TWI693562B - Internet-ticketing automatic seat allocating device - Google Patents

Abstract

An internet-ticketing automatic seat allocating device is provided with a seat rating module, a seat allocation direction setting module, a seat allocation priority determining module and an automatic seat allocating module. The seat rating module evaluates a best seat according to a relative distance, a relative height and a relative positioning angle between each seat and a performance area of a program venue. The seat allocation direction setting module respectively sets a performance effect unit decreasing value for four directions in a forward direction, a backward direction, a leftward direction and a rightward direction among the adjacent seats. The seat allocation priority determining module connects the seat rating module and the seat allocation direction setting module, and determines an automatic seat allocation priority according to the best seat, the performance effect unit decreasing values of the four directions and a priority determining step. The automatic seat allocating module connects the seat allocation priority determining module to automatically allocate seats according to the automatic seat allocation priority.

Description

Automatic ticket placement device for online ticket purchase

The invention relates to an online ticket purchasing system, in particular to an automatic marking device of an online ticket purchasing system.

Nowadays, people in the society are increasingly pursuing a sense of presence in popular programs such as ball games, concerts, and movie premieres. Therefore, when it comes to ordering seat tickets for popular programs, relevant consumers have to explore the seating arrangement of the program venue in detail in order to obtain the best viewing position in the seating area.

The ticket coupons of some popular programs are purchased online, so that consumers can complete the process of ordering coupons on the Internet platform. Consumers manually select the best seats to make a seat, thereby establishing an order for the ticket. Specifically, online ticket purchase is to open the system at a specified time for consumers to connect to order tickets. Therefore, consumers must order tickets in a "robbing ticket" way. In other words, the speed at which consumers complete the relevant login process and manual marking on the Internet will affect whether consumers can successfully complete ticket ordering. In particular, when an optimal seat is selected by a plurality of consumers in a manual-slot manner, only the consumer with the fastest manual-seat speed can obtain the ticket for the optimal seat and set up the order. Other consumers who fail to preemptively complete the seat allocation (i.e., have not obtained seats) as soon as possible must re-enter the ticket ordering process, making it inconvenient for consumers to spend a lot of time in the online ticket purchase process.

Today's online ticket purchasing system also has a mechanism of automatic seat allocation using computer configuration, so that consumers do not have to worry about the problem of having to perform the ticket booking process again when they have not obtained a seat during the seat allocation. However, the existing automatic positioning mechanism refers to the sequence of seats in the seating area and performs sequential positioning. It is impossible to determine the seating position based on the ideal viewing angle. In addition, the automatic seat setting mechanism sets the seat position of the computer in a standard planning manner, and cannot find the best viewing angle of the program venue according to the different program venues (such as movie theaters, sports halls, and baseball stadiums) and decides accordingly Marking order.

Therefore, in order to solve the above-mentioned problems, the purpose of the present invention is to provide an automatic ticket placement device for online ticket purchase to determine the optimal seat and automatic ticket placement sequence according to different programs and venues, so as to save consumers from manually drawing Inconvenience at the time.

The technical method adopted by the present invention to solve the problems of the conventional technology is to provide an automatic ticket placement device for online ticket purchase, which includes: a seat scoring module, which is configured in each seat in a seat area of a program venue , According to the relative distance, relative height and relative placement angle between the individual seats and the exhibition area of the program venue, the score will result in an optimal seat with the highest score value; the positioning direction setting module is configured for adjacent The forward, backward, left, and right directions of the four seats between the seats are individually given a decreasing value of the performance unit; the ranking order determines the module, which is connected to the seat scoring module and the ranking Direction setting module, and it is configured to determine an automatic positioning sequence according to the decreasing value of the best seat and four units of the viewing effect of the adjacent direction of the seat; and an automatic positioning module connected to the positioning sequence Decide the module, and perform the automatic seat placement of the online ticket purchase according to the determined automatic seat order, wherein the seat order determines the module to use the best seat as the origin of the seat, according to the seating area The sum of the product of the unit of the distance between the individual seat and the best seat in the adjacent direction of each seat and the corresponding decrement value of the viewing effect unit in the adjacent direction of the seat is taken as the viewing effect value of the seat, based on the individual seat The order of the automatic seating of the individual seats is determined from high to low of the viewing effect value.

