distance
From bar code reader 60 and the remote bar code reader 70 of rear portion hawkeye formula.
As shown in Fig. 2 side Aeschna melanictera compound eye combination type bar code reader assembly 30 is including side fixed seat 301, side
Angular transducer 305 and side adapter 303, flank angle sensor 305 is connected with side rotary electric machine 304, and side turns
Galvanic electricity machine 304 is connected by side connecting rod 302 with side fixed seat 301, and side fixed seat 301 is provided with side adapter 303,
Side adapter 303 connects 7 bar code readers 1.
Likewise, top Aeschna melanictera compound eye combination type bar code reader assembly 40 is including top fixed seat 401, upper angle
Sensor 405 and upper adapter 403, upper angle sensor 405 is connected with top rotary electric machine 404, and top rotates electricity
Machine 404 is connected by upper links 402 with top fixed seat 401, and top fixed seat 401 is provided with upper adapter 403, top
Adapter 403 connects at least 7 bar code readers 1.Top Aeschna melanictera compound eye combination type bar code reader assembly 40 is installed in bar
The top of code reading device.
Because being partly close to transmit roller bearing 1002 below luggage 20, with bottom Aeschna melanictera compound eye combination type bar code reader
Apart from constant, without adjustment, bottom Aeschna melanictera compound eye combination type bar code reader assembly 50 is not rotated installation site assembly 50
Motor.
As described in Figure 3, bar code reader 1 and the side of luggage 20 are 15～20 centimetres apart from optimum distance.The present embodiment
Middle bar code reader 1 is 15-18cm with the side distance of luggage 20.Combine more than 7 bar code readers 1, recognition is wide
Degree W is greatly increased, and can reach more than 1 meter.Side adapter 303 or upper adapter 403 are connected with each bar code reader 1
Connect, as long as there is a bar code reader 1 to read the label bar code information of luggage 20, side adapter 303 or upper adapter
403 outfan can export bar code information.
As shown in figures 4-9, height photoelectric measuring device 80, width photoelectric measuring device 90 measure respectively the big of luggage 20
It is little.
Luggage 20 has stopped the number of light gate part from top to bottom, the as width of luggage 20, and WF0～WF2 is in Fig. 5
The position voltage value on the left side of luggage 20, WF8～WF10 photelectric receivers are output as the position voltage value on the right of luggage.
Luggage 20 has stopped the height that light gate part from left to right is luggage, HS0～HS3 photelectric receivers in Fig. 6
It is output as the output voltage values of the height of luggage 20.
Side Aeschna melanictera compound eye combination type bar code reader assembly 30 and top Aeschna melanictera compound eye combination type bar code reader
The adjustment of assembly 40 its distance between with luggage 20 during：
(1) size that height photoelectric measuring device 80 passes through grating switch message handler luggage scanning 20, obtains grating
Grating measuring output voltage is sent to comparator by measurement output voltage, height photoelectric measuring device 80；
(2) angular transducer measures measurement side Aeschna melanictera compound eye combination type bar code reader assembly 30 and top dragonfly respectively
The angle information of dragonfly compound eye combination type bar code reader assembly 40 and luggage 20, and obtain angular surveying output voltage, angle
The angular surveying output voltage for obtaining is sent to comparator by sensor；
(3) comparator compares two output voltages, if both are identical, comparator is output as zero, and rotary electric machine is not rotated, if
Both differ, and comparator output voltage drives rotary electric machine, rotary electric machine to drive fixed seat and adapter to rotate；
(4) when the output voltage of angular transducer is as grating measuring output voltage, comparator is output as zero, rotates
Motor stalls so that the side of adapter and bar code reader and luggage is apart from constant.
It is narrower width in Fig. 6-7, highly relatively low small size luggage 20, top Aeschna melanictera compound eye combination type bar code reading
The automatic adjusting position of assembly of devices 40, bar code reader 1 away from the top of luggage 20 distance be 15～18cm, the side dragonfly of the left and right sides
The adjust automatically of dragonfly compound eye combination type bar code reader assembly 30, left and right two back gauge of the bar code reader 1 away from luggage 20 is 15
The side Aeschna melanictera compound eye combination type bar code of～18cm, top Aeschna melanictera compound eye combination type bar code reader assembly 40 and the left and right sides
Reading device assembly 30 keeps optimal bar code to recognize distance with the luggage tag at luggage edge.
It is width, highly larger large volume luggage 20 in Fig. 8-9, top Aeschna melanictera compound eye combination type bar code reader
The position of the adjust automatically bar code reader 1 of side Aeschna melanictera compound eye combination type bar code reader assembly 30 of assembly 40 and the left and right sides
Put, keep the optimal bar code of 15～18cm to recognize distance with the label on luggage 20.
