JPS581490A - Charging type electric razor - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

[Detailed description of the invention] This invention relates to a rechargeable electric shaver.

When charging a conventional electric shaver of this kind, a plug blade 150 was protruded from the rear side and a 151km outlet was inserted, as shown in Figure 25. However, since the length H in the longitudinal direction (height) of the razor main body 152 is large, it tends to tilt due to the weight and is unstable, and the insertion of the orange blade 150 may come off. Since the protruding amount of the 9-shade stopper 52 is large, it takes up a lot of space when inserted into a sink or an electrical outlet near the floor, making it difficult to use. A friend who has the problem that the root of the orange blade 150 K is easily damaged due to excessive force when it is pulled out from the Makunto Ryunt 151.

SUMMARY OF THE INVENTION Accordingly, it is an object of the present invention to provide a rechargeable electric shaver that is stable when plugged into an outlet and can be used for charging without taking up space in an outlet such as a wash basin.

An embodiment of the invention is shown in FIGS. 1 to 921.

That is, in this rechargeable electric razor, the case constituting the razor body has a rectangular shape with a small thickness, one end edge of which is formed into a circular arc 2, and the blade [31] protrudes from the front side in the thickness direction along the circular arc 2. A motor 4 and a switch 5 are installed inside the blade part 3, and a storage battery 6, a transformer 7, and a grab 8 are installed in the remaining half of the razor body 1. has been done.

Especially storage batteries6. The transformer 7 and the grab 8 have their respective longitudinal directions parallel to the longitudinal direction (height H direction) of the razor body l, and these three parts are stored side by side in the razor body 10 width direction (width W direction). There is. t7
The plug 8 is rotatably provided and protrudes in the thickness direction of the razor body 1, and its storage is closed with a plug cover 9.

First of all, the razor main stop is mainly done by 2 in the thickness direction as shown in Figure 43.
Divided into 1,000 (upper housing 10M and lower housing 10M)
"b" means three approximately equal parts of the mating part below...Using 10b
K7 V rilla, llb and screw hole 12
A locking recess 1 is formed in the corresponding part of the upper housing 10m.
3m, 13b (@Fig. 5, @Fig. 10) and a screw hole cylinder 14 (Fig. 14) are formed, and screws 15tP are screwed into the screw hole cylinder 14 to integrate the housings 10m, 10b.

Switch 5. The configurations of the motor 4 and the blade portion 3 will be explained. Mainly, as shown in Fig. 3, the shaft ring 16 is divided at the center of the arc 2 at the tip of the lower housing 10b.
It protrudes with a t-shape, and a pull-out projection 17 is formed at its upper end. Fixed protrusions 1B1 at three locations around the shaft ring 16
~18C anode metal fitting 19. The cathode metal fitting 20 and the current-carrying metal fitting 21 are installed by heat sealing (Fig. 4), and the metal fittings 20 and 21 are contact pieces 20M 1211 extending toward the rear end side of the razor body l.
1- It is provided. The switch lever 2 is attached to the shaft ring 16.
The shaft hole 22 of the ring 16 is fitted into the split hole 161 of the ring 16 so as to be rotatable, and is supported by the retaining protrusion 17 to prevent it from coming off. The tip of the switch lever 22 passes over the current-carrying metal fitting 21 and extends through the rotation range provided in the lower housing 10b.
The regulating recess 23f is supported by a lip 24, and a switch spring 25 is heat-sealed and fixed to the lower surface corresponding to the energizing metal fitting 21, and the energizing metal fitting 21 and the cathode metal fitting 19 are brought into contact and separated by rotation of the lever 22. Further, a vertical plate 22b1 is erected at the tip of the switch lever 22, and a tapered recess 22C is formed at its upper edge.

On the other hand, a mounting hole 26 is formed in a portion of the upper housing 101 corresponding to the shaft ring 16, and a blade mounting base 27 is mounted therein. First, the radius of the mounting hole 260 is close to the radius of curvature of the arc 20 minus the wall thickness t of the upper housing 101, and the diameter is close to the width of the tip side of the razor body 1, and the diameter is close to the width of the tip side of the razor body 1. The longitudinal part of the razor main body l is formed with a linear flat edge part 28t, and a guide recess 29 is formed in the center thereof, and the widthwise part of the razor main body 10 is each formed with a recessed part 30m of a predetermined width. , 30b are formed.

