• 专利附录
  • 专利说明
  • 权利要求
  • 类似技术
  • 同族专利
  • 引用文献
  • 法律状态
  • 优先权
    • 专利摘要:
    The present invention relates to an auction bidding apparatus in an electronic auction system that allows the auction participant to participate in electronic auctions, such as an electronic auction system, by wireless data processing and transmitting the bidding information corresponding to the resin type. will be. Further, the electronic device is configured to include a wireless relay device configured to determine a successful bid price for the corresponding item based on the wireless bid information provided from the auction bidding device and to wirelessly transmit the successful bid information to the auction bidding device of the successful bidder auction participant. In the auction system, the auction bidding apparatus according to the present invention is configured in the shape of a glove, and provided with a plurality of sensors for monitoring the movement of the finger and hand therein data processing means for transmitting a detection signal applied from the sensor The built-in auction glove and a wireless data transmission and reception means for wireless data processing and sending the response information corresponding to the detection signal based on the detection signal applied from the auction glove.
    公开号:KR20020025552A
    申请号:KR1020000057460
    申请日:2000-09-29
    公开日:2002-04-04
    发明作者:홍신표
    申请人:홍신표；
    IPC主号:
    专利说明:

    Auction entry device in electronic auction system
    [18] The present invention relates to an electronic auction system, and in particular, the electronic auction enabling the auction participant to participate in the electronic auction such as the electronic auction system with a conventional coarse resin system by wirelessly processing the bidding information corresponding to the resin formula. Auction bidding apparatus of the system.
    [19] In general, the auction is a resin balance, when the auction participants mark the desired purchase price with their fingers according to the standard auction plan, the auctioneer loudly proclaims and wins the price of the desired price presenter.
    [20] In addition, the settlement statement is prepared based on the successful bid price, and the other person is provided with information such as mercury price by item and grade.
    [21] Therefore, in the aforesaid resin auction method, there is a problem in that the auction transparency due to collusion between the auction company and the middle person, unbiased auction and the like becomes insufficient.
    [22] In recent years, an electronic auction system for electronically auctioning using a predetermined auction terminal has been developed to perform a test service.
    [23] 1 is a system schematic diagram showing a schematic configuration of a general electronic auction system.
    [24] As shown in Fig. 1, the electronic auction system stores the product value input through the data input PC 11 in the server unit 13, and then stores the item value from the RF auction machine 12 of the auction participant. When the bid price data is received by the RF receiver 14, the RF receiver 14 transmits the received bid price information to the access point 17 through the interface unit 15 and the server unit 13.
    [25] In addition, the access point 17 converts the bid price information applied from the server unit 13 into wireless data and transmits it to the mobile auction machine 16, where the mobile auction machine 16 is in progress at the auction company auction. An apparatus for inputting the data for the current status and auction winning bidding, the bid price information received through the access point 17 is displayed and output through a predetermined display means, for example, a mobile scoreboard, and based on the bid price information. The bidding information is determined and input for a specific bid price.
    [26] Here, the successful bid information input by the auction company to the mobile auction 16 is sent to the server unit 13 through the access point (17).
    [27] Subsequently, the server unit 13 transmits the successful bid information provided from the access point 17 to the RF bidder 12 of the successful bid auction participant through the interface unit 15 and the RF receiver 14.
    [28] In addition, the server unit 13 outputs a predetermined auction information, for example, data on sales representatives and auction winning bid, etc., through the line printer 18, and also outputs predetermined auction information to the electronic board management PC 20. By providing the auction information through the sign board control unit 21 is controlled to display output.
    [29] That is, in the electronic auction system, the auction participant wirelessly transmits a predetermined bid amount through its RF bidder 12.
    [30] In this case, although not shown, the RF bidder 12 includes predetermined numeric keys (0 to 9), key input means for starting and ending, direction keys (up, down, left, and right), and a predetermined display unit. It is configured to include, the auction participant is to present the bid price through a plurality of keys provided in the key input means.