As shown in figs. 10-11, side Aeschna melanictera compound eye combination type bar code reader assembly 30 is left located at transmission roller bearing 1002
Right both sides, top Aeschna melanictera compound eye combination type bar code reader assembly 40 is located at the top of transmission roller bearing 1002, bottom Aeschna melanictera compound eye
Located at transmission roller bearing 1002 lower section, the remote bar code reader 60 of anterior hawkeye formula is located at combination type bar code reader assembly 50
The front of transmission roller bearing 1002, hawkeye formula remote bar code reader 70 in rear portion is located at transmission roller bearing 1002 rear.
Because locational uncertainty of the luggage 20 on transmission roller bearing 1002, the orientation of the luggage tag on luggage 20 is also
Random, in any surface in six faces of up, down, left, right, before and after of luggage 20.Luggage 20 is filled first by height photoelectric measurement
Put 80, width photoelectric measuring device 90, the height voltage of luggage 20 of acquisition and wide voltage.Height voltage drives top Aeschna melanictera to answer
Eye combination type bar code reader assembly 40 adjusts top rotary electric machine 404, adjusts the position of height bar code reader 1, it is ensured that
Bar code reader 1 keeps 15～18cm, wide voltage to drive side Aeschna melanictera compound eye combination type bar code reader total with luggage 20
Left and right bar code reader 1 is driven to change position into 30 adjustment side rotary electric machines 304, it is ensured that the arranged on left and right sides with luggage 20
Side keeps 15～18cm distances, drives the spacing for transmitting roller bearing 1002 that luggage 20 moves ahead to be 15～20cm, in neighboring transmission rolling
The space lower section of axle 1002, installation bottom Aeschna melanictera compound eye combination type bar code reader assembly 50 (is not adjusted at 15～18cm
Motor).
When luggage 20 moves ahead, 15～18cm of the upper and lower, left and right of luggage recognizes the combination type of 1 meter～0.6 meter of width
Bar code reader 1, implements bar code reading scanning, if luggage tag is in luggage 20 to 4, the upper and lower, left and right edge of luggage
Upper and lower, left and right orientation, the bar code on luggage tag can be read.
The front and back of bar code identifying device is mounted with the remote bar code reader 60 of anterior hawkeye formula and rear portion hawkeye
The remote bar code reader 70 of formula, the remote bar code reader 60 of the anterior hawkeye formula of adjustment and the remote bar code of rear portion hawkeye formula are known
Read the height of device 70, it is ensured that the remote bar code reader 60 of anterior hawkeye formula and the remote bar code reader 70 of rear portion hawkeye formula can
To scan the scope of 1 meter * 1 meter of recognition, it is ensured that before luggage 20, the bar code on luggage tag below is read.
The information input bar code reading data center 140 of bar code reader 1 in six orientation of up, down, left, right, before and after.
As shown in figs. 12-14, the position due to luggage in transmitting procedure is random, may produce luggage handle pressure
Firmly and " the light route " of bar code identification is blocked, cause the recognition that fails, the secondary recognition of needs.Going out in bar code identifying device
At mouthful, the transmitting device assembly 110 that commutates is mounted with.
As shown in figs. 15 to 20, the transmitting device assembly 110 that commutates includes several electo-kinetic transport wheels 1101, electo-kinetic transport wheel
1101 are erected on electo-kinetic transport wheel support 1103, and the connection electo-kinetic transport wheel of electo-kinetic transport wheel 1101 power line 1102, electricity
The dynamic transmission lower end of wheel support 1103 is connected with electo-kinetic transport wheel reversing bar 1104, the electo-kinetic transport wheel reversing bar 1104 of mutually same row
It is connected with same transmission control unit (TCU) 1105, the connecting bar code of transmission control unit (TCU) 1105 recognition data center 140.
Commutation transmitting device assembly 110 also includes upper plate 1106 and lower plate 1107, and electo-kinetic transport wheel 1101 is located at upper plate
Between 1106 and lower plate 1107, and the upper end of electo-kinetic transport wheel 1101 is beyond the upper surface 5-10mm of upper plate 1106.It is horizontal or vertical
It is 150-180mm to the spacing between two adjacent electo-kinetic transport wheels 1101.
Commutation transmitting device assembly 110 includes the process of straight trip transmission, left lateral transmission and right lateral transmission.
Straight trip transmission：After luggage tag is successfully distinguished, luggage 20 transports to outlet delivery band 1003.
