CN105311805A - Dart game system, dart plate device and computer program product - Google Patents
Dart game system, dart plate device and computer program product Download PDFInfo
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- CN105311805A CN105311805A CN201510459603.2A CN201510459603A CN105311805A CN 105311805 A CN105311805 A CN 105311805A CN 201510459603 A CN201510459603 A CN 201510459603A CN 105311805 A CN105311805 A CN 105311805A
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Abstract
The invention provides a dart game system. A dart plate device and a game propelling device are separated, thereby simplifying the structure of the dart plate device and ensuring that signals received by the game propelling device for propelling a game are from a normal dart plate device. Based on passwords (a, b, c, d) which are assigned by a dart game propelling device (50) and input to the dart plate device (10) by a user, a conversion rule determining part (19) of the dart plate device (10) determines a conversion rule (y=(a+b+c+d)*x) applied to a conversion segment detection signal x. Based on the assigned passwords (a, b, c, d), an inverse conversion rule determining part (52) of the dart game propelling device (50) determines an inverse conversion rule (x=y/A) used for recovering a converted segment detection signal y into the original segment detection signal x.
Description
Technical field
The present invention relates to darts system, for forming dart board device and the computer program of this darts system.
Background technology
In dart board device, divided along radiation direction and circumferencial direction by the target area of the circle by forming target in darts, thus delimit multiple section (segment).Front and back displacement each section independently section parts can be contained in each section.Each section parts is formed with multiple hole.
The tip of the resin materials such as plastics is provided with at the end of dartlike weapon.When player throws dartlike weapon towards dart board, tip thrusts in the hole of section parts, and section parts is rearward pushed, and dartlike weapon is maintained on dart board device.The pressure sensor that the impact detected in dartlike weapon thorn causes the rearward displacement of section parts is equipped in the rear side of each section parts.When pressure sensor detects the rearward displacement of section parts, export the detection signal determining the content of this section.
Dart board device is provided with game propulsion functions game being advanced according to rule.Game propulsion functions based on pressure sensor detection signal and game is advanced according to rule.
Dart board device is also provided with the Presentation Function of the propelling for guiding game.Presentation Function is realized by the display unit be made up of multiple LED (lightemittingdiode: light emitting diode) lamp or the display panels of two-dimensional arrangements.Display unit by showing the kind of selectable game, the score of performed game, throwing number, result etc., thus guides the game of game propulsion functions to advance.Player can confirm the display of display unit while play games.
In addition, as the present invention relevant in first technology, have following at first technical literature.
[patent document]
Patent document 1: Japanese Unexamined Patent Publication 2014-95508 publication
[non-patent literature]
Non-patent literature 1:PCDARTS2 (electronic dart 2) operational manual (http://epoch.jp/tv-darts/pc2/img/2manual.pdf)
Propose the scheme (such as non-patent literature 1) of such darts system in recent years, by dart board device is connected with personal computer (PC:personalcomputer), thus game propulsion functions in realizing in the past dart board device by PC and Presentation Function.In this darts system, the detection signal of the pressure sensor of each section sends PC to from dart board device.As the PC of game propulsion plant, receive this detection signal, and based on the detection signal promoting game received.
Like this, game propulsion functions and Presentation Function are undertaken by the PC with the general information processing function and even multimedia function, thus dart board device is formed easy structure, can realize, for the more complicated information processing advanced of playing, the display of more high image quality can being carried out.In addition, by utilizing the communication function of PC, thus also easily can carry out the renewal of game propulsion functions.In addition, by utilizing the communication function of PC, the online battle of darts also can be realized.
But, in order to carry out the propelling of just game in such darts system, must ensure that the signal received by PC is the detection signal of the dart board device (below also referred to as " regular dart board device ") being originally used as object from darts system.For ensureing that signal that the propelling of playing in PC uses is not the signal from other machines, the detection signal encryption that will transmit from dart board device can be considered, but for this reason must from PC to the data of dart board device transmission for encrypting.Further, dart board device just must have the receiving function receiving the data transmitted from PC for this reason.
Summary of the invention
The object of the present invention is to provide a kind of darts system, in this darts system, dart board device is arranged with the split of game propulsion plant, the simple structure of dart board device can be made, and can ensure to make to be signal that the propelling of game and the signal that receives are from regular dart board device in game propulsion plant.
The darts system of a pattern of the present invention comprises dart board device and darts propulsion plant, and described dart board device possesses: card, and this card forms the target of the dartlike weapon in darts; Test section, this test section exports section detection signal, darts the content of acted on section in multiple sections that this zone detection signal is determined described card to carry out dividing and delimited; Transformation rule determination section, this transformation rule determination section determines the transformation rule for converting described zone detection signal; Transformation component, this transformation component converts described zone detection signal according to the transformation rule determined by described transformation rule determination section; And transport unit, this transport unit transmits the described zone detection signal converted by described transformation component, and described darts propulsion plant possesses: acceptance division, and this acceptance division receives the described zone detection signal transmitted from described transport unit; Inverse transformation portion, the described zone detection signal received by described acceptance division is carried out inverse transformation according to the inverse transformation rule corresponding with described transformation rule by this inverse transformation portion; And game advances handling part, this game advances handling part based on the described zone detection signal having been carried out inverse transformation by described inverse transformation portion, darts rule according to regulation makes game advance, described transformation rule determination section is based on the password of being specified, being input to by the operation of user described dart board device by described darts propulsion plant, decide described transformation rule, described inverse transformation rule determines based on described password, or described password determines based on described inverse transformation rule.
According to this structure, the transformation rule determination section of dart board device is according to the password of being specified by darts propulsion plant, determine the transformation rule for converting section detection signal, also the inverse transformation rule corresponding with this transformation rule (transformation rule of zone detection signal restoring such as will converted by transformation rule) is used in darts propulsion plant, even if so the other machines without such transformation rule determination section has been transfused to the password of being specified by darts propulsion plant, the transformation rule that the inverse transformation rule that can not determine and use in darts propulsion plant is corresponding.
