JP6083524B2 - Electric razor - Google Patents

Description

  The present invention relates to an electric razor for cutting hair.

  Patent Document 1 discloses an example of a conventional electric shaver. FIG. 6 shows an electric razor 200 of Patent Document 1. The electric razor 200 has a razor body 300 and a steam generator 400.

The razor body 300 includes a head portion 310, an outer blade 320, an inner blade (not shown), and a grip portion 330.
The head unit 310 supports the outer blade 320. The head portion 310 accommodates an inner blade inside. The outer blade 320 is pressed against the skin surface 500 of the user. The outer blade 320 has a plurality of outer blade holes (not shown). The outer blade 320 takes the ridge into the head portion 310 from the outer blade hole.

  The inner blade is driven to reciprocate with respect to the outer blade 320 inside the head portion 310. The inner blade cuts the wrinkles by sandwiching the wrinkles taken from the outer blade holes with the outer blade 320. The gripping part 330 supports the head part 310.

The steam generator 400 has an apparatus main body 410 and a jet outlet 420.
The apparatus main body 410 generates steam by heating water. The apparatus main body 410 is attached to the grip portion 330.

  The jet outlet 420 is formed integrally with the apparatus main body 410. The spout 420 softens wrinkles by spraying the steam generated by the apparatus main body 410 toward the skin surface of the user. The spout 420 opposes a surface of the skin surface 500 that is different from the surface against which the outer blade 320 is pressed.

JP 2009-261627 A

  The electric razor 200 is unlikely to face the surface of the skin surface 500 on which the outer blade 320 is pressed. For this reason, the electric razor 200 is unlikely to spray steam on the skin surface 500 on the ridge present on the surface against which the outer blade 320 is pressed. For this reason, the electric razor 200 is difficult to soften the heel. In addition, this subject is not limited to when the hair which the electric razor 200 cuts is a wrinkle.

  The present invention was created based on the above background, and an object thereof is to provide an electric razor that can easily soften hair.

The electric razor according to the present invention is an electric razor for cutting hair, and the electric razor has a head portion, an outer blade, an inner blade, and a hair softening portion, and the head portion supports the outer blade. And the outer cutter has an outer cutter body, the outer cutter body is supported by the head portion, has an outer cutter hole, and the outer cutter hole has the outer cutter hole. The inner blade has a size capable of penetrating the main body and introducing bristles into the head portion, and the inner blade sandwiches the bristles introduced from the outer blade hole with the outer blade main body. The hair softening part has a softening part main body and a jet passage, and the softening part main body exists inside or outside the electric shaver, generates steam or mist, and the jet passage Circulates steam or mist generated by the softening body, The jet nozzle is located inside the head portion and communicates with the outside of the electric razor via the outer blade hole, and the electric razor further includes an inner blade support plate, and the inner blade The support plate has a support plate body and a plurality of support plate holes, the support plate body is fixed inside the head portion, the support plate hole is formed in the support plate body, , Communicating with the outside of the electric shaver through the support plate hole and the outer blade hole.

  The electric razor has an ejection path. The jet channel has a jet port. The spout is present inside the head portion. The jet port communicates with the outside of the electric razor through the outer blade hole. For this reason, the steam or mist generated by the softening section main body is discharged into the head section through the jet port. The steam or mist discharged to the inside of the head part is discharged to the outside of the electric razor through the outer blade hole. On the other hand, an electric razor is used with an outer blade pressed against the skin surface. For this reason, in the electric shaver, steam or mist discharged to the outside through the outer blade hole is likely to come into contact with the hair. For this reason, the electric razor can easily soften the hair.

  This electric razor is easy to soften hair.

The disassembled perspective view of the electric razor of embodiment. Typical sectional drawing corresponding to the D2-D2 line of FIG. The typical top view regarding the inner blade support plate and inner blade main body of FIG. The block diagram regarding the electric system of the electric shaver of FIG. Sectional drawing which shows the state in which the electric razor of FIG. 2 has generate | occur | produced the steam. The side view of the conventional electric razor.

