Abstract: A resistant starch is provided which, when added to a food, does not reduce the flavor of the food. This resistant starch is characterized in that the supernatant, obtained by creating a 33% suspension of the resistant starch in ultrapure water and centrifugally separating for 10 minutes at 2000×g, exhibits electrical conductivity of less than 350 ?S/cm. A method for producing a resistant starch is also provided which involves a step for mixing a raw material starch and an acid and subjecting the mixture to conditions in which the resistant starch is generated.

Abstract: A reciprocating electric shaver includes: a rotary motor; a pair of driving elements to which inner blades are individually attached; and a conversion mechanism coupled to the rotary motor and the corresponding driving element to convert rotating motion of the rotary motor to reciprocating motion of the pair of driving elements. Each driving element and coupling members coupled to the driving elements constitute driving blocks. The driving blocks include balance adjusters provided on the opposite sides of a rotation axis of the rotary motor from the driving elements included in the driving blocks, respectively.

Abstract: A reciprocating electric shaver includes: a rotary motor 110; a conversion mechanism converting rotating motion of the rotary motor 110 to reciprocating motion; and a pair of driving elements coupled to the conversion mechanism and reciprocating in phases opposite to each other. Each of the driving elements drives a plurality of blades.

Abstract: A holder that holds a compact electric device includes a contact fitting that resiliently contacts a contact arranged in a surface of the electric device. A holding element is coupled to the contact fitting and supported by the holder. An urging portion urges the contact fitting from the holder to the contact of the electric device.

Abstract: A drying system for a hair removing device is safe and convenient for drying and sterilizing a cutter head with a sufficient amount of heat. The drying system includes a casing having a dry chamber with a top opening for detachably receiving a cutter head of the hair removing device, and a heater for heating the cutter head, a blower for generating a forced air flow and drying the cutter head. A lid is provided to close the top opening of the dry chamber such that the drying chamber is kept free from the entry of the environmental dust, which enables to heat the cutter head at an elevated temperature for effective sterilization.

Abstract: A reciprocating electric shaver 1 includes: a rotary motor 110; a pair of driving elements 130, 140 to which inner blades 54 are individually attached; and a conversion mechanism 180 coupled to the rotary motor 110 and the corresponding driving element 130, 140 to convert rotating motion of the rotary motor 110 to reciprocating motion of the pair of driving elements 130, 140. Each driving element 130, 140 and coupling members coupled to the driving elements 130, 140 constitute driving blocks 200, 210. The driving blocks 200, 210 include balance adjusters 150, 160 provided on the opposite sides of a rotation axis C of the rotary motor 110 from the driving elements 130, 140 included in the driving blocks 200, 210, respectively.

Abstract: A dryer for hair shaving devices includes a casing having a drying space for removably receiving a blade portion of a hair shaving device, and a heater and a fan for drying the blade portion received in the drying space. Also, a control unit is provided for controlling output power of the heater and the fan to perform operation modes, the operation modes include a drying operation mode in which the heater and the fan are driven simultaneously and a sterilizing operation mode in which the heater alone is driven with the fan kept stopped.

Abstract: A drying system for a hair removing device is capable of effectively drying the cutter head. The drying system includes a casing having a dry chamber configured to detachably receive a cutter head of the hair removing device, a heater for heating the cutter head; and a blower for generating a forced air flow and drying the cutter head. The casing is formed with an air flow channel configured to direct the forced air flow towards the cutter head. A tray is provided to define the bottom of the dry chamber and bear the cutter head. The tray is formed with a draft port through which the flow channel communicates into the dry chamber so that the forced air flow can be directed straight to the cutter head for effectively cooling or drying the cutter head.

Abstract: An insulating structure is employed between conductive members of an electric device. The electric device has a housing accommodating electric components therein and a cover member covering the housing, the conductive members being disposed through communication holes of the housing and the cover member. The insulating structure includes contact prevention members for preventing water infiltrated into a gap between the housing and the cover member from contacting water collected in the communication holes for the conductive members, wherein the contact prevention members are interposed between the housing and the cover member. Each contact prevention member has a substantially annular shape, surrounding one of the conductive members.

Abstract: An insulating structure is employed between conductive members of an electric device. The electric device has a housing accommodating electric components therein and a cover member covering the housing, the conductive members being disposed through communication holes of the housing and the cover member. The insulating structure includes contact prevention members for preventing water infiltrated into a gap between the housing and the cover member from contacting water collected in the communication holes for the conductive members, wherein the contact prevention members are interposed between the housing and the cover member. Each contact prevention member has a substantially annular shape, surrounding one of the conductive members.

Abstract: A drying system for a hair removing device is safe and convenient for drying and sterilizing a cutter head with a sufficient amount of heat. The drying system includes a casing having a dry chamber with a top opening for detachably receiving a cutter head of the hair removing device, and a heater for heating the cutter head, a blower for generating a forced air flow and drying the cutter head. A lid is provided to close the top opening of the dry chamber such that the drying chamber is kept free from the entry of the environmental dust, which enables to heat the cutter head at an elevated temperature for effective sterilization.

