Control device and a method for sending and receiving information in a vending machine and the like apparatus

• US 4,616,323 A
• Filed: 02/21/1984
• Issued: 10/07/1986
• Est. Priority Date: 02/23/1983
• Status: Expired due to Term

• Current Assignee: Nippon Conlux Co., Ltd. (Crane Company)
• Original Assignee: Kabushiki Kaisha Nippon Coinco
• Inventors: Hayashi, Yukichi
• Primary Examiner(s): Ruggiero, Joseph
• Application Number:
  US06/581,532
• Time in Patent Office: 959 Days
• Field of Search: 364/478, 364/479, 364/200 MS File, 364/900 MS File, 340/825.35, 194/1 N, 194/1 O
• US Class Current: 700/232
• CPC Class Codes: G07F 5/24 with change-giving
• CPC Class Codes: G07F 9/08 Counting total of coins inserted

Abstract

Sending and receiving of information between a coinmech control section performing controls relating to receiving and paying out of coins and a vendor control section performing controls relating to selection and vending of an article are made under the leadership of the vendor control section. Multiple kinds of information to be sent and received are previously classified into a plurality of modes and a mode including necessary information to be sent and received is designated on the side of the vendor control section by a mode selection code. Responsive to contents of the mode selection code, one of the coinmech control section and the vendor control section is brought into an information sending state and the other into an information receiving state whereby a group of information for this mode is sent and received.

Claims

1. A control device in a vending machine and the like apparatus including a first control section for performing control functions relating to receiving and paying out of coins and a second control section for performing control functions relating to selection and vending of an article, said first and second control sections utilizing predetermined information generated by each other control section characterized in that the control device comprises:

first means in which said second control section exclusively generates a demand signal requiring that predetermined information be delivered from said first control section to said second control section or, concersely, that said first control section receive predetermined information from said second control section; and

second means which, reponsive to said demand signal, brings one of said first and second control sections into a state in which it can deliver out the predetermined information and the other control section into a state in which it can receiving the information;

whereby sending and receiving of the information between said two control sections are performed under the supervision of said second control section in response to said generated demand signals from said second control section.

2. A control device as defined in claim 1 wherein said first means comprises demand generation means for generating a code in said second section representing said demand and demand interpretation means for interpreting the contents of said demand upon receipt of said code in said first control section;

and

said second means comprises first input and output processing means for bringing, in response to the demand generated by said demand generation means, said second control section into a state in which it can send or receive predetermined information and second input and output processing means for bringing, in reponse to the demand interpreted by said demand interpretation means, said first control section into a state in which it can send or receive predetermined information.

3. A control device as defined in claim 2 wherein a group of plural information is sent and received for a single demand.

4. A control device as defined in claim 3 wherein the group of plural information to be sent and received for a single demand is divided into units and sent and received respectively during a plurality of time intervals and each unit of said group of plural information is assigned a predetermined bit number.

5. A control device as defined in claim 4 wherein one of said first and second input and output processing means which has been brought into a state in which it can receive information sends back the signal of said receiving predetermined bit number to the other input and output processing means which has been brought into a state in which it can send information, and said other input and output processing means collates the returned signal with the sent signal and when coincidence of the two signals has been detected, sending and receiving of a next signal of the predetermined bit number is started.

6. A control device as defined in claim 1 wherein said first and second control sections respectively comprise memory means for storing information to be sent to the other control section and information received from the other control section, obtaining information to be sent to the other control section from said memory means through said second means in the signal sending state, and storing information received from the other control section through said second means in said memory means in the signal receiving state.

7. A method for sending and receiving information between control sections in a control device for a vending machine and the like apparatus including a first control section performing control functions relating to receiving and paying out of coins and a second control section performing control functions relating to selection and vending of an article and other special functions characterized in that the method comprises:

classifying mutiple kinds of information to be sent and received into a plurality of modes;

designating from said second control section one of said modes including necessary information to be sent and received by means of a mode selection code; and

performing sending and receiving of all information included in said one mode from said first control section to said second control section or from said second control section to said first control section in accordance with said one mode designaged by the mode selection code.

8. An information sending and receiving method as defined in claim 7 wherein the respective modes belong either to a first mode in which information to be transmitted from said first control section to said second control section is classified, or to a second mode in which information to be transmitted from said second control section to said first control section is classified;

when a mode belonging to said first mode has been designated, all information included in said mode is divided into separate information units which are each sent successively from said first control section to said second control section; and

when a mode belonging to said second mode has been designated, all information included in said mode is divided into separate information units, which are each sent successively from said second control section to said first control section.

9. An information sending and receiving method as defined in claim 8 wherein the capacity of information capable of being sent and received in the respective modes is fixed to a predetermined amount peculiar to the respective modes, the number of said units for said successive sending and receiving of information in the respective modes is predetermined in accordance with this fixed amount and quality and quantity of information to be actually sent and received in the respective modes can be expanded or modified as desired within the scope of said fixed amount peculiar to the respective modes.

10. An information sending and receiving method as defined in claim 9 wherein blank information representing absence of a signal is sent and received in locations where significant information to be sent and received is not allotted in the respective successive sending and receiving units consisting of the predetermined unit number, and when sending and receiving of information (including the blank information) in all of the successive sending and receiving units for one mode has been completed, special information representing the completion is sent and received.