    [31] However, in the auction system before the introduction of the electronic auction system, the bidding price was suggested by the formula, so that the auction participants, especially most auction participants in their 40s and 50s, could use the bidding method through the key input means of the RF bidding machine. There will be difficulties.
    [32] In addition, the RF bidding machine is inconvenient to use when the auctioneer wears gloves in the winter, the bidding opportunity due to the accumulation of auction items due to malfunctions and delayed auction time due to poor key input and decrease the bidding speed of the auction participants There is a problem that is lost.
    [33] Thus, the present invention was created in view of the above circumstances, the auction participant is to present the bid price by the existing balance method, and the bidding information corresponding to the balance equation by transmitting wireless data processing, the auction participant The technical purpose is to provide an auction bidding device in an electronic auction system that enables the electronic auction system to be activated by participating in the electronic auction system.
    [1] 1 is a view showing a schematic configuration of a general electronic auction system.
    [2] Figure 2 is a diagram showing the configuration of the auction bidding apparatus according to the first embodiment of the present invention.
    [3] 3 is a view for explaining the configuration and data transmission operation of the first sensor 110 of the auction glove 100 shown in FIG.
    [4] Figure 4 is a functional block diagram showing the functional separation of the internal configuration of the RF transmission and reception apparatus 200 shown in FIG.
    [5] 5 is a flowchart for explaining the operation of the RF transmitting and receiving device 200 shown in FIG.
    [6] 6 is a diagram showing a number representation method of a resin map used in an auction.
    [7] FIG. 7 is a diagram illustrating an example of a data frame structure transmitted by the RF transmitter / receiver 200 shown in FIG.
    [8] 8 is a view schematically showing the configuration of an auction glove of the auction bidding apparatus according to the second embodiment of the present invention.
    [9] ***** Brief description of the main parts of the drawings *****
    [10] 100: auction glove, 101: gloves,
    [11] 110, 120, 130: sensor, 140: data processing unit,
    [12] 200: RF transmission and reception device, 201: basic information storage unit,
    [13] 202: magnetic information storage unit, 203: data memory,
    [14] 204: key input unit, 205: wireless data processing unit,
    [15] 206: antenna, 207: serial port interface,
    [16] 208: display unit, 209: buzzer,
    [17] 210: control unit, 300: wireless relay device.
    [34] The auction bidding apparatus in the electronic auction system according to the present invention for achieving the above object, determines the successful bid price for the object based on the wireless bidding information provided from the auction bidding device, and the successful bid auction information corresponding bid auction participants An electronic auction system comprising a wireless relay device configured to wirelessly transmit to an auction bidding device of claim 1, wherein the auction bidding device is configured in the shape of a glove and has a plurality of sensors therein for monitoring finger and hand movements. And auction glove having a built-in data processing means for transmitting a detection signal applied from the sensor, and wirelessly processing and transmitting bid information corresponding to the detection signal based on a detection signal applied from the auction glove. It characterized in that it comprises a wireless data transmission and reception means.
    [35] That is, according to the above, an auction is provided so that a predetermined sensor may be installed on the glove to detect hand movement, and the corresponding bidding information may be transmitted through wireless data processing based on the detection information of the sensor according to the hand movement of the auction participant. By providing a bidding device, the auction participants can participate in the auction by the existing resin type, and as a result, it is possible to activate the electronic auction system.
    [36] Next, an embodiment according to the present invention will be described with reference to the accompanying drawings.
    [37] 2 is a view showing a schematic configuration of an auction bidding apparatus in the electronic auction system according to the present invention.
    [38] As shown in Fig. 2, the auction bidding apparatus according to the present invention is provided with an auction glove (100: Auction Glove) for providing information according to the hand of the auction participant with a predetermined sensor, the auction glove (100) Based on the hand motion detection signal provided from the control information to transmit the predetermined bid information, for example, bid price information by wireless data processing, or to display and output the wireless data applied from the wireless relay device 300 through the predetermined display means Recognizes a predetermined bid price based on the RF transmission / reception apparatus 200 and the wireless data applied from the RF transmission / reception apparatus 200, and wireless data processing the successful bid information provided from the server unit of FIG. It is configured to include a wireless relay 300 to be sent to the RF transmission and reception apparatus 200.
    [39] Here, the auction glove 100 is made of a stretch lycra fiber, for example, the glove 101 is configured to be used by the auction participant in his hand, and is configured inside the glove 101, located on the back of the hand part of the auction participant And a variety of sensors 110, 120, and 130 for monitoring the hand movements of the auction participants, and a data processor 140 for sequentially transmitting sensing information applied from the various sensors 110, 120, and 130 according to a predetermined rule. do.
    [40] In addition, the sensor may include a plurality of first sensors 110 (110 1 to 110 5 ) respectively installed at the finger parts to detect finger movements, and a plurality of agents installed between the fingers to detect the shape of the crooked and bent fingers. 2 sensors (120: 120 1 to 120 4 ) and a plurality of third sensors (130: 130 1 to 130 2 ) installed on the wrist to detect movement of the wrist, for example, bending or turning the wrist to the left and right. do.
    [41] In this case, the first sensor 110 is, for example, a flex sensor, and as shown in FIG. 3 (X), the plurality of gratings (a) are configured to have a predetermined interval (b), and the grating (a 1 ) The bending of the finger is detected according to the change of the resistance R generated by the change of the distance b between the gratings a 2 .
    [42] In particular, as shown in (Y) of FIG. 3, the first sensor 110 includes a change in the node joint portion C between the first and second nodes of the finger, and the first and second fingers. A change in the fist joint part (D) is detected.
    [43] In addition, the third sensor 130 may be implemented as a tilt sensor.
    [44] Meanwhile, in FIG. 2, the data processor 140 transmits the sensing signals applied from the first and third sensors 110, 120, and 130 through the line 150 in the form as shown in FIG. It transmits a predetermined start signal and end signal and each sensor (a total of 11 sensor informations in the order of start signal → detection signal for each sensor (sensor 1 to sensor 11) → end signal, but set a predetermined time). Therefore, the data signals as shown in FIG. 3 (Z) are divided and transmitted to transmit 200 times per second.
    [45] That is, the data processor 140 divides, for example, eleven sensing signals applied from the first and third sensors 110, 120, and 130 installed in the respective parts of the glove 101, and transmits the RF transmission / reception apparatus 200 through a predetermined line. Will be sent out.
    [46] At this time, the auction glove 100 is not shown, but is provided with a predetermined power supply means, the power supply means on / off control the predetermined control signal applied to the RF transmitting and receiving device 200 shown in FIG. It is preferable to perform the sensing operation and the detection signal transmission operation through the sensor.
    [47] Also. The auction glove 100 includes a predetermined power supply means and a predetermined function key for turning on / off the power supply means to perform sensing and sensing signal transmission operations through control of the power supply means. Can be.
    [48] On the other hand, Figure 4 is a block diagram showing the functional separation of the internal configuration of the RF transmission and reception apparatus 200 shown in FIG.
    [49] That is, as shown in Figure 4, the RF transmission and reception apparatus 200 is the reference level information of the sensor provided in the auction glove 100, that is, the first and second resistance threshold information of the first sensor 100, First and second directions of the second and third sensors 120 and 130, the basic information storage unit 201, the threshold information is stored, and personal information of the auction participants using the auction bidding device, such as corporate division code and broker number It comprises a magnetic information storage unit 202 for storing the personal information consisting of a data memory 203 for temporarily storing a predetermined amount of data applied from the data processing unit 140 of the auction glove 100 Will be.
    [50] In addition, the RF transmission and reception apparatus 200 is applied from a key input unit 204 composed of auction participant commands, for example, start and reset function keys according to auction start and end, and a control unit 210 to be described later. Wireless data processing unit 205 for wireless data processing and transmitting digital signal through antenna 206 or wireless data processing unit 205 for converting wireless data applied from antenna 206 into digital signal and transmitting it to control unit 210, and predetermined information. For example, the serial port interface 207 may be configured to perform a serial data interface, such as an RS232 port, to receive personal information of an auction participant by wire.
    [51] In this case, the serial port interface 207 is provided to perform an information update operation such as change of information in combination with an operator terminal.