Left lateral is transmitted：The label bar code of luggage 20 fails recognition and arrives, the control commutation transmission dress of bar code reading data center 140
The left-handed rotation of electo-kinetic transport wheel 1101 of assembly 110 is put, by the transmission of the left-hand of luggage 20, luggage 20 enters revolution conveyer belt device
120, through first order revolution transmission belt 1201, second level revolution transmission belt 1202 and third level revolution transmission belt 1,203 3 times
90 degree turn to transmission, turn again to the entrance transmission belt 1001 of bar code reader, in being again introduced into bar code reader, implement
Luggage tag bar code reading.Due to luggage 20 in the transmission the change of position dress state with it is uncertain, knew into bar code with last time
The position of read apparatus is different, and the handle of luggage 20 will not push down luggage tag, will not stop the light route of bar code reading, secondary recognition
Succeed.
Right lateral is transmitted：Special luggage 20 is usually had in aviation luggage management, such as lose or damage cannot for luggage tag
Distinguish luggage bar code information, it is necessary to artificial treatment；Or for safety management demand, need certain safety of part luggage 20 of stopping
Check, specified luggage 20 is separated, into artificial treatment area 130.Commutation transmitting device assembly 110 is in external control signal
Under instruction, electo-kinetic transport wheel 1101 commutates and is rotated for right direction, and luggage 20 is transported to into dextrad, enters artificial by slideway 1301
Treatment region 130.
This utility model carries out the principle of air baggage tag information recognition：
(1) luggage 20 is transferred in bar code identifying device by entrance transmission belt 1001.
(2) each bar code reader assembly in bar code identifying device carries out size scanning to luggage 20 and bar code is swept
Retouch.By height photoelectric measuring device 80 and the size of the luggage scanning 20 of height photoelectric measuring device 80, and pass through bar code respectively
Top Aeschna melanictera compound eye combination type bar code reader assembly 40, bottom Aeschna melanictera compound eye combination type bar code reading dress in identifying device
Put assembly 50, the remote bar code reader 60 of anterior hawkeye formula, the remote bar code reader 70 of rear portion hawkeye formula and two sides
The bar code of the luggage scanning 20 of face Aeschna melanictera compound eye combination type bar code reader assembly 30.
(3) if scanning is not successfully read, by commutating, transmitting device assembly 110 is passed back at entrance transmission belt 1001
Scanning is re-started, the code of the remaining luggage 20 being truncated to enters row information verification if bar code information is successfully read.
(4) if information verification is unsuccessful, by being sent to artificial treatment area 130 by commutation transmitting device assembly 110,
If information is checked successfully, outlet delivery band 1003 is forwarded to by the transmitting device assembly 110 that commutates, is extracted for passenger.
This utility model can be used for luggage automatic identification statistics of departing from port, Luggage from flights automatic identification statistics；Can also use
In the goods automatic identification and statistics of express delivery industry logistics, realization is received and goods information automatic input automatically；Or for storehouse
Chu Ye, receive, shipment automatic identification statistics.
This utility model has advantages below：
1. bar code reader is combined in upper and lower, left and right using Aeschna melanictera compound eye type, and bar code more remote than traditional hawkeye formula is known
Reading device reduces equipment cost more than 50%；
2. luggage height, width are measured automatically, and control bar code reader keeps 15～18cm with luggage tag distance, is in
Best identified distance, bar code reading success rate is high；
3. there is the function of commutation transmission luggage, secondary, three bar code readings is implemented automatically, substantially increase aviation luggage
Recognition success rate；
4. because compact conformation, small volume is convenient to install, and solves the demand of Luggage from flights identification statistics；
5. external control instruction enforcement special baggage items are separated from transmission, improve aviation luggage, the safety of express delivery goods
Management level.
It should be appreciated that for those of ordinary skills, can according to the above description be improved or be converted,
And all these modifications and variations should all belong to the protection domain of this utility model claims.
Exemplary description is carried out to this utility model patent above in conjunction with accompanying drawing, it is clear that the reality of this utility model patent
Now it is not subject to the restrictions described above, as long as the method design for employing this utility model patent is various with what technical scheme was carried out
Improve, or it is not improved the design of this utility model patent and technical scheme are directly applied to into other occasions, in this reality
With in new protection domain.
