Abstract: A brake mechanism is provided for braking rotation of a rotary member in a spinning reel or a baitcasting reel. The brake mechanism includes a frame unit, an actuating member, a biasing member, a plurality of actuated members, and a plurality of brake pieces. The actuating member is biased by the biasing member to an outer position. In response to movement of the actuating member to an Inner position from the outer position, the actuated members are moved radially and outwardly to permit the brake pieces to be brought into frictional engagement with the rotary member to thereby brake the rotation of the rotary member.

Abstract: A brake mechanism is provided for braking rotation of a rotary member in a spinning reel or a baitcasting reel. The brake mechanism includes a frame unit, an actuating member, a biasing member, a plurality of actuated members, and a plurality of brake pieces. The actuating member is biased by the biasing member to an outer position. In response to movement of the actuating member to an Inner position from the outer position, the actuated members are moved radially and outwardly to permit the brake pieces to be brought into frictional engagement with the rotary member to thereby brake the rotation of the rotary member.

Abstract: A spinning reel includes a reel body, a crank mounted to the reel body, a main shaft, a tubular worm, a rotor, a spool unit, a rotary shaft, a slider block, a cam mechanism, and a guiding unit. The cam mechanism is disposed between the rotary shaft and the slider block to provide a camming action for translating rotation of the rotary shaft into linear reciprocating motion of the slider block relative to the rotary shaft. A guiding sleeve of the guiding unit is disposed between the rotary shaft and the slider block to guide and stabilize the linear reciprocating motion of the slider block.

Abstract: A spinning reel includes a reel body, a crank mounted to the reel body, a main shaft, a tubular worm, a rotor, a spool unit, a rotary shaft, a slider block, a cam mechanism, and a guiding unit. The cam mechanism is disposed between the rotary shaft and the slider block to provide a camming action for translating rotation of the rotary shaft into linear reciprocating motion of the slider block relative to the rotary shaft. A guiding sleeve of the guiding unit is disposed between the rotary shaft and the slider block to guide and stabilize the linear reciprocating motion of the slider block.

Abstract: A fishing reel includes a reel body having a front chamber and a rear chamber, a spool hub rotatably mounted in the rear chamber, a drive shaft having a rear shaft segment rotatably mounted in the front chamber, a drive tube sleeved on the drive shaft to be rotatable relative to the drive shaft, and an output wheel which is sleeved on the drive tube, and which is coupled to drive the spool hub to rotate. When the drive tube is driven to rotate, the output wheel is driven by the drive tube to rotate at a first speed. When the drive shaft is driven to rotate, the drive tube is driven by the drive shaft to rotate via a gear unit, to thereby drive the output wheel to rotate at a second speed different from the first speed.

Abstract: A spinning reel includes a variable gear ratio device provided between a handle and a line guiding rotor. The variable gear ratio device includes outer and inner worm wheels rotatably sleeved on a rotary shaft. The outer worm wheel has a ring of outer gear teeth meshing with a worm. The inner worm wheel is nested in the outer worm wheel and has a ring of inner gear teeth surrounded by the outer gear teeth and meshing with the worm. An adjusting unit enables rotation of the rotary shaft to be transmitted to the worm via a selected one of the outer and inner worm wheels and enables idle rotation of the other one of the outer and inner worm wheels relative to the rotary shaft.

Abstract: A fishing reel includes a reel body having a front chamber and a rear chamber, a spool hub rotatably mounted in the rear chamber, a drive shaft having a rear shaft segment rotatably mounted in the front chamber, a drive tube sleeved on the drive shaft to be rotatable relative to the drive shaft, and an output wheel which is sleeved on the drive tube, and which is coupled to drive the spool hub to rotate. When the drive tube is driven to rotate, the output wheel is driven by the drive tube to rotate at a first speed. When the drive shaft is driven to rotate, the drive tube is driven by the drive shaft to rotate via a gear unit, to thereby drive the output wheel to rotate at a second speed different from the first speed.

Abstract: A spinning reel includes a reel body, a main shaft, a crank for driving the main shaft to rotate, a tubular worm, a rotor coupled to the tubular worm to rotate therewith, and a speed shift device. The speed shift device includes a shell body configured to rotate with the main shaft, larger-dimension and smaller-dimension output wheels each meshing with the tubular worm, first and second tubular members, and a shifting unit. The shifting unit is configured to transmit rotational force of the shell body to one of the larger-dimension and smaller-dimension output wheels through a corresponding one of the first and second tubular members for driving the tubular worm.

Abstract: A spinning reel includes a main shaft, a crank for driving the main shaft to rotate, a spool shaft, a cam mechanism configured to translate rotation of the main shaft into linear reciprocating motion of the spool shaft, a tubular worm, a rotor coupled to the tubular worm to rotate therewith, a spool coupled to the spool shaft to move therewith, and a speed variation means which includes an output wheel for driving the tubular worm to rotate, a sun planetary gear system coupling the main shaft to the output wheel, and a coupler. The coupler is shiftable between a first position, where the output wheel and the main shaft are rotated at different speeds, and a second position, where the output wheel and the main shaft are rotated at the same speed.

Abstract: A spinning reel includes a variable gear ratio device provided between a handle and a line guiding rotor. The variable gear ratio device includes outer and inner worm wheels rotatably sleeved on a rotary shaft. The outer worm wheel has a ring of outer gear teeth meshing with a worm. The inner worm wheel is nested in the outer worm wheel and has a ring of inner gear teeth surrounded by the outer gear teeth and meshing with the worm. An adjusting unit enables rotation of the rotary shaft to be transmitted to the worm via a selected one of the outer and inner worm wheels and enables idle rotation of the other one of the outer and inner worm wheels relative to the rotary shaft.

