JP3134240U - Exfoliating tool - Google Patents

Abstract

PROBLEM TO BE SOLVED: There is no need for a separate discharge rod separate from the rubbing tube main body, and the exfoliated keratin in the rubbing tube main body can be discharged very easily and efficiently by one hand operation and one touch operation, and it is clean and hygienic. Provide an exfoliating tool.
A rubbing tube main body 1 provided with a housing empty portion 14 for depositing exfoliated keratin A at a tip portion, a tip blade portion 12, and a keratin discharge rod 2 fitted and arranged in the rubbing tube main body 1; One end is supported at an appropriate position of the rubbing tube main body 1 and the other end is supported at an appropriate position of the keratin discharge rod 2 so that the base end portion of the keratin discharge rod 2 protrudes from the rubbing tube main body 1 and the distal end portion is accommodated in the receiving space. 14 and urging means 3 positioned at 14.
[Selection] Figure 2

Description

  The present invention relates to an exfoliating tool used to remove exfoliation of limbs and clean the skin, for example.

  A device shown in FIG. 4 is known as an instrument that can be easily used at home to remove the dead skin of hands and feet. In this instrument, a tip blade portion 41a having a substantially triangular cross section is provided around the tip portion of a cylindrical rubbing tube body 41 made of metal or hard plastic.

  At the time of use, for example, the tip blade portion is arranged at a right angle with respect to the stratum corneum, and the cylindrical rubbing tube main body is moved back and forth while maintaining this tube posture. As a result, the stratum corneum is peeled off, and the peeled stratum corneum accumulates in a deposited state inside the cylindrical rubbing tube body.

When a certain amount of exfoliated keratin accumulates, it must be discharged out of the tube and discarded. Conventionally, as shown in FIG. 4, an extruding rod is inserted into the tube main body from the base end side of the cylindrical rubbing tube main body, and the exfoliated keratin accumulated in a deposited state on the distal end surface of the extruding rod is discharged to the outside.
Japanese Utility Model Publication No. 60-69091

  The above exfoliating device can exert a remarkable effect on exfoliating exfoliated limbs, but requires a separate extruding rod for discharging exfoliated exfoliated material deposited in the rubbing tube body. Since the push rod is a separate body from the rubbing tube main body, there is a possibility that it may be lost or damaged.

  Furthermore, if the rubbing tube main body and the extrusion rod are separate, when discharging the stratum corneum, the rubbing tube main body must be held with one hand and the extruding rod must be held with the other hand, and both hands are used for discharging the stratum corneum. There is inconvenience.

  Further, the outer peripheral surface of the exfoliated keratin deposited in the tube main body is in close contact with the inner peripheral surface of the tube main body. In order to efficiently discharge the exfoliated keratin deposited in the tube, the unsanitary discharge residue can be eliminated by making the outer diameter of the push rod substantially the same as the inner diameter of the rubbing tube body.

  However, if there is no large difference between the diameters of the tube main body and the push rod, there is no disadvantage that there is no residue left and the labor for cleaning is reduced, but the work of inserting the push rod into the tube main body is difficult and extremely troublesome. It was.

  Thus, the conventional exfoliating tool has a drawback that the extruding rod and the rubbing tube main body must be cleaned every time the exfoliating tool is used in order to maintain cleanliness and good hygiene.

  This device solves the above-mentioned problems, eliminates the need for a separate discharge rod separate from the rubbing tube main body, and can discharge the exfoliated keratin in the rubbing tube main body extremely easily and efficiently by a one-touch operation. An object of the present invention is to provide a cleansing and hygienic exfoliating device.

  In order to achieve this object, the exfoliating device of the present invention has the following configuration.

  The exfoliating tool comprises a rubbing tube main body provided with an accommodation cavity for depositing exfoliated exfoliation at the tip portion and a tip blade portion, a keratin discharge rod fitted and arranged in the rubbing tube main body, and one end of the rubbing tube main body. It comprises a biasing means that is supported in a proper position, the other end is supported in a proper position of the keratin discharge rod, and the base end portion of the keratin discharge rod protrudes from the rubbing tube main body and the distal end portion is positioned in the accommodation empty portion. It is characterized by.

  In this device, as described above, the base end portion of the keratin discharge rod is protruded outward from the rubbing tube main body by the urging means in the normal state to be an operation portion at the time of discharge, and the distal end portion of the keratin discharge rod is accommodated. Since it is assumed that the movable bottom portion of the housing empty portion is positioned in the empty portion, the exfoliating tool can be used for removing the exfoliation in this normal posture.

