CN100395748C - Hand-held machine for logistic management - Google Patents
Hand-held machine for logistic management Download PDFInfo
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- CN100395748C CN100395748C CNB2006100439404A CN200610043940A CN100395748C CN 100395748 C CN100395748 C CN 100395748C CN B2006100439404 A CNB2006100439404 A CN B2006100439404A CN 200610043940 A CN200610043940 A CN 200610043940A CN 100395748 C CN100395748 C CN 100395748C
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Abstract
The present invention discloses a hand-held machine for logistic management, the hand-held machine has a shell body on which a display XS and a keyboard JP are respectively installed, a circuit board is installed in the shell body, the circuit board is respectively provided a central processing circuit ZC a data transmission circuit SC, a satellite positioning circuit DW and an intelligent label read/write circuit BQ, wherein the central processing circuit ZC is respectively connected with the intelligent label read/write circuit BQ, and the data transmission circuit SC and the satellite positioning circuit DW electrically. The present invention can solve the problems of time consuming and laborsome operation and stagnant data transmission in the prior art, and the reliability of data transmission at any place is not able to be guaranteed.
Description
Technical field
The present invention relates to intelligent label read-write, satnav, technical field of data transmission, specifically be a kind of hand-held machine for logistic management.
Background technology
The effect that modern society's logistics is played for enterprise production and management is very important.But along with the develop rapidly of modern logistics industry, also there is a certain distance in the China Logistics management level.Be in particular in the following aspects: one, logistics management work connects goods, delivers, gets each links such as goods, also need greatly by manual entry, examine, fill out loaded down with trivial details work such as single, and adopt forms such as phone, fax or the Internet to carry out data transmission, there is the shortcoming that operation is wasted time and energy, data transmission lags behind thus; Two, there is certain blind area in traditional data transfer mode because of being subjected to geographic position, environmental impact, and it can't guarantee that data transmission takes office the reliability of where putting.
Summary of the invention
The purpose of this invention is to provide a kind of hand-held machine for logistic management, it can solve, and the operation that prior art exists is wasted time and energy, data transmission lags behind and can't guarantee data transmission reliability problems in any place.
The objective of the invention is to be achieved through the following technical solutions: hand-held machine for logistic management, it has housing, display and keyboard are installed respectively on the housing, mounting circuit boards in the housing is provided with central processing circuit, intelligent label read/write circuit, satnav circuit and data transmission circuit respectively on the circuit board; Central processing circuit is connected with data transmission circuit, satnav circuit and intelligent label read/write circuit respectively; The first integrated package pin 53, pin 59-61, pin 2-5 join with keyboard connecting pin 1-8 respectively in the central processing circuit, and simultaneously, the first integrated package pin 36-39, pin 12-23 join with display connecting pin 1-16 respectively; The 3rd parallel resistance in parallel between second parallel resistance in parallel, the pin 41-40 between first parallel resistance in parallel, the pin 42-41 between the first integrated package pin 43-42, the first integrated package pin, 40 ground connection; The first integrated package pin 63-62 is ground connection respectively; The first integrated package pin 1, pin 64 connect first power supply respectively; First integrated package pin 58 series connection, first resistance in series connects first power supply; Crystal oscillator in parallel between the first integrated package pin 8-9;
Second resistance in series connects second transistor base in the first integrated package pin 50 series connection intelligent label read/write circuits, and the second transistor emitter ground connection, collector connect the 4th integrated package pin 6, and simultaneously, second transistor collector the 3rd resistance in series of connecting connects second source; The first integrated package pin 49 connects second diode cathode, and second diode cathode connects the 4th integrated package pin 7, and simultaneously, first glomeration pin 49 series connection the 4th resistance in series connects first power supply; The 4th integrated package pin 3-4, pin 8 be ground connection respectively, and the 4th integrated package pin 5 connects second source, pin 1-2 meets intelligent label read-write day stitch 1-2 respectively;
