초록 ▼

The table saw disclosed herein includes a table, a saw assembly pivotally attached to the table, the saw assembly comprising an arbor movable relative to the table, a bevel shaft operatively connected to the saw assembly for pivoting the saw assembly, and a height shaft operatively connected to the

The table saw disclosed herein includes a table, a saw assembly pivotally attached to the table, the saw assembly comprising an arbor movable relative to the table, a bevel shaft operatively connected to the saw assembly for pivoting the saw assembly, and a height shaft operatively connected to the saw assembly for moving the arbor relative to the table, wherein distance between the height shaft and the table is larger than distance between the bevel shaft and the table. Also disclosed is a saw includes a table having a first miter gauge slot, a base supporting the table, a saw assembly pivotably connected to at least one of the table and the base for carrying a rotatable cutting tool so that the tool protrudes through and above the table, at least part of the saw assembly being underneath the table, the saw assembly comprising a cradle, and a sector gear connected to the cradle, and a first bevel stop disposed underneath the first miter gauge slot, wherein the first bevel stop can contact the sector gear when the saw assembly is pivoted in one direction.

대표청구항 ▼

The table saw disclosed herein includes a table, a saw assembly pivotally attached to the table, the saw assembly comprising an arbor movable relative to the table, a bevel shaft operatively connected to the saw assembly for pivoting the saw assembly, and a height shaft operatively connected to the

The table saw disclosed herein includes a table, a saw assembly pivotally attached to the table, the saw assembly comprising an arbor movable relative to the table, a bevel shaft operatively connected to the saw assembly for pivoting the saw assembly, and a height shaft operatively connected to the saw assembly for moving the arbor relative to the table, wherein distance between the height shaft and the table is larger than distance between the bevel shaft and the table. Also disclosed is a saw includes a table having a first miter gauge slot, a base supporting the table, a saw assembly pivotably connected to at least one of the table and the base for carrying a rotatable cutting tool so that the tool protrudes through and above the table, at least part of the saw assembly being underneath the table, the saw assembly comprising a cradle, and a sector gear connected to the cradle, and a first bevel stop disposed underneath the first miter gauge slot, wherein the first bevel stop can contact the sector gear when the saw assembly is pivoted in one direction. ignal comparing the modified reception condition signal with a reference signal. 3. A receiver, comprising: a RF-AGC circuit, which outputs a first control signal, corresponding to an output signal of an RF-AMP, to control the output of the RF-AMP; and a second control signal, corresponding to an output signal of the RF-AMP, to a sensitivity change circuit; a search circuit including a reception condition detector for generating a reception condition signal according to the output signals of the RF-AMP; a sensitivity change circuit for adjusting the sensitivity of the search circuit according to the second control signal so that the loss in the reception condition signal caused by the RF-AGC circuit is compensated; and a station detector for generating a station detection signal based on a reception condition signal and a reference signal. 4. The receiver according to claim 3, wherein the sensitivity change circuit generates a modified reception condition signal, based on the reception condition signal and the second control signal, to a comparator of the station detector; and the station detector generates a station detection signal comparing the modified reception condition signal with a reference signal. 5. The receiver according to claim 3, wherein the receiver further comprises an attenuator arranged in front of the RF-AMP; and the RF-AGC circuit generates a third control signal, corresponding to the output signal of the RF-AMP, to the attenuator. 6. The receiver according to claim 3, wherein the receiver further comprises a mixer arranged between the RF-AMP and the RF-AGC circuit; the RF-AGC circuit generates the first and second control signals- based on an output signal of the mixer; and the reception condition detector generates the reception condition signal according to the output signal of the mixer. 7. A receiver, comprising: a RF-AGC circuit, which outputs a first control signal, corresponding to an output signal of an RF-AMP, to control the output of the RF-AMP; and a second control signal, corresponding to an output signal of the RF-AMP, to a sensitivity change circuit, wherein the second control signal has two states: a high level and a low level; and the RF-AGC circuit generates one of the two states according to the output signal of the RF-AMP; and a search circuit including a reception condition detector for generating a reception condition signal according to the output signals of the RF-AMP; a sensitivity change circuit for adjusting the sensitivity of the search circuit according to the second control signal so that the loss in the reception condition signal caused by the RF-AGC circuit is compensated; and a station detector for generating a station detection signal based on a reception condition signal and a reference signal.