Ultraviolet light processor

Claim 2

An ultraviolet light processor comprising: a. a sequence of members for emitting ultraviolet light when connected to a source of electrical power; b. means for automatically and sequentially connecting members of said sequence to a source of electrical power to thereby cause said members to emit ultraviolet light; and c. timing means including only a single timing relay, said timing means cooperating with said connecting means for interposing a time interval between connections of adjacent members of said sequence to said source of electrical power.

Claim 3

The ultraviolet light processor of claim 1 including means for initiating the operation of said connecting means and said timing means.

Claim 4

The ultraviolet light processor of claim 2 including means for permitting said connecting means to function only from the beginning of the connecting sequence.

Claim 5

The ultraviolet processor of claim 1 wherein said time interval is in the range of from about 1/2 second to about 10 seconds.

Claim 6

The ultraviolet light processor of claim 1 wherein: a. said electrical power is alternating; and b. alternating electrical power is applied to each member through a reactance comprising an inductive reactance and a capacitive reactance.

Claim 7

The ultraviolet lignt processor of claim 5 including means for varying the reactance.

Claim 8

The ultraviolet light processor of claim 5 including means for varying the capacitive reactance.

Claim 9

The ultraviolet light processor of claim 7 wherein said varying means varies the capacitive reactance through a plurality of discrete steps of capacitive reactance.

Claim 10

The ultraviolet light processor of claim 8 wherein said members are medium or high pressure mercury vapor lamps.

Claim 11

The ultraviolet light processor of claim 9 including means for causing alternating electrical power to be applied to said lamps through a predetermined value of reactance at least until said lamps are warmed up.

Claim 12

The ultraviolet light processor of claim 10 including means for changing the value of capacitive reactance after said lamps are warmed up.

Claim 13

The ultraviolet light processor of claim 1 including means for disconnecting any member of the sequence from the source of electrical power upon failure of said member.

Claim 14

An ultraviolet light processor comprising: a. a sequence of medium or high pressure mercury vapor lamps for emitting ultraviolet light when connected to a source of alternating electrical power; b. means for automatically and sequentially connecting lamps of said sequence through a reactance to a source of electrical power to thereby cause said lamps to emit ultraviolet light, wherein said reactance comprises an inductive reactance and a capacitive reactance; c. timing means including only a single timing relay, said timing means cooperating with said connecting means for interposing a time interval in the range of from about 1/2 second to about 10 seconds between connections of adjacent lamps of said sequence to said source of alternating electrical power; d. means for initiating the operation of said connecting means and said timing means; e. means for permitting said connecting means to function only from the beginning of the connecting sequence; f. means for varying the capacitive reactance through a plurality of discrete steps of capacitive reactance; and g. means for causing alternating electric power to be applied to said lamps through a predetermined value of reactance at least until said lamps are warmed up.

Claim 15

An ultraviolet light processor comprising: a. a sequence of medium or high pressure mercury vapor lamps for emitting ultraviolet light when connected to a source of alternating electrical power; b. means for automatically and sequentially connecting lamps of said sequence through a reactance to a source of electrical power to thereby cause said lamps to emit ultraviolet light, wherein said reactance comprises an inductive reactance and a capacitive reactance; c. timing means including only a single timing relay, said timing means cooperating with said connecting means for interposing a time interval in the range of from about 1/2 second to about 10 seconds between connections of adjacent lamps of said sequence to said source of alternating electrical power; d. means for initiating the operation of said connecting means and said timing means; e. means for permitting said connecting means to function only from the beginning of the connecting sequence; f. means for varying the capacitive reactance through a plurality of discrete steps of capacitive reactance; and g. means for causing alternating electric power to be applied to said lamps through a predetermined value of reactance at least until said lamps are warmed up.

Claim 16

The ultraviolet light processor of claim 13 including means for changing the value of capacitive reactance after said lamps are warmed up.

Claim 17

The ultraviolet light processor of claim 13 including means for disconnecting any lamp of the sequence from the source of electrical power upon failure of said lamp.