In an embodiment of the present invention, an automatic marking device for an online ticket purchase system is provided, wherein the automatic marking module includes a marking sub-module, which is configured according to the automatic marking sequence and a single network The number of the plurality of coupons ordered by the ticket purchase and a preset continuous allocation condition, and the plurality of seats corresponding to the number of the plurality of coupons are automatically allocated, where the preset continuous allocation condition is , The seats in the seating area that are not yet seated are located in the adjacent direction of the seat to the left or right and meet the number of the multiple tickets.

In an embodiment of the present invention, an automatic seat arrangement device for an online ticket purchase system is provided, wherein the best seat scored by the seat scoring module is three from the back of the first row of seats in the seat area Two-thirds to three-quarters of the seating area is deep and located at the center of the seating area toward the exhibition area, where the seating area is the distance from the first row of seats to the last row of seats .

In an embodiment of the present invention, an automatic ticket placement device of an online ticket purchasing system is provided, wherein the ticket placement direction setting module gives the viewing effect unit in the adjacent direction of the seat oriented to the right the decreasing value equal to the left The decreasing value of the viewing effect unit in the adjacent direction of the seat is greater than the decreasing value of the viewing effect unit in the adjacent direction of the seat to the left or right, and forward The decreasing value of the unit of viewing effect in the adjacent direction of the seat is greater than the decreasing value of the unit of viewing effect in the adjacent direction of the seat.

In an embodiment of the present invention, an automatic seat placement device for an online ticket purchase system is provided, wherein the best seat scored by the seat scoring module is located in the center of the first row of the seat area toward the exhibition area Seat.

In an embodiment of the present invention, an automatic ticket placement device of an online ticket purchasing system is provided, wherein the ticket placement direction setting module gives the viewing effect unit in the adjacent direction of the seat oriented to the right the decreasing value equal to the left The decreasing unit of the viewing effect of the seat adjacent to the seat, and the backward seat adjacent to the seat The decreasing value of the viewing effect unit in the direction is greater than the decreasing value of the viewing effect unit in the adjacent direction of the seat to the left or right.

In an embodiment of the present invention, an automatic seat arrangement device for an online ticket purchase system is provided, wherein the best seat scored by the seat scoring module is an end seat in the first row of the seat area facing the exhibition area Office.

In an embodiment of the present invention, an automatic position setting device for an online ticket purchase system is provided, wherein the position setting module sets the decrement value of the unit of viewing effect in the adjacent direction of the seat after orientation is greater than right or The unit of viewing effect of the seat adjacent to the left decreases gradually.

The automatic ticket placement device for online ticket purchase of the present invention has the following effects. The automatic scoring device for online ticket purchase scores the best seat by the seat scoring module, and determines the automatic scoring sequence according to the scoring direction setting module and the scoring sequence determining module to match the optimal seat. The automatic seat placement device for online ticket purchase can thus determine the best seats according to the different programs and venues, and use the best seat as the starting position to determine the order of automatic seat placement. The automatic scoring module of the automatic scoring device for online ticket purchase performs automatic grading of the online ticket purchase according to the automatic scoring sequence. In this way, the automatic ticket placement device of the online ticket purchase of the present invention can form different placement methods according to the different programs and venues, so that consumers can obtain the viewing effect value from high to according to the order of ticket purchase orders Low-ranking seats, and improve the inconvenience of consumers in the online ticketing system operation process due to the allocation of seats.