In addition, the blade mounting base 27 has a partition plate 31 provided in the middle part of the cylindrical body, and a small cylindrical part 31m protrudes upward from the center of the partition plate 31.
The upper surface of the partition plate 31 is used as a beard debris retaining part, a threaded groove 271 is formed on the inner periphery of the cylindrical body on the upper side of the partition plate 31, and a threadless groove 27b for removing beard debris is formed in a part of the threaded groove 271. A plurality of vertical ribs 32 are formed, and a bulge 33 is formed at the upper opening edge. In addition, a small cylindrical portion Sta is located at the center of the lower surface of the partition plate 31.
A recess 34 (FIG. 5) with a larger diameter is formed, a motor rotation positioning lip 35 (FIG. 6) is formed in the recess 34, and a flat part of the mounting hole 26 is formed on the lower peripheral wall of the partition plate 31. 2B
A flat plate portion 36 is formed corresponding to the upper end of the flat plate portion 36, a crescent-shaped locking step 37 (Fig. 5) is formed on the surface connected to the upper end of the flat plate portion 36, and a slit 38 is formed on the image side of the flat plate portion 36 so as to be movable in the radial direction. To provide flexibility, a lip 39t-7 is formed on the outer surface of the flat plate part 36, and a motor hook 39' (FIG. 6) is formed inside the lower end of the remaining arcuate plate part 361 other than the flat plate part 36. There is. The blade mount 27 is installed on the flat plate part 3 of the blade mount 27.
6t- Align the flat edge 28 of the mounting hole 26, and insert the vertical portion of the lip 39 by guiding it into the recess 29. At this time, the flat plate part 36 is pushed inward by the recessed part 29 and is bent, and the blade mounting base 270 and the stop stage 37 are on the upper side.
When the flat plate part 36 comes into contact with the upper edge of the flat edge part 28 of the mounting hole 26, the flat plate part 36 returns and the horizontal part of the lip 39 engages with the lower edge of the flat edge part 28 of the mounting hole 26. (all! Figure 5).

The motor 4 is attached to a blade mount 27, and the motor 4 has a plane portion 4a formed on one opposite side of the circumferential surface of the main body, and a two-step stepped portion 4b*4c formed on the front end. A hole 4dl corresponding to the lip 35 is formed in the first step 4b, and the motor shaft 40 protrudes from the center of the second step 4c.
1+5) is provided, and an anode terminal 41 is provided around the protrusion 4C.
and a cathode terminal 42 are provided protrudingly. As shown in FIGS. 15 and 6, the motor shaft 40 of the motor 4 is passed through the small cylinder part 312 from the lower part of the blade mount 27, and the flat part 4m and the flat plate part 36 are aligned, and each stepped part 4b, 4ct-partition Press fit into the small cylinder part 311 and concave part 34 of the plate 31, and fit the lip 35 into the hole 4dK'' to position the motor 4 in the central direction, and push it in even more tightly to attach the hook 39' to the lower edge of the motor 4. and then attach the motor 4t to the blade mount 27 (Fig. 1g6).
When lowered into the lower housing 10b, the protrusion 4e62 at the rear end of the motor 4 is fitted and supported by the ring 16, the anode terminal 41 is pressed into contact with the anode metal fitting 19, and the cathode terminal 42 is pressed into contact with the cathode metal fitting 20.

