CN1991397A - Electronic equipment sensibility testing arrangement - Google Patents

Electronic equipment sensibility testing arrangement Download PDF

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Publication number
CN1991397A
CN1991397A CN 200510097556 CN200510097556A CN1991397A CN 1991397 A CN1991397 A CN 1991397A CN 200510097556 CN200510097556 CN 200510097556 CN 200510097556 A CN200510097556 A CN 200510097556A CN 1991397 A CN1991397 A CN 1991397A
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China
Prior art keywords
electronic equipment
card
testing arrangement
unit
magnetic card
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Granted
Application number
CN 200510097556
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Chinese (zh)
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CN100541210C (en
Inventor
黄官宇
张锦
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Inventec Corp
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Inventec Corp
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Priority to CNB2005100975568A priority Critical patent/CN100541210C/en
Publication of CN1991397A publication Critical patent/CN1991397A/en
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Publication of CN100541210C publication Critical patent/CN100541210C/en
Expired - Fee Related legal-status Critical Current
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Abstract

The invention discloses a detection device for the sensitivity of electronic equipment, and the electronic equipment consists of card groove, magnetic card that can be used to brush card on the card groove, the detection unit on the device can trigger the time unit to start dating when it detects the card moving on the magnetic card, and stop time when detects the card leaving the card groove, and the time result is output by the time unit which is provided for the calculation unit, comparison unit to produce the comparison result, and the promote unit start to promoting work according to the comparison result. The detection device for the sensitivity of electronic equipment can detect the reading sensitivity of magnetic card accurately and quickly when the card passes the electronic equipment. And it has simple structure, and easy to implement, the invention does not need the electronic equipment which resort to the people to read the sensitivity, so it can save great labor, improve the detection efficiency, and avoid the disadvantages caused by reading the sensitivity by people.