(An example of an electric razor can take)
  (1) An electric razor for cutting hair, the electric razor having a head portion, an outer blade, an inner blade, and a hair softening portion, the head portion supporting the outer blade, A blade is accommodated, the outer blade has an outer blade body, the outer blade body is supported by the head portion, has an outer blade hole, and the outer blade hole penetrates the outer blade body. The hair has a size capable of introducing the hair into the head portion, and the inner blade has a structure for cutting the hair by sandwiching the hair introduced from the outer blade hole with the outer blade body. And the softening portion has a softening portion main body and a jet passage, the softening portion main body is present inside or outside the electric razor, generates steam or mist, and the jet passage has the softening portion. The steam or mist generated from the main body is circulated and has a spout. It exists inside the head portion and communicates with the outside of the electric razor via the outer blade hole. The electric razor further includes an inner blade support plate, and the inner blade support plate includes a support plate main body and a plurality of blades. The support plate body is fixed inside the head portion, the support plate hole is formed in the support plate body, and the jet port includes the support plate hole and the outer blade. An electric razor in communication with the outside of the electric razor through a hole.
  (2) The electric razor has a drive unit, and the drive unit is coupled to the inner blade, and reciprocates the inner blade with respect to the inner blade support plate and the outer blade, and the support plate body Has an inner blade passing surface and an inner blade non-passing surface, and the inner blade passing surface includes a surface through which the inner blade passes when reciprocating in the plan view of the support plate body, The non-passing surface indicates a surface that does not pass when the inner blade reciprocates in a plan view of the support plate main body, and the number of the support plate holes existing on the inner blade passing surface is the non-passing inner blade. The electric razor according to (1), wherein the number is larger than the number of the support plate holes present on the surface.
  (3) The electric razor has a drive unit, and the drive unit is coupled to the inner blade, and reciprocally drives the inner blade with respect to the inner blade support plate and the outer blade, and the support plate main body. Has an inner blade passing surface and an inner blade non-passing surface, and the inner blade passing surface includes a surface through which the inner blade passes when reciprocating in the plan view of the support plate body, The non-passing surface indicates a surface that does not pass when the inner blade reciprocates in the plan view of the support plate body, and the support plate hole is formed only on the inner blade passage surface of the support plate body. The electric razor according to (1).
  (4) An electric razor for cutting hair, the electric razor having a head portion, an outer blade, an inner blade, and a hair softening portion, the head portion supporting the outer blade, A blade is accommodated, the outer blade has an outer blade body, the outer blade body is supported by the head portion, has an outer blade hole, and the outer blade hole penetrates the outer blade body. The hair has a size capable of introducing the hair into the head portion, and the inner blade has a structure for cutting the hair by sandwiching the hair introduced from the outer blade hole with the outer blade body. And the softening portion has a softening portion main body and a jet passage, the softening portion main body is present inside or outside the electric razor, generates steam or mist, and the jet passage has the softening portion. The steam or mist generated from the main body is circulated and has a spout. It exists inside the head part, communicates with the outside of the electric razor through the outer blade hole, the hair softening part further has a waterproof moisture permeable film, and the waterproof moisture permeable film is formed on the head part. An electric shaver that exists between the jet nozzle and the outer blade hole inside.
  (5) An electric razor for cutting hair, the electric razor having a head portion, an outer blade, an inner blade, and a hair softening portion, the head portion supporting the outer blade, A blade is accommodated, the outer blade has an outer blade body, the outer blade body is supported by the head portion, has an outer blade hole, and the outer blade hole penetrates the outer blade body. The hair has a size capable of introducing the hair into the head portion, and the inner blade has a structure for cutting the hair by sandwiching the hair introduced from the outer blade hole with the outer blade body. And the softening portion has a softening portion main body and a jet passage, the softening portion main body is present inside or outside the electric razor, generates steam or mist, and the jet passage has the softening portion. The steam or mist generated from the main body is circulated and has a spout. Present inside the head part, communicated with the outside of the electric razor through the outer blade hole, the softening part body has a water storage part and a heating part, the water storage part stores water, The heating unit heats moisture in the water storage unit, the hair softening unit further includes a temperature adjusting unit, and the temperature adjusting unit adjusts the temperature of steam generated when the heating unit heats water. An electric razor.
  (6) The electric razor has a grip portion, the grip portion supports the head portion, and the softening portion main body is accommodated in the head portion or in the grip portion. The electric razor according to any one of 1) to (5).

