Control arrangement for consumer units which are allocated to groups

• US 5,544,037 A
• Filed: 07/27/1994
• Issued: 08/06/1996
• Est. Priority Date: 08/18/1993
• Status: Expired due to Term

• Current Assignee: Tridonic Bauelemente GmbH
• Original Assignee: Tridonic Bauelemente GmbH
• Inventors: Luger, Siegfried
• Primary Examiner(s): Envall, Jr., Roy N.
• Assistant Examiner(s): Garland, Steven R.
• Application Number:
  US08/281,008
• Time in Patent Office: 741 Days
• Field of Search: 364/130, 364/131, 364/132, 364/188, 364/135-147, 364/492, 364/493, 364/505, 364/189, 340/825, 340/825.07, 340/825.52, 340/825.53, 340/310.01, 340/310.06, 340/534, 315/294, 315/295, 315/312-315, 315/291, 307/38, 307/40, 395/275
• US Class Current: 700/17
• CPC Class Codes: H05B 47/10 Controlling the light source
• CPC Class Codes: H05B 47/18 via data-bus transmission

Abstract

There is disclosed a control arrangement for plural consumer units allocated to groups for operation by means of operating elements connected with at least one group address control transmitter. The transmitter transmits group addresses to control receivers which are connected to customer units and in which group addresses are stored during a commissioning phase, whereby after such commissioning, consumer units are connected in groups with associated control receivers according to the operation of an operating element.

Claims

1. Process for controlling consumer units allocated to groups in dependence upon the operation of operating elements provided respectively for the consumer unit groups,

characterised in that,

during a commissioning phase for determining the allocation of the consumer units to the groups,

the consumer units of a first consumer unit group are respectively connected with first control receivers,

a first group address, which indicates the allocation of the first consumer unit group to a first operating element is stored in the first control receivers as a result of an operation of the first operating element,

the consumer units of a second consumer unit group are respectively connected with second control receivers,

a second group address, which indicates the allocation of the second consumer unit group to a second operating element, is stored in the second control receivers as a result of an operation of the second operating element, whilst the first group address stored in the first control receivers is retained, and

in that during an operational phase

operating one of said operating elements and transmitting a group address, which indicates said one operating element, to all said control receivers, and effecting the control of a consumer unit connected to a control receiver in which a stored group address corresponds with the transmitted group address.

2. Process according to claim 1,

characterised in that,

along with a group address, a function address is transmitted to the control receivers, which function address selects a particular function from amongst a plurality of specific functions of a consumer unit.

3. Process according to claim 2,

characterised in that,

along with the group address, a plurality of function addresses are stored in each control receiver, which function addresses represent the functions of the consumer unit connected to the control receiver, whereby when a received function address agrees with a stored function address, the connected consumer unit is placed in the corresponding functional condition.

4. Process according to claim 3,

characterised in that,

upon connection of a consumer unit to a control receiver the function addresses are stored in correspondence with the result of a procedure to be carried out by the control receiver for identification of the connected consumer unit.

5. Process according to claim 2,

characterised in that,

the group addresses and/or function addresses stored in the control receivers are erased upon separation of the connection between a consumer unit and a respective control receiver.

6. Process according to claim 1,

characterised in that,

the allocation of the consumer units to the groups is alterable during the operational phase, whereby a corresponding control command together with new group addresses is transmitted to the control receivers.

7. Control arrangement for controlling consumer units allocated to groups, having

a plurality of operating elements each for controlling a consumer unit group to be associated therewith,

at least one control transmitter, each operating element being connected with a control transmitter for sending signals thereto, which signals correspond to an operating function associated with the operating element or correspond to one of a plurality of operating functions associated with the operating element,

a plurality of control receivers, to which consumer units can be connected, said control receivers each having a memory for storing group and/or function addresses, a connection test device for determining whether a consumer unit is connected to a control receiver, and a control circuit for controlling the connected consumer unit, and

a control line which connects the control transmitter or control transmitters with the control receivers for the transmission of the group and/or function addresses,

said control arrangement being characterised in that each operating element is connected with the control line via a central control transmitter.

8. Control arrangement according to claim 7,

characterised in that,

the operating elements are connected with a common central control transmitter.