Further, when the blade mount 27 is attached, the ring-shaped switch handle 43 is rotatably fitted in contact with the vertical rib 32 between the collar 33 on the outer periphery of the blade mount 27 and the surface of the upper housing 1010. The switch handle 43 has an uneven portion on its outer circumferential surface, and has a mounting hole 26.
A downward notch 431 is formed corresponding to the recess 30b,
Two operation protrusions 43bt are formed on both sides, and a notch 43
A click protrusion receiver 43Ct is formed at the center of the arc 2 of 10 m in the upper housing, which is approximately 90 meters away from the notch 43g. Display protrusion 43d
The switch handle 43 is attached to the blade mounting base 27.
When the blade mounting base 27 is fixed to the metal upper housing 101, the lower end of the arm 44 fits into the recess 308 of the mounting hole 26, and the lower end of the arm 44 fits into the straight piece 22b of the handle lever 22.
The handle 43 t [
ff1t and the handle lever 22 rotate around the shaft ring 16, and the switch spring 25 connects and separates the energized metal A21 and the # pole metal fitting 19 to perform a switch operation. The zero drop button 45 is fitted into the switch handle 43 so that it protrudes from inside the notch 43alC$''j, and the II 45m that protrudes from the lock button 45 on both sides elastically contacts the outer circumferential surface of the blade mount 27 to perform its action. Text button 45 is notched @ 431
A locking piece 45b hangs down from the bottom of the lock button 45 and locks into the recess 30b of the mounting hole 26. Rotation of the switch handle 43 is regulated by the locking piece 45b and the recess 30bK, and when the lock button 45 is pushed from the front side, the locking piece 45b is removed from the recess 30b, allowing the handle 43 to rotate. Further, a U-shaped click spring 46 is housed in the click spring receiver 43CK of the switch handle 43, and a protrusion 461 is formed in the center of the spring 46. A recess 47 is formed at a position corresponding to the contact operation and a position corresponding to the disengagement operation (FIG. 5), and a click feeling can be obtained when the handle is turned on or off. rONJ and rOFFJ tv indications are attached to the surface of the upper housing 10m corresponding to the 2N indicator protrusion 43d. The inner blade base 49 is attached to 48. - Thread groove 27 of the blade mount 27
The outer cutter base 50 is screwed into a, and the inner cutter 49m of the inner cutter base 49 and the outer cutter 50 of the outer cutter base 50 are in elastic contact.

Further, a station #15ob is formed on the outer cutter base 50, and the cap 51 is locked in the circumferential groove 506K, so that the outer cutter 50m is covered.

Storage battery 6. The configuration of the transformer 7 and the plug 8 will be explained. Mainly, the storage battery 6 and the transformer 7 are fixed to the shear 52 as shown in FIG. This chassis 52 has a vertical plate 53t-erected on one side edge, and is placed on the chassis 52 with the longitudinal direction of the transformer 7 in contact with the vertical plate 53 horizontally and the width direction (longer than the thickness) vertically. The storage battery 6 is installed next to the transformer 7 with the longitudinal direction of the storage battery 6 aligned with the longitudinal direction of the transformer 7, and an electrode plate 54t is attached to the electrode. At the front end of the chassis 52, a connecting part 55M that contacts the current-carrying metal fitting 21 is extended from the storage battery installation part, and a connecting part 55b that contacts the cathode metal fitting 20 is extended from the standing position of the vertical plate 53. In addition, a heat shield 56 is arranged on the front end side of the transformer 7, and a plug contact piece 578 is arranged at the center and front end of the outer surface of the vertical plate 53 so as to extend outward.
, 57b and a contact piece 57a.

57b, that is, the plug shaft 5 is located at the front end side of the vertical plate 53.
8 protrudes horizontally from the vertical plate 53, and the plug contact piece 57M
Grag switch flB (Fig. 21) that is electrically opened and closed by one plug blade 8a of one lug 8 coming into contact with and separating from the rear end side.
Contacts 591 and 59b are provided, and this contact 59a
, A light emitting diode 60 is mounted upward on the rear end side of 59b, and a resistor 61 for the light emitting diode and a rectifier/reverse current blocking diode 62 are mounted on the rear end side of the transformer 7 on the inside of the vertical plate 53, that is, on the F lance side. The electrical components, storage battery 6, and transformer 7 are connected using lead wires, conductive plates, etc. as shown in FIG. 21, thereby forming a charging circuit and a charging display lighting circuit.