(Embodiment)
The configuration of the electric razor 1 will be described with reference to FIG.
The electric razor 1 includes a razor main body 10, an outer blade unit 30, an inner blade unit 40, and a hair softening unit 50. The electric shaver 1 has a form as a reciprocating electric shaver that causes the inner blade unit 40 to reciprocate with respect to the outer blade unit 30.
The razor body 10 includes a gripping part 11, a head part 12, a driving part 13, a power switch 14, and an inner blade support plate 20. The razor main body 10 has a main body front surface 10A, a main body back surface 10B, a main body right side surface 10C, and a main body left side surface 10D. The razor main body 10 defines a main body longitudinal direction, a main body width direction, and a main body depth direction. The longitudinal direction of the main body indicates both directions of the longitudinal direction in the front view of the razor main body 10. The main body width direction indicates a bidirectional direction orthogonal to the main body longitudinal direction in the front view of the razor main body 10. The depth direction of the main body indicates a bidirectional direction orthogonal to the main body longitudinal direction and the main body width direction.

  The main body front surface 10A shows a surface facing the user when the electric razor 1 is used by the user. The main body back surface 10B indicates a surface that is on the opposite side of the main body front surface 10A in the main body depth direction. The main body right side surface 10C indicates a surface existing on the right side of the main body front surface 10A in the main body width direction. The main body left side surface 10D indicates a surface existing on the left side with respect to the main body front surface 10A in the main body width direction.

  The head portion 12 is coupled to the grip portion 11. The head part 12 has a head part case 12A and an accommodation space 12B. The head part case 12 </ b> A supports the outer blade unit 30. The accommodation space 12B is formed inside the head case 12A. The head part case 12 </ b> A houses the inner blade unit 40.

  The drive unit 13 reciprocates the inner blade unit 40 in the main body width direction. The drive unit 13 includes a drive source (not shown) and a drive shaft 13A. A linear motor is used as the drive source. The drive source is housed inside the grip portion 11 and inside the head portion 12. The drive shaft 13A is coupled to the drive source and the inner blade unit 40. The drive shaft 13A protrudes into the accommodation space 12B. The power switch 14 is formed on the main body front surface 10 </ b> A of the grip portion 11.

  The inner blade support plate 20 has a support plate main body 21 and a plurality of support plate holes 22. The support plate main body 21 supports the inner blade unit 40. The support plate body 21 is disposed in the accommodation space 12B. The support plate body 21 is fixed to the inner wall of the head portion 12. The plurality of support plate holes 22 are formed in the support plate main body 21. The plurality of support plate holes 22 penetrate the support plate main body 21.

  The outer blade unit 30 includes an outer blade support portion 31 and an outer blade body 32. The outer blade support part 31 supports the outer blade body 32. The outer blade support part 31 is attached to the head part case 12A.

  The outer blade body 32 is coupled to the outer blade support portion 31. The outer blade body 32 has a plurality of outer blade holes 32A. The outer blade hole 32A has a size capable of introducing the ridge into the accommodation space 12B.

  The inner blade unit 40 cuts hairs by reciprocating with respect to the outer blade unit 30. The inner blade unit 40 has an inner blade body 41. The inner blade body 41 is coupled to the drive unit 13. The inner blade main body 41 has a plurality of slit holes 41A.

  The hair softening unit 50 sprays steam onto the user's heel through the outer blade hole 32A. Steam means water vapor generated by heating water. Further, the steam generated by the hair softening portion 50 is cooled in the air and becomes minute water droplets and adheres to the user's heel.

With reference to FIG. 2, the structure of the hair softening part 50 is demonstrated.
The hair softening unit 50 includes a softening unit main body 60, an ejection unit 70, a waterproof and moisture permeable membrane 80, a temperature adjustment unit 90, and a steam changeover switch 100.

The softening part main body 60 exists in the accommodation space 12B of the head part 12. The softening unit main body 60 includes a heater 61 and a tank 62.
The heater 61 heats the water stored in the tank 62. The heater 61 is located closer to the grip portion 11 than the tank 62 in the longitudinal direction of the main body. The heater 61 is in contact with the tank 62. The heater 61 corresponds to a “heating unit”.