100: Automatic ticket placement device for online ticket purchase

1: Seat scoring module

2: Marking direction setting module

3: The positioning order determines the module

4: Automatic positioning module

41: Seat submodule

CS: consecutive adjacent seats

Ea, Eb, Ec: Exhibition area

PF: decreasing unit of forward viewing effect

PB: The unit of decreasing viewing effect is backward

PL: Decrease value of the unit of viewing effect to the left

PR: decreasing value of the viewing effect unit to the right

S: seat

Sa, Sb, Sc: seating area

Figure 1 is a block diagram showing an automatic ticket placement device for online ticket purchase according to an embodiment of the present invention; Figure 2 is a diagram showing that the seating area is adjacent to four seats of forward, backward, left and right A schematic diagram of the unit's decreasing value of the viewing effect in the direction; FIG. 3 is a schematic diagram showing an automatic ticketing device for online ticket purchase according to an embodiment of the present invention showing the performance value of individual seats in a seating area of a program venue; FIG. 4 is a diagram showing an implementation according to the present invention For example, the automatic ticketing device for online ticket purchase determines the order of automatic ticketing in a seating area of a program venue; Figure 5 is a schematic side view showing the program venue of Figure 4 of the present invention; Figure 6 is a display based on A schematic diagram of an automatic ticket placement device for online ticket purchase according to an embodiment of the present invention for continuous placement; FIG. 7 is a diagram showing an automatic ticket placement device for online ticket purchase at another program venue according to an embodiment of the present invention; The seating area is a schematic diagram showing the performance values of individual seats; FIG. 8 is a schematic diagram showing that the automatic ticketing device for online ticket purchase according to an embodiment of the present invention determines the automatic ticketing sequence in the seating area of another program venue; FIG. 9 is a schematic side view showing the program venue of FIG. 8 of the present invention; and FIG. 10 is a display of an automatic ticket placement device for online ticket purchase according to an embodiment of the present invention. Schematic diagram of the marking order.

The following describes the embodiments of the present invention based on FIGS. 1 to 10. This description is not intended to limit the embodiments of the present invention, but is one of the examples of the present invention.

Referring to FIG. 1, the automatic ticket placement device 100 for online ticket purchase according to an embodiment of the present invention includes: a seat scoring module 1, a placement direction setting module 2, a placement order determination module 3 and The automatic positioning module 4, wherein the automatic positioning module 4 includes a positioning sub-module 41. Specifically, the automatic ticket-slotting device 100 for online ticket purchase of the present invention is connected to an online ticket-sale system and performs automatic ticket-slotting according to the order of the ticket purchaser. In addition, the program venues that sell seat tickets are divided into a number of seat areas separated by ticket prices for consumers to select according to the ticket purchase budget.

Specifically, the seat scoring module 1 is configured to score each seat in a seating area of a program venue based on the relative distance, relative height and relative placement angle between the individual seats and the exhibition area of the program venue. The best seat with the highest score value is obtained (ie, the seat with the highest score value in the seating area is the best seat). The score value of the seat for the present invention is expressed by a mathematical formula: [Mathematical Formula 1] V=f(RD,RH,RA)

Among them, V is the score of individual seats, RD is the relative distance between the seat and the exhibition area, RH is the relative height between the seat and the exhibition area, and RA is the relative arrangement angle between the seat and the exhibition area.

Specifically, Mathematical Formula 1 can be further expressed by the following formula: [Mathematical Formula 2] V=W ₁ *RD+W ₂ *RH+W ₃ *RA

Wherein, W ₁ is the weight value corresponding to RD, W ₂ is the weight value corresponding to RH, and W ₃ is the weight value corresponding to RA. W ₁ , W ₂ and W ₃ can be adjusted according to the program, in order to determine the exclusive best position for different programs in the same venue. Of course, the present invention does not limit the specific mathematical expression of the score value of the seat.

Please refer to Figure 1 and Figure 2, the positioning direction setting module 2 is configured to give the adjacent directions of the four seats in the forward, backward, left, and right directions of the seat S in the seating area individually One-view performance unit decrement value (ie, forward-view performance unit decrement value PF, backward-view performance unit decrement value PB, left-view performance effect unit decrement value PL, and right-view performance effect unit decrement value Decrement value PR). Specifically, the declining values PF, PB, PL, PR of the viewing effect units in the adjacent directions of the four seats can be four different preset values, that is, the positioning direction setting module 2 will be left and right , The backward and forward units of the viewing effect decrease the value to indicate the difference in the order of the marking. However, the present invention does not limit the setting of the unit of declining performance of the viewing effect in the adjacent direction of the seat, and the PF, PB, PL, and PR of the unit of observing effect of the adjacent direction of the four seats can also be based on individual corresponding Weights and prioritize them, their The value of the middle weight is changed with reference to the difference of the venue (for example, movie theater, sports hall, baseball field) and the difference of the program (basketball game, concert).