Abstract: A dryer for hair shaving devices includes a casing having a drying space for removably receiving a blade portion of a hair shaving device, and a heater and a fan for drying the blade portion received in the drying space. Also, a control unit is provided for controlling output power of the heater and the fan to perform operation modes, the operation modes include a drying operation mode in which the heater and the fan are driven simultaneously and a sterilizing operation mode in which the heater alone is driven with the fan kept stopped.

Abstract: A drying system for a hair removing device is capable of effectively drying the cutter head. The drying system includes a casing having a dry chamber configured to detachably receive a cutter head of the hair removing device, a heater for heating the cutter head; and a blower for generating a forced air flow and drying the cutter head. The casing is formed with an air flow channel configured to direct the forced air flow towards the cutter head. A tray is provided to define the bottom of the dry chamber and bear the cutter head. The tray is formed with a draft port through which the flow channel communicates into the dry chamber so that the forced air flow can be directed straight to the cutter head for effectively cooling or drying the cutter head.

Abstract: In a shaver having provided on an upper end portion of a main body thereof a head portion comprising a razor having an outer blade and an inner blade, a front cross section of the shaver has a shape narrowed at a substantially center portion in its up and down direction, and a side cross section of the shaver has a substantially S-shape, in order to increase the contact area between the main body and the palm, to improve fit feeling, to make it hard to slip, and to finely adjust the angle of the razor against the skin without moving the wrist.

Abstract: An insulating structure is employed between conductive members of an electric device. The electric device has a housing accommodating electric components therein and a cover member covering the housing, the conductive members being disposed through communication holes of the housing and the cover member. The insulating structure includes contact prevention members for preventing water infiltrated into a gap between the housing and the cover member from contacting water collected in the communication holes for the conductive members, wherein the contact prevention members are interposed between the housing and the cover member. Each contact prevention member has a substantially annular shape, surrounding one of the conductive members.

Abstract: A hair removing device with a lotion applicator includes a housing, a hair removing head mounted to the housing and adapted to be held against a user's skin for hair depilation or hair epilation, an applicator which dispenses a lotion on the user's skin, a tank holding the lotion and a lotion supply mechanism for supplying the lotion from the tank to the applicator. The lotion supply mechanism includes a regulating device, which regulates an amount of the lotion being dispensed from the applicator. The lotion supply mechanism includes a powered pump for expelling the lotion from the tank to the applicator. The regulating device includes a handle for varying pump capacity of the powered pump. The applicator is incorporated into a head frame forming a part of the hair removing head with the head frame being detachable from the housing.

Abstract: In a shaver having provided on an upper end portion of a main body thereof a head portion comprising a razor having an outer blade and an inner blade, a front cross section of the shaver has a shape narrowed at a substantially center portion in its up and down direction, and a side cross section of the shaver has a substantially S-shape, in order to increase the contact area between the main body and the palm, to improve fit feeling, to make it hard to slip, and to finely adjust the angle of the razor against the skin without moving the wrist.

Abstract: An improved hair removing device is capable of controlling a dispensing amount of the lotion to give the lotion adequately as intended by a user for comfortable hair treatment. The device includes a housing carrying a hair removing head adapted to be held against a user's skin for hair depilation or epilation. The device further includes an applicator for dispensing the lotion on the user's skin, a tank holding the lotion, and a lotion supply mechanism for supplying the lotion from the tank to the applicator. The lotion supply mechanism is provided with a regulating means which regulates an amount of the lotion being dispensed from the applicator.

Abstract: A dry shaver is capable of being depressed equally at different positions but with differing contact pressures between outer and inner cutters. The shaver has a housing having a motor and inner and outer cutters at its upper end. The inner cutter is driven by the motor to move in shearing engagement with the outer cutter for shaving hairs. The inner cutter is urged upwardly by a bias spring to develop a contact pressure against the outer cutter. The outer cutter is carried by a cutter holder movably supported to a head frame mounted on top of the housing. The shaver has a height adjust mechanism for adjusting the height of the head frame relative to the housing between a high position and a low position while compressing the spring differently to vary the contact pressure, and for allowing the cutter holder to be depressed relative to the head frame from each of the height and low positions.

Abstract: A displacement control apparatus is used for a variable displacement compressor. The compressor is driven by an internal combustion engine. The compressor has an inclining swash plate and a piston, which is reciprocated by the swash plate. The stroke of the piston is changed in accordance with the inclination angle of the swash plate. The displacement of the compressor is changed between a minimum displacement and a maximum displacement in accordance with the stroke of the piston. The apparatus includes an actuator coupled to the swash plate. The actuator is actuated by exhaust pressure or intake pressure from the engine. A controller changes the inclination angle of the swash plate by actuating the actuator.