  The tank 62 stores water therein. The tank 62 has a structure that can be taken out of the electric shaver 1 from the accommodation space 12B. The tank 62 corresponds to a “water reservoir”.

  The ejection part 70 has a function of ejecting steam generated by the heater 61 heating the tank 62 upward in the longitudinal direction of the main body. The ejection part 70 has an ejection path 71 and an ejection port 72. The ejection path 71 is fixed to the tank 62.

  Steam circulates in the ejection path 71. The jet outlet 72 is formed by opening the tip of the jet passage 71. The spout 72 is present inside the accommodation space 12B. The jet port 72 communicates with the outside through the support plate hole 22 and the outer blade hole 32A.

  The waterproof and moisture permeable membrane 80 is attached to the back surface of the support plate body 21 of the inner blade support plate 20. A microporous film is used as the waterproof and moisture permeable membrane 80. The waterproof moisture permeable membrane 80 has a plurality of minute holes (not shown). The micropore has a diameter of 0.3 μm or less. For this reason, water vapor and water droplets having a diameter of less than 0.3 μm pass through the waterproof and moisture permeable membrane 80.

  The temperature adjustment unit 90 includes a temperature adjustment dial 91, a heat sensitive unit 92, a thermostat 93, and a power source 94. The temperature adjustment dial 91 is exposed on the surface of the grip portion 11 (see FIG. 1). The temperature adjustment dial 91 displays the temperature of the steam. As an example, the temperature adjustment dial 91 displays a temperature of 40 ° C. or higher and lower than 70 ° C.

The heat sensitive part 92 is fixed to the inner blade support plate 20. The heat sensitive unit 92 detects the temperature of the accommodation space 12B. The heat sensitive part 92 is electrically connected to the thermostat 93.
As the thermostat 93, for example, a liquid expansion thermostat is employed.

  The thermostat 93 has an expansion diaphragm (not shown). The expansion diaphragm switches the electrical connection between the power supply 94 and the heater 61 by expanding and contracting in accordance with the temperature detected by the heat sensitive unit 92. The expansion diaphragm is connected to a temperature adjustment dial 91.

The power source 94 supplies power to the heater 61.
The steam changeover switch 100 switches the electrical connection between the power supply 94 and the heater 61. The steam changeover switch 100 is exposed on the surface of the grip portion 11 (see FIG. 1).

With reference to FIG. 3, the detailed structure of the inner blade support plate 20 is demonstrated.
The support plate main body 21 of the inner blade support plate 20 has an inner blade passage surface 21A and an inner blade non-passage surface 21B.

  The inner blade passage surface 21A is formed continuously with the inner blade non-passage surface 21B. The inner blade passage surface 21A includes a surface that passes when the inner blade body 41 reciprocates in the plan view of the support plate body 21 and the periphery thereof.

  The inner blade non-passing surface 21 </ b> B indicates a surface that does not pass when the inner blade main body 41 reciprocates in the plan view of the support plate main body 21. The inner blade non-passing surface 21 </ b> B is formed in the support plate main body 21 at a position including both ends in the main body width direction.

  Twelve support plate holes 22 are formed on the inner blade passage surface 21A. Four support plate holes 22 are formed in the inner blade non-passing surface 21B. That is, the number of support plate holes 22 existing on the inner blade passage surface 21A is larger than the number of support plate holes 22 existing on the inner blade non-passage surface 21B.

With reference to FIG. 4, the circuit structure of the hair softening part 50 is demonstrated.
The power source 94 is electrically connected to the steam changeover switch 100. The steam changeover switch 100 is electrically connected to the thermostat 93. The thermostat 93 is electrically connected to the steam changeover switch 100, the temperature adjustment dial 91, the heat sensitive unit 92, and the heater 61. The heater 61 is electrically connected to the thermostat 93 and the power source 94.

The operation of the electric razor 1 will be described with reference to FIGS. 1 and 5.
The power switch 14 is turned on by the user. For this reason, electric power is supplied to the drive unit 13. For this reason, the drive unit 13 drives the inner blade unit 40 to reciprocate with respect to the outer blade unit 30.