The plug 8 has a plug base 8CK and a pair of plug blades 81°8b1″
Not molded at the same time, shaft hole gd in the center of the plug base 8C
t penetrates through the shaft hole 8d, and a ring part 8et protrudes from the hole edge on one end side of the shaft hole 8d.The spring bearing is formed in a recessed part 8ft on the hole edge (Fig. 7), ring part 8et.
A radial groove 8g is formed in the groove 8g, and a spring locking hole 5h1 is formed on the extension line of the groove 8g. A circular arc portion 8i is formed, and a vertical posture positioning protrusion 8j is formed in the circular arc portion 8iK.The plug 8 is fitted into the shaft hole 8dt of the plug 8 and the plug shaft 58 to support the plug 8 so as to be rotatable.
The blades 81#8btIK are placed in a vertically downward position (FIG. 3) with respect to the chassis 52, so that each of the blades 8a.

The @edge of 8b contacts the contact pieces 571 and 57bK,
The primary side of the transformer 7 and the blades 8ae8b are electrically connected, and by rotating parallel to the friend blade sa and sbt chassis 52, one of the blades 8a is connected to the contact point 59.

59b is in contact with K to close contact 5gm and 59b. The tip of the plug shaft 58 protruding from the plug base 8C (the coil portion 6 of the screw coil spring 63)
38 is inserted, and one end of the spring receiver provided in the plug base 8C is supported by the recess 8f, and extends from the one end of the spring receiver through the line of sight end 63b, Fi groove sgtl-, and is locked in the stop hole 8h. Huru.

The storage battery 6. thus formed into a block in the chassis 52. Transformer 7 and plug 8 in housing 10.

To accommodate Job K, a large number of positioning ribs 64 and partition plates 65 are provided next to the rear side of the motor installation part of the lower housing Job, and the plug blade 8 of the plug 8 corresponds to the plug 8.
A + 8 b is formed with a long hole 66 through which it can rotate and protrude (Fig. 7), and also corresponds to the plug shaft 58. An arcuate recess 68, 68b, which becomes a bearing hole for the plug shaft 58 by being fitted with a circular arc recess 68.

is formed on the wall 67, and the genie holder around the recess is 9^69
b, and a locking hole notch 70 is formed on the fitting edge of the housing 10a and iob at a position remote from the recess 681 #68b (Fig. 7).
Inside the housing 10m, a receiving protrusion 71t (FIG. 8) is formed to engage the protrusion 8iK in the vertical position of the plug 8, and a light emitting hole 72 is formed corresponding to the light emitting diode 60. Translucent cover 732! -It is installed from the back side. Chassis 52f: Lower No. 10b No. 1
64 or the like, each connection portion 55M, 55b of the chassis 52 connects to the current-carrying metal fitting 21 and the cathode metal fitting 2.
0, and the plug shaft 58 is held in the arcuate recess 681.
Its tip surface is in the fitting part of the inner surface of the lower I/Using 10b m! IL is also compressed and supported by the outer end of the winding portion 63m of the torsion coil spring 63 or the spring receiver 691, and its wire end is locked in the notch 70. When this lower housing 10b K upper housing 10m is fitted, the upper housing 101
The upper surface of the storage battery 6 is held down by the protrusion 74 on the inner surface (Fig. IIJ7), and the upper surface of the transformer 7 is held down by the inner surface of the upper I housing 10a, and the torsion coil spring 63 is securely held.

In this way, due to the torsion spring action of the torsion coil spring 63, the plug 8Fi is biased so that its plug blade sa*gb protrudes from the lower housing 101) through the elongated hole 6'6, and its rotational movement causes the jig plug 8 The protrusion 8j rides over the protrusion 711 of the upper housing 10M as shown in Figure @8, and the side surface of the plug base 8C abuts against the end wall 661 of the elongated hole 66, thereby supporting the protruding state. Furthermore, the zig rug 8 is pressed against the chassis 52 by the axial spring action of the torsion coil spring 63 to ensure contact between the plug blade 81.8b, the contact portions 57m and 57b, and the contact points 59 and 59b. By the way, the chassis 52 is installed in the housings 10m and 10b as described above, and as a result, the storage battery 6. The transformer 7 and the plug 8 have their respective longitudinal directions parallel to the longitudinal direction of the razor head stop and are arranged in the width direction of the razor head '1.

Further, since the plug shaft 58 of the plug 8 is located on the tip side of the chassis 52, when the plug blade 8a18b is in the protruding state, the plug 8 protrudes almost to the center in the longitudinal direction of the razor head 1, and the plug blade
The arrangement direction of a s 8 b is parallel to the longitudinal direction of the razor book 1.