Please refer to FIG. 3 to FIG. 5, the automatic seat placement device for online ticket purchase according to an embodiment of the present invention is applied to the automatic seat placement of the seating area Sa of a program venue (eg, movie theater). Seat scoring module 1 The best seats scored according to the relative distance, relative height and relative placement angle between individual seats and the exhibition area Ea (i.e. screen) are the three seats in the first row of seats in the seating area Sa, facing backward Two to three quarters of the seating area is deep and located at the center of the seating area Sa towards the exhibition area Ea. The depth of the seating area is the distance from the first row of seats in the seating area Sa to the last row of seats in the seating area Sa.

Specifically, the seats in the seating area Sa are gradually raised from the front to the rear. The head of the consumer in the first row of seats needs to look up (that is, the relative height is less than ideal). The relative height of the seat in the depth of two-thirds to three-quarters of the seating area is better (the consumer's head can be viewed with a horizontal line of sight in a normal posture). Moreover, the relative arrangement angle of the central seat of the seating area Sa to the exhibition area Ea allows consumers to directly look at the exhibition area Ea without adjusting the viewing angle and head posture during the viewing.

Also, as shown in FIG. 3, the setting direction of the positioning direction module 2 for the right direction of the viewing effect unit decrement value PR is equal to the left viewing effect unit decrement value PL, and the backward viewing effect unit decrement value PB is greater than the direction The left or right viewing effect unit decrement value PL, PR, and the forward viewing effect unit decrement value PF are greater than the backward viewing effect unit decrement value PB. Specifically, the decreasing value PR of the viewing effect unit to the right and the decreasing value PL of the viewing effect unit to the left are both negative one, and expressed as a digital ratio of 1:1 (that is, the seats of the seating area Sa are symmetrical Localization plan). The decrement value PB of the backward viewing effect unit is negative three, which is greater than the decrement values PL and PR of the viewing effect unit to the left or right (both are negative one), and is expressed as 3:1 in a digital ratio. The decreasing value of the observing effect unit in the forward direction of the seat is negative four, which is greater than the decreasing value of the backward observing effect unit in the adjacent direction of the seat (PB is negative three), and the forward viewing effect unit The decrement value PF is greater than the decrement values PL and PR of the viewing effect unit to the left or right (both are Negative one) expressed as 4:1 in digital ratio. Among them, the numerical representation of the decreasing value of the viewing effect unit in the adjacent direction of the four seats is only an implementation description, and is not limited to this in the specific implementation.

Furthermore, since the consumer feels little influence on the viewing performance when the consumer moves a seat to the left or right in the seating area Sa, the unit of the viewing performance to the right or left is decremented by PL and PR. Negative one. Moreover, when the consumer’s seat is shifted by one seat in the rear row or the front row, the consumer’s perception of the difference is greater due to changes in the relative distance and relative height between the seat and the exhibition area Ea, as shown in FIG. 5, Set the PB and PF unit decrement values PB and PF corresponding to the backward or forward displacement seats to negative three and negative four respectively. Among them, the front row of displacement seats makes consumers feel that the change in relative height is greater than that of the rear row of displacement seats. Therefore, set the forward observing effect unit decrement value PF to be greater than the backward observing effect unit decrement value PB .

As shown in Figure 1, the ranking order determining module 3 is connected to the seat scoring module 1 and the positioning direction setting module 2, and is configured to be based on the best seat and the viewing effect unit of the four seats in the adjacent direction The decreasing value determines an automatic marking sequence. As shown in Fig. 3 and Fig. 4, the positioning order determining module 3 is configured to determine the optimal seat as the first rank S1 in the automatic positioning order, and use the optimal seat as the origin of the positioning (i.e. , Represented by the number "zero"), according to the unit of the distance between the individual seats of the seating area Sa and the best seats in the adjacent direction of each seat, and the unit of the viewing effect in the adjacent direction of the corresponding seat. (ie, PL and PR is minus one, PB is minus three, and PF is minus four) The sum of the products is taken as the seat's viewing effect value, and the automatic seating order of individual seats is determined according to the individual seat's viewing effect value from high to low .

