초록 ▼

A magnet valve configured to control a fluid includes an armature with a base region, a casing region, and a head region. The magnet valve also includes a valve element that is connected to the armature and an armature housing component. A flow path is formed between the armature and the armature ho

A magnet valve configured to control a fluid includes an armature with a base region, a casing region, and a head region. The magnet valve also includes a valve element that is connected to the armature and an armature housing component. A flow path is formed between the armature and the armature housing component. The flow path runs from a lower armature chamber to an upper armature chamber and back to the lower armature chamber. The head region of the armature has a flattened section, and the upper armature chamber is defined between the armature housing component and the flattened section. At least one groove is formed on the casing region of the armature starting from the base region. The at least one groove ends in the casing region before the flattened section of the head region.

대표청구항 ▼

1. A magnet valve for controlling a fluid, comprising: an armature with a base region, a casing region, a head region, and a transition region arranged between the casing region and the head region;a valve element connected with the armature; andan armature housing component,wherein a flow path form

1. A magnet valve for controlling a fluid, comprising: an armature with a base region, a casing region, a head region, and a transition region arranged between the casing region and the head region;a valve element connected with the armature; andan armature housing component,wherein a flow path formed between the armature and the armature housing component runs from a lower armature chamber to an upper armature chamber and back to the lower armature chamber,wherein the head region has a flattened section,wherein the upper armature chamber is defined between the armature housing component and the flattened section,wherein at least one groove is formed in the armature starting from the base region, extending through the casing region, and ending in a first third of the transition region as measured from an end of the transition region nearest the casing region. 2. The magnet valve as claimed in claim 1, wherein the at least one groove includes a first groove and a second groove defined opposite the first groove. 3. The magnet valve as claimed in claim 1, wherein the armature has a bell shape and the armature housing component has a pot-like shape. 4. The magnet valve as claimed in claim 1, wherein the at least one groove is a V-groove. 5. The magnet valve as claimed in claim 1, further comprising a second transition region arranged on the casing region.