Thus, this other machines owing to can not carry out by the conversion of the accurate inverse transformation of darts propulsion plant zone detection signal, so prevent darts propulsion plant by carry out from the signal beyond regular dart board device wrongful game advance.In addition, the password of being specified by darts propulsion plant uses multiple section parts to input dart board device, dart board device determines transformation rule, so dart board device does not need to determine that transformation rule configures receiving function based on using the password of multiple section parts input.
Can by the section parts of answering with described codon pair being pushed described card by user, described test section determines the content of the section pushed, thus dart board device described in described Password Input.
By this structure, not needing the special input mechanism prepared in dart board device for inputting password, the structure of dart board device can be made to simplify.
Described darts propulsion plant can also possess: password generating unit, password described in this password generating unit stochastic generation; And inverse transformation rule determination section, this inverse transformation rule determination section determines described inverse transformation rule based on described password.
By this structure, stochastic generation password in darts propulsion plant, so the generation that can prevent devious conduct more reliably.
Described transport unit respective user can transmit reset signal to the replacement operation of dart board device, described acceptance division can receive described reset signal, and described password generating unit can generate new described password when receiving described reset signal by described acceptance division.
By this structure, can the replacement operation of respective user, then releasing pin.
Described transformation rule determination section corresponding described replacement operation can cancel determined described transformation rule, and described inverse transformation rule determination section can cancel determined described inverse transformation rule when receiving described reset signal by described acceptance division.
By this structure, the replacement operation of respective user the reauthentication of dart board device and darts propulsion plant can be carried out.
Described inverse transformation rule determination section can cancel determined described inverse transformation rule automatically.
By this structure, need again to determine transformation rule after cancelling inverse transformation rule, even if so by certain trick, the transformation rule of regular dart board device grasped by wrongful machine, the zone detection signal of (best result can be obtained in game) arbitrarily can be forged, whenever inverse transformation rule is cancelled, all have to utilize trick, the situation utilizing wrongful machine to forge zone detection signal can be reduced.
Described password generating unit the operation when described inverse transformation rule determination section eliminates determined described inverse transformation rule based on user can generate new described password.
By this structure, when inverse transformation rule is cancelled, password is updated, even if so certain will carry out devious conduct, as long as do not know the method generating transformation rule according to password, just devious conduct can not be carried out, so the situation utilizing wrongful machine to forge zone detection signal can be reduced.
Described password generating unit can generate new described password automatically when described inverse transformation rule determination section eliminates determined described inverse transformation rule.
By this structure, when inverse transformation rule is cancelled, password is updated, even if so certain will carry out devious conduct, as long as do not know the method generating transformation rule according to password, just devious conduct can not be carried out, so the situation utilizing wrongful machine to forge zone detection signal can be reduced.
The dart board device of a pattern of the present invention, this dart board device uses together with darts propulsion plant, and described dart board device possesses: card, and this card forms the target of the dartlike weapon in darts; Test section, this test section exports section detection signal, darts the content of acted on section in multiple sections that this zone detection signal is determined described card to carry out dividing and delimited; Transformation rule determination section, this transformation rule determination section, based on the password of being specified by described darts propulsion plant, using described multiple section to input, decides the transformation rule for converting described zone detection signal; Transformation component, this transformation component converts described zone detection signal according to the transformation rule determined by described transformation rule determination section; And transport unit, this transport unit sends the described zone detection signal converted by described transformation component to described darts propulsion plant.
By this structure, also can prevent darts propulsion plant from advancing according to carrying out wrongful game from the signal beyond regular dart board device, in addition, receiving function need not be configured for this reason and determine transformation rule for regular dart board device.
The computer program of a pattern of the present invention is via computer load module, this computer program by with have the dartlike weapon formed in darts target card dart board device together with the darts propulsion plant that uses perform, this computer program performs: the first program command, this first program command designated pin; Second program command, this second program command receives section detection signal, darts the content of acted on section, and converted by transformation rule in multiple sections that this zone detection signal is determined described card to carry out dividing and delimited; 3rd program command, the described zone detection signal converted received by described second program command is carried out inverse transformation according to the inverse transformation rule corresponding with described transformation rule by the 3rd program command; And the 4th program command, 4th program command is based on the described zone detection signal having been carried out inverse transformation by described 3rd program command, darts rule according to regulation makes game advance, described inverse transformation rule determines based on the password of being specified by described first program command, or described first program command specifies described password based on described inverse transformation rule.
By this formation, also can prevent darts propulsion plant from advancing according to carrying out wrongful game from the signal beyond regular dart board device, in addition, receiving function need not be configured for this reason and determine transformation rule for regular dart board device.
[invention effect]
According to the present invention, prevent darts propulsion plant from advancing based on carrying out wrongful game from the signal beyond regular dart board device, and do not need for this reason and configure receiving function for regular dart board device decision transformation rule.
As explained below, there is other patterns in the present invention.Therefore, disclosure of the present invention means provides a part of the present invention, and does not mean that the restriction to doing at the invention scope that this described and required.
Accompanying drawing explanation
Fig. 1 is the outside drawing of the dart board device of embodiments of the present invention.
Fig. 2 is the diagram of the card of the dart board device representing embodiments of the present invention.
Fig. 3 (a) is the front elevation of the structure of the section parts representing embodiments of the present invention, Fig. 3 (b) is the stereoscopic figure of the structure of the section parts representing embodiments of the present invention, Fig. 3 (c) is the part sectioned view of the structure of the section parts representing embodiments of the present invention.
Fig. 4 is the part sectioned view of the card of embodiments of the present invention.
Fig. 5 (a) is the part sectioned view of the section parts rearward state of change location of the card representing embodiments of the present invention, and Fig. 5 (b) is the part sectioned view that the section parts of the card representing embodiments of the present invention resets to the state of original position.
Fig. 6 is the table of the content of the section representing embodiments of the present invention.
Fig. 7 is the block diagram of the formation of the darts system representing embodiments of the present invention.
Fig. 8 is the flow chart of the decision transformation rule of embodiments of the present invention and the process of inverse transformation rule.
Fig. 9 is the flow chart of the transformation rule of embodiments of the present invention and the process of inverse transformation rule down conversion zone detection signal.
Detailed description of the invention
Below, detailed description of the present invention is discussed.The embodiment below illustrated is example of the present invention, and the present invention can be deformed into various pattern.Therefore, the specific Structure and function of following discloses is not the restriction of claims.
As shown in Figure 7, the darts system 100 of one embodiment of the present invention is made up of dart board device 10 and darts propulsion plant 50.First, be described about dart board device 10.Fig. 1 is the outside drawing of the dart board device of embodiments of the present invention.As shown in Figure 1, dart board device 10 has roughly foursquare plate shape, is provided with the card 11 of the circle forming the target darted in darts at its front surface.
The bottom center portion of card 11 is provided with small-sized display 12.Be provided with NEXT (next step) button 13 and PREV (previous step) button 14 in the left side of display 12, be provided with OK (determination) button 15 on the right side of display 12.In addition, print Game Menu 16 in the lower right of dart board device 10, lower right and lower left are provided with loudspeaker 17.
Fig. 2 is the diagram of the card of the dart board device representing embodiments of the present invention.Card 11 is provided with and separates wall body 109, by 6 ring-type partition wall 101a, 101b, 101c, 101d, 101e and 101f of concentric circles with from inner side, several second ring-type partition wall 101e to outermost ring-type partition wall 101a is integrally formed with radial 20 perpendicular plate-like partition wall 102 by circle 20 decile of card 11 this separation wall body 109.82 sections 104 delimited by these 6 ring-type partition wall 101a ~ 101f and 20 perpendicular plate-like partition wall 102.
Each section 104 is through at fore-and-aft direction, in whole sections 104, receive section parts 103a ~ 103f.Multiple accommodation holes 106 of the terminal part holding dartlike weapon are provided with in the front face side of each section parts 103a ~ 103f.These section parts 103a ~ 103f is accommodated in variable bit in each section 104 of separation wall body 109 along the longitudinal direction.
Fig. 3 is the diagram of the structure of the section parts representing embodiments of the present invention, and Fig. 3 (a) is front elevation, and Fig. 3 (b) is stereoscopic figure, Fig. 3 (c) is part sectioned view.Fig. 3 represents the structure be housed in by the section parts 103b in outside several second and the 3rd ring-type partition wall 101b and 101c and adjacent two section 104 that perpendicular plate-like partition wall 102 is determined, but other section parts also have same structure.
As shown in Fig. 3 (a), (b), section parts 103b is as implied above possesses multiple accommodation hole 106 on its front side, is formed for the terminal part (tip) of dartlike weapon is guided to the plane guide surface 106a of multiple (being 4 or 8 in the example shown in Fig. 3 (a)) of accommodation hole 106 in the front face side of an accommodation hole 106.
Multiple (be in the example in figure 3 4) teat 107 outstanding from left and right side is formed in the rear side of each section parts 103a.The overhang of this teat 107 is set as with the thickness of perpendicular plate-like partition wall 102 roughly equal, and the teat 107a on right side and the teat 107b in left side is formed on positions different respectively in the vertical direction.In addition, be separately installed with the elastomer such as rubber or spring 108 in the end of teat 107, the elastomer 108a on right side is installed in the end of the teat 107a on right side, the elastomer 108b in left side is installed in the end of the teat 107b in left side.
Therefore, when two section parts 103b are housed in two sections 104 that perpendicular plate-like partition wall 102 is adjacent, are housed in two right side teat 107a of the section parts 103b in the section 104 in left side and are housed in the teat 107b dead astern being disposed in the rear side of perpendicular plate-like partition wall 102 alternating with each other, two left sides of the section parts 103b in the section 104 on right side.
Fig. 4 is the part sectioned view of the card of embodiments of the present invention.Being accommodated with on the rear side of separation wall body 109 of section parts 103a ~ 103f, the position corresponding with the elastomer 108 of the rear side being arranged on section parts 103a ~ 103f, arrange the sensor chip 110 being formed with not shown diaphragm switch.Arrange in the rear side of sensor chip 110 with the plate 120 of discoideus molded acrylic resinoid etc.
Fig. 5 is the part sectioned view of the card of embodiments of the present invention, Fig. 5 (a) represents section parts 103a in dartlike weapon D thorn, section parts 103a rearward (right of Fig. 5) state of conjugating is made by its impulsive force, under the state that Fig. 5 (b) represents section parts 103a in dartlike weapon D thorn, section parts 103a is from the position of Fig. 5 (a) to the state that the position shown in Fig. 4 resets.
As shown in Figure 4, under the state of dartlike weapon D missing, because the elastomer 108 be arranged on the teat 107 of the rear side of section parts 103a is positioned at sensor chip 110 hardly on the position of Surge chamber, so the contact of diaphragm switch in sensor chip 110 (ON), not output detections signal switched on.
As shown in Fig. 5 (a), when darting D and hitting section parts 103a, the terminal part Dt of dartlike weapon D is received in the accommodation hole 106 of section parts 103a, and by impulsive force, section parts 103a is rearward conjugated, elastomer 108 brute force pushing sensor chip 110, so the contact conducting (ON) of diaphragm switch, export zone detection signal described later from sensor chip 110.
After the contact conducting (ON) of diaphragm switch, under the terminal part Dt of dartlike weapon D being held the state remained in accommodation hole 106 by the elastic force of elastomer 108, section parts 103a resets to original position as shown in Fig. 5 (b).
In addition, although not shown, but such structure can be formed: the buffer substrate tablet arranging impulsive force when buffering dartlike weapon D hits section parts 103a etc. in the front face side (side that elastomer 108 contacts) of the sensor chip 110 of card 11.By arranging buffer substrate tablet, vibration when dartlike weapon D hits section parts 103a etc. is relaxed, can effectively prevent this vibration cause near other diaphragm switch generation misoperations etc.
Then, be described about the zone detection signal exported from each section by above-mentioned structure.As shown in Figure 2, card by multiple concentrically ringed ring-type partition wall 101a, 101b, 101c, 101d, 101e and 101f and from inner side several second ring-type partition wall 101e to outermost ring-type partition wall 101a by these ring-type partition walls with 20 of radial 20 deciles perpendicular plate-like partition wall 102, delimit as comprising a border circular areas (ring-type partition wall 101f is inner), the border circular areas (between ring-type partition wall 101e to ring-type partition wall 101f) of a hollow and total 82 sections 104 of 80 sector regions, mark and multiplying power defined to each section 104.
The section 104 surrounded by ring-type partition wall 101f is double buphthalmos, and the mark of buphthalmos is 25 points, and the multiplying power of double buphthalmos is 2 times, so be 50 points to the mark of this section 104 definition.Section 104 between ring-type partition wall 101e and ring-type partition wall 101f is single times of buphthalmos, and the mark of buphthalmos is 25 points, and the multiplying power of single times of buphthalmos is 1 times, so be 25 points to the mark of this section 104 definition.In addition, also can be defined as the kind of corresponding game variable for the mark of these sections corresponding.
Fan-shaped its mark of section 104 be defined as along the circumferential direction with regulation order and column of figure 1 ~ 20.The multiplying power of the section 104 between ring-type partition wall 101a and ring-type partition wall 101b is 2 times, and the multiplying power of the section 104 between ring-type partition wall 101c and ring-type partition wall 101d is 3 times.The multiplying power of fan-shaped section 104 is in addition 1 times.
Thus, to each section its place corresponding, define its mark and multiplying power as shown in the table of figure 6.Fig. 6 is the table of the content representing section.In the table of fig. 6, the mark along the circumferencial direction definition as implied above of card 11 arranged side by side on longitudinal direction (1 ~ 20 and buphthalmos), the multiplying power along the radial direction definition as implied above of card 11 arranged side by side on transverse direction.
As shown in Figure 6, the information of the Quadratic Finite Element be made up of (multiplying power, mark) exports as the zone detection signal of the content determining each section.In addition, represent 1 times about multiplying power with " S " in Fig. 6, represent 2 times with " D ", represent 3 times with " T ", but also can represent 1 times with " 1 ", represent 2 times with " 2 ", represent 3 times with " 3 ".In addition, identifier is defined to each 82 sections 104, and when defining the corresponding relation of any one (multiplying power, mark) shown in table of each identifier and Fig. 6, also can using this identifier as zone detection signal.
Then, the formation about the darts system comprising above-mentioned dart board device 10 and darts propulsion plant 50 is described.Fig. 7 is the block diagram of the formation of the darts system representing embodiments of the present invention.As shown in Figure 7, darts system 100 comprises dart board device 10 and darts propulsion plant 50.
Dart board device 10 possesses: comprise the card 11 of multiple section parts 1101 ~ 1182, comprise the test section 18 in the multiple zone detection portions 1801 ~ 1882 corresponding with each section parts 1101 ~ 1182, transformation rule determination section 19, transformation component 20, operation inputting part 21 and transport unit 22.82 corresponding 82 section parts 104 illustrated in fig. 2 of section parts 1101 ~ 1182.Zone detection portion 1801 ~ 1882 corresponding diagram 4 and sensor chip 110 that is illustrated in fig. 5, that be separately positioned on the rear of each section parts 1101 ~ 1182.
Transformation rule determination section 19 and transformation component 20 by comprising storage device, memory, program that the computer of computation processor puts rules into practice realize.Operation inputting part 21 is equivalent to the NEXT button 13 shown in Fig. 1, PREV button 14, OK button 15.In addition, the structure being equivalent to the display 12 shown in Fig. 1 and loudspeaker 17 omits diagram in the figure 7.
Darts propulsion plant 50 is such as made up of computers such as smart mobile phone, dull and stereotyped PC, notebook PC.Darts propulsion plant 50 possesses acceptance division 51, inverse transformation rule determination section 52, inverse transformation portion 53, password generating unit 54, game propelling handling part 55, display part 56 and operation inputting part 57.Comprise inverse transformation rule determination section 52, inverse transformation portion 53, password generating unit 54 and game advance the structure of handling part 55 by comprise storage device, memory, computation processor the computer program that puts rules into practice of computer and realize.
Each zone detection portion 1801 ~ 1882 of test section 18, when corresponding section parts 1101 ~ 1182 is pushed, exports section detection signal to transformation rule determination section 19 or transformation component 20.Transformation rule determination section 19 based on the zone detection signal deciding inputted from test section 18 for converting the transformation rule of the zone detection signal in Input transformation portion 20.Transformation component 20 converts the zone detection signal inputted from test section 18 according to the transformation rule determined by transformation rule determination section 19.
Transport unit 22 sends the zone detection signal converted by transformation component 20 to dart game device 50.Transport unit 22 is by wireless near field communication transmission signals (data) such as Bluetooth (registration mark: bluetooth).Operation inputting part 21 detects the operation (pressing of button) of user, and detection signal is exported to transformation rule determination section 19 and transport unit 22.Operation inputting part 21 in particular respective user replacement operation (regulation moment press PREV button 14) reset signal is exported to transformation rule determination section 19 and transport unit 22.