Further, as shown in FIGS. 3 and 4, the order of deciding order determination module 3 determines the optimal seats of the cinema seating area Sa (that is, two thirds of the seats in the first row of the seating area Sa are facing backward The seating area up to three-quarters deep and located at the center of the seating area Sa toward the exhibition area Ea is the first position S1 (that is, the origin of the seating area Sa) in the automatic ranking sequence. The seats located to the left and right of the first rank S1 and separated from the first rank S1 by a unit of seat spacing have a performance value of minus one (ie, to the left Or the decreasing value of the viewing effect to the right is negative one and multiplied by 1 to be negative one), and the order of the positioning determines that the module 3 compares the viewing effect value to the left and right of the first rank S1 The seat is determined as the second pick S2.

As shown in Figures 3 and 4, the viewing effect of the seats located on the left and right of the first rank S1 and separated from the first rank S1 by two seat spacing units is negative two (ie, left or The decrement value of the viewing effect to the right is negative one and multiplied by two to become negative two), and the positioning order determines the module 3 to determine the number of seats in the first sequence S1 left and right by two seat spacing units It is the third pick S3. By analogy, the observation effect value of the seats located on the left and right of the first order S1 and separated from the first order S1 by a plurality of seat intervals is the decreasing value of the unit of the viewing effect to the left or right (PL or PR is minus one) multiplied by the number of units of a plurality of seat spacing units, and the order of positioning determines module 3 to sequentially determine the automatic order of seating of the seats according to the level of the viewing effect value (ie, the fourth rank S4 With the fifth pick S5).

As shown in Fig. 3 and Fig. 4, the performance value of a seat space unit quantity behind the first rank S1 is minus three (that is, the backward performance effect decreasing value PB is minus three times One is negative three), and the seats spaced by three seat spacings from the left and right of the first rank S1 have the equivalent viewing effect value. Therefore, the ranking order determining module 3 determines the automatic ranking order of the seats having the same viewing effect value as the fourth order S4. In other words, when the seat order determining module 3 determines the seat order of the three seats at the left and right seats of the first rank S1, the seat order of one seat is determined behind the first rank S1.

As shown in Figures 3 and 4, the performance value of a seat in front of the first pick S1 is negative four (that is, the decreasing value of the forward performance effect PF is negative four times one and is negative (4), and the seats spaced by four seat spacing units to the left and right of the first rank S1 have the same performance value. Therefore, the ranking order determining module 3 determines the automatic ranking order of the seats having the same viewing effect value as the fifth order S5. In other words, when the seat order determining module 3 determines the seat order of the four seats on the left and right seats of the optimal seat, the seat order of one seat is determined in front of the optimal seat. At the same time, the left and right of the fourth rank S4 behind the first rank S1 and the fourth rank S4 The value of the viewing effect of the seats separated by one seat pitch is minus four (that is, the sum of the decreasing value of the backward viewing effect minus three times one and the decreasing value of the viewing effect left or right minus one times one), The ranking order determining module 3 also determines the automatic ranking order of the seat as the fifth order S5.

As shown in Figures 3 and 4, the left and right sides of the fourth sequence S4 behind the first sequence S1 and spaced apart from the fourth sequence S4 by two seat pitch units are negative Five (ie, the sum of minus three multiplied by one for the backward viewing effect decrement and minus one multiplied by two for the left or right viewing effect). Also, the viewing effect of the seats located to the left and right of the fifth pick S5 in front of the first pick S1 and spaced by a seat spacing unit amount from the fifth pick S5 has a negative value of five (i.e. (The sum of minus four multiplied by one and one minus one multiplied by one to the left or right.) Therefore, the ranking order determining module 3 determines that the automatic ranking order of the seats in the seating area Sa with the "view performance value of minus five" is the sixth order S6.

Therefore, the ranking order of the individual seats in the seating area Sa in FIG. 4 is determined by the ranking order determining module 3 according to the decreasing value of the optimal seat and the viewing effect unit in the adjacent direction of the four seats. The process of determining the order of the seats has been exemplified above, and the description of the order of the seats of the other seats will not be repeated here.

As shown in FIG. 1, the automatic marking module 4 is connected to the marking sequence determination module 3, and the automatic marking of the online ticket purchase is performed according to the determined automatic marking sequence. In detail, the automatic slotting module 4 performs automatic slotting for seats that have not yet been slotted according to the order of the orders for which the consumers order tickets and the number of ticket coupons. As shown in Figure 4, for seats with the same viewing effect value, such as: second rank S2 (two), fourth rank S4 (three), seventh rank S7 (five), automatic ranking Module 4 is automatically allocated according to the number of tickets or randomly.