    [52] In addition, the RF transmitter / receiver 200 includes a display unit 208 for displaying and outputting predetermined data, a buzzer 209, and a predetermined A / D conversion module to provide a data processing unit of the auction glove 100 The analog sense signal applied from 210 is converted into a digital signal based on the reference level information stored in the basic information storage unit 201, and then sent to the wireless data processing unit 205, and from the wireless repeater 300 And a control unit 210 which controls to output information applied through the wireless data processing unit 205 through a predetermined display means or to transmit sound through the buzzer 209.
    [53] On the other hand, the RF transmission and reception apparatus 200 shown in FIG. 4 may be configured to perform wireless data processing in a Bluetooth manner.
    [54] Next, the operation of the device having the above configuration will be described.
    [55] 5 is a flowchart for explaining the operation of the RF transmitting and receiving device 200 shown in FIG.
    [56] First, the predetermined detection signal reference level information is stored in the basic information storage unit 201, and after the auction participant purchases the bidding device, the personal information of the auction participant, for example, the auction through the predetermined serial port interface 207 In a state where personal information consisting of a participant's corporation identification code and a broker number is registered in the magnetic information storage unit 202, the control unit 210 receives the start function key information from the key input unit 204 (ST1). The predetermined operation start signal is transmitted to the data processing unit 140 of the auction glove 100 (ST2).
    [57] On the other hand, the data processing unit 140 of the auction glove 100 performs a predetermined sensing operation based on a predetermined operation control signal applied from the control unit 211, and the detection signal provided from each sensor (Z) of FIG. It is sent to the control unit 211 in the form as shown in.
    [58] That is, the detection signal applied from the auction glove 100 is an analog signal provided from a corresponding sensor, and mainly displays numeric information according to a finger movement, and the numerical display method according to the finger movement is as shown in FIG. 6. . In addition, the data processing unit 140 of the auction glove 100 includes resistance information from the first sensor 110 located at each finger, that is, a thumb, an index finger, a middle finger, a middle finger, and a ring finger, and a second sensor provided between the fingers. 120 and azimuth information from the third sensor 130 provided at the wrist to the controller 211.
    [59] On the other hand, the control unit 210 performs a series of operations of converting the predetermined response information into a digital signal based on the detection signal provided from the auction glove 100 to transmit to the wireless data processing unit 205 (ST3).
    [60] First, the control unit 210 temporarily stores the sensing information applied from the data processing unit 140 in the data memory 203 and corresponds to the received sensing information based on the reference level information stored in the basic information storage unit 201. The bid information, for example, numerical information corresponding to the bid price, is stored in the data memory 203.
    [61] In this case, the controller detects the bending of the finger based on the resistance information applied from the data processor 140 and the azimuth information from the second sensor, and determines the up, down, left, and right states of the hand based on the azimuth information from the third sensor. Done.
    [62] That is, the state (Sx) of the finger is sensed by setting the bent state (Sbent), straight pin state (Sstraight), the middle state (Smiddle) through the first sensor 110, which is calculated as Equation 1 do.
    [63] Sx = Sstraight (Dx <Tlow)
    [64] Smiddle (Tlow ≤ Dx <Thigh)
    [65] Sbent (Thigh ≤ Dx)
    [66] In this case, in Equation 1, Dx is a sensing signal provided from the first sensor, and Tlow and Thigh are resistance threshold values of reference level information stored in the basic information storage unit 121.
    [67] In addition, the control unit 211 is to recognize the state of the spim and bending of the hand and the direction of the wrist based on the azimuth information of the second and third sensors applied from the data processing unit 140, The recognition method is as shown in equation (2).
    [68] Sroll = Sleft (Droll <Tlow)
    [69] Slevel (Tlow ≤ Droll <Thigh)
    [70] Sright (Thigh ≤ Droll)
    [71] Spitch = Sdown (Dpitch <Tlow)
    [72] Sflat (Tlow ≤ Dpitch, Thigh)
    [73] Sup (Thigh ≤ Dpitch)
    [74] At this time, the Droll and Dpitch information indicates a detection signal according to the azimuth angle of the detection signal applied from the second and third sensors, the Tlow and Thigh information is the direction angle of the reference level information stored in the basic information storage unit 121 Threshold.
