The impeller (16) is spaced from the ring gear (15) by a first air gap in a first position while being spaced from the ring gear (15) by a second air gap in a second position, the first air gap being smaller than the second one.
An air gap may separate adjacent word lines.
The member and the first metal layer define a first air gap.
An upper air gap which is formed between the excitation element and the upper track is smaller than a lower air gap formed between the excitation element and the lower track.
An air gap and a resistive arc probe are connected in series.
Cylinder is placed within the body with radial clearance.
These elements are interconnected by pole pieces (21, 22) forming a working clearance.
A magnetic gap (30G) is formed in the clearance between the first magnetic member (31) and the second magnetic member (32).
Shapes of traction insulator (14) and immovable insulation tubular fragment (16) provide labyrinth air gap between the contact terminals and the base, increasing electrical strength of the clearance.
The writing unit (44) comprises at least one write head (2) having a specific gap width (g).
The coil (10) of the invention comprises a toroid (1) with a first gap (2) with a gap width smaller than 1,5 mm and is at least partly coated with a first polymer (5).
A unit for ensuring the constant size of the gap is arranged therein.
The average size ratio between the second gap and the first gap is 1 to 100.
The bezel may contain a gap.
An electrical choke comprises a magnetic amorphous metal core having, in combination, a distributed gap and a discrete gap.
The ratio of width of each pole gap and distance between pole pieces of the first (7 and 8) and second (9 and 10) magnetic gaps along the direction of ion emission is not less than 0,05.
One or more flat blocks of permanent magnet material (17) with large faces of the blocks facing a stator (15) and defining armature poles are secured to a connecting rod (30).
Between the outer housing (4) and the inner housing (3), a radial gap (7) is formed, which has a narrow part (8) in said bottom region (6).
A gap (80) is between the rotor and stator.
Also, the ferromagnetic powder core may have a distributed gap structure, where the gap structure operates to focus the magnetic field between pole faces of the magnetic device.
The first and second electrodes are separated by a gap.
The inner shield means (1) has a gap (1A) formed in it.
There is a gap between the stator and the rotor.
A motor (28) is an axial gap-type coreless.
The actuator parts are capable of magnetically co-operating with each other across an air gap (16).
The first pole surface may define an axial air gap with the thrust face, and the second pole surface may define a radial air gap with the peripheral surface.
The present invention relates to a universal electric motor with variable air gap.
The machine is preferably a polyphase, axial airgap device.
The primary coil is set in a magnetic gap of the magnetic circuit.
A radial armature (31) and two axial armatures (32, 32) are arranged outside these magnetic fields with an appropriate air gap maintained to form a combined radial and axial air gap.
Each of the poles is separated from the magnetic target ring by an airgap (3).
Requêtes fréquentes français :1-200, -1k, -2k, -3k, -4k, -5k, -7k, -10k, -20k, -40k, -100k, -200k, -500k, -1000k,
Requêtes fréquentes anglais :1-200, -1k, -2k, -3k, -4k, -5k, -7k, -10k, -20k, -40k, -100k, -200k, -500k, -1000k,
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