Specifically, referring to FIG. 6, the positioning sub-module 41 of the automatic positioning module 4 is configured to order a single ticket or a plurality of tickets according to the automatic positioning sequence and a single online ticket purchase The number and a preset continuous allocation condition, and the seat corresponding to the number of tickets will be automatically allocated. among them, The preset continuous marking conditions are that when the number of coupons is plural, the number of unslotted seats in the seating area is adjacent to the left or right seats in the adjacent direction and meets the number of tickets, and meets the aforementioned conditions Among the lower seats, the seat with the highest priority in the automatic ranking order. In other words, the seat allocation sub-module 41 sets the seats corresponding to the ticket of a single order to the same row and adjacent seats in the seat area for continuous seat allocation.

Furthermore, as shown in Figure 6, when the single ticket ordered by the consumer is three tickets and the horizontal seat to which the first rank S1 belongs does not have three adjacent seats that are not yet seated, then The positioning sub-module 41 sets the priority of the direction given by the module 2 according to the preset continuous marking conditions and the positioning direction (ie, the positioning direction setting module 2 can set the priority of the right adjacent seat direction PR is the largest), and the seats of the three tickets are automatically assigned to consecutive adjacent seats CS at the fourth order S4, fifth order S5, and sixth order S6.

Please refer to FIG. 7 to FIG. 9, the automatic ticket placement device for online ticket purchase according to an embodiment of the present invention is applied to the automatic ticket placement in the seating area Sb of another program venue (eg, sports hall). The best seat scored by the seat scoring module 1 is located at the center seat of the first row of the seating area Sb toward the exhibition area Eb. Specifically, the relative height of all seats in the seating area Sb is higher than that of the exhibition area Eb, and the center seat in the first row of the seating area Sb is the seat closest to the exhibition area Eb and the widest viewing angle.

As shown in FIG. 7, the setting direction module 2 of the positioning direction sets the decreasing value PR of the viewing effect unit oriented to the right to be equal to the decreasing value PL of the viewing effect unit to the left, and the decreasing value PB of the backward viewing effect unit is greater than the left (Or to the right) the unit of the viewing effect decreases by PL. Specifically, the decreasing value PR of the viewing effect unit to the right and the decreasing value PL of the viewing effect unit to the left are both negative one, and expressed as a digital ratio of 1:1. The PB of the backward viewing effect unit is minus four and greater than the PL and PR of the observing effect unit of the left or right, and it is expressed as 4:1 in a digital ratio. That is to say, when the order of the deciding order determining module 3 to the left and right of the seat adjacent direction determines the order of the four seats respectively, after Fang decides the order of a seat. Wherein, the numerical value of the unit of decrease of the viewing effect in the adjacent direction of the seats to the left, right and rear is only an implementation description, and is not limited to this during specific implementation.

At the same time, in Figures 7 and 8, the best seats in the seating area Sb are located in the first row of the seating area Sb towards the exhibition area Eb, and the planning of the automatic seating order of the seats starts from the first row. Therefore, the positioning direction setting module 2 only decrements the unit of the adjacent direction of the seats oriented left, right, and backward for the seating area Sb. In other words, the ranking order determination module 3 uses the optimal seat as the origin of the positioning (ie, represented by the number "zero"), and faces the left, right, and right sides of the optimal seat (ie, the first rank S1) The rear is scheduled for automatic marking.

Similarly, since the consumer feels little impact on the seat area Sb by shifting a seat to the left or right, the right or left viewing unit decrement values PL and PR are set to minus one. Moreover, when the consumer's seat is shifted one seat to the rear, the relative distance between the seat and the exhibition area Eb becomes longer, so that the consumer feels a greater difference. As shown in Figure 9, the positioning direction setting module 2 will The unit PB of the backward viewing effect corresponding to the seat displacement in the rear row is set to minus four.