  The work to discharge the exfoliated keratin collected in the accommodation empty space is simple, quick, and accurate with one-handed operation and one-touch operation that only pushes the protruding part of the keratin discharge rod that is the operation part at the time of discharge against the spring biasing force. Can run into.

  Also, in this exfoliating tool, the rubbing tube main body and the exfoliating discharge rod are arranged in an insertion shape, so there is no risk that the dedicated discharging rod will be lost or damaged, and the discharge rod is removed from the rubbing tube main body. The troublesome work of inserting and inserting into is unnecessary, and it is extremely good to use.

  Furthermore, since the tip of the keratin discharge rod has an outer diameter that slides on the inner diameter of the accommodation cavity, and forms the bottom of the accommodation cavity, the exfoliated keratin is received by the tip of the keratin ejection rod, Stays only in the containment cavity. Accordingly, the exfoliated keratin can be discharged with efficiency without any residue, so that it is not necessary to clean the rubbing tube main body and the keratin discharging rod, and it has an excellent effect of achieving the devised purpose such as being able to easily maintain a clean hygienic state.

Hereinafter, specific embodiments of the exfoliating device according to the present invention will be described with reference to the drawings.
FIG. 1 is a perspective view showing an exfoliating device.

  The stratum corneum removing tool includes a rubbing tube main body 1, a stratum corneum discharge rod 2 fitted and arranged in the rubbing tube main body 1, and a biasing means 3 for elastically driving the stratum corneum discharge rod 2 toward the proximal end portion of the rubbing tube main body 1. It consists of.

  The rubbing tube main body 1 is a thin stainless steel hollow cylindrical body 11 having a diameter of about 4 to 5 mm. For example, 18 chrome stainless steel imparted with free cutting property is used. The front end edge of the hollow cylindrical body 11 is provided with a front end blade portion 12 having a substantially triangular cross section by cutting.

  Further, stoppers 13 and 13 for fixing one end of an urging means 3 described later are provided on the distal end side of the hollow cylindrical body 11. In the embodiment, the stoppers 13 and 13 are configured such that the outer surface of the hollow cylindrical body 11 is recessed inward, and the inner diameter between the opposing stoppers (recessed portions) 13 and 13 is set small.

  Further, the stopper 13 may be a dent (inward ridge) 13 that goes around the outer surface of the hollow cylindrical body 11 instead of the inwardly facing protrusion (dent). It is sufficient if one end of the biasing means 3 can be supported and fixed.

  From the position of the stoppers 13 and 13 to the tip of the hollow cylindrical body 11 (tip blade portion 12), an accommodation empty portion 14 that accommodates the exfoliated keratin A is deposited. Further, a distal end head portion 23 described later is located on the proximal end side of the accommodating empty portion 14, that is, on the stopper 13 side.

  The keratin discharge rod 2 is a plastic cylindrical rod, and is set slightly longer than the length of the rubbing tube main body 1. As shown in FIG. 2, the keratin discharge rod 2 is made of an impact-resistant thermoplastic resin, for example, ABS resin, and has a large-diameter portion 21 that fits the inner diameter of the rubbing tube body 1 and a step on the large-diameter portion 21. It consists of a small-diameter portion 22 on the distal end side that continues through the portion 25.

  At the tip of the small-diameter portion 22, a surface-sliding cap-like tip head 23 is fitted. The distal end head 23 is set to have a diameter that fits properly to the inner diameter of the rubbing tube main body 1, that is, fits appropriately to the inner diameter of the accommodation cavity 14.

  Further, the distal end head 23 is disposed on the proximal end side of the accommodation empty portion 14, that is, in front of the stoppers 13 and 13, and the distal end head 23 serves as a movable bottom portion of the accommodation empty portion 14 in a normal state. . In the embodiment, the head portion 23 is fitted to the tip portion of the small diameter portion 22 so as to be slaughtered. However, in implementation, the head portion 23 may be detachably fitted.

  In the embodiment, the urging means 3 is a spring (compression coil spring) 3. The compression coil spring 3 uses a closed end with both ends flattened for the purpose of stability of the ammunition. However, the compression coil spring 3 may be an open end in implementation.

  One end (tip) 32 of the compression spring 3 is fitted on the small-diameter portion 22 of the keratin discharging rod 2 and the one end (tip) 32 abuts against the stoppers (inward protrusions) 13 and 13 and is fixedly supported. The other end (base end) 31 is in contