Baking oven with a lighting configuration
View Patent ↗A baking oven includes baking oven lighting reduced by a dimmer device of a control device not suddenly each time, but such that the lighting becomes continuously weaker over a time period visually evident to a user. The light intensity is, preferably, also continuously increased when the baking space lighting is switched on.
1. In a baking oven having a baking space, operating modes, and a plurality of manually operable oven elements, a lighting configuration comprising:
a baking space lighting connected to the oven element and respectively switched on and off, dependent upon at least one of the operating modes, when the oven element is manually operated; and
a control device connected to said baking space lighting, said control device having a dimmer device preventing a light intensity of said baking space lighting from being reduced to zero when said baking space lighting is switched off by automatically continuously reducing said baking space lighting over a predetermined extended time period visually evident to a user;
said control device to be connected to the oven elements, said control device automatically reducing said baking space lighting from a full light intensity to a predetermined lower light intensity greater than zero if a first of the oven elements is not manually operated again within a predetermined time period after the first of the oven elements has been switched on and automatically reseting said baking space lighting to the full light intensity if a second different one of said oven elements is manually operated; and
when said baking space lighting is brought into an off position, said dimmer device preventing light of said baking space lighting from being suddenly reduced even when switching over from the full light intensity to the predetermined lower light intensity by automatically reducing said baking space lighting to become continuously weaker over a predetermined extended time period visually evident to a user.
2. The lighting configuration according to claim 1 , wherein said dimmer device prevents, when said baking space lighting is switched on, light from said baking space lighting from being suddenly produced with full light intensity by automatically causing said baking space lighting to become continuously stronger over a predetermined extended time period evident to a user.
3. The lighting configuration according to claim 1 , wherein said dimmer device prevents said light intensity of said baking space lighting from being immediately reduced to zero when said baking space lighting is switched off by automatically continuously reducing said baking space lighting over a predetermined extended time period visually evident to a user.
4. The lighting configuration according to claim 1 , wherein, when said baking space lighting is brought into an off position, said dimmer device automatically reduces said baking space lighting to become continuously and steplessly weaker.
5. The lighting configuration according to claim 1 , wherein said dimmer device prevents light of said baking space lighting from being suddenly raised to the full light intensity when switching over from the predetermined lower light intensity to the full light intensity by automatically setting the light to become continuously stronger over a predetermined extended time period visually evident to a user.
6. The lighting configuration according to claim 5 , wherein said control device sets the predetermined lower light intensity only in a case of one of the operating modes but not in a case of another different one of the predetermined oven operating modes.
7. The lighting configuration according to claim 5 , wherein said control device sets the predetermined lower light intensity only in a predetermined subset of the operating modes.
8. The lighting configuration according to claim 1 , wherein said dimmer device prevents light of said baking space lighting from being suddenly raised to the full light intensity when switching over from the predetermined lower light intensity to the full light intensity by automatically setting the light to become continuously and steplessly stronger over a predetermined extended time period visually evident to a user.
9. The lighting configuration according to claim 1 , wherein said control device sets the predetermined lower light intensity only in a case of one of the operating modes but not in a case of another different one of the predetermined oven operating modes.
10. The lighting configuration according to claim 1 , wherein said control device sets the predetermined lower light intensity only in a predetermined subset of the operating modes.
11. The lighting configuration according to claim 1 , wherein said control device only sets the predetermined lower light intensity if a temperature in the baking space lies within a predetermined lower temperature range, and not if the temperature lies within a predetermined higher temperature range.
12. The lighting configuration according to claim 1 , wherein said control device only sets the predetermined lower light intensity if a temperature in the baking space lies within a predetermined temperature range.
13. The lighting configuration according to claim 1 , wherein said plurality of manually operable oven elements includes a baking oven door effecting one of a switching on and a switching off of said baking space lighting when said baking oven door is manually operated, an opening of said baking oven door automatically effecting a switching on of said baking space lighting and a closing of said baking oven door automatically effecting a switching off of said baking space lighting.
14. A baking oven, comprising;
a baking space:
a plurality of manually operable oven elements at said baking space;
a baking space lighting disposed at said baking space and connected to said oven elements;
a control device connected to said baking space lighting and having:
operating modes; and
a dimmer device preventing a light intensity of said baking space lighting from being reduced to zero when said baking space lighting is switched off by automatically continuously reducing said baking space lighting over a predetermined extended time period visually evident to a user; and
said baking space lighting being respectively switched on and off, dependent upon at least one of said operating modes, when said oven elements are manually operated;
said control device to be connected to said oven elements, said control device automatically reducing said baking space lighting from a full light intensity to a predetermined lower light intensity greater than zero if a first of said oven elements is not manually operated again within a predetermined time period after the first of said oven elements has been switched on and automatically reseting said baking space lighting to the full light intensity if a second different one of said oven elements is manually operated; and
when said baking space lighting is brought into an off position, said dimmer device preventing light of said baking space lighting from being suddenly reduced even when switching over from the full light intensity to the predetermined lower light intensity by automatically reducing said baking space lighting to become continuously weaker over a predetermined extended time period visually evident to a user.
15. The baking oven according to claim 14 , wherein:
said baking space defines an interior; and
said baking space lighting is disposed in said interior.
16. The baking oven according to claim 14 , wherein said dimmer device prevents, when said baking space lighting is switched on, light from said baking space lighting from being suddenly produced with full light intensity by automatically causing said baking space lighting to become continuously stronger over a predetermined extended time period evident to a user.
17. A lighting configuration, comprising:
a lighting assembly to be connected to a plurality of manual operating elements;
a control device to be connected to said lighting assembly, said control device having:
operating modes; and
a dimmer device preventing a light intensity of said lighting assembly from being reduced to zero when said lighting assembly is switched off by automatically continuously reducing said light intensity of said lighting assembly over a predetermined extended time period visually evident to a user; and
said lighting assembly being respectively switched on and off, dependent upon at least one of said operating modes, when said elements are manually operated;
said control device to be connected to said elements, said control device automatically reducing said light intensity of said lighting assembly from a full light intensity to a predetermined lower light intensity greater than zero if a first of said elements is not manually operated again within a predetermined time period after the first of said elements has been switched on and automatically reseting said light intensity of said lighting assembly to the full light intensity if a second different one of said elements is manually operated; and
when said lighting assembly is brought into an off position, said dimmer device preventing light of said lighting assembly from being suddenly reduced even when switching over from the full light intensity to the predetermined lower light intensity by automatically reducing said intensity of said lighting assembly to become continuously weaker over a predetermined extended time period visually evident to a user.