As shown in Fig. 7 and Fig. 8, the order of deciding order module 3 decides that the best seat of the seating area Sb of the sports hall (that is, the center seat of the first row of the seating area Sb facing the exhibition area Eb) is automatically drawn The first order S1 of the bit order (ie, the origin of the seating area Sb). The calculation of the viewing effect value of the seats on the left, right and rear of the first rank S1 of the seating area Sb is the same as the determination method of the ranking order, which is the same as the preceding ranking order determining module 3 to the left of the first rank S1 of the seating area Sa The calculation of the viewing effect value of the square, right and rear seats and the determination of the order of the positioning are not repeated here. Further, the order of the positioning determines the difference between the viewing effect value of the module 3 in the seating area Sb and the viewing effect value of the seating area Sa, only because of the difference in the value of the decrement value PB of the backward viewing effect unit (ie ), the declining value of the viewing effect unit of the seating area Sa is negative three, and the declining value of the viewing effect unit of the seating area Sb is negative four).

Referring to FIG. 10, the automatic ticket placement device for online ticket purchase according to an embodiment of the present invention is applied to the automatic ticket placement in the seating area Sc of other program venues (eg, baseball stadiums). Seat scoring module 1 The best seats scored according to the relative distance, relative height and relative placement angle between the individual seats of the seating area Sc (the seating area on the base side of the baseball stadium) and the exhibition area Ec are located in the seating area Sc towards the exhibition area Ec (especially for the infield of the baseball field, that is, pitcher mound, home base, and first, second, and third base) seats at one end of the first row (ie, the leftmost seat in the first row of the seating area Sc).

As shown in Figure 10, the position setting module 2 decrements the PB of the viewing effect unit after orientation is greater than the PR of the viewing effect unit to the right (or when the seating area is on the third base side of the baseball field) , Then the declining value of the observing effect unit backward is larger than the declining value of the left observing effect unit PL). Specifically, the effect of the consumer shifting one seat backward in the seating area Sc (the relative distance between the consumer and the exhibition area Ec becomes longer) is greater than the effect of shifting one seat to the right (or left), so In the positioning direction setting module 2, the decrement value PB of the viewing effect unit after orientation is greater than the decrement value PR of the viewing effect unit to the right.

At the same time, in Figure 10, the best seat of the seating area Sc is located at the left end of the first row of the seating area Sc towards the exhibition area Ec, so that the seating order planning starts from the first row and starts from the first order The right side of S1 ranks the seats in sequence. Therefore, the positioning direction setting module 2 only decrements the unit in the adjacent direction of the seats oriented right and backward for the seating area Sc. In other words, the ranking order determining module 3 uses the optimal seat as the origin of the positioning, and arranges the automatic ranking order toward the right and rear of the optimal seat (ie, the first rank S1).

As shown in FIG. 10, the ranking order determining module 3 determines that the optimal seat of the seating area Sc of the baseball field is the first rank S1 of the automatic ranking order (ie, the origin of the seating area Sc). The calculation method of the viewing effect value of the seats on the right and rear of the first rank S1 of the seating area Sc and the determination method of the ranking order are the same as the aforementioned ranking order determining module 3 in the right and rear of the first rank S1 of the seating area Sa The calculation of the viewing effect value of the seats and the determination of the ranking order are not repeated here. In other words, the ranking order determining module 3 determines the automatic ranking of all seats in the horizontal row to which the first rank S1 of the seating area Sc belongs, and then determines the automatic rowing of the seats behind the first rank S1 and all the seats in the horizontal row Bit order.

According to an embodiment of the present invention, the automatic ticketing device 100 for online ticket purchase scores the best seat in the seating area through the seat scoring module 1, and at the same time cooperates with the direction setting module 2 and the order determining module 3 The optimal seating position is used as the origin of the positioning to determine the automatic positioning sequence. The automatic seat arrangement device 100 for purchasing tickets online can thus determine the best seats according to the different venues of the program, and the automatic order arrangement can be determined according to the sequence determination steps. The automatic slotting module 4 performs the automatic slotting of the online ticket purchase in the order of automatic slotting. In this way, the automatic ticket placement device 100 for online ticket purchase can form different placement methods in response to different programs and venues (such as movie theaters, sports halls, and baseball stadiums), and enable consumers to order tickets The seats are ranked in order from the highest to the lowest. In addition, the automatic ticketing device 100 for online ticket purchase improves the inconvenience caused by consumers in the operation process of the previous online ticket purchase system (that is, the manual ticketing process requires a new booking process if no seat is obtained, and (The existing automatic positioning mechanism sets the position of the seat according to the order of the seat number). In addition, the seating sub-module 41 sets the seats of a plurality of tickets of a single order to adjacent seats in the same row according to a preset continuous seating condition.