  The steam changeover switch 100 is turned on by the user. For this reason, electric power is supplied from the power supply 94 to the heater 61. The heater 61 heats the water in the tank 62. For this reason, steam is generated from the tank 62.

  The steam generated from the tank 62 passes through the ejection path 71. The steam that has passed through the ejection path 71 is discharged from the ejection port 72 to the accommodation space 12B. The steam discharged into the accommodation space 12B passes through the support plate hole 22 and rises. The steam that has passed through the support plate hole 22 is discharged to the outside through the outer blade hole 32A.

  On the other hand, the heat sensitive part 92 detects the temperature of the accommodation space 12B. The expansion diaphragm expands as the temperature of the accommodation space 12B increases. When the temperature of the accommodation space 12B exceeds the temperature set by the temperature adjustment dial 91, the expansion diaphragm electrically disconnects the power supply 94 and the heater 61. For this reason, the supply of power from the power supply 94 to the heater 61 is interrupted. For this reason, the heating of the heater 61 is interrupted. For this reason, the amount of steam generated from the tank 62 gradually decreases and eventually stops. For this reason, the temperature of the accommodation space 12B gradually decreases. As the temperature of the accommodation space 12B decreases, the expansion diaphragm contracts. When the temperature of the accommodation space 12B decreases to the temperature set by the temperature adjustment dial 91, the expansion diaphragm electrically connects the power supply 94 and the heater 61. For this reason, the heater 61 heats the water in the tank 62. For this reason, steam is generated from the tank 62.

The electric razor 1 has the following effects.
(1) The outlet 72 of the electric razor 1 communicates with the outside of the electric razor 1 through the outer blade hole 32A. For this reason, the steam generated by the softening section main body 60 is ejected to the accommodation space 12 </ b> B through the ejection port 72. The steam ejected into the accommodation space 12B is ejected to the outside of the electric shaver 1 through the outer blade hole 32A.

  On the other hand, the electric razor 1 is used with the outer blade body 32 pressed against the skin surface. For this reason, as for the electric razor 1, the steam sprayed outside via the outer blade hole 32A tends to come into contact with the heel. For this reason, the electric razor 1 tends to soften hair.

  (2) The electric razor 1 has the softening part main body 60. The softening unit main body 60 may become high temperature depending on the temperature set by the temperature adjustment dial 91. The softened part main body 60 of the electric razor 1 is accommodated in the accommodation space 12B. For this reason, in the electric razor, the softened portion main body 60 is not exposed from the razor main body 10. For this reason, the electric shaver 1 can suppress that the high temperature softening part main body 60 touches a user's skin.

  (3) The electric razor 1 has an inner blade support plate 20. The inner blade support plate 20 has a support plate main body 21 and a plurality of support plate holes 22. The ejection port 72 communicates with the outside of the electric shaver 1 through the support plate hole 22 and the outer blade hole 32A. For this reason, the steam ejected from the ejection port 72 passes through the support plate hole 22 and moves to the outer blade hole 32A.

  On the other hand, the support plate hole 22 may be clogged with cut ridges. The support plate body 21 of the electric razor 1 has a plurality of support plate holes 22 formed therein. For this reason, in the electric razor 1, compared to the configuration having the single support plate hole 22, the cut ridges are clogged in the support plate hole 22, so that the steam cannot rise above the inner blade support plate 20. This can be suppressed.

  (4) When the electric razor 1 is used by a user with the razor main body 10 tilted, steam ejected from the softening portion main body 60 may adhere to the inner wall of the head portion case 12A. For this reason, when the electric razor 1 is used by a user with the razor main body 10 tilted, the electric razor 1 is external to the electric razor 1 through the outer blade hole 32A with respect to the amount of steam generated by the softening portion main body 60. There is a risk that the amount of steam released to the surface will be reduced.

  The inner blade support plate 20 of the electric razor 1 has a support plate hole 22. The support plate holes 22 are formed in the inner blade passage surface 21A and the inner blade non-passage surface 21B of the support plate main body 21, respectively. For this reason, when the razor body 10 is tilted and the electric razor 1 is used, the electric razor 1 is discharged to the outside of the electric razor 1 through the outer blade hole 32A with respect to the amount of steam generated by the softening portion main body 60. It can control that the amount of steam decreases.