The acceptance division 51 of darts propulsion plant 50 receives the zone detection signal and reset signal that transmit from the transport unit 22 of dart board device 10.As mentioned above, because transport unit 22 is according to Bluetooth (registration mark) standard transmission signal, so acceptance division 51 is also to meet the mode Received signal strength of this standard.
Inverse transformation rule determination section 52 determines the inverse transformation rule being used for the zone detection signal received by acceptance division 51 being carried out inverse transformation based on the password that password generating unit 54 generates.This inverse transformation rule is corresponding with the transformation rule determined by transformation rule determination section 19, for carrying out the rule of the contrary conversion of the transformation rule determined by transformation rule determination section 19.Namely, by being converted according to inverse transformation rule by the signal converted by transformation rule, thus original signal is restored.
The zone detection signal received by acceptance division 51 is carried out inverse transformation according to the inverse transformation rule determined by inverse transformation rule determination section 53 by inverse transformation portion 53.Password generating unit 54 stochastic generation password.In present embodiment, password is made up of four numerals, each numeral be 1 ~ 20 any one.Password generating unit 54 is generating cipher when darts propulsion plant 50 uses at first together with dart board device 10.Password upgrades by the password generating unit 54 of present embodiment.When password generating unit 54 generates new password, the password update transformation rule that transformation rule determination section 19 uses this new, inverse transformation rule determination section 52 uses new password update inverse transformation rule.About by password generating unit 54 more new password, to be upgraded transformation rule by transformation rule determination section 19 and upgraded the moment of inverse transformation rule by inverse transformation rule determination section 52, discuss below.
Darts propulsion plant 50 also can not possess password generating unit 54.In this case, intrinsic password is store to each darts propulsion plant 50, by user, operation inputting part 57 is operated, thus this fixing password is displayed on display part 56.Further, so-called password fixedly means that the inverse transformation rule determined based on it is also fixed, so do not need inverse transformation rule determination section 52 in this case.In this case, inverse transformation portion 53, based on the fixing password predetermined, uses the inverse transformation rule generated to carry out the inverse transformation of zone detection signal.
Game advances handling part 55 to carry out selecting and starts to play and waits the necessary process of propelling of game.When game starts, game advances handling part 55 to use the inverse transformation rule determined by inverse transformation rule determination section 52 to carry out the zone detection signal of inverse transformation (deciphering) based on inverse transformation portion 53, and the darts rule according to regulation is played.
Display part 56 along with game propelling, display guide game propelling situation picture, performance picture, for select and start play picture etc.In addition, as shown in Figure 1, dart board device 10 is also provided with display 12, but this display 12 being small-sized, and can not showing arbitrary image, is easy display.Thus, the game comprising the performance having more glamour advances the guiding etc. of situation preferably to use the display part 56 of the darts propulsion plant 50 be made up of the smart mobile phone, Desktop PC, notebook PC etc. as fexible unit, and present embodiment also just so.In other words, darts propulsion plant 50 and dart board device 10 split are arranged, and darts propulsion plant 50 uses one of object of general computer to be, utilizes the display part 56 of such fine.Display part 56 can be display panels.
Then, determine that the method for transformation rule and inverse transformation rule is described about in the darts system 100 of above-mentioned formation.In the darts system 100 of present embodiment, transformation rule determination section 19 and inverse transformation rule determination section 52 use identical password to determine transformation rule and inverse transformation rule respectively.This transformation rule and inverse transformation rule correspond to each other, and namely when the zone detection signal will converted by transformation rule carries out inverse transformation according to inverse transformation rule, zone detection signal is originally restored.
Fig. 8 is the flow chart of the decision transformation rule of embodiments of the present invention and the process of inverse transformation rule.First, in darts propulsion plant 50, the password (step S81) that password generating unit 54 uses random number stochastic generation to be made up of four numerals.In the example of Fig. 8, these four numerals represent with " a ", " b ", " c ", " d ".When password generates, display part 56 is by being shown as user's identifiable design by this password, thus designated pin (step S82).
Inverse transformation rule determination section 52 stores inverse transformation rule x=y/A.At this, x represent conversion before zone detection signal, y represents the zone detection signal after conversion.A is the figure parameters defined by a+b+c+d.Inverse transformation rule determination section 52, when by password generating unit 54 generating cipher " a ", " b ", " c ", " d ", is inputted, and is calculated a+b+c+d, substituted into A, thus determined inverse transformation rule (step S83).
User identifies the password (step S84) that four numerals of being specified by the display part 56 by darts propulsion plant 50 are formed, and is inputted dart board device 10 (step S85).At this moment, user pushes the section parts 1101 ~ 1182 of answering with the codon pair of card 11, and test section 18 determines the content of the section be pushed down, thus by Password Input dart board device 10.Test section 18 detects that section parts 1101 ~ 1182 is pushed in turn, thus corresponding zone detection signal is exported to transformation rule determination section 19 (step S86) in turn.
At this moment, the zone detection signal detected by test section 18, in order to confirm it, can not be converted, and be sent to darts propulsion plant 50 from transport unit 22.In this case, darts propulsion plant 50 receives this zone detection signal by acceptance division 51, is presented on display part 56.Particularly, when being presented on display part 56 four numerals and being consistent with the content of zone detection signal, the color change of its sequence number is made.When the content of the numeral that the next one will input and zone detection signal is inconsistent, mistake can be carried out by display part 56 and show.
Transformation rule determination section 19 is when when obtaining the information of password, using it to decide transformation rule (step S87) from test section 18 inflow section detection signal.Particularly, transformation rule determination section 19 stores transformation rule y=Ax.At this, x represent conversion before zone detection signal, y represents the zone detection signal after conversion, and A, in the same manner as determining the situation of inverse transformation rule, is the figure parameters defined by a+b+c+d.Transformation rule determination section 19, when according to zone detection signal input password " a ", " b ", " c ", " d ", calculates a+b+c+d and substitutes into A, thus determines transformation rule.
In addition, in the content of section, comprise multiplying power and mark as mentioned above, but transformation rule determination section 19 only decides transformation rule based on the information of the mark in zone detection signal.Namely, user when inputting password, can push single times of the mark of specifying, double, three times of any one section parts.
As above, in transformation rule determination section 19, determining the transformation rule of y=(a+b+c+d) x, in inverse transformation rule determination section 52, determining the inverse transformation rule of the x=y/ (a+b+c+d) for making the zone detection signal restoring converted according to this transformation rule.
Then, illustrate that the transformation rule using and determine as mentioned above and inverse transformation rule carry out the conversion of zone detection signal and the process of inverse transformation.Fig. 9 is the flow chart of the transformation rule of embodiments of the present invention and the process of inverse transformation rule down conversion zone detection signal.When darts starts, dart thrower is in card 11, when acting on (in thorn) certain section (step S91), from the zone detection portion 1101 ~ 1182 of the correspondence of test section 18, transformation component 20 is exported to the zone detection signal x (step S92) of the section of hit.
Transformation component 20 uses transformation rule y=(a+b+c+d) x (to use transforming function transformation function f (x)=(a+b+c+d) x) to convert section detection signal x, generate the zone detection signal y (step S93) after conversion.Zone detection signal y after conversion transmits (step S94) towards darts propulsion plant 50 by transport unit 22.The acceptance division 51 of dart game device 50 receives the zone detection signal y after the conversion sent from dart board device 10, outputs it to inverse transformation portion 53 (step S95).
Zone detection signal y after the conversion be transfused to is substituted into inverse transformation rule x=y/ (a+b+c+d) (substituting into inverse transform function f ' (y)=y/ (a+b+c+d)) by inverse transformation portion 53, thus the original zone detection signal x restored before conversion, and output it to game propelling handling part 55 (step S96).Game advances handling part 55 to use this zone detection signal x to make game advance (step S97).The picture (step S98) that display part advances the processes and displays of handling part 55 to specify according to game, guides user to use dart board device 10 to carry out darts.
As previously discussed, the transformation rule determination section 19 of dart board device 10 is according to the transformation rule of password decision for converting section detection signal of being specified by darts propulsion plant 50, also the inverse transformation rule determined based on this password is used in darts propulsion plant 50, even if so the other machines without such transformation rule determination section 19 is transfused to the password of being specified by darts propulsion plant 50, the transformation rule of the inverse transformation rule used in corresponding darts propulsion plant 50 can not be determined.
Thus, this other machines owing to can not carry out by the conversion of the accurate inverse transformation of darts propulsion plant 50 to zone detection signal, so prevent darts propulsion plant 50 by carrying out wrongful game propelling from the signal beyond the dart board device 10 as regular dart board device.In addition, the password of being specified by darts propulsion plant 50 uses multiple section parts 1101 ~ 1182 to input dart board device 10, dart board device 10 determines transformation rule based on the password using multiple section parts 1101 ~ 1182 to input, so dart board device 10 does not need to determine that transformation rule configures the receiving function receiving signal transmission.
In addition, as mentioned above, zone detection signal is the information of the Quadratic Finite Element of multiplying power and mark, but can be multiplying power and mark can, by transformation rule and inverse transformation rule transformation, also can be only any one conversion respectively.For conversion multiplying power doubly, multiplying power also can be represented by " 1 ", " 2 ", " 3 ".
Then, about determining that the moment of transformation rule and inverse transformation rule is described.In one embodiment, when dart board device 10 use together with a certain darts propulsion plant 50 first form darts system 100 moment, such as buy in dart board device 10 and moment of using together with darts propulsion plant 50 first or in smart mobile phone etc., download and install computer program and use together with a certain dart board device 10 first when, determine transformation rule and inverse transformation rule.In addition, in other embodiments, inverse transformation rule is supplied to computer program in advance as being given thing.
The darts system 100 of present embodiment upgrades transformation rule and inverse transformation rule under defined terms.The condition (moment) upgrading transformation rule and inverse transformation rule can consider various condition.The condition of following example can adopt alone or in combination.
When can work as the replacement operation that the operation inputting part 21 of dart board device 10 is specified, upgrade transformation rule and inverse transformation rule.When carrying out replacement operation to the operation inputting part 21 of dart board device 10, transport unit 22 pairs of darts propulsion plants 50 transmit reset signal, and transformation rule determination section 19 correspondence resets operation and cancels determined transformation rule.
When darts propulsion plant 50 receives reset signal by acceptance division 51, inverse transformation rule determination section 52 cancels determined above-mentioned inverse transformation rule, and password generating unit 54 generates new password.When generating new password, inverse transformation rule determination section 52 uses the password generated by password generating unit 54 to generate inverse transformation rule (the step S83 of Fig. 8), and the new password that transformation rule determination section 19 inputs based on user determines transformation rule (the step S87 of Fig. 8).
When also can work as the replacement operation that the operation inputting part 57 of darts propulsion plant 50 is specified, upgrade transformation rule and inverse transformation rule.When carrying out replacement operation to the operation inputting part 57 of darts propulsion plant 50, inverse transformation rule determination section 52 cancels determined above-mentioned inverse transformation rule, and password generating unit 54 generates new password.When generating new password, inverse transformation rule determination section 52 uses the password generated by password generating unit 54 to generate inverse transformation rule (the step S83 of Fig. 8), and the new password that transformation rule determination section 19 inputs based on user determines transformation rule (the step S87 of Fig. 8).
In addition, (such as regular) also can be forced to cancel transformation rule and inverse transformation rule.Namely, when meeting defined terms, transformation rule determination section 19 cancels determined transformation rule automatically, and inverse transformation rule determination section 52 can cancel determined inverse transformation rule automatically.Password generating unit 52 when inverse transformation rule determination section 52 eliminate determined inverse transformation rule time, based on user operation or automatically generate new password.
