WO2012013006A1

WO2012013006A1 - Chessboard data coupling device for tabletop chessboard game

Info

Publication number: WO2012013006A1
Application number: PCT/CN2010/080566
Authority: WO
Inventors: 陈肖东
Original assignee: 蓝帽子(厦门)文化传播有限公司
Priority date: 2010-07-30
Filing date: 2010-12-31
Publication date: 2012-02-02
Also published as: CN201781113U

Abstract

A chessboard data coupling device for tabletop chessboard games comprises a plurality of chessboard blocks and a plurality of moveable chess lattices for coupling each chessboard block; a plurality of fixed chess lattices are set on the board surface of each chessboard block respectively; a clamping platform is set at the bottom of each moveable chess lattice respectively; a data socket is set at the bottom of each clamping platform respectively; a clamping slot capable of matching correspondingly with the clamping platform is set on the end edge of each chessboard block respectively, and a data pin is set within each clamping slot respectively；the clamping platform of each moveable chess lattice is matched with the corresponding clamping slot of the chessboard block in a clamping way respectively, and the data socket of each clamping platform is matched with the data pin of the corresponding clamping slot in a splicing way respectively. The device not only realizes the firm concatenation between each chessboard block and data's effective transmission between the chessboard blocks and between the chess lattices in the same chessboard block, but also therefrom enriches the content of the game, increases the interest of the game.

Description

Checkerboard data connection device applied to desktop board game

Technical field

The present invention relates to a tabletop board game board device, and more particularly to a board data connection device applied to a desktop board game.

Background technique

Digital desktop board games combine modern digital technology with ancient board games to create a new desktop game that adds to the fun and interactivity of the game. In order to realize the data transmission function of the chessboard, the USB interface is generally used as an interface for splicing between the chessboard blocks, and serves as a bridge between the chessboard blocks and the chessboard and the chess pieces. However, the desktop board directly using the USB interface as a splicing interface has the characteristics of inconvenient splicing operation and unstable connection after splicing, so that the user does not easily splicing a plurality of checkerboard blocks, and the data transmission efficiency is prone to decrease after splicing. Happening.

Summary of the invention

The object of the present invention is to overcome the deficiencies of the prior art and provide a chessboard data connection device applied to a desktop board game, which adopts a form in which a card table and a card slot are engaged, and a data socket and a data plug are inserted. It not only realizes the stable splicing between the chessboard blocks, but also realizes the effective transmission of data between the chessboard blocks, thereby solving the deficiencies of the prior art desktop chessboard.

The technical solution adopted by the present invention to solve the technical problem thereof is: a board data connection device applied to a desktop board game, comprising a plurality of chessboard blocks, each of which has a plurality of fixed chessboards on the disk surface; An active chessboard for connecting each of the chessboard blocks, the bottom end of each of the active chessboards is respectively provided with a card table, and each of the card slots is respectively provided with a data socket; and the end edges of the respective chessboard blocks are respectively provided with a card a card slot corresponding to the corresponding slot, and each of the card slots is respectively provided with a data plug; the card slots of the respective active chess cards are respectively engaged with the corresponding card slots of the checkerboard block, and the data sockets of the respective card slots are respectively The data plugs corresponding to the card slots are inserted and matched to enable phase stitching and data transmission between adjacent checkerboard blocks.

The plurality of active chessboards include a first active chessboard and a second active chessboard; the bottom of the first active chessboard has two decks, and the two decks are arranged side by side and spaced apart from each other by a distance. The two card slots are respectively engaged with the card slots of two adjacent chessboard blocks, so that the two adjacent chessboard blocks realize the splicing cooperation and data transmission; the card table at the bottom end of the second active chess box is One, the card deck is engaged with the card slot of the outermost board segment to enable the second active chessboard to transmit data to and from the fixed chessboard on the chessboard block.

The first active chessboard includes a first top for placing a pawn and a first bottom provided with two decks; a bottom end of the first top is fixed to a top end of the first bottom; the two decks Located at the bottom end of the first bottom.

The second active chessboard includes a second top for placing the pawn and a second bottom provided with a card; the bottom end of the second top is fixed to the top end of the second bottom; the card is disposed at An inner side of the bottom end of the second bottom portion; an outer side of the bottom end of the second bottom portion is downwardly provided with an extending block.