9. Control arrangement according to claim 8,

characterised in that,

the central control transmitter has input and/or output devices for central control and/or monitoring of the connected consumer units.

10. Control arrangement according to claim 7,

further characterised in that,

the control transmitter or control transmitters includes a memory for intermediate storage of the operating functions selected by means of the operating elements.

11. Control arrangement according to claim 7,

further characterised in that,

at least the memories of the control receivers are non-volatile, erasable and re-writable memories.

12. Control arrangement according to claim 7,

further characterised in that,

the control line is simultaneously a common supply line for the control receivers and the control transmitter or control transmitters, and the group and/or function addresses are transmitted via the supply line.

13. Control arrangement according to claim 7,

further characterised in that,

the control line is an optical signal transmission line and the control transmitter or control transmitters comprise an optical emitter element and the control receiver comprises an optical sensor element.

14. Control arrangement according to claim 7,

characterised in that,

at least one of the operating elements is connected with the control transmitter by means of a remote control transmitter and a remote control receiver.

15. Control arrangement for controlling consumer units allocated to groups, having

a plurality of operating elements each for controlling a consumer unit group to be associated therewith,

at least one control transmitter, each operating element being connected with a control transmitter for sending signals thereto, which signals correspond to an operating function associated with the operating element or correspond to one of a plurality of operating functions associated with the operating element,

a plurality of control receivers, to which consumer units can be connected, said control receivers each having a memory for storing group and/or function addresses, a connection test device for effecting a connection test for determining whether a consumer unit is connected to a control receiver, and a control circuit for controlling the connected consumer unit, and

a control line which connects the control transmitter or control transmitters with the control receivers for the transmission of the group and/or function addresses, said control arrangement being characterised in that,

the connection test device effects the connection test mechanically by probing a connection location for a consumer unit and/or a plug location for a cable connection with the consumer unit.

16. Control arrangement according to claim 15,

characterised in that,

the connection test device determines the nature of the connected consumer unit by detecting particular mechanical characteristic parameters of the consumer unit, and in that the comparison of a function address received from the control receiver is effected only with such function addresses stored in the memory as correspond to specific functions of the connected consumer unit.

17. Control arrangement for controlling consumer units allocated to groups, having

a plurality of operating elements each for controlling a consumer unit group to be associated therewith,

at least one control transmitter, each operating element being connected with a control transmitter for sending signals thereto, which signals correspond to an operating function associated with the operating element or correspond to one of a plurality of operating functions associated with the operating element,

a plurality of control receivers, to which consumer units can be connected, said control receivers each having a memory for storing group and/or function addresses, a connection test device for effecting a connection test for determining whether a consumer unit is connected to a control receiver, and a control circuit for controlling the connected consumer unit, and

a control line which connects the control transmitter or control transmitters with the control receivers for the transmission of the group and/or function addresses, said control arrangement being characterised in that,

the connection test device effects the connection test electrically, by means of impedance measurement at the electrical connection device provided for the consumer unit.

18. Control arrangement according to claim 17,

characterised in that,

the connection test device determines the nature of the connected consumer unit by detecting particular electrical characteristic parameters of the consumer unit, and in that the comparison of a function address received from the control receiver is effected only with such function addresses stored in the memory as correspond to specific functions of the connected consumer unit.

19. Control arrangement for controlling consumer units allocated to groups, having

a plurality of operating elements each for controlling a consumer unit group to be associated therewith,

at least one control transmitter, each operating element being connected with a control transmitter for sending signals thereto, which signals correspond to an operating function associated with the operating element or correspond to one of a plurality of operating functions associated with the operating element,

a plurality of control receivers, to which consumer units can be connected, said control receivers each having a memory for storing group and/or function addresses, a connection test device for effecting a connection test for determining whether a consumer unit is connected to a control receiver, and a control circuit for controlling the connected consumer unit, and

a control line which connects the control transmitter or control transmitters with the control receivers for the transmission of the group and/or function addresses, said control arrangement being characterised in that,

the control circuit has a power regulation part which allows a variation of the power take-up of the connected consumer unit.

20. Control arrangement according to claim 19,

characterised in that,

the control circuit has a controllable switch, which connects the connected consumer unit with a supply voltage when the group address received from the control receiver agrees with the stored group address.