The above description and description are only for the description of the preferred embodiments of the present invention. Those with ordinary knowledge of this technology can make other modifications based on the scope of the patent application defined below and the above description, but these modifications should still be It is within the scope of the rights of the invention for the spirit of the invention.

100: Automatic ticket placement device for online ticket purchase

1: Seat scoring module

2: Marking direction setting module

3: The positioning order determines the module

4: Automatic positioning module

41: Seat submodule

Claims (8)

An automatic ticket placement device for online ticket purchase includes a seat scoring module, which is configured in each seat in a seating area of a program venue according to the relative distance between the individual seats and the exhibition area of the program venue , Relative height and relative fitting angle, the score will give you the best seat with the highest score value; the setting direction of the positioning direction module is configured for the forward, backward, left and right between adjacent seats Each seat is given a preset value of the unit of viewing effect in the adjacent direction; the ranking order determines the module, connected to the seat scoring module and the positioning direction setting module, and is configured to use the best The seat is the origin of the position, and it is based on the sum of the product of the unit of the distance between the individual seats of the seating area and the best seat in the adjacent direction of each seat and the corresponding decreasing unit of the viewing effect in the adjacent direction of the seat As the viewing effect value of the seat, the automatic seating sequence of the individual seat is determined according to the viewing effect value of the individual seat from high to low, based on the viewing of the best seat and four adjacent directions of the seat The decrement value of the performance effect unit determines an automatic marking sequence; and an automatic marking module is connected to the marking sequence determining module, and the automatic marking of the online ticket purchase is performed according to the determined automatic marking sequence Bit. The automatic ticket placement device for online ticket purchase as described in Item 1 of the claim, wherein the automatic ticket placement module includes a ticket placement sub-module, which is configured according to the automatic ticket placement sequence and a single online ticket purchase place The number of the plurality of tickets ordered and a preset continuous seating condition, and the plurality of seats corresponding to the number of the plurality of tickets will be automatically seated, wherein the preset continuous seating condition is that the seat The seats in the zone that are not yet seated are located in the adjacent direction of the seat to the left or right and meet the number of the multiple tickets. The automatic seat placement device for online ticket purchase as described in item 1 of the request, wherein the best seat scored by the seat scoring module is two-thirds from the back of the first row of seats in the seat area Up to three-quarters of the seating area is deep and located at the center of the seating area towards the exhibition area, The depth of the seating area is the distance from the first row of seats in the seating area to the last row of seats in the seating area. The automatic locating device for online ticket purchase as described in item 3 of the request item, wherein the deciding direction setting module gives the declining value of the viewing effect unit of the adjacent direction of the seat oriented to the right to the left The decreasing value of the viewing effect unit in the adjacent direction, the decreasing value of the viewing effect unit in the adjacent direction of the backward seat is greater than the decreasing value of the viewing effect unit in the adjacent direction of the seat to the left or right, and the forward seat The decreasing value of the unit of viewing effect in the adjacent direction is greater than the decreasing value of the unit of viewing effect in the adjacent direction of the seat in the backward direction. The automatic seat placement device for online ticket purchase as described in item 1 of the request item, wherein the best seat scored by the seat scoring module is located at the center seat of the first row of the seating area toward the exhibition area. The automatic locating device for online ticket purchase as described in item 5 of the claim, wherein the deciding direction setting module gives the observing effect unit in the adjacent direction of the seat oriented to the right the decreasing value equal to the seat phase to the left The decreasing value of the viewing effect unit in the adjacent direction and the decreasing value of the viewing effect unit in the adjacent direction of the seat are greater than the decreasing value of the viewing effect unit in the adjacent direction of the seat to the left or right. The automatic seat placement device for online ticket purchase as described in item 1 of the request item, wherein the best seat scored by the seat scoring module is located at the end of the first row of the seat area facing the exhibition area. The automatic locating device for online ticket purchase as described in item 7 of the request item, wherein the deciding direction setting module gives the decrement value of the viewing effect unit in the adjacent direction of the seat after orientation greater than that of the right or left The unit of viewing effect in the adjacent direction of the seat is decreasing.

Images