Description

Electronic equipment sensibility testing arrangement
Technical field
The invention relates to a kind of electronic equipment sensibility testing arrangement, particularly about a kind of can be applicable to swipe the card read electronic equipment sensibility testing arrangement in the sensitivity test.
Background technology
For the test of machine for punching the card sensitivity, still do not have the sensitivity of reading that method can be measured machine for punching the card comparatively accurately at present, thereby can't definitely judge whether conformance with standard of product yet, can only carry out artificial evaluation and test.There are many disappearances in this type of way, and the data out of true that is for example read can't be unified testing standard; Moreover artificial judgement has subjectivity, very easily produces erroneous judgement.
Therefore, how to provide a kind of sensitivity test technology, accurately and fast test is carried out in the sensitivity of electronic equipments such as for example machine for punching the card, avoid the disadvantages of prior art, become the problem that present industry needs to be resolved hurrily in fact.
Summary of the invention
For overcoming the disappearance of above-mentioned prior art, fundamental purpose of the present invention is to provide a kind of electronic equipment sensibility testing arrangement that improves testing precision.
Another purpose of the present invention is to provide a kind of electronic equipment sensibility testing arrangement of saving manpower and improving testing efficiency.
A further object of the present invention is to provide a kind of electronic equipment sensibility testing arrangement, being applied in swipes the card reads in the sensitivity test processing, by simple and framework easy to implement, can test out the sensitivity of reading of electronic equipment accurately and fast, avoid existing and judge the disadvantages that causes by manually carrying out sensitivity.
For reaching above-mentioned and other purpose, the invention provides a kind of electronic equipment sensibility testing arrangement, this electronic equipment has a draw-in groove, the operation of can on this draw-in groove, swiping the card of one magnetic card, this electronic equipment sensibility testing arrangement comprises at least: detecting unit, detect produce when this magnetic card enters this draw-in groove one first trigger pip and output, and when this magnetic card leaves this draw-in groove, produce one second trigger pip and output; Timing unit receives first and second trigger pip of this detecting unit output, and picks up counting when receiving this first trigger pip, and stop timing when receiving this second trigger pip, and timing result is exported; Arithmetic element according to the timing result of this timing unit output, is carried out computing with the length of this magnetic card, calculates the translational speed of this magnetic card on this draw-in groove; The contrast unit, translational speed and the default value of this magnetic card on this draw-in groove that this arithmetic element is calculated compares, and produces a contrast result output in view of the above; And Tip element, point out operation according to the comparing result that this contrast unit produces, current this electronic equipment of prompting user is to the sensitivity situation that reads of this magnetic card.
In the present invention, this detecting unit is the photo-sensitive cell of photo-coupler for example.In the present invention, this electronic equipment sensibility testing arrangement also comprises a display unit, and this display unit is to obtain this timing result, and the timing result of obtaining is carried out display process.This display unit is to be built in this electronic equipment, or is independent of outside this electronic equipment.
In addition, electronic equipment sensibility testing arrangement of the present invention also comprises a storage element, and this storage element is the length that stores this timing result, this default value and this magnetic card.
Compared with prior art, electronic equipment sensibility testing arrangement of the present invention begins on the draw-in groove at electronic equipment when mobile detecting magnetic card by detecting unit, the triggering timing unit picks up counting, and when detecting this magnetic card and leave this draw-in groove, trigger this timing unit and stop timing, this timing unit is with its timing result output simultaneously, for arithmetic element, the contrast unit is handled in regular turn to this timing result, the output of generation comparing result, point out operation for Tip element according to this comparing result, current this electronic equipment of prompting user is to the sensitivity situation that reads of this magnetic card.Therefore, electronic equipment sensibility testing arrangement of the present invention can test out this electronic equipment accurately and fast to the sensitivity of reading through the magnetic card on the draw-in groove, and has advantages such as framework is simple, easy to implement.Simultaneously, the present invention need not the sensitivity of reading by the artificial judgment electronic equipment, thereby can save manpower, raising testing efficiency greatly, can avoid existing and judge caused disadvantages by manually carrying out sensitivity.
Description of drawings
Fig. 1 is that electronic equipment sensibility testing arrangement of the present invention is applied in the basic framework block schematic diagram of swiping the card and reading sensitivity test;
Fig. 2 is the composition member synoptic diagram that the electronic equipment sensibility testing arrangement of further displayed map 1 is applied in this proving installation Tip element when reading sensitivity test of swiping the card; And