The first integrated package pin 48-45 respectively with data transmission circuit in the second integrated package pin 32-35 join, the second integrated package pin 1 connects first power supply, the second integrated package pin 2, pin 19, pin 27, pin 41 be ground connection respectively, and the second integrated package pin 6 connects the first luminotron negative pole, and the first luminotron positive pole connects second source; The second integrated package pin, 11 series connection the 5th resistance meets the 7th integrated package pin 1, the second integrated package pin 12-13, pin 24 meets the 7th integrated package pin 2-4 respectively, shunt capacitance C5 between the 7th integrated package pin 5-4, the 7th integrated package pin 5 ground connection; Connect respectively the 6th resistance in series, the 7th resistance in series of the second integrated package pin 12-13 connects first power supply;
The first integrated package pin 51 connects first diode cathode in the satnav circuit, and first diode cathode connects the 3rd integrated package pin 11, and simultaneously, first integrated package pin 51 series connection the 8th resistance in series connects first power supply; The 4th parallel resistance in parallel between the 3rd integrated package (U3) pin 2, the pin 5, the 3rd integrated package pin 2 connects second source, and the 3rd integrated package pin 10, pin 13, pin 16, pin 18 be ground connection respectively;
The first integrated package pin 29 series connection the 9th resistance in series connects the 4th transistor base, and the 4th transistor emitter ground connection, collector the tenth resistance in series of connecting connects the second luminotron negative pole, and the second luminotron positive pole connects second source; The first integrated package pin, 6 series connection the 11 series connection resistance connects first transistor base, and the first transistor emitter ground connection, collector series connection hummer connect second source;
The described first integrated package model is a MSP430F413 type microprocessor; The second integrated package model is a M22 type GPRS module; The 3rd integrated package model is a GM82 type GPS module; The 4th integrated package model is a SE-MO2003 type intelligent label module for reading and writing; The 7th integrated package is a SIM card.
For further realizing purpose of the present invention, also can finish by the following technical programs: described intelligent label read/write circuit is a RF-type smart card module for reading and writing.The satnav circuit is GPS module GPS.Data transmission circuit is GPRS (General Packet Radio Service) module GPRS.Data transmission circuit is global system for mobile communications module GSM.Data transmission circuit is CDMA module CDMA.Central processing circuit and acousto-optic hint circuit join.The scanning orientation film is pasted on the housing top.
The beneficial effect that the present invention can produce: because of satnav circuit DW, data transmission circuit SC and intelligent label read/write circuit BQ are joined with central processing circuit ZC respectively, it is by advanced satellite positioning tech, be that GPS module GPS can be covering the whole world, it is not subjected to the influence of geographic position, environment, it can analyze, calculate by the signal to multi-satellite, obtains the information such as longitude and latitude, time, speed of position; And by the GPRS (General Packet Radio Service) module GPRS of China Mobile or the CDMA module CDMA of global system for mobile communications module GSM or CHINAUNICOM, utilize that its corresponding mechanics of communication covers quite extensively, the characteristics of non-blind area almost, combine with smart tag technology RFID again, make the present invention in logistics management, the troublesome operation of each link be reduced to simple scanning, so thoroughly omitted manually-operated typing, examine, fill out list and data transmission work; Moreover information transmitted of the present invention is more comprehensive, it not only via satellite location technology obtain information such as time, place, can also preserve client's details by smart tag technology.The whole operation process only need be pressed specific button input logistics progress, promptly connects goods, delivers goods, gets goods etc., carries out then that scanning gets final product to the intelligent label on the goods.The present invention is simple to operate, time saving and energy saving, and data transmission is fast reliable, is not subjected to the influence of any geographic position, environment, and widespread use can produce tangible society, economic benefit.
Description of drawings
Fig. 1 is a structural representation of the present invention;
Fig. 2 is circuit theory diagrams of the present invention.