  (5) The hair softening unit 50 of the electric razor 1 has a waterproof and moisture permeable membrane 80. The waterproof and moisture permeable membrane 80 exists between the jet outlet 72 and the outer blade hole 32A. The waterproof and moisture permeable membrane 80 is affixed to the back surface of the inner blade support plate 20. For this reason, the water in the tank 62 hardly leaks from the tank 62 to the outside of the electric shaver 1 through the outer blade hole 32A.

  (6) The hair softening unit 50 includes a temperature adjusting unit 90. The temperature adjustment unit 90 adjusts the heating temperature of the heater 61. For this reason, the electric razor 1 can eject the steam of the temperature according to a user's liking to a user's skin surface.

(Modification)
The electric razor includes other embodiments different from the above embodiments. Other embodiment includes the form shown below as a modification of the said embodiment. Note that the following modifications can be combined with each other within a technically consistent range.

  -The hair softening part 50 of the electric shaver 1 of embodiment exists in the accommodation space 12B. However, the place where the hair softening part 50 exists is not restricted to the place illustrated by embodiment. The hair softening part of the modified example exists inside the grip part 11 or exists outside the razor body 10.

  -The electric shaver 1 of embodiment has the softening part main body 60. FIG. The softening part main body 60 generates steam. However, the structure of the softening part main body 60 is not restricted to the content illustrated by embodiment. The softened body of the modified example generates mist having a molecular weight larger than that of steam.

  In the embodiment, the tank 62 stores water. However, the liquid stored in the tank 62 is not limited to the liquid exemplified in the embodiment. The modified tank stores liquid alcohol.

  -The ejection part 70 of embodiment exists in the exterior of the softening part main body 60. FIG. However, the position where the ejection part 70 exists is not restricted to the content illustrated by embodiment. The ejection part of the modification is present inside the softening part main body 60.

  -The jet nozzle 72 of embodiment exists in the downward direction of the main body longitudinal direction of the electric shaver 1 rather than the inner blade support plate 20. FIG. However, the position where the spout 72 is present is not limited to the content exemplified in the embodiment. The ejection port of the modified example exists above the inner blade support plate 20 in the longitudinal direction of the main body of the electric shaver 1.

  -The electric shaver 1 of embodiment has the form as a reciprocating electric shaver. However, the drive mode of the electric razor 1 is not limited to the content exemplified in the embodiment. In the modified electric razor, the inner blade unit rotates with respect to the outer blade unit. That is, the electric shaver according to the modification has a form as a so-called rotary electric shaver.

-The electric shaver 1 of embodiment cuts a scissors. However, the hair that the electric razor 1 cuts is not limited to the eyelids. The modified electric razor cuts various hairs including the folds.
The outer blade unit 30 of the electric razor 1 according to the embodiment has five outer blade bodies 32. However, the number of outer blade bodies 32 included in the electric razor 1 is not limited to the number exemplified in the embodiment. The electric shaver according to the modified example has the outer blade body 32 of any number of 1 to 4 or any number of 6 or more.

  10: Body
  10A: Main unit front
  10B: Rear side of main unit
  10C: Right side of main body
  10D: Left side of main unit
  11: Grasping part
  12: Head part
  12A: Head case
  12B: accommodation space
  13: Drive unit
  13A: Drive shaft
  14: Power switch
  20: Inner blade support plate
  21: Support plate body
  21A: Inner blade passage surface
  21B: Inner blade non-passing surface
  22: Support plate hole
  30: Outer blade unit
  31: Outer blade support part
  32: Outer blade body
  32A: Outer blade hole
  40: Inner blade unit
  41: Inner blade body
  41A: slit hole
  50: Hair softening part
  60: softening body
  61: Heater (heating unit)
  62: Tank (water reservoir)
  70: Spouting part
  71: Spout channel
  72: Spout
  80: Waterproof / breathable membrane
  90: Temperature control unit
  91: Temperature control dial
  92: heat sensitive part
  93: Thermostat
  94: Power supply
  100: Steam changeover switch

Claims (6)