Fig. 3 is that electronic equipment sensibility testing arrangement of the present invention is applied in to swipe the card and reads another basic framework block schematic diagram of sensitivity test.
Embodiment
Embodiment
See also Fig. 1, it is that electronic equipment sensibility testing arrangement of the present invention is applied in the basic framework block schematic diagram of swiping the card and reading sensitivity test.This electronic equipment has the operation of can swiping the card of a draw-in groove 20, one magnetic cards 3 on this draw-in groove 20, wherein, this electronic equipment for example is a machine for punching the card, for simplifying explanation of the present invention, below be that machine for punching the card 2 is that example illustrates, but be not to limit the present invention with this with this electronic equipment.
As shown in Figure 1, the machine for punching the card sensibility testing arrangement 1 of present embodiment comprises: detecting unit 10, timing unit 11, arithmetic element 12, contrast unit 13 and Tip element 14.Existing conjunction with figs. is carried out following explanation to above-mentioned each unit.
Detecting unit 10 detects magnetic card 3 beginning and produce the output of first trigger pip when mobile on the draw-in groove 20 of machine for punching the card 2, and produces the output of second trigger pip when magnetic card 3 leaves draw-in groove 20 detecting.In the present embodiment, detecting unit 10 is photo-sensitive cells, and present embodiment is photo-coupler (photo-coupler), and light-emitting component and photo detector that this photo-coupler possesses are the both sides (200,201) that are separately positioned on this draw-in groove 20.What this must propose explanation be, because the principle of work of this photo-coupler is the existing prior art of electronics industry, so no longer give unnecessary details its framework and function for literary composition at this.
When magnetic card 3 is mobile in this draw-in groove 20, the light-emitting component of this photo-coupler and the light path between photo detector are kept off, and then produce an electric signal (being above-mentioned first trigger pip) and output to timing unit 11, trigger this timing unit 11 and pick up counting.When magnetic card 3 is moved to the B end and leaves this draw-in groove 20 by the A of draw-in groove 20 end after, the photo detector of this photo-coupler can normally receive the light signal that transmits from this light-emitting component, and then produce another electric signal (being above-mentioned second trigger pip), and output to timing unit 11, trigger this timing unit 11 and stop used for timing operation.Look the actual design needs, above-mentioned photo-coupler also can be replaced by intimate photo-sensitive cell.
This timing unit 11 receives first and second trigger pip of these detecting unit 10 outputs, wherein, when receiving this first trigger pip, timing unit 11 picks up counting, when receiving this second trigger pip, timing unit 11 stops used for timing operation, simultaneously timing result is outputed to arithmetic element 12, carry out subsequent treatment for 12 pairs of these timing results of arithmetic element.In the present embodiment, promptly to be magnetic card 3 move on to the time (T) that the B end is spent by the A end of draw-in groove 20 to the timing result of this timing unit 11.Above-mentioned this timing unit 11 is a timer (timer), looks the actual design needs, and this timer also can be replaced by intimate electron device or electronic circuit.
Arithmetic element 12 is the length (L) according to the timing result of timing unit 11 and magnetic card 3, calculates the translational speed (V) of this magnetic card 3 on draw-in groove 20, and promptly magnetic card 3 moves on to the translational speed of B end from the A end of draw-in groove 20.The compute mode of this translational speed is shown in the following equation (1):
Translational speed (V)=magnetic card length (L) ÷ traveling time (T) (1)
Wherein, the size of this translational speed (V) promptly reflects the sensitivity of reading of 2 pairs of magnetic cards 3 of machine for punching the card, and translational speed (V) is fast more, then represent 2 pairs of magnetic cards 3 of machine for punching the card to read sensitivity high more, otherwise then represent 2 pairs of magnetic cards 3 of machine for punching the card to read sensitivity low more.
Contrast unit 13 is that the translational speed (V) of magnetic card 3 on draw-in groove 20 of contrast arithmetic element 12 outputs compares with a default value, and produces comparing result in view of the above, carries out the corresponding prompt processing operation for reminding module 14 according to this comparing result.In the present embodiment, this default value is to be preestablished by the user, and this default value is the numerical value interval of a tool higher limit and lower limit.Contrast unit 13 is sizes of this translational speed of contrast (V) and this default value, wherein, when this translational speed during less than this lower limit, this contrast unit 13 produces the output of first comparing result, when this translational speed during greater than this higher limit, this contrast unit 13 produces the output of second comparing result, and when this translational speed was between this higher limit and this lower limit, this contrast unit 13 produced the output of the 3rd comparing result.