Embodiment
Hand-held machine for logistic management of the present invention, it has housing 1, display XS and keyboard JP are installed respectively on the housing 1, and mounting circuit boards 2 in the housing 1 is provided with central processing circuit ZC, intelligent label read/write circuit BQ, satnav circuit DW and data transmission circuit SC respectively on the circuit board 2; Central processing circuit ZC is connected with data transmission circuit SC, satnav circuit DW and intelligent label read/write circuit BQ respectively; The first integrated package U, 1 pin 53, pin 59-61, pin 2-5 join with keyboard JP connecting pin 1-8 respectively among the central processing circuit ZC, and simultaneously, the first integrated package U1 pin 36-39, pin 12-23 join with display XS connecting pin 1-16 respectively; The 3rd parallel resistance R30 in parallel between the second parallel resistance R29 in parallel, the pin 41-40 between the first parallel resistance R28 in parallel, the pin 42-41 between the first integrated package U1 pin 43-42, the first integrated package U1 pin, 40 ground connection; The first integrated package U1 pin 63-62 is ground connection respectively; The first integrated package U1 pin 1, pin 64 meet the first power supply VCC respectively; The first integrated package U1 pin, 58 series connection, the first resistance in series R16 meets the first power supply VCC; Crystal oscillator XT1 in parallel between the first integrated package U1 pin 8-9;
The second resistance in series R12 connects the second triode Q2 base stage among the first integrated package U1 pin, the 50 series connection intelligent label read/write circuit BQ, the second triode Q2 grounded emitter, collector connect the 4th integrated package U4 pin 6, simultaneously, the second triode Q2 collector the 3rd resistance in series R13 that connects meets second source VDD; The first integrated package U, 1 pin 49 connects the second diode D2 positive pole, and the second diode D2 negative pole connects the 4th integrated package U4 pin 7, and simultaneously, the first glomeration U1 pin, 49 series connection the 4th resistance in series R11 meets the first power supply VCC; The 4th integrated package U4 pin 3-4, pin 8 be ground connection respectively, and the 4th integrated package U4 pin 5 meets second source VDD, pin 1-2 and meets intelligent label read-write antenna J3 pin 1-2 respectively;
The first integrated package U1 pin 48-45 respectively with data transmission circuit SC in the second integrated package U2 pin 32-35 join, the second integrated package U2 pin 1 meets the first power supply VCC, the second integrated package U2 pin 2, pin 19, pin 27, pin 41 be ground connection respectively, the second integrated package U2 pin 6 connects the first luminotron LED1 negative pole, and the first luminotron LED1 positive pole meets second source VDD; Second integrated package U2 pin 11 series connection the 5th resistance R 7 meets the 7th integrated package U7 pin 1, the second integrated package U2 pin 12-13, pin 24 meets the 7th integrated package U7 pin 2-4 respectively, shunt capacitance C5 between the 7th integrated package U7 pin 5-4, the 7th integrated package U7 pin 5 ground connection; Connect respectively the 6th resistance in series R9, the 7th resistance in series R10 of the second integrated package U2 pin 12-13 meets the first power supply VCC;
The first integrated package U1 pin 51 connects the first diode D1 negative pole among the satnav circuit DW, and the first diode D1 positive pole connects the 3rd integrated package U3 pin 11, and simultaneously, the first integrated package U1 pin, 51 series connection the 8th resistance in series R17 meets the first power supply VCC; The 4th parallel resistance R15 in parallel between the 3rd integrated package U3 pin 2, the pin 5, the 3rd integrated package U3 pin 2 meets second source VDD, and the 3rd integrated package U3 pin 10, pin 13, pin 16, pin 18 be ground connection respectively;
The first integrated package U1 pin 29 series connection the 9th resistance in series R18 connects the 4th triode Q4 base stage, and the 4th triode Q4 grounded emitter, collector the tenth resistance in series R19 that connects connects the second luminotron LED2 negative pole, and the second luminotron LED2 positive pole meets second source VDD; First integrated package U1 pin 6 series connection the 11 series connection resistance R 23 connects the first triode Q1 base stage, and the first triode Q1 grounded emitter, collector series connection hummer B1 meet second source VDD;
The described first integrated package U1 model is a MSP430F413 type microprocessor; The second integrated package U2 model is a M22 type GPRS module; The 3rd integrated package U3 model is a GM82 type GPS module; The 4th integrated package U4 model is a SE-MO2003 type intelligent label module for reading and writing: the 7th integrated package U7 is a SIM card.Described intelligent label read/write circuit BQ is a RF-type smart card module for reading and writing.Satnav circuit DW is GPS module GPS.Data transmission circuit SC is GPRS (General Packet Radio Service) module GPRS.Data transmission circuit SC is global system for mobile communications module GSM.Data transmission circuit SC is CDMA module CDMA.Described central processing circuit ZC and acousto-optic hint circuit TS join.Scanning orientation film 3 is pasted on housing 1 top.
During installation, intelligent label can be read and write the position that antenna J3 is arranged on close housing 1 inner tip, Pasting scanning orientation film 3 on housing 1 outer tip end is with convenient scanning location.Also can not paste scanning orientation film 3.
During use, at first satnav is carried out in position of the present invention, by the calculating of the 3rd integrated package U3, the information of location is delivered to the first integrated package U1.On keyboard JP, press the button of formulation then as required, as: deliver with goods, can press the delivery key, enter the delivery mode of operation.Use the present invention that the intelligent label on the goods is scanned, then with housing 1 top to the intelligent label on the quasi-goods, at this moment, the 4th integrated package U4 is delivered to the first integrated package U1 with the information that scans, and the first integrated package U1 then sends data to information such as goods, time, location information, all companies of goods or the individual's of unit information and action types by the 3rd integrated package U3.At this moment, the take over party can learn whole related datas of goods after receiving this information, be used for the information management and the design Storage of dynamic logistics.
