Motor having a rotary encoder, and support element for a motor having a rotary encoder
AssigneeDr. Fritz Faulhaber GmbH & Co. KG
InventorsSanjay JADHAV, David Richard MIKO, Davide FREY
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AssigneeDr. Fritz Faulhaber GmbH & Co. KG
InventorsSanjay JADHAV, David Richard MIKO, Davide FREY
Estimating the term…
The present invention relates to a motor (1) with at least one stator (2), at least one rotor (3) and at least one shaft (4), wherein at least one rotary encoder (5) is arranged on the motor (1), and wherein the shaft (4) is connected to the rotor (3). A motor (1) and a carrier element (11) for a motor (1), which ensure a compact design with high precision of the rotary encoder (5) while simultaneously reducing manufacturing and assembly effort, are realized by arranging at least one carrier element (11,26) at at least one first axial end (10) of the motor (1), that at least one sensor component (6) of the rotary encoder (5) rests at least partially on a side of the carrier element (11,26) facing away from the shaft (4) in the axial direction, in order to position the sensor component (6) in the axial direction relative to the shaft (4), and that the carrier element (11,26) has at least one lateral guide means (12) to position the sensor component (6) in a form-fitting manner in the radial direction in relation to the shaft (4).
Motor with at least one stator, at least one rotor and at least one shaft (4), wherein at least one rotary encoder is arranged on the motor, and wherein the shaft is connected to the rotor, wherein
Carrier element as part of a housing for a motor comprising at least one receiving depression, wherein the receiving depression is designed to at least partially accommodate a sensor component of a rotary encoder (5) arranged on a circuit board.
Use of a carrier element (11,26) with at least one receiving depression (18), wherein the receiving depression (18) is designed to at least partially accommodate a sensor component (6) of a rotary encoder (5) arranged on a circuit board (7) and has a guide wall (13) for the sensor component (6) to rest against, as part of a housing (26) of a motor (1), to position the sensor component (6) in axial and radial directions relative to a shaft (4) of the motor (1).
Dependencies are inferred from the claim text.