Tip element 14 is to carry out the corresponding prompt operation according to the comparing result that contrast unit 13 is exported.As shown in Figure 2, the control module 142 that this Tip element 14 has a plurality of reminding modules 140 and electrically connects with these reminding modules 140, these reminding modules 140 for example are respectively red light emitting diodes (LED), yellow light-emitting diode and green LED.When above-mentioned contrast unit 13 outputs first comparing result, be that the translational speed (V) of magnetic card 3 is during less than this lower limit, the control module 142 of Tip element 14 lights this red light emitting diodes according to this first comparing result, prompting user's machine for punching the card 2 pairs of magnetic cards 3 to read sensitivity lower.When above-mentioned contrast unit 13 outputs second comparing result, be that the translational speed (V) of magnetic card 3 is during greater than this higher limit, the control module 142 of Tip element 14 lights this green LED according to this second comparing result, prompting user's machine for punching the card 2 pairs of magnetic cards 3 to read sensitivity very fast.When above-mentioned contrast unit 13 outputs the 3rd comparing result, be that the translational speed (V) of magnetic card 3 is between this lower limit and higher limit the time, the control module 142 of Tip element 14 is lighted yellow light-emitting diode according to the 3rd comparing result, prompting user's machine for punching the card 2 pairs of magnetic cards 3 to read sensitivity normal.
In the present invention, above-mentioned this Tip element 14 also can have the reminding module 140 of light emitting diode for example, according to the different comparing result of contrast unit 13 outputs, by control module 142 control light emitting diodes with different frequency scintillations.The prompting operating type of this Tip element 14 can have multiple, is not to exceed with above-mentioned two kinds of prompting modes.
Therefore, the machine for punching the card sensibility testing arrangement 1 of present embodiment not only can improve the degree of accuracy of sensitivity test, and can promote work efficiency, manpower waste, the efficient avoiding causing by the sensitivity of artificial judgment machine for punching the card are hanged down disappearances such as reaching misjudgment, and can be by Tip element with the read sensitivity of the current machine for punching the card of intuitive manner prompting user to magnetic card.In addition, dress of the present invention test is put 1 and is also had advantages such as framework is simple, easy to implement.
Moreover, Fig. 3 is that electronic equipment sensibility testing arrangement of the present invention is applied in to swipe the card and reads another basic framework block schematic diagram of sensitivity test, wherein except that display unit 15 and storage element 16, the running relation between each member is identical with Fig. 1, so do not give unnecessary details in addition at this.In machine for punching the card sensibility testing arrangement 1 ' of the present invention, this storage element 16 is timing result, the length information of above-mentioned magnetic card 3 and the default values that above-mentioned user presets that store timing unit 11.
Because this arithmetic element 12 is to carry out the computing operation shown in the above-mentioned equation (1) according to magnetic card 3 length that the timing result of timing unit 11 outputs and storage element 16 store, to calculate the translational speed (V) of magnetic card 3 on draw-in groove 20.In addition, arithmetic element 12 translational speed that also its computing can be obtained is stored in storage element 16.Display unit 15 can obtain the timing result that this storage element 16 stores, and this timing result is carried out display process.In the present embodiment, this display unit 15 is can be located on this machine for punching the card 2, and in addition, this display unit 15 also can be the electronic installation that is independent of outside this machine for punching the card 2.This display unit 15 can be LCD display, light-emitting diode display, OLED display, CRT monitor or plasma display panel.Can show by the timing result of this display unit 15 in the present invention timing unit 11, the user learns magnetic card 3 elapsed time on the draw-in groove 20 of machine for punching the card 2 by this display unit 15, and then intuitively understand the sensitivity of reading of 2 pairs of magnetic cards 3 of current machine for punching the card, if the timing result that shows on the display unit 15 is more little, expression magnetic card 3 elapsed time on the draw-in groove 20 of machine for punching the card 2 is short more, then 2 pairs of magnetic cards 20 of machine for punching the card to read sensitivity high more, otherwise then represent 2 pairs of magnetic cards 20 of machine for punching the card to read sensitivity low more.
Compared with prior art, electronic equipment sensibility testing arrangement of the present invention is applied in and swipes the card Read in the sensitivity test, the detecting unit detection magnetic card among the present invention begins the card at the POS When moving on the groove, namely the triggering timing unit picks up counting, and leaves this card detecting this magnetic card During groove, namely trigger this timing unit and stop timing, this timing unit is defeated with its timing result simultaneously Go out, this timing result is processed in regular turn and produced the contrast knot for arithmetic element, contrast unit Fruit output, Tip element is pointed out operation accordingly according to this comparing result, the prompting user Current this POS is to the sensitivity situation that reads of this magnetic card. Therefore, electronic equipment of the present invention Sensibility testing arrangement can test out the POS accurately and fast to reading through its draw-in groove magnetic card Get sensitivity, and have the advantages such as framework is simple, easy to implement. Simultaneously, electronics of the present invention The device sensitivity testing arrangement is applied in to swipe the card and need not by artificial judgment when reading sensitivity test The POS read sensitivity, thereby can greatly save manpower, improve testing efficiency, avoid existing Have by manually carrying out sensitivity and judge all disappearances that cause.