    [75] For example, the level values of the detection signals provided from the first sensor 110 for the hand movement corresponding to "6" in FIG. 6 are shown in Table 1.
    [76] Finger (sensor)Thumb (110 1 )Index (110 2 )Stop (110 3 )Jangji (110 4 )Ring finger (110 5 ) conditionStraightSbentSbentSbentSbent Corresponding value0011111111
    [77] That is, the control unit 210 converts the sensing information of the first sensor 110 corresponding to the number "6" applied from the data processing unit 140 into a digital signal equal to the corresponding value shown in Table 1, and stores the data memory 203. ). In this case, the detection signals from the second and third sensors 120 and 130 are also converted into corresponding values of the states corresponding to the direction angles and stored in the data memory 203 similarly to the detection signals from the first sensor 110. do.
    [78] In addition, the control unit 210 stores the detection signal corresponding value as described above in the data memory 122, stores the corresponding value for a predetermined time, and checks the stored detection signal corresponding value to correspond to the same detection signal more than a predetermined time or more. When the value is stored, the bidding information, for example, the bid price information according to the corresponding detection signal corresponding value is digitalized and sent to the wireless data processing unit 205.
    [79] At this time, the control unit 210 transmits the data frame of the form as shown in FIG. 7 to the wireless data processing unit 205, which is a 4-bit (consisting of auction broker number and corporation type information). 0 to 3) It consists of a total of 12 bit data strings of 8 bits (4 to 11) information bits including personal information and bid information.
    [80] In addition, the controller 210 presents a bid price for an item provided by the auction company, as shown in FIG. The data frame is sent out, and then the data frame for the bidding price is sent out, and finally, the data frame for the end bid signal (for example, "hand-shaped" in the case of resin expression) is sent out.
    [81] That is, when the bid price is "3450", the data frame including the "3" data as the first bid price information, and the "4" data as the second bid price information after the bid start data frame is sent. The data frame including the "5" data as the third bid price information, and the data frame containing the "0" data as the fourth bid price information is sequentially transmitted and the end of the data frame is sent to the radio, The relay device 300 recognizes the bid price information on the basis of the bid start information, and recognizes the bid price as 3,450 won based on 3 → 4 → 5 → 0 and bid end information sequentially applied afterwards. do.
    [82] Meanwhile, when the predetermined end function key is applied through the key input unit 204 while performing the above-described response information sending operation repeatedly (ST4), the control unit 210 performs a predetermined operation with the auction glove 100. In addition to sending the end signal, the data memory 203 is cleared (ST5).
    [83] In addition, when the end function key is not input from the key input unit 204 in step ST4, the controller 210 confirms whether predetermined auction information, for example, successful bid information, is received from the wireless data processing unit 205 ( ST6), at this time, when predetermined auction information is received from the wireless data processing unit 205, the control unit 210 displays the output through the display unit 208, or the sound corresponding to the successful bid information through the buzzer 209 The information is output as information (ST7).
    [84] On the other hand, Figure 8 shows the configuration of the auction glove of the auction bidding apparatus according to the second embodiment of the present invention, which is installed in each joint to check the joint state of the finger in installing the first sensor in the auction glove 1 It is possible to configure by installing the sensor.
    [85] That is, as shown in Fig. 8, it is possible to configure each of the first sensor (5101, 5102) to the node joint (Fig. 3 (C)) of the finger and the fist joint (D in Fig. 3) Do. At this time, although not shown, the second and third sensors are installed in the glove as shown in FIG.
    [86] Therefore, according to the above embodiment, a predetermined sensor is installed on the glove to detect hand movement, and the corresponding bidding information can be wirelessly processed and transmitted based on the detection information of the sensor according to the hand movement of the auction participant. By providing the auction bidding device, the auction participants can participate in the auction by the existing balance.
    [87] In addition, the auction bidding device can facilitate the electronic auction system by providing the auction participants the convenience of participating in the auction.