Thus, because user needs again to force to determine transformation rule, even if so will carry out devious conduct person, by any trick, grasp the transformation rule of regular dart board device, the machine beyond regular dart board device can be used to forge the zone detection signal of (can best result be obtained in game) arbitrarily, whenever transformation rule and inverse transformation rule are cancelled, all have to utilize so improper method, the situation utilizing improper machine to forge zone detection signal can be reduced.
In addition, in the above-described embodiment, section is used by during the Password Input dart board device 10 of being specified by darts propulsion plant 50, the numeral that transformation rule determination section 19 inputs according to zone detection Signal analysis user, but be not limited thereto, such as, when dart board device 10 has other operation input mechanisms such as numerical key, also can by the Password Input of such operation input mechanism reception from user.
In addition, in the above-described embodiment, adopt y=Ax as transformation rule, adopt x=y/A as inverse transformation rule, namely adopt function f as transformation rule, adopt the inverse transform function f of function f as inverse transformation rule
-1but transformation rule and inverse transformation rule are not limited thereto, as long as transformation rule determines based on password, as long as inverse transformation rule is also by rule that the zone detection signal inverse transformation that converted by transformation rule is restored.Such as, conversion and inverse transformation also can be encryption and decryption.In addition, transformation rule and inverse transformation rule also can not determine based on appointed whole password, and a part for password can be the illusory password do not used in the decision of transformation rule and inverse transformation rule.
In addition, in above-mentioned embodiment, inverse transformation rule determines based on password, but also can determine password based on inverse transformation rule on the contrary.Such as can described above shown in embodiment, x=y/A when establishing inverse transformation rule, when its inverse transformation rule is x=y/10 (A=10), based on this inverse transformation rule, password is determined that, for a=1, b=2, c=3, d=4, transformation rule determines as y=Ax=(a+b+c+d) x=10x based on this password by transformation rule determination section 19.
Be explained above the of the present invention suitable embodiment considered with current time; but can various deformation be carried out to present embodiment, and these the whole distortion in inventive concept of the present invention and scope all mean and are included in the protection domain of claim.
As described above, according to the present invention, there is such effect, can prevent darts propulsion plant from must must carry out wrongful game propelling by signal beyond dart board device according to from regular, in addition, need not configure receiving function and determine transformation rule for regular dart board device, the present invention is such as useful for darts system etc.
[description of reference numerals]
100 darts systems
10 dart board devices
101a ~ 101f ring-type partition wall
102 perpendicular plate-like partition wall
103a ~ 103f section parts
104 sections
1011 ~ 1082 section parts
11 cards
12 displays
13NEXT button
14PREV button
15OK button
16 Game Menus
17 loudspeakers
18 test sections
1801 ~ 1882 zone detection portions
19 transformation rule determination sections
20 transformation components
21 operation inputting part
22 transport units
50 darts propulsion plants
51 acceptance divisions
52 inverse transformation rule determination sections
53 inverse transformation portions
54 password generating units
55 game advance handling part
56 display parts
57 operation inputting part
Claims (10)
1. a darts system, this darts system comprises dart board device and darts propulsion plant, it is characterized in that,
Described dart board device possesses:
Card, this card forms the target of the dartlike weapon in darts;
Test section, this test section exports section detection signal, darts the content of acted on section in multiple sections that this zone detection signal is determined described card to carry out dividing and delimited;
Transformation rule determination section, this transformation rule determination section determines the transformation rule for converting described zone detection signal;
Transformation component, this transformation component converts described zone detection signal according to the transformation rule determined by described transformation rule determination section; And
Transport unit, this transport unit transmits the described zone detection signal converted by described transformation component,
Described darts propulsion plant possesses:
Acceptance division, this acceptance division receives the described zone detection signal transmitted from described transport unit;
Inverse transformation portion, the described zone detection signal received by described acceptance division is carried out inverse transformation according to the inverse transformation rule corresponding with described transformation rule by this inverse transformation portion; And
Game advances handling part, and this game advances handling part based on the described zone detection signal having been carried out inverse transformation by described inverse transformation portion, and the darts rule according to regulation makes game advance,
Described transformation rule determination section, based on the password of being specified, being input to by the operation of user described dart board device by described darts propulsion plant, decides described transformation rule,
Described inverse transformation rule determines based on described password, or described password determines based on described inverse transformation rule.
2. darts system as claimed in claim 1, is characterized in that, by the section parts of answering with described codon pair being pushed described card by user, described test section determines the content of the section pushed, thus dart board device described in described Password Input.
3. darts system as claimed in claim 1 or 2, is characterized in that,
Described darts propulsion plant also possesses:
Password generating unit, password described in this password generating unit stochastic generation; And
Inverse transformation rule determination section, this inverse transformation rule determination section determines described inverse transformation rule based on described password.
4. darts system as claimed in claim 3, is characterized in that,
Described transport unit respective user transmits reset signal to the replacement operation of dart board device,
Described acceptance division receives described reset signal,
Described password generating unit generates new described password when receiving described reset signal by described acceptance division.
5. darts system as claimed in claim 4, is characterized in that,
Determined described transformation rule is cancelled in the corresponding described replacement operation of described transformation rule determination section,
Described inverse transformation rule determination section cancels determined described inverse transformation rule when receiving described reset signal by described acceptance division.
6. darts system as claimed in claim 3, is characterized in that, described inverse transformation rule determination section cancels determined described inverse transformation rule automatically.
7. darts system as claimed in claim 6, is characterized in that, the operation of described password generating unit when described inverse transformation rule determination section eliminates determined described inverse transformation rule based on user generates new described password.
8. darts system as claimed in claim 6, is characterized in that, described password generating unit generates new described password automatically when described inverse transformation rule determination section eliminates determined described inverse transformation rule.