The plug cover 9 closes the elongated hole 66, so
Therefore, a housing recess 75t including a long hole 66 is formed on the outer surface of the lower housing 10b as shown in FIG.
When a guide groove 76 (Fig. 5) is formed on the front side of the
The guide groove 7 is formed in the rear end plate 10b' of the lower housing 10b.
7Yr, and four slits 78 to 81 are formed in the recess 75 in parallel to the width direction 111 of the lower housing 10b (Fig. 811).
is formed. The first slit 78 provides elasticity to the branch piece 82 between it and the slit 79 of @2, and the second slit 79 has a click protrusion 83 on the slit edge on the side of the branch piece 82. The slit 81 is formed at the corner edge of the recess 75 facing the guide groove 77 of the rear end plate 10b'. The plug cover 9 has a rear end bent at a right angle, and has guide protrusions 84 and 85 formed on the front edge and the rear edge bent at right angles, as well as a guide protrusion 84 and 85 that fit into the fourth slit 81. 86 (Fig. 5) and second and third sleeves) 79.80 to be inserted into protrusions 87,881
-forming. The guide protrusion 84 of this plug cover 9
85t - When the hook 86 is inserted into the guide groove 76, 77 and engaged with the fourth sleeve (4th sleeve) 81, the other protrusion 87.
88 fits into the slits 79 and 80, and the plug cover 9 is now assembled into the recess 75. Then, when the cover 9 is slid, the projection 8f passes over the click projection 83 at the position where the elongated hole 66t is closed, and the elongated hole 66 is closed with a click and feel.

In addition, there is a third sleeve (as shown in FIG. 17) in the recess 75.
An L-shaped groove 89 including 80i is formed, and one end thereof is formed into a long hole 66.
A support shaft 90 is erected at the other end, and a mounting hole 91 is formed adjacent to the support shaft 90. 9 with wires left unattended
One end of the plug pressing spring 92 formed into a 1-shape with an angle of 0 degrees or more is bent into a ring shape, and the ring part 921 is fitted into the support shaft 90, and the ring part 928ID@ is bent directly. The wire end 92b is locked in the mounting hole 91, and the other part of the spring 92 is bent and stored in the C-shaped groove 89 in a spring biased state. At this time, spring 91! Part of the notification is 9 children's wheel section 921
Protrusions 93 formed on both side edges of the groove cover 9 for the double one.
m and 93b come into contact with each other to restrict the swinging of the spring 92, the support protrusion 94 formed at the end of the long hole 66 side of the 1+ groove 89 supports the spring 92 to prevent it from coming out, and the free end 92c of the spring 92 protrudes slightly into the elongated hole 66, and its free end 92
C is curved in a ring shape and is inclined inward from the outer surface of the lower housing 10b. The function of this pressing spring 92 is that when the plug blades 8m and 8bf of the plug 8 rotate from the protruding state and fall into the elongated hole 66, the blades 8 a e 8 b #N1 touch the inclined portion of the free end 92Ce. Free end 92
Ct - The elongated hole 66 is driven backwards, and its operation will be described shortly)
, plug blade 8m.

8b is completely inserted into the housing 10b, the free end 92C returns and locks the plug blade 8bK,
The support protrusion 94 resists the reaction force, thereby holding the plug 8 in the stored state.

Therefore, when the plug cover 9 is fitted into the recess 75 and slid to the maximum in the direction of opening the elongated hole 66, the protrusion 88 of the cover 9 presses the presser spring 92 that intersects the slit 80, and the presser spring 92 moves #! As shown in Figure 11, imagine from the state of the solid line *
The free end portion 92c is bent into a linear state using the protrusion 931 as a fulcrum, and thereby the free end portion 92c retreats from the elongated hole 66 and no longer protrudes.

Therefore, the plug 8 is rotated by the pin 63, and the elongated hole 66
From I! ! It will pop out as shown in Figure 18. When the plug blade 8a #8b protrudes, the pressing spring 92 slightly pushes the cover 9 to return to its original state, and the free end 92c [protrudes into the elongated hole 66].