Each of the end edges of each of the checkerboard blocks is respectively provided with a groove capable of partially accommodating the first bottom of the first movable chess piece and the second bottom of the second active chess piece, the respective card slots respectively Set at the bottom of the groove of the corresponding groove.

The groove walls of the grooves of each of the checkerboard blocks are respectively a wall structure having a semicircular shape and two ends of the groove wall respectively contacting the end edges of the checkerboard block; the first bottom of each of the first movable chess pieces The circumferences of the circumferences are respectively circularly shaped to simultaneously achieve a full circle fit with the grooves of the two adjacent checkerboard blocks; the circumferences of the second bottoms of the respective second active chess pieces are respectively circularly shaped to respectively The groove of the chessboard block at the outermost edge achieves a semi-circular fit.

Each of the active chess compartments is internally provided with a circuit board for realizing data power transmission and sensing components; the circuit board is disposed above the data socket of the card slot.

A board data connection device applied to a desktop board game of the present invention can design the tops of each of its active chess pieces into a variety of chess shapes, such as a castle shape, and a character shape piece in the game. It can be placed on the active chessboard in the shape of a castle, which adds to the richness of the game content and adds to the fun of the game.

The invention has the beneficial effects that since the plurality of bottom ends are respectively provided with active chessboards of the card table, and the bottom ends of the card tables of the respective active chess boxes are respectively provided with data sockets, and at the four end edges of the respective chessboard blocks Each of the card slots is provided with a card slot that can be engaged with the card table of the active chess box, and each of the card slots is respectively provided with a data plug that can be inserted and matched with the data socket of the card table, so that each chessboard block is arranged between The splicing can be achieved by the card-joining of the active card slot and the card slot at the end of the chessboard block, and the data blocks of the card table and the card slot of the chessboard block can be passed between the respective chessboard blocks. The data plug is plugged and matched to achieve effective data transmission; therefore, compared with the prior art desktop chessboard splicing form, the present invention has the characteristics of being able to achieve stable splicing between each checkerboard block and effective data transmission; The first active chessboard and the second active chessboard of the present invention can also be used as a chessboard while splicing each chessboard block and realizing data transmission, which further enriches the content of the chessboard game. Add to the fun of the game.

The present invention will be further described in detail below with reference to the accompanying drawings and embodiments; however, a board data connection apparatus applied to a tabletop board game of the present invention is not limited to the following embodiments.

DRAWINGS

1 is a schematic perspective view showing the structure of a checkerboard block (including two movable chess pieces) of the present invention;

2 is a schematic perspective view showing the first active chessboard of the first embodiment of the present invention;

3 is a schematic exploded view of the first active chessboard of the first embodiment of the present invention;

Figure 4 is a bottom plan view of the first active chessboard of the first embodiment of the present invention;

Figure 5 is a schematic view showing the splicing of the first active chessboard and the two chessboard blocks of the first embodiment of the present invention;

Figure 6 is a perspective view showing the structure of a second active chessboard of the first embodiment of the present invention;

Figure 7 is a schematic exploded view of the second active chessboard of the first embodiment of the present invention;

Figure 8 is a bottom plan view of the second active chessboard of the first embodiment of the present invention;

9 is a schematic view showing the splicing of a second active chess piece and a chessboard block according to the first embodiment of the present invention;

Figure 10 is a partial perspective view showing the second embodiment of the present invention.

detailed description

Embodiment 1 Referring to FIG. 1 , a board data connection apparatus applied to a desktop board game of the present invention includes a plurality of board blocks 1 and a plurality of active chess pieces for connecting respective board blocks; The active chessboard further includes a first active chessboard 2 and a second active chessboard 3; each of the chessboard blocks 1 is provided with a plurality of fixed chessboards 11 respectively; and a card slot is respectively arranged on the end edges of the respective checkerboard blocks 1. 12, and the data plug 13 is respectively disposed inside each of the card slots 12.

