CN200969094Y - Marseilles electronic lottery calculator - Google Patents
Marseilles electronic lottery calculator Download PDFInfo
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- CN200969094Y CN200969094Y CNU2006200920480U CN200620092048U CN200969094Y CN 200969094 Y CN200969094 Y CN 200969094Y CN U2006200920480 U CNU2006200920480 U CN U2006200920480U CN 200620092048 U CN200620092048 U CN 200620092048U CN 200969094 Y CN200969094 Y CN 200969094Y
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Abstract
The utility model relates to an electronic horserace betting calculator in particular for calculation of the number and the amount of bets for horserace gambling. The calculator comprises an LCD and an operation keyboard arranged in the front of the shell, and the internal part of the calculator consists of a single chip and a peripheral circuit; the LCD is connected to an I/O cable of the display driver pin of the single chip; the operation keyboard comprises a row of number key 1 to 9 and the number 0 and other two rows of function keys, which forms a triplex-row operation keyboard array and is connected with the I/O cable of the keyboard signal input of the single chip. The technical proposal provides a compact and portable betting calculator, and the hardware composition and the software matching support to realize the computing functions of the bet number and the corresponding bet amount in a multi-bet mode. In addition, the design of the keyboard and the display screen also provides more convenience for operation by people.
Description
Technical field
The utility model relates to a kind of electronic installation that is particularly useful for Marseille gambling on horses bet number and wager amount calculating.
Background technology
People resemble the stake activity of Marseille one class for convenience, the equipment that has occurred utilizing the software platform of internet or as " stake is precious ", realized information transmission with fixed telephone network, has the computing function of the bet number of stake project and wager amount and by the network information transfer function, but for most of participants, last net operation is convenient inadequately, and the equipment of " stake is precious " class is more expensive, uses but also need to pay quite high rent.
The utility model content
Goal of the invention of the present utility model is to provide a kind of volume miniaturization, be convenient to carry, easy operating uses, can finish the Marseille electronics stake counter that bet number under many stakes pattern and wager amount are calculated.The Marseille electronics stake counter technical scheme that the utility model provides, its major technique content is: a kind of Marseille electronics stake counter, this counter comprises LCDs LCD and the operating key keyboard that the housing front is set, it is characterized in that its circuit structure includes central processing unit singlechip chip and its peripheral circuit, LCDs is connected in singlechip chip and is defined as on the I/O mouth line of display driver pin, keyboard array is connected in singlechip chip and is defined as on the keyboard signal input I/O mouth line, its operating key includes ten key, enter single shaft/twin shaft axis data input state key AXES, auxilliary data input state key ASIS, select key ALL entirely, three connect single/three connects complex pattern shift key P/C, time is provided with key TIME, row options button ROW, the bet number display key MULT of the axle-jockey pulley backing up injection-molded that the axle single with three companies-auxilliary stake pattern is corresponding, the exchange rate is revised key RATE, acknowledgement key=, current data delete key DE, delete key CE, with+,-, *, ÷ sign of operation key, wherein the numerical key 1-9 that arranges of delegation and numerical key 0 and other function key are formed on the keyboard I/O mouth line that triplex row operating key array is connected in singlechip chip jointly.
In above-mentioned overall technical architecture, the viewing area, hurdle is calculated by 1 triplex row stake field viewing area and delegation to no more than numerical value 18 of numerical value in the viewing area of its LCDs, and the demonstration subregion is set.
The Marseille electronics stake counter technical scheme that the utility model provides, for people provide a kind of volume small and exquisite, the miniaturized electronics of portable calculating stake, its hardware is formed simple, easy to operate and directly perceived, not only support to realize under many stakes pattern bet number and corresponding wager amount computing function and display capabilities directly perceived with the software coupling, and keyboard Designing also provides more convenience for people's operation, this electronics stake counter also can have the parameter computing, data storage, timing, multinomial functions such as timing are for people's Marseille recreation brings more convenience.
Description of drawings
Fig. 1 is the front-panel view of the utility model Marseille electronics stake counter
Fig. 2 is the rear panel view, which is provided with battery compartment bonnet 4
Fig. 3 is the circuit diagram of Ben Masai electronics stake counter
Fig. 4 is the FB(flow block) of three even multiple common stake pattern bet number computing method.