An electric razor that cuts hair,
The electric razor has a head portion, an outer blade, an inner blade, and a hair softening portion,
The head portion supports the outer blade, accommodates the inner blade,
The outer blade has an outer blade body,
The outer blade body is supported by the head portion and has an outer blade hole,
The outer blade hole has a size capable of penetrating the outer blade body and introducing bristles into the head portion,
The inner blade has a structure for cutting the hair by sandwiching the hair introduced from the outer blade hole with the outer blade body,
The hair softening part has a softening part main body and an ejection path,
The softening body is present inside or outside the electric razor and generates steam or mist.
The jet passage circulates the steam or mist generated by the softening section main body, and has a jet outlet.
The spout is present in the interior of the head portion, and an external communication with the electric shaver via the outer cutter holes,
The electric razor further includes an inner blade support plate,
The inner blade support plate has a support plate body and a plurality of support plate holes,
The support plate body is fixed inside the head part,
The support plate hole is formed in the support plate body,
The jet nozzle is an electric razor communicating with the outside of the electric razor through the support plate hole and the outer blade hole . The electric razor has a drive unit;
The drive unit is coupled to the inner blade, and causes the inner blade to reciprocate with respect to the inner blade support plate and the outer blade,
The support plate body has an inner blade passage surface and an inner blade non-passage surface,
The inner blade passage surface includes a surface that passes when the inner blade reciprocates in the plan view of the support plate body,
The inner blade non-passing surface indicates a surface that does not pass when the inner blade reciprocates in a plan view of the support plate body,
The number of the support plate holes existing on the inner blade passage surface is larger than the number of the support plate holes existing on the inner blade non-passage surface.
The electric razor according to claim 1 . The electric razor has a drive unit;
The drive unit is coupled to the inner blade, and causes the inner blade to reciprocate with respect to the inner blade support plate and the outer blade,
The support plate body has an inner blade passage surface and an inner blade non-passage surface,
The inner blade passage surface includes a surface that passes when the inner blade reciprocates in the plan view of the support plate body,
The inner blade non-passing surface indicates a surface that does not pass when the inner blade reciprocates in a plan view of the support plate body,
The support plate hole is formed only on the inner blade passage surface of the support plate body.
The electric razor according to claim 1 . An electric razor that cuts hair,
The electric razor has a head portion, an outer blade, an inner blade, and a hair softening portion,
The head portion supports the outer blade, accommodates the inner blade,
The outer blade has an outer blade body,
The outer blade body is supported by the head portion and has an outer blade hole,
The outer blade hole has a size capable of penetrating the outer blade body and introducing bristles into the head portion,
The inner blade has a structure for cutting the hair by sandwiching the hair introduced from the outer blade hole with the outer blade body,
The hair softening part has a softening part main body and an ejection path,
The softening body is present inside or outside the electric razor and generates steam or mist.
The jet passage circulates the steam or mist generated by the softening section main body, and has a jet outlet.
The spout is present in the interior of the head portion, and an external communication with the electric shaver via the outer cutter holes,
The hair softening part further has a waterproof moisture permeable membrane,
The waterproof and moisture permeable membrane is an electric shaver that exists between the jet port and the outer blade hole inside the head portion . An electric razor that cuts hair,
The electric razor has a head portion, an outer blade, an inner blade, and a hair softening portion,
The head portion supports the outer blade, accommodates the inner blade,
The outer blade has an outer blade body,
The outer blade body is supported by the head portion and has an outer blade hole,
The outer blade hole has a size capable of penetrating the outer blade body and introducing bristles into the head portion,
The inner blade has a structure for cutting the hair by sandwiching the hair introduced from the outer blade hole with the outer blade body,
The hair softening part has a softening part main body and an ejection path,
The softening body is present inside or outside the electric razor and generates steam or mist.
The jet passage circulates the steam or mist generated by the softening section main body, and has a jet outlet.
The spout is present in the interior of the head portion, and an external communication with the electric shaver via the outer cutter holes,
The softening part main body has a water storage part and a heating part,
The water storage part stores water,
The heating unit heats moisture in the water storage unit,
The hair softening part further has a temperature control part,
The temperature adjusting unit is an electric razor that adjusts the temperature of steam generated when the heating unit heats water . The electric razor has a gripping portion;
The gripping part supports the head part,
The softening portion main body is accommodated in the head portion or the grip portion.
The electric shaver according to any one of claims 1 to 5 .