    [88] In addition, the present invention is not limited to the above embodiments, and various modifications can be made without departing from the technical spirit of the present invention.
    [89] For example, the auction bidding apparatus may be applied to a game system to apply the game player's motion to the game.
    [90] As described above, according to the present invention, by installing a predetermined sensor in the glove to detect the hand movement, the response information can be transmitted by wireless data processing based on the detection information of the sensor according to the hand movement of the auction participant. By providing the auction bidding device, the auction participants can participate in the auction by the existing balance, and as a result, it is possible to activate the electronic auction system.
    权利要求:
    Claims (7)
    [1" claim-type="Currently amended] The electronic auction system comprising a wireless relay device configured to determine a successful bid price for the corresponding item based on the wireless bid information provided from the auction bidding device and to wirelessly transmit the successful bid information to the auction bidding device of the successful bid auction participant. To
    The auction bidding device comprises an auction glove having a glove shape and having a plurality of sensors therein for monitoring the movement of a finger and a hand therein and including data processing means for transmitting a detection signal applied from the sensor. ,
    And a wireless data transmission / reception unit configured to wirelessly process and transmit the bidding information corresponding to the corresponding detection signal based on the detection signal applied from the auction glove.
    [2" claim-type="Currently amended] The method of claim 1,
    Sensors provided in the auction glove and a plurality of first sensors respectively installed on the finger portion of the glove to detect the bending state of the finger,
    A plurality of second sensors each installed between the fingers of the glove to detect the bending state of the finger;
    The auction bidding apparatus of the electronic auction system, characterized in that composed of at least one or more third sensors installed on the wrist portion of the glove to sense the direction of movement of the wrist.
    [3" claim-type="Currently amended] The method of claim 2,
    The first sensor is configured as a flex sensor, the auction bidding apparatus of the electronic auction system, characterized in that to provide resistance information according to the movement of the finger.
    [4" claim-type="Currently amended] The method of claim 1,
    The auction glove is an auction bidding apparatus of the electronic auction system, characterized in that it comprises a data processing means for sequentially providing each detection signal applied from a plurality of sensors by a predetermined time unit.
    [5" claim-type="Currently amended] The method of claim 1,
    The wireless data transmission and reception means includes: basic information storage means for storing a reference level signal of a detection signal applied from an auction glove;
    Wireless data processing means for wireless data transmission and reception with the wireless relay device;
    Display output means for displaying and outputting predetermined auction information,
    The sensing signal applied from the auction glove is compared with the reference level signal stored in the basic information storing means, converts the bidding information corresponding to the sensing signal into digital data, and sends it to the wireless data processing unit. Auction bidding apparatus in the electronic auction system, characterized in that it comprises a control means for controlling the output to be output through the display output stage.
    [6" claim-type="Currently amended] The method of claim 5,
    The wireless data transmission and reception apparatus is provided with a magnetic information storage means for storing the personal information of the auctioneer with an auction glove,
    The control means is an auction bidding apparatus in the electronic auction system, characterized in that for generating a data frame comprising the bid information and the personal information stored in the magnetic information storage means to be sent to the wireless data processing unit.
    [7" claim-type="Currently amended] The method according to claim 5 or 6,
    The wireless data transmission and reception means comprises a predetermined data memory for storing a detection signal applied from the auction glove,
    The control means is configured to store the bidding information corresponding to the detection signal applied from the auction glove in the data memory, and to transmit the corresponding bidding information to the wireless data processing unit when the same bidding information is received more than a predetermined time. Auction bidding device in electronic auction system.
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    同族专利:
    公开号 | 公开日
    引用文献:
    公开号 | 申请日 | 公开日 | 申请人 | 专利标题
    法律状态:
    2000-09-29|Application filed by 홍신표
    2000-09-29|Priority to KR1020000057460A
    2002-04-04|Publication of KR20020025552A
    优先权:
    申请号 | 申请日 | 专利标题
    KR1020000057460A|KR20020025552A|2000-09-29|2000-09-29|Auction entry device in electronic auction system|
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