If the present invention connects the network success, the first luminotron LED1 is luminous; If the second luminotron LED2 is luminous in the satnav success.If undervoltage condition takes place in the present invention, hummer B1 sounding.
In the housing 1 of the present invention the switch 4 that is provided with on battery and the housing 1 being installed is known technology.The first luminotron LED1 and the second luminotron LED2 are arranged on the housing 1.
Technical scheme of the present invention is not limited only to the embodiment of present embodiment record, can also have other embodiment to finish technical scheme of the present invention.
The technology that the present invention does not describe in detail partly is known technology.
Claims (8)
1. hand-held machine for logistic management, it has housing (1), display (XS) and keyboard (JP) are installed respectively on the housing (1), the interior mounting circuit boards of housing (1) (2) is characterized in that: central processing circuit (ZC), intelligent label read/write circuit (BQ), satnav circuit (DW) and data transmission circuit (SC) are set respectively on the circuit board (2); Central processing circuit (ZC) is connected with data transmission circuit (SC), satnav circuit (DW) and intelligent label read/write circuit (BQ) respectively; First integrated package (U1) pin 53, pin 59-61, pin 2-5 join with keyboard (JP) connecting pin (1-8) respectively in the central processing circuit (ZC), and simultaneously, first integrated package (U1) pin 36-39, pin 12-23 join with display (XS) connecting pin (1-16) respectively; The 3rd parallel resistance (R30) in parallel between second parallel resistance in parallel (R29), the pin 41-40 between first parallel resistance in parallel (R28), the pin 42-41 between first integrated package (U1) the pin 43-42, first integrated package (U1) pin, 40 ground connection; First integrated package (U1) pin 63-62 is ground connection respectively; First integrated package (U1) pin 1, pin 64 connect first power supply (VCC) respectively; First integrated package (U1) pin, 58 series connection first resistance in seriess (R16) connect first power supply (VCC); Crystal oscillator in parallel (XT1) between first integrated package (U1) the pin 8-9;
Second resistance in series (R12) connects second triode (Q2) base stage in first integrated package (U1) pin, the 50 series connection intelligent label read/write circuits (BQ), second triode (Q2) grounded emitter, collector connect the 4th integrated package (U4) pin 6, simultaneously, second triode (Q2) collector the 3rd resistance in series (R13) of connecting connects second source (VDD); First integrated package (U1) pin 49 connects second diode (D2) positive pole, and second diode (D2) negative pole connects the 4th integrated package (U4) pin 7, and simultaneously, first glomeration (U1) pin, 49 series connection the 4th resistance in seriess (R11) connect first power supply (VCC); The 4th integrated package (U4) pin 3-4, pin 8 be ground connection respectively, and the 4th integrated package (U4) pin 5 connects second source (VDD), pin 1-2 connects intelligent label read-write antenna (J3) pin (1-2) respectively;
First integrated package (U1) pin 48-45 respectively with data transmission circuit (SC) in second integrated package (U2) pin 32-35 join, second integrated package (U2) pin 1 connects first power supply (VCC), second integrated package (U2) pin 2, pin 19, pin 27, pin 41 be ground connection respectively, second integrated package (U2) pin 6 connects first luminotron (LED1) negative pole, and first luminotron (LED1) positive pole connects second source (VDD); Second integrated package (U2) pin, 11 series connection the 5th resistance (R7) connect the 7th integrated package (U7) pin 1, second integrated package (U2) pin 12-13, pin 24 meet the 7th integrated package (U7) pin 2-4 respectively, shunt capacitance (C5) between the 7th integrated package (U7) the pin 5-4, the 7th integrated package (U7) pin 5 ground connection; Connect respectively the 6th resistance in series (R9), the 7th resistance in series (R10) of second integrated package (U2) pin 12-13 connects first power supply (VCC);
First integrated package (U1) pin 51 connects first diode (D1) negative pole in the satnav circuit (DW), first diode (D1) positive pole connects the 3rd integrated package (U3) pin 11, simultaneously, first integrated package (U1) pin, 51 series connection the 8th resistance in seriess (R17) connect first power supply (VCC); The 4th parallel resistance (R15) in parallel between the 3rd integrated package (U3) pin 2, the pin 5, the 3rd integrated package (U3) pin 2 connects second source (VDD), and the 3rd integrated package (U3) pin 10, pin 13, pin 16, pin 18 be ground connection respectively;
First integrated package (U1) pin, 29 series connection the 9th resistance in seriess (R18) connect the 4th triode (Q4) base stage, the 4th triode (Q4) grounded emitter, collector the tenth resistance in series (R19) of connecting connects second luminotron (LED2) negative pole, and second luminotron (LED2) positive pole connects second source (VDD); First integrated package (U1) pin, 6 series connection the 11 series connection resistance (R23) connects first triode (Q1) base stage, and first triode (Q1) grounded emitter, collector series connection hummer (B1) connect second source (VDD);
Described first integrated package (U1) model is a MSP430F413 type microprocessor; Second integrated package (U2) model is a M22 type GPRS module; The 3rd integrated package (U3) model is a GM82 type GPS module; The 4th integrated package (U4) model is a SE-MO2003 type intelligent label module for reading and writing; The 7th integrated package (U7) is a SIM card.