Abstract: An embodiment of the disclosure provides a crosstalk analysis method executed by a computer. The method includes steps of: executing a layout program; executing a crosstalk analysis program; acquiring, by the crosstalk analysis program, a plurality of parameters from a layout result generated by the layout program; estimating a crosstalk value according to the parameters; determining whether the crosstalk value is larger than a predetermined value; generating a layout suggestion when the crosstalk value is larger than the predetermined value.

Abstract: One implementation of the disclosure provides a crosstalk analysis method executed by a computer. The method includes steps of: executing a layout program; executing a crosstalk analysis program; acquiring, by the crosstalk analysis program, a plurality of parameters from a layout result generated by the layout program; estimating a crosstalk value according to the parameters; determining whether the crosstalk value is larger than a predetermined value; providing a layout suggestion table when the crosstalk value is larger than the predetermined value.

Abstract: An embodiment of the disclosure provides a crosstalk analysis method executed by a computer including: executing a layout program for a layout circuit; executing a crosstalk analysis program; acquiring, by the crosstalk analysis program, a plurality of parameters from a layout result generated by the layout program; estimating a crosstalk value according to the parameters; determining whether the crosstalk value is larger than a predetermined value; providing an interface for showing information of the layout result and adjusting a plurality of lines of the layout circuit.

Abstract: An embodiment of the disclosure provides a crosstalk analysis method executed by a computer including: executing a layout program for a layout circuit; executing a crosstalk analysis program; acquiring, by the crosstalk analysis program, a plurality of parameters from a layout result generated by the layout program; estimating a crosstalk value according to the parameters; determining whether the crosstalk value is larger than a predetermined value; providing an interface for showing information of the layout result and adjusting a plurality of lines of the layout circuit.

Abstract: One implementation of the disclosure provides a crosstalk analysis method executed by a computer. The method includes steps of: executing a layout program; executing a crosstalk analysis program; acquiring, by the crosstalk analysis program, a plurality of parameters from a layout result generated by the layout program; estimating a crosstalk value according to the parameters; determining whether the crosstalk value is larger than a predetermined value; providing a layout suggestion table when the crosstalk value is larger than the predetermined value.

Abstract: A fishing pole includes an outer tubular member having a tubular wall defining an axial hole, and an inner rod member inserted telescopically and axially into the outer tubular member. The tubular wall has small and large diameter wall sections, and a shoulder between the small and large diameter wall sections. The inner rod member has an extension portion extending out of the outer tubular member through the small diameter wall section, an enlarged engaging end portion provided at one end of the extension portion, a plurality of angularly spaced-apart openings extending axially from the enlarged engaging end portion toward the extension portion, and a plurality of compressible resilient pawl plates each extending axially between two adjacent ones of the openings. The resilient pawl plates are compressed within the large diameter wall section, and frictionally contact an inner surface of the large diameter wall section.

Abstract: An embodiment of the disclosure provides a crosstalk analysis method executed by a computer. The method includes steps of: executing a layout program; executing a crosstalk analysis program; acquiring, by the crosstalk analysis program, a plurality of parameters from a layout result generated by the layout program; estimating a crosstalk value according to the parameters; determining whether the crosstalk value is larger than a predetermined value; generating a layout suggestion when the crosstalk value is larger than the predetermined value.

Abstract: A fishing pole includes an outer tubular member having a tubular wall defining an axial hole, and an inner rod member inserted telescopically and axially into the outer tubular member. The tubular wall has small and large diameter wall sections, and a shoulder between the small and large diameter wall sections. The inner rod member has an extension portion extending out of the outer tubular member through the small diameter wall section, an enlarged engaging end portion provided at one end of the extension portion, a plurality of angularly spaced-apart openings extending axially from the enlarged engaging end portion toward the extension portion, and a plurality of compressible resilient pawl plates each extending axially between two adjacent ones of the openings. The resilient pawl plates are compressed within the large diameter wall section, and frictionally contact an inner surface of the large diameter wall section.

Abstract: A fishing-reel driving device includes a reel body having a shell for accommodating a reel driving mechanism. A holding frame includes an axially extending tubular mount with a coupled surface, and a radially extending web terminating at an anchoring edge to be secured to an anchored edge of the shell. A left side cover includes a peripheral abutment edge to be sleeved on the tubular mount, and a faceplate region extending radially to terminate at an outskirt edge. A tubular tightening member has a tubular coupling surface matingly engageable with the coupled surface, and a surrounding abutment edge to force the peripheral abutment edge to move towards the web. An actuating member is insertable into the shell to be coupled to the reel driving mechanism.

Abstract: A fishing-reel driving device includes a reel body having a shell for accommodating a reel driving mechanism. A holding frame includes an axially extending tubular mount with a coupled surface, and a radially extending web terminating at an anchoring edge to be secured to an anchored edge of the shell. A left side cover includes a peripheral abutment edge to be sleeved on the tubular mount, and a faceplate region extending radially to terminate at an outskirt edge. A tubular tightening member has a tubular coupling surface matingly engageable with the coupled surface, and a surrounding abutment edge to force the peripheral abutment edge to move towards the web. An actuating member is insertable into the shell to be coupled to the reel driving mechanism.