Embodiment
As shown in the figure, Marseille of the present utility model electronics stake counter includes LCD LCDs 2 and the operating key keyboard 3 that housing 1 front is set, and wherein its operating key keyboard is that the numerical key 1-9 of delegation and other two row function key are formed triplex row array processing keyboard jointly.Its circuit structure composition includes central processing unit singlechip chip CPU and peripheral circuit thereof, in this enforcement structure, what its singlechip chip was selected for use is the singlechip chip that inside has display driver circuit, its LCDs is connected in singlechip chip and has been defined as on the I/O mouth line of display driver pin, the row that single-chip microcomputer is directly set up separately by its display driver I/O mouth line drive SEG bus and row driving com bus and are connected LCDs LCD is set, as shown in Figure 1, the subregion display screen is formed by stake field viewing area 20 and the delegation calculating viewing area, hurdle 21 of the triplex row numerical value 1-18 on top in the viewing area of this LCDs, it not only makes the stake input operation more directly perceived, also is convenient to computing input operation directly perceived.The operation keyboard array is connected in the I/O mouth line IOS1-IOS3 that singlechip chip is defined as the keyboard signal input, on the IOK1-IOK9, its operating key includes ten key, its function key comprises: enter single shaft/twin shaft axis data input state key AXES, auxilliary data input state key ASIS, select key ALL entirely, three connect single/three connects complex pattern shift key P/C, time is provided with key TIME, row options button ROW, the bet number display key MULT of the axle-jockey pulley backing up injection-molded that the axle single with three companies-auxilliary stake pattern is corresponding, the exchange rate is revised key RATE, acknowledgement key=, current data delete key DE, delete key CE, with+,-, *, ÷ sign of operation key, numerical key 1-9 are that the delegation in the keyboard array forms on the keyboard I/O mouth line that the three-row keyboard array circuit is connected in singlechip chip jointly with numeral 0 and other function key.In the present embodiment, its circuit board designs for double-sided PCB, and as shown in Figure 4 and Figure 5, it simultaneously is a keyboard array circuit board 5, its another side be CPU and peripheral circuit thereof circuit board 5 '.
This its software stake pattern of Marseille electronics stake counter is made of following stake strategy and mode:
Strategy connects single at 1: three---guess preceding 3 winners and ranking thereof, preceding 3 arrangements.
Strategy connects multiple at 2: three---guess preceding 3 winners, preceding 3 combinations.
Mode 1: in Q entrant, its code name is respectively 1 ... Q chooses L, M and N entrant respectively, as the candidate that may obtain the 1st, the 2nd and the 3rd.
Mode 2: in Q entrant, its code name is respectively 1 ... Q chooses wherein a candidate as a certain name in the front three, in residue Q-1 name, choose the P name as front three in two candidate, wherein 2≤P in addition.
Mode 3: in Q entrant, its code name is respectively 1 ... Q chooses wherein two as certain candidate of two in the front three, in residue Q-2 name, choose the P name as front three in another candidate, wherein 1≤P.
Mode 4: in Q entrant, its code name is respectively 1 ... Q chooses wherein the candidate that the 1st, the 2nd and the 3rd are served as in a conduct by turns, chooses P name name in residue Q-1 name, as two candidate, wherein 2≤P in addition in the corresponding with it front three.
Mode 5: in Q entrant, choose wherein two, its code name is respectively 1 ... Q is as being formed in the locational six kinds of candidates of repeated arrangement not of front three by turns, in residue Q-2 name, choose the P name as another candidate, wherein 1≤P in the front three one to one with it.
In conjunction with foregoing, the various stake patterns of the utility model indication are:
1, three connect single common stake pattern.Constitute by " strategy 1-mode 1 ".
2, the axle of the single shaft of three company's lists-auxilliary stake pattern.Constitute by " strategy 1-mode 2 ".
3, the axle of the twin shaft of three company's lists-auxilliary stake pattern.Constitute by " strategy 1-mode 3 ".
4, the axle-jockey pulley backing up injection-molded of the single shaft of three company's lists: constitute by " strategy 1-mode 4 ".
5, the axle-jockey pulley backing up injection-molded of the twin shaft of three company's lists: constitute by " strategy 1-mode 5 ".
6, three connect multiple common stake pattern.Constitute by " strategy 2-mode 1 ".
7, three axles that connect multiple single shaft-assist stake pattern.Constitute by " strategy 2-mode 2 ".
8, three axles that connect multiple twin shaft-assist stake pattern.Constitute by " strategy 2-mode 3 ".
9,3T stake pattern.Constitute (even throwing for three) by " strategy 2-mode 1 " or " strategy 2-mode 2 " or " strategy 2-mode 3 ".
The utility model realizes that by following algorithm bet number calculates:
Bet number computing method when 1, betting by three even single common stake patterns:
In Q entrant, its code name is respectively 1 ... the situation of ranking arranged side by side get rid of to appear in Q, chooses L, M and N entrant respectively, as the candidate that may obtain the 1st, the 2nd and the 3rd, formation Li}i=1 ... L; Mj}j=1 ... M; Nk}k=1 ... N; 3 arrays independently.From these 3 arrays, respectively get 1 element (number), and by (Nk) order is arranged for Li, Mj, when requiring selected 3 elements different, can constitute altogether the G kind such and the effectively i.e. stake of unduplicated arrangement.At this moment G can obtain by following formula:
G=L * M * N *-α * N-β * M-γ * L+2 * δ, wherein:
α is { Li} and { total number of elements among the Mj}, i.e. common candidate number in 1,2 candidate;
β is { Li} and { total number of elements among the Nk}, i.e. common candidate number in 1,3 candidate;
γ is { Mj} and { total number of elements among the Nk}, i.e. common candidate number in 2,3 the candidate;
δ is a number of elements total in 3 arrays, common candidate number in promptly preceding 1,2,3 candidate.
2, by the bet number computing method of three axles that connect single single shaft-when auxilliary stake pattern is bet:
In Q entrant, its code name is respectively 1 ... Q, get rid of the possibility that ranking arranged side by side occurs, choose wherein 1 as certain candidate of 1 in preceding 3, be made as S, in a remaining Q-1 entrant, choose P as 2 candidate in addition in preceding 3,2≤P≤Q-1, and the formation array Pi}i=1 ... P; At this moment from array get 2 elements the Pi} and can constitute the arrangement of 3 candidates before a kind with S, and exist the G kind such, the effectively i.e. stake of unduplicated arrangement, at this moment G can obtain by following formula:
G＝P×(P-1)
3, by the bet number computing method of three axles that connect single twin shaft-when auxilliary stake pattern is bet:
In Q entrant, its code name is respectively 1 ... Q, get rid of the ranking situation arranged side by side that occurs, choose wherein 2 respectively as certain candidate of 2 in preceding 3, be made as S and T respectively, in a remaining Q-2 entrant, choose P as the candidate of 1 ranking in addition in preceding 3,1≤P≤Q-2, and the formation array Pi}i=1 ... P; At this moment from array the arrangement of 3 candidates before getting 1 element the Pi} and can constituting a kind with S, T, and exist the G kind such, the i.e. effectively stake of unduplicated arrangement, at this moment G can obtain by following formula:
G＝P
Bet number computing method when 4, betting by the three axle-jockey pulley backing up injection-molded that connect single single shaft:
In Q entrant, its code name is respectively 1 ... Q, get rid of the ranking situation arranged side by side that occurs, choosing wherein 1 conduct becomes the 1st, the 2nd and the 3rd 's candidate by turns, be made as S, and in a remaining Q-1 entrant, choose P as the candidate of 1 ranking in addition in preceding 3,2≤P≤Q-1, and the formation array Pi}i=1 ... P; At this moment from array choose 2 elements the Pi} and can constitute the arrangement of 3 candidates before a kind with S, and exist the G kind such, the effectively i.e. stake of unduplicated arrangement, at this moment G can obtain by following formula:
G＝3×P×(P-1)
Bet number computing method when 5, betting by the three axle-jockey pulley backing up injection-molded that connect single twin shaft:
In Q entrant, its code name is respectively 1 ... Q, get rid of the ranking situation arranged side by side that occurs, choose wherein 2 and be made as S and T respectively,, in a remaining Q-2 entrant, choose the P name as being formed in preceding 3 the locational 6 kinds not candidates of repeated arrangement by turns, 1≤P≤Q-2, as 1 candidate in addition in preceding one to one 3 with it, and constitute array Pi}i=1 ... P; At this moment from array the arrangement of 3 candidates before getting 1 element the Pi} and can constituting a kind with S, T, and exist the G kind such and the i.e. effectively stake of unduplicated arrangement.At this moment G can obtain by following formula:
G＝6×P
Bet number computing method when 6, betting: in Q entrant by three even multiple common stake patterns, its code name is respectively 1 ... Q chooses L, M and N entrant respectively, as the candidate that may obtain the 1st, the 2nd and the 3rd, constitute Li}i=1 ... L; Mj}j=1 ... M; Nk}k=1 ... N; 3 arrays independently.From these 3 arrays, respectively get 1 element (number), constitute 1 combination, when requiring selected 3 elements different, can constitute altogether the G kind such and the effectively i.e. stake of unduplicated combination, G can draw by Fig. 3 FB(flow block) algorithm.