among them,

Referring to FIG. 2 to FIG. 5, the first active chess box 2 is used for splicing two adjacent chessboard blocks, and includes a first top portion 21 for placing the chess pieces, a circuit for realizing data power transmission and sensing elements. a bottom plate 23 and a first bottom portion 23; the bottom end of the first top portion 21 is fixed to the top end of the first bottom portion 23, and the circuit board 22 is built in a portion where the first top portion 21 and the first bottom portion 23 are matched; The bottom end of the bottom is provided with two card bases 231, and the two card bases 231 are respectively provided with data sockets 232; the two card bases 231 are arranged side by side and spaced apart from each other by a distance, and the two card sets 231 can respectively The card slots 12 of the two adjacent checkerboard blocks 1 are snap-fitted, and the data receptacles 232 at the bottom end thereof are mated with the data plugs 13 in the corresponding card slots, so that the two adjacent checkerboard blocks can be realized. Splicing cooperation and data transmission;

Referring to FIGS. 6-9, the second active chessboard 3 includes a second top 31 for placing the pawn, a circuit board 32 for implementing data power transmission and sensing elements, and a second bottom 33; the second The bottom end of the top portion 31 is fixed to the top end of the second bottom portion 33, and the circuit board 32 is built in a portion where the second top portion 31 and the second bottom portion 33 are matched; the bottom portion of the second bottom portion 33 is provided with a card base. The bottom end of the card holder 331 is provided with a data socket 332 which is engaged with the card slot 12 of the outermost edge of the board block 1 and has a data socket 332 and a corresponding card at the bottom end thereof. The data plug 13 inside the slot is inserted and mated, so that the second active chess 3 and the fixed chess inside the chessboard 1 can realize data transmission; the second bottom 33 has an extension block on the outer side of the bottom end. 333;

Referring to FIG. 1 , there are four card slots 12 on each checkerboard block 1 (the number of card slots on each checkerboard block may also be more, such as eight or more), at each end of each checkerboard block 1. The central portion of the edge is respectively provided with a groove 14 capable of partially accommodating the first bottom portion 23 of the first movable chess box 2 and the second bottom portion 33 of the second movable chess box 3, and the four card slots 12 are respectively disposed in the corresponding grooves Slot bottom;

The groove walls of the groove 14 of the checkerboard block 1 are respectively a wall structure having a semicircular shape and two ends of the groove wall respectively contacting the end edges of the checkerboard block; the first bottom 23 of each of the first movable chess pieces 2 The circumferences of the circumferences are respectively circularly shaped to simultaneously achieve a full circle fit with the grooves of the two adjacent checkerboard blocks; the circumferences of the second bottom portions 33 of each of the second movable chess pieces 3 are respectively circularly shaped to respectively A semi-circular fit is achieved with the groove of the checkerboard block at the outermost edge.

A chessboard data connection device applied to a desktop board game of the present invention can design the tops of its respective active chessboards into various chessboard shapes, such as designing the first top 21 of the first active chessboard 2. In the shape of a castle, the characters in the game can be placed on the first active chessboard in the shape of a castle. At the same time, the second top 31 of the second active chess 3 can also be designed as a castle shape; since the second active chess 3 is on the groove of the outermost checkerboard block, one or more The second top of the second active chessboard is designed as a door shape (as shown in Fig. 1, the second top of the second active chessboard 3 is the shape of the door). At the same time, each checkerboard block 1 can also be provided with a terrain mark, which adds to the richness of the game content and adds to the fun of the game.

The invention relates to a board data connection device applied to a desktop board game, wherein the first active chess piece, the second active chess piece and the design of the end portions of each checkerboard block can realize the mutual splicing cooperation between the respective checkerboard blocks. In addition, data between the various checkerboard blocks and between the respective chessboards on the same checkerboard block can be mutually transmitted. Compared with the prior art desktop chessboard, the invention has the characteristics that the stitching between the checkerboard blocks is more stable and the data transmission is more effective; in addition, the design of the first active chessboard and the second active chessboard of the present invention achieves stitching. Each board block and data transmission can also be used as a chessboard, which further enriches the content of the board game and adds to the fun of the game.

The board data connection device of the present invention is applied to the board data connection device of the desktop board game, and the top of each activity chess box can be set to other structures according to actual needs, as shown in FIG. 10 in the second embodiment, which is the same as the first embodiment. The difference is that the tops of each of the active chessboards (the first active chessboard 2 and the second active chessboard 3) are planes, and the top of each active chessboard and the top of the fixed chessboard inside the chessboard block 1 are at the height. The above is relatively similar.