9. a dart board device, this dart board device uses together with darts propulsion plant,
Described dart board device possesses:
Card, this card forms the target of the dartlike weapon in darts;
Test section, this test section exports section detection signal, darts the content of acted on section in multiple sections that this zone detection signal is determined described card to carry out dividing and delimited;
Transformation rule determination section, this transformation rule determination section, based on the password of being specified by described darts propulsion plant, using described multiple section to input, decides the transformation rule for converting described zone detection signal;
Transformation component, this transformation component converts described zone detection signal according to the transformation rule determined by described transformation rule determination section; And
Transport unit, this transport unit sends the described zone detection signal converted by described transformation component to described darts propulsion plant.
10. a computer program, this computer program via computer load module,
This computer program by with have the dartlike weapon formed in darts target card dart board device together with the darts propulsion plant that uses perform, it is characterized in that,
This computer program performs:
First program command, this first program command designated pin;
Second program command, this second program command receives section detection signal, darts the content of acted on section, and converted by transformation rule in multiple sections that this zone detection signal is determined described card to carry out dividing and delimited;
3rd program command, the described zone detection signal converted received by described second program command is carried out inverse transformation according to the inverse transformation rule corresponding with described transformation rule by the 3rd program command; And
4th program command, the 4th program command is based on the described zone detection signal having been carried out inverse transformation by described 3rd program command, and the darts rule according to regulation makes game advance,
Described inverse transformation rule determines based on the password of being specified by described first program command, or described first program command specifies described password based on described inverse transformation rule.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2014156848A JP6208635B2 (en) | 2014-07-31 | 2014-07-31 | Darts game system, dart board device, and dart game progress program |
| JP2014-156848 | 2014-07-31 |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN105311805A true CN105311805A (en) | 2016-02-10 |
| CN105311805B CN105311805B (en) | 2018-11-09 |
Family
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510459603.2A Expired - Fee Related CN105311805B (en) | 2014-07-31 | 2015-07-30 | Darts system, dartlike weapon panel assembly and computer readable storage medium |
Country Status (4)
| Country | Link |
|---|---|
| JP (1) | JP6208635B2 (en) |
| CN (1) | CN105311805B (en) |
| HK (1) | HK1216624A1 (en) |
| TW (1) | TWI662247B (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106197166A (en) * | 2016-08-26 | 2016-12-07 | 段明述 | A kind of dartboard |
| CN110945313A (en) * | 2017-07-31 | 2020-03-31 | 世雅游戏股份有限公司 | Dart game device and program |
Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR101935890B1 (en) * | 2017-02-02 | 2019-01-07 | 주식회사 홍인터내셔날 | Dart game apparatus and computer program stored in computer-readable medium for providing multimedia information |
| JP6913552B2 (en) * | 2017-07-27 | 2021-08-04 | 株式会社セガ | Program and darts game system |
Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1282055A (en) * | 1999-01-08 | 2001-01-31 | 科乐美股份有限公司 | Game computer |
| JP2004160100A (en) * | 2002-09-26 | 2004-06-10 | Konami Co Ltd | Server device, game device, game system, and program |
| CN1757423A (en) * | 2003-10-31 | 2006-04-12 | 世嘉股份有限公司 | Game machine and game method |
| JP2010190487A (en) * | 2009-02-18 | 2010-09-02 | Sega Corp | Game system, game device, and program |
| JP2010220784A (en) * | 2009-03-23 | 2010-10-07 | Sega Corp | Dart game apparatus, control program and control method of dart game apparatus |
| US20120083342A1 (en) * | 2010-10-04 | 2012-04-05 | Cross Brian M | Dart system and method for enabling play between remotely located competitors |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWI398286B (en) * | 2005-07-20 | 2013-06-11 | Sega Corp | Game machine, game system and game program |
-
2014
- 2014-07-31 JP JP2014156848A patent/JP6208635B2/en active Active
-
2015
- 2015-07-30 CN CN201510459603.2A patent/CN105311805B/en not_active Expired - Fee Related
- 2015-07-30 TW TW104124736A patent/TWI662247B/en not_active IP Right Cessation
-
2016
- 2016-04-13 HK HK16104195.7A patent/HK1216624A1/en not_active IP Right Cessation
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1282055A (en) * | 1999-01-08 | 2001-01-31 | 科乐美股份有限公司 | Game computer |
| JP2004160100A (en) * | 2002-09-26 | 2004-06-10 | Konami Co Ltd | Server device, game device, game system, and program |
| CN1757423A (en) * | 2003-10-31 | 2006-04-12 | 世嘉股份有限公司 | Game machine and game method |
| JP2010190487A (en) * | 2009-02-18 | 2010-09-02 | Sega Corp | Game system, game device, and program |
| JP2010220784A (en) * | 2009-03-23 | 2010-10-07 | Sega Corp | Dart game apparatus, control program and control method of dart game apparatus |
| US20120083342A1 (en) * | 2010-10-04 | 2012-04-05 | Cross Brian M | Dart system and method for enabling play between remotely located competitors |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106197166A (en) * | 2016-08-26 | 2016-12-07 | 段明述 | A kind of dartboard |
| CN110945313A (en) * | 2017-07-31 | 2020-03-31 | 世雅游戏股份有限公司 | Dart game device and program |
| CN110945313B (en) * | 2017-07-31 | 2022-05-31 | 世雅游戏股份有限公司 | Dart game device and storage medium |
Also Published As
| Publication number | Publication date |
|---|---|
| CN105311805B (en) | 2018-11-09 |
| TWI662247B (en) | 2019-06-11 |
| JP2016032584A (en) | 2016-03-10 |
| JP6208635B2 (en) | 2017-10-04 |
| HK1216624A1 (en) | 2016-11-25 |
| TW201610389A (en) | 2016-03-16 |
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