7, by three axle-bet number computing method when auxilliary stake pattern is bet that connect multiple single shaft:
In Q entrant, its code name is respectively 1 ... Q chooses wherein 1 as certain candidate of 1 in preceding 3, and be made as S, in a remaining Q-1 entrant, choose P as two candidate in addition in preceding 3,2≤P, and the formation array Pi}i=1 ... P; At this moment from array get two elements the Pi} and can constitute a kind of combination of preceding 3 candidates with S, and exist the G kind such, the effectively i.e. stake of unduplicated combination.At this moment G can obtain by following formula:
G＝P×(P-1)÷2
8, by three axle-bet number computing method when auxilliary stake pattern is bet that connect multiple twin shaft.
In Q entrant, its code name is respectively 1 ... Q chooses wherein 2 as certain candidate of two in preceding 3, be made as S and T respectively and in a remaining Q-2 entrant, choose P as the candidate of 1 ranking in addition in preceding 3,1≤P≤Q-2, and the formation array Pi}i=1 ... P; At this moment from array the combination of 3 candidates before getting 1 element the Pi} and can constituting a kind with S and T, and exist the G kind such, the i.e. effectively stake of unduplicated combination, at this moment G can obtain by following formula:
G＝P
Bet number computing method when 9, betting by 3T stake pattern.
If: G1 is by an algorithm in the algorithm 6,7,8, the bet number that first of calculating stake produces; G2 is by an algorithm in the algorithm 6,7,8, the bet number that second of calculating stake produces; G3 is by an algorithm in the algorithm 6,7,8, the 3rd bet number that stake produces that calculates.If get before each 3 totally 9 constitute three 1 combination stakes of even throwing, so at this moment exist the G kind such, the i.e. effective stake G=G1 * G2 * G3 of unduplicated combination
The input of the utility model stake data, delete and be revised as:
1, the input of stake data divides following two steps to finish: the first step, key in data to be imported.There is being data key fashionable, calculating the hurdle and will transfer the input data presentation automatically to.In second step, "=" confirms by acknowledgement key.After the input of one secondary data is finished, will in the stake field of correspondence, increase these data.
2, the deletion of single stake data divides following two steps to finish: the first step, and key in and treat deleted data.In second step, DE deletes by the current data delete key.After one time data deletion is finished, will from the stake field of correspondence, delete the data identical with these data.
3, the data of Jian Ruing are not identified in setting-up time or delete, and then disappear automatically after surpassing setting-up time; Also available key DE of unacknowledged data or key CE deletion, difference is: use key DE, will delete data identical in the current line field simultaneously; Use key CE, will delete the data in the current line field simultaneously.
4, after the data of keying in that are not identified or delete disappear, can carry out the data input operation again.
5, the data that are transfused to exist, by acknowledgement key=after will be taken as invalid operation.
6, the input of full line data: button ALL---input parameter r---button=affirmation, at this moment 1 to r r data are about to occur in the place, and rower moves on to next line automatically simultaneously.Under auxilliary data input state, be chosen as the number of axle, do not appear in the auxilliary data.
7, the deletion of full line data: use key ROW, the row that selection will be deleted, button CE deletion.
8, the deletion of total data: length is pressed the CE key, can delete the total data on the display screen.
9, the input of axis data and modification: button AXES, enter the input state of axis data, button ROW selects current line to key in data to be imported, button=affirmation.Revise axis data and can directly key in new data, after button=affirmation, new data will be replaced original axis data.As carrying out the input of twin shaft data, can after determining, first axis data import or revise second axis data more as stated above; If second axis data of input is identical with first axis data, miscue will appear; Before the stage that enters second axis data input, available key ROW selects null, and the input data, and the institute that changes first is expert at; Before entering auxilliary data input state, available key ROW selects null, and the input data, and the institute that changes axle or second axle is expert at; Every capable axis data can only have one, therefore, can not carry out the full line input, and button ALL is an invalid operation.After the axis data input was finished, button ASIS finished the axis data input state, entered auxilliary data input state.
10, the input of auxilliary data: under auxilliary data input state, can import auxilliary data one by one by rule 3 described methods.If the data of keying in are identical with axis data, will be regarded as faulty operation, and miscue occur.Auxilliary data also can be imported by full line, at this moment, have been selected as the number of axle, will not appear in the auxilliary data.
11, the data deletion of other operation generations:
1) under the auxilliary data input state, button ASIS can delete existing auxilliary data, reenters auxilliary data input state.
2) under the auxilliary data input state, button AXES can delete existing auxilliary data and axis data, reenters the axis data input state.
3) key ALL when carrying out the input of full line data, will at first delete the existing data of current line, and invalid under the axis data input state.
4) under the common algorithm, button AXES when entering a spool algorithm, will delete legacy data.
5) under the axle algorithm, button P/C when entering common algorithm, will delete legacy data.
Under P or C pattern, button P/C when switching to C or P pattern, will delete legacy data.
12,0 and invalid greater than 18 number.The first place be 0 will be regarded as invalid.
Data storage described in the utility model and parameter computing can only be carried out under P or C or computation schema, and its process is:
1, data storage:
1) press key RATE continuously, capable of circulationly scan all RATE data in 76 bit data storeies, and---keying in new numerical value---button=affirmation of selecting current RATE.
2) after calculating the result or after keying in the data that will preserve, at this moment long button RATE calculates the currency of the data replacement RATE in the hurdle.
2, parameter computing:
1) under P or C pattern, button RATE and key=affirmation can be finished bet number * (RATE) computing.
2) under P or C pattern, button RATE, new numerical value, the button=affirmation of key entry can be finished bet number * new (RATE value) computing.
3) under P or C pattern, button * will be transformed into the CAL pattern, line data is cleared.
4) under the CAL pattern, button RATE be equivalent to button *, button RATE, can finish current demonstration numerical value * (RATE value) computing.
Claims (3)
1, a kind of Marseille electronics stake counter, this counter comprises LCDs LCD and the operating key keyboard that the housing front is set, it is characterized in that its circuit structure includes central processing unit singlechip chip and its peripheral circuit, LCDs is connected in singlechip chip and is defined as on the I/O mouth line of display driver pin, keyboard array is connected in singlechip chip and is defined as on the keyboard signal input I/O mouth line, its operating key includes ten key, enter single shaft/twin shaft axis data input state key AXES, auxilliary data input state key ASIS, select key ALL entirely, three connect single/three connects complex pattern shift key P/C, time is provided with key TIME, row options button ROW, the bet number display key MULT of the axle-jockey pulley backing up injection-molded that the axle single with three companies-auxilliary stake pattern is corresponding, the exchange rate is revised key RATE, acknowledgement key=, current data delete key DE, delete key CE, with+,-, *,: the sign of operation key, wherein numerical key 1-9 delegation arranges with numerical key 0 and other function key and forms jointly on the keyboard I/O mouth line that triplex row operating key array is connected in singlechip chip.
2, electronics stake counter in Marseille according to claim 1 is characterized in that the viewing area, hurdle is calculated by 1 triplex row stake field viewing area and delegation to no more than numerical value 18 of numerical value in the viewing area of LCDs, and the demonstration subregion is set.
3, according to the described Marseille of claim 1 electronics stake counter, it is characterized in that circuit board wherein is a double-sided PCB, it simultaneously is a keyboard array circuit board (5), and its another side is the circuit board (5 ') of CPU and peripheral circuit thereof.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2006200920480U CN200969094Y (en) | 2006-07-10 | 2006-07-10 | Marseilles electronic lottery calculator |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2006200920480U CN200969094Y (en) | 2006-07-10 | 2006-07-10 | Marseilles electronic lottery calculator |
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| Publication Number | Publication Date |
|---|---|
| CN200969094Y true CN200969094Y (en) | 2007-10-31 |
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| Application Number | Title | Priority Date | Filing Date |
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| CNU2006200920480U Expired - Fee Related CN200969094Y (en) | 2006-07-10 | 2006-07-10 | Marseilles electronic lottery calculator |
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| Country | Link |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105630481A (en) * | 2015-04-30 | 2016-06-01 | 宇龙计算机通信科技(深圳)有限公司 | Data processing method, data processing device and terminal |
| CN109531346A (en) * | 2018-11-15 | 2019-03-29 | 云南驰宏国际锗业有限公司 | A kind of VB spherical surface milling angle computer and its operation method |
| TWI659773B (en) * | 2013-09-26 | 2019-05-21 | Ｃｇ技術公司 | Wager matrix with multiple betting parameters |
-
2006
- 2006-07-10 CN CNU2006200920480U patent/CN200969094Y/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWI659773B (en) * | 2013-09-26 | 2019-05-21 | Ｃｇ技術公司 | Wager matrix with multiple betting parameters |
| CN105630481A (en) * | 2015-04-30 | 2016-06-01 | 宇龙计算机通信科技(深圳)有限公司 | Data processing method, data processing device and terminal |
| CN109531346A (en) * | 2018-11-15 | 2019-03-29 | 云南驰宏国际锗业有限公司 | A kind of VB spherical surface milling angle computer and its operation method |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20071031 Termination date: 20100710 |