Claims (9)
1. a kind of air baggage tag information reading device, it is characterised in that including frame (100) and located at the frame
(100) bar code identifying device on, the frame (100) including entrance transmission belt (1001), outlet delivery band (1003) and
Transmission roller bearing (1002), the bar code identifying device transmits roller bearing (1002) top located at described,
Be respectively equipped with inside the bar code identifying device height photoelectric measuring device (80), width photoelectric measuring device (90) and
The bar code reader assembly of front, back, left, right, up, down six, the bar code reader assembly adjust automatically and luggage (20)
Spacing, and scan the bar code information of the luggage (20), and information is uploaded to into bar code reading data center (140),
End connection commutation transmitting device assembly (110) of transmission roller bearing (1002), the commutation transmitting device assembly
(110) respectively conveyer belt device (120), artificial treatment area (130) and the outlet delivery band (1003) are turned round in connection.
2. air baggage tag information reading device according to claim 1, it is characterised in that the bar code reader
Assembly includes the side Aeschna melanictera compound eye combination type bar code reader assembly located at transmission roller bearing (1002) left and right sides
(30) top Aeschna melanictera compound eye combination type bar code reader assembly (40), above transmission roller bearing (1002), it is located at
Bottom Aeschna melanictera compound eye combination type bar code reader assembly (50) below transmission roller bearing (1002), located at the transmission rolling
The remote bar code reader (60) of anterior hawkeye formula in front of axle (1002) and located at transmission roller bearing (1002) rear
The remote bar code reader (70) of rear portion hawkeye formula.
3. air baggage tag information reading device according to claim 2, it is characterised in that the side Aeschna melanictera compound eye
Combination type bar code reader assembly (30) and top Aeschna melanictera compound eye combination type bar code reader assembly (40) include
Fixed seat, angular transducer and adapter, the angular transducer is connected with rotary electric machine, and the rotary electric machine passes through connecting rod
It is connected with the fixed seat, the fixed seat is provided with adapter, the adapter connects several bar code readers (1).
4. air baggage tag information reading device according to claim 3, it is characterised in that the bar code reader with
The side distance of the luggage is 15-18cm.
5. air baggage tag information reading device according to claim 3, it is characterised in that the bar code reader
(1) 7 are at least.
6. air baggage tag information reading device according to claim 1, it is characterised in that the commutation transmitting device
Assembly (110) includes several electo-kinetic transport wheels (1101), and the electo-kinetic transport wheel (1101) is erected at electo-kinetic transport wheel support
(1103) on, and the electo-kinetic transport wheel (1101) connection electo-kinetic transport wheel power line (1102), the electo-kinetic transport wheel
Frame (1103) lower end is connected with electo-kinetic transport wheel reversing bar (1104), the electo-kinetic transport wheel reversing bar (1104) of mutually same row
It is connected with same transmission control unit (TCU) (1105), the transmission control unit (TCU) (1105) connects the bar code reading data center (140).
7. air baggage tag information reading device according to claim 6, it is characterised in that the commutation transmitting device
Assembly (110) also includes upper plate (1106) and lower plate (1107), and the electo-kinetic transport wheel (1101) is located at the upper plate (1106)
And the lower plate (1107) between, and the electo-kinetic transport wheel (1101) upper end is beyond the upper surface of the upper plate (1106).
8. air baggage tag information reading device according to claim 7, it is characterised in that the electo-kinetic transport wheel
(1101) upper surface 5-10mm of the upper end beyond the upper plate (1106).
9. air baggage tag information reading device according to claim 7, it is characterised in that laterally or longitudinally adjacent
Spacing between two electo-kinetic transport wheels (1101) is 150-180mm.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621084828.0U CN206162610U (en) | 2016-09-28 | 2016-09-28 | Flight baggage tag information knows read mean |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621084828.0U CN206162610U (en) | 2016-09-28 | 2016-09-28 | Flight baggage tag information knows read mean |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206162610U true CN206162610U (en) | 2017-05-10 |
Family
ID=58653398
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621084828.0U Expired - Fee Related CN206162610U (en) | 2016-09-28 | 2016-09-28 | Flight baggage tag information knows read mean |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206162610U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106326957A (en) * | 2016-09-28 | 2017-01-11 | 深圳市骄冠科技实业有限公司 | Aviation baggage tag information reading device and reading method |
| TWI750739B (en) * | 2018-04-09 | 2021-12-21 | 韓商泰克元股份有限公司 | Bar code recognition device of handler for processing electronic component |
-
2016
- 2016-09-28 CN CN201621084828.0U patent/CN206162610U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106326957A (en) * | 2016-09-28 | 2017-01-11 | 深圳市骄冠科技实业有限公司 | Aviation baggage tag information reading device and reading method |
| TWI750739B (en) * | 2018-04-09 | 2021-12-21 | 韓商泰克元股份有限公司 | Bar code recognition device of handler for processing electronic component |
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