When you use this rechargeable [9IC razor], press the lock button 45 and turn the switch handle 43 so that the display protrusion 43d moves to the "on" display.
Switch through the hanging piece 44? Since the L/bar 22 rotates, the switch spring 25 rotates to connect the current-carrying metal fitting 21 and the anode metal fitting 19, thereby closing the switch S of the circuit shown in FIG. 21.

On the other hand, at this time, when the plug 8 is housed in the housing 101, 10b, the plug blade 81 contacts the contacts 59M, 59b.
Since K contacts, the plug switch PS of the circuit of FIG. 1121 is closed. As a result, the voltage of the storage battery 6 is applied to the motor 4, and the motor 4 is operated. The inner cutter base 49 rotates through the joint 48tl by the rotation of the motor 400,
Inner blade 4951 Kaouter blade 501 tD inside @t51II! j
p.

However, since the knife rotates, when you hold it and press the outer blade 50M against the beard, the whisker is introduced into the outer blade hole, and due to the cooperation of the outer blade 50m and the inner blade 49. The beard is cut off and a razor is performed. Next, when charging this rechargeable electric shaver, slide the plug cover 9' in the opening direction until you feel it close, and as mentioned above, push the protrusion 88 and pull the spring 92 to open the free end. Since 92C retreats from the long hole 66, the plug 8 rotates Ct around the plug shaft 58 due to the action of the screw coil spring 630, and the plug blade 8 is rotated.

8b projects from the elongated hole 66 to the outer surface of the lower housing 10b. At this time, the positioning projection 8 is moved by the force of the rotation of the plug 80.
j climbs over the protrusion 71t of the upper housing 10, and the plug 8 is supported in an upright position by the end wall 66Jl.

Also, in the protruding state of the plug blade 5 atsb, the plug blade 8 a e 8
The side edge of b is away from contacts 5gm and 59b, so even if the switch handle 43 is turned on by mistake, the motor operating circuit remains open, and the plug blades 8 and 8b are separated from the contact portion 57.
1, 57b fCW! Since it is a sugar, it is connected to the primary side of the transformer 70. In this state, 919 figures and all! 20
As shown in the figure, when the main stop is placed in a horizontal position and the plug blades ga and 8b are inserted into the electrical outlet (X), the storage battery 6 is charged via the diode 62 by the secondary voltage of the transformer 7, and the light emitting diode 60 is charged via the resistor 61. Since the battery is energized, the light emitted from the light emitting diode 60 is emitted through the cover 73 to the outside through the light emitting hole 72, and a charging display is performed. When charging is finished, disconnect the plug blade 81° from the Bbt outlet X, and plug the plug blade 81e
When 8b' is pushed down in the storage direction, the plug blade 8a#8b rotates as the projections 3d and 71 feel like they are being pressed, and the plug blades gm and gb push the free end 92C of the spring 92 and are stored. It is held and held by the free end 92C of the pressing spring 92. Furthermore, the cover 91-slides into the elongated hole 66t-
Obstruction.

22 to 24 show other embodiments of the invention. That is, both the storage battery 6° transformer 7 and the plug 8 are aligned in their longitudinal direction with respect to the razor body lO.
They have a common point that they are parallel in the longitudinal direction KL and are arranged side by side in the width direction of the razor body 10, but when viewed from above with the blade section 3t-above, the plug 8 is placed on the right side in the above-mentioned one. On the other hand, the one in figure @22 has plug 8 ktE@
23, the plug 8 is located between the transformer 7 and the storage battery 6, and the plug 8 in FIG. 24 is located between the lance 7 and the storage battery 6, and the plug blades Ba, B
The direction in which the lines b are lined up is the width direction of the razor body 10.

As described above, the rechargeable electric shaver of the present invention has the following effects. That is, (1) the longitudinal direction of the storage battery, transformer, and plug are parallel to the longitudinal direction of the razor body, and these are arranged in the width direction of the razor body;
With the plug blade protruding in the direction of the thickness of the main body, the height H and thickness Tt of the razor main body can be reduced, making it compact and convenient to carry, and it can be stably held in the outlet when charging. Since it does not take up much space, it is convenient to use an outlet near the sink or floor. As an example, if the switch-motor and blade are arranged in the thickness direction of the razor body 9, the height of the razor body can be further reduced.