Claims (6)

1. electronic equipment sensibility testing arrangement, this electronic equipment has a draw-in groove, and the magnetic card operation of can swiping the card on this draw-in groove is characterized in that this electronic equipment sensibility testing arrangement comprises at least:
Detecting unit, detect produce when this magnetic card enters this draw-in groove one first trigger pip and output, and when this magnetic card leaves this draw-in groove, produce one second trigger pip and output;
Timing unit receives first and second trigger pip of this detecting unit output, and picks up counting when receiving this first trigger pip, and stop timing when receiving this second trigger pip, and timing result is exported;
Arithmetic element according to the timing result of this timing unit output, is carried out computing with the length of this magnetic card, calculates the translational speed of this magnetic card on this draw-in groove;
The contrast unit, translational speed and the default value of this magnetic card on this draw-in groove that this arithmetic element is calculated compares, and produces a contrast result output in view of the above; And
Tip element is pointed out operation according to the comparing result that this contrast unit produces, and current this electronic equipment of prompting user is to the sensitivity situation that reads of this magnetic card.
2. electronic equipment sensibility testing arrangement as claimed in claim 1 is characterized in that, this detecting unit is a photo-sensitive cell.
3. electronic equipment sensibility testing arrangement as claimed in claim 2 is characterized in that this photo-sensitive cell is a photo-coupler.
4. electronic equipment sensibility testing arrangement as claimed in claim 1 is characterized in that this electronic equipment sensibility testing arrangement also comprises a display unit, and this display unit is in order to obtaining this timing result, and the timing result of obtaining is carried out display process.
5. electronic equipment sensibility testing arrangement as claimed in claim 1 is characterized in that this electronic equipment sensibility testing arrangement also comprises a storage element, and this storage element is the length that stores this timing result, this default value and this magnetic card.
6. electronic equipment sensibility testing arrangement as claimed in claim 1 is characterized in that this electronic equipment is a machine for punching the card.
CNB2005100975568A 2005-12-30 2005-12-30 Electronic equipment sensibility testing arrangement Expired - Fee Related CN100541210C (en)

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Application Number Priority Date Filing Date Title
CNB2005100975568A CN100541210C (en) 2005-12-30 2005-12-30 Electronic equipment sensibility testing arrangement

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Application Number Priority Date Filing Date Title
CNB2005100975568A CN100541210C (en) 2005-12-30 2005-12-30 Electronic equipment sensibility testing arrangement

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CN1991397A true CN1991397A (en) 2007-07-04
CN100541210C CN100541210C (en) 2009-09-16

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Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102368076A (en) * 2011-10-19 2012-03-07 福建联迪商用设备有限公司 Card feeding speed testing method and device
CN103616649A (en) * 2013-12-02 2014-03-05 暨南大学 Magnetic field sensor sensitivity tuning method based on fiber bragg grating laser
CN105260691A (en) * 2015-11-12 2016-01-20 福建联迪商用设备有限公司 Method of testing degree of tightness of credit card machine card slot, apparatus and magnetic card
CN108132074A (en) * 2017-11-10 2018-06-08 长沙格力暖通制冷设备有限公司 A kind of entropy detection examination time set, method, storage medium and entropy detection test stand station

Cited By (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102368076A (en) * 2011-10-19 2012-03-07 福建联迪商用设备有限公司 Card feeding speed testing method and device
CN103616649A (en) * 2013-12-02 2014-03-05 暨南大学 Magnetic field sensor sensitivity tuning method based on fiber bragg grating laser
CN105260691A (en) * 2015-11-12 2016-01-20 福建联迪商用设备有限公司 Method of testing degree of tightness of credit card machine card slot, apparatus and magnetic card
CN105260691B (en) * 2015-11-12 2019-01-04 福建联迪商用设备有限公司 Test the method, apparatus and magnetic card of POS card slot elasticity
CN108132074A (en) * 2017-11-10 2018-06-08 长沙格力暖通制冷设备有限公司 A kind of entropy detection examination time set, method, storage medium and entropy detection test stand station

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