The above embodiments are merely preferred embodiments of the present invention, but the embodiments of the present invention are not limited to the above embodiments, and any one skilled in the art can be within the scope of the present invention without departing from the spirit and principle of the present invention. Any changes, modifications, substitutions, combinations, simplifications, etc., which are made, fall within the scope of the technical solutions of the present invention.

Industrial applicability

The invention relates to a board data connection device applied to a desktop board game, which realizes the stable splicing between the various board blocks and the effective transmission of data between the chess pieces and the chess pieces in the same board block, and enriches the data from the board. The content of the game adds to the fun of the game.

Claims

A board data connection device applied to a desktop board game, comprising a plurality of chessboard blocks, each of which has a plurality of fixed chessboards on the disk surface; and the method further comprises: a plurality of activities for connecting the respective chessboard blocks a chess compartment, a bottom end of the active chessboard is provided with a card socket, and a data socket is arranged in the card table; a card slot corresponding to the card table is arranged on the end edge of each chessboard block, and the interior of each card slot is A data plug is provided; the card slots of the respective active chess cards are respectively engaged with the corresponding card slots of the checkerboard block, and the data sockets of the respective card slots are respectively inserted and matched with the data plugs of the corresponding card slots, so as to be adjacent The splicing cooperation and data transmission between the board blocks can be realized.
The board data connection device applied to a desktop board game according to claim 1, wherein the plurality of active chess pieces are the first active chess pieces, and the number of the cards at the bottom end of the first active chess piece is two. The two card stages are arranged side by side and spaced apart from each other by a distance, and the two card stages are respectively engaged with the card slots of two adjacent chess board blocks, so that the two adjacent chess board blocks are spliced and matched. Data is transmitted to each other.
The board data connection device for a tabletop board game according to claim 1, wherein the plurality of active chess pieces are the second active chess pieces, and the card table at the bottom end of the second active chess piece is one. The card deck is engaged with the card slot of the outermost board segment to enable the second active chessboard to transmit data to and from the fixed chessboard on the board segment.
A board data connection device for a tabletop board game according to claim 2, wherein: said first active chessboard comprises a first top for placing a pawn and a first bottom provided with two decks; The bottom end of the first top is fixed to the top end of the first bottom; the two card stages are disposed at the bottom end of the first bottom.
A board data connection apparatus for a tabletop board game according to claim 3, wherein said second movable chessboard includes a second top for placing the pawn and a second bottom provided with a deck; The bottom end of the second top portion is fixed to the top end of the second bottom portion; the card table is disposed on the inner side of the bottom end of the second bottom portion; and an extension block is disposed downwardly on the outer side of the bottom end of the second bottom portion.
A board data connection device for a tabletop board game according to claim 4 or 5, wherein each of the end edges of each of the board blocks is respectively provided with a portion capable of partially accommodating the first movable board a bottom and a groove of the second bottom of the second movable chess piece, wherein the respective card slots are respectively disposed at the bottom of the groove of the corresponding groove.
The checkerboard data connection device for a tabletop board game according to claim 6, wherein the groove walls of the grooves of each of the checkerboard blocks are respectively in a semicircular shape and the two ends of the groove wall are respectively associated with the checkerboard block. The ends of the first bottom of each of the first movable chessboards have a circular shape to achieve a full circle fit with the grooves of the two adjacent checkerboard blocks; The circumferences of the second bottoms of the respective second active chess pieces are each in a circular shape to achieve a semi-circular fit with the grooves of the checkerboard block at the outermost edge, respectively.
A board data connection device for a tabletop board game according to claim 1, wherein: each of said movable chessboards is internally provided with a circuit board for realizing data power transmission and sensing elements; It is arranged above the data socket of the card table.
The checkerboard data connection device for a tabletop board game according to claim 7, wherein the plurality of checkerboard blocks are provided with topographical indications.
The board data connection device for a tabletop board game according to claim 7, wherein the top of the first active chess piece and the second active chess piece is a three-dimensional shape.