(2) As an embodiment, since the plug blade is made to protrude from the longitudinal center of the main body of the kami-79, the connection with the outlet is more stable, and there is no risk of falling.

(3) As an embodiment, if the plug is rotatably supported on the plug shaft, the structure is simplified.

[Brief explanation of the drawing]

FIG. 1 is a perspective view of an embodiment of the present invention as seen from the front side, 9
Figure 2 is a perspective view from the back side, Figure 3 is an exploded perspective view,
Figure 4 shows the flat surface of Figure 1g1 with the motor removed! 2nd side t, 1st figure,
Fig. 5 is a sectional view taken along the line ■-v with the motor, and Fig. 6 is a sectional view taken along the line Vl-VI with the motor shown in Fig. 4. Figure 7 e-1t @ Figure 4 ■-■ cross-sectional view, Figure 8 11 Figure 4 ■-
■ Expanded sectional view, Figure 9 is ls4 Figure N-! FIG. 10 is an enlarged sectional view taken along the line x-X in FIG. ! Figure s13 is a cross-sectional view, Figure 14 is a bottom view, Figure 15 is a plan view of the lower housing, Figure @16 is a cross-sectional view, and Figure @17 is a 7? with the plug cover removed. , f: Top view, Fig. 18 is a partial perspective view showing the protruding 1st part of the plug blade, Fig. 419 is a plan view of the plug-in state, Jllll! Figure 20 is the front view, Figure 921 is the circuit diagram, @221i11iL [24111
FIG. 25 is a side view of the conventional example. 1... Razor body, 3... Blade, 6... Storage battery, 7... Transformer, 8 River plug, 58... Plug shaft Figure 24 Figure 23 Figure 25 Procedure amendment form (Method) ■, Display of 11 cases 1982 Patent Application No. 093608 2 Name of the invention Rechargeable electric shaver 3 Person making the amendment Relationship with case 1r Applicant Address Oaza Kadoma, Kadoma City, Osaka Prefecture 1048 address name (
583) Matsushita Electric Works Co., Ltd. Representative Yoshi Kamimae -4, generation
Date of Lottery 1 and 7 October 5, 1982
August 6, 1982, Commissioner of the Japan Patent Office 2. Name of the invention: Rechargeable electric shaver 3. Relationship with the person making the amendment: Applicant's address: Osaka Prefecture 1048 Kadoma, Oaza, Kadoma City Name (
583) Matsushita Electric Works Co., Ltd. Representative Iku Kobayashi 4, Agent 6, Rescript of the specification to be amended and drawings 7, Contents of the amendment 4; (1) Page 8, line 19 of the specification, “Lick protrusion Receiver 34
Correct the text "c" to "Lick protrusion receiver 43c". (2) On page 11, line 13 of the specification, the phrase "protrudes horizontally from the vertical plate 53" is corrected to "protrudes perpendicularly to the vertical plate 53." (3) On page 12, line 9 of the specification, "(Fig. 7)" is corrected to "(Fig. 3)." (4) Statement! Page 17, line 1g, r 11111
g92bJ is corrected to "bending portion 92d". (5) In the 8th line of specification No. 211, "protrusion 8dJ" is corrected to "protrusion 83." (6) Figure 17 of the drawings has been corrected to match the red text on the attached sheet.

Claims (3)

[Claims] (1) A blade part is provided at one end in the longitudinal direction of the razor body, and the blade part is housed in the razor body so that its longitudinal direction is parallel to the longitudinal direction of the razor body. [7] A storage battery and a transformer are arranged side by side in the width direction of the razor body, and a storage battery and a transformer are arranged in parallel to each other so that the longitudinal direction of the razor body is parallel to the longitudinal force of the razor main body. This rechargeable electric razor is equipped with plugs that are arranged together in the same direction and rotate so that their orange blades protrude in the longitudinal direction of the razor body. (2) The plug is characterized in that the orange blade of the protruding layer is located at the center in the longitudinal direction of the razor body.
) Rechargeable electric miso stove. (3) Claim S (1), wherein the plug is rotatably supported by a plug shaft provided on the transformer stand of the transformer.
Rechargeable electric razors as described in Section 1 or Section 5).