2. hand-held machine for logistic management according to claim 1 is characterized in that: intelligent label read/write circuit (BQ) is a RF-type smart card module for reading and writing.
3. hand-held machine for logistic management according to claim 1 is characterized in that: satnav circuit (DW) is GPS module GPS.
4. hand-held machine for logistic management according to claim 1 is characterized in that: data transmission circuit (SC) is GPRS (General Packet Radio Service) module GPRS.
5. hand-held machine for logistic management according to claim 1 is characterized in that: data transmission circuit (SC) is global system for mobile communications module GSM.
6. hand-held machine for logistic management according to claim 1 is characterized in that: data transmission circuit (SC) is CDMA module CDMA.
7. hand-held machine for logistic management according to claim 1 is characterized in that: central processing circuit (ZC) joins with acousto-optic hint circuit (TS).
8. hand-held machine for logistic management according to claim 1 is characterized in that: scanning orientation film (3) is pasted on housing (1) top.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB2006100439404A CN100395748C (en) | 2006-05-11 | 2006-05-11 | Hand-held machine for logistic management |
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| Application Number | Priority Date | Filing Date | Title |
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| CNB2006100439404A CN100395748C (en) | 2006-05-11 | 2006-05-11 | Hand-held machine for logistic management |
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| CN1845090A CN1845090A (en) | 2006-10-11 |
| CN100395748C true CN100395748C (en) | 2008-06-18 |
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Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2566365Y (en) * | 2002-06-11 | 2003-08-13 | 上海华申智能卡应用系统有限公司 | Hand-held intelligent label read-write terminal with safe module |
| CN2662366Y (en) * | 2003-08-13 | 2004-12-08 | 上海建科伟业电子信息有限公司 | Automatic identification system for electronic label certification based on biological characteristic |
| CN2678018Y (en) * | 2004-01-08 | 2005-02-09 | 上海华申智能卡应用系统有限公司 | Double-frequency hand electronic label read-write apparatus |
| CN2689355Y (en) * | 2004-04-21 | 2005-03-30 | 尚雅琴 | Manual terminal with bar code scanning, radio frequency identifying and PDA functions |
| CN1710570A (en) * | 2004-06-16 | 2005-12-21 | 李大一 | Novel wireless automatic management system for storehouse |
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- 2006-05-11 CN CNB2006100439404A patent/CN100395748C/en not_active Expired - Fee Related
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2566365Y (en) * | 2002-06-11 | 2003-08-13 | 上海华申智能卡应用系统有限公司 | Hand-held intelligent label read-write terminal with safe module |
| CN2662366Y (en) * | 2003-08-13 | 2004-12-08 | 上海建科伟业电子信息有限公司 | Automatic identification system for electronic label certification based on biological characteristic |
| CN2678018Y (en) * | 2004-01-08 | 2005-02-09 | 上海华申智能卡应用系统有限公司 | Double-frequency hand electronic label read-write apparatus |
| CN2689355Y (en) * | 2004-04-21 | 2005-03-30 | 尚雅琴 | Manual terminal with bar code scanning, radio frequency identifying and PDA functions |
| CN1710570A (en) * | 2004-06-16 | 2005-12-21 | 李大一 | Novel wireless automatic management system for storehouse |
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| CN1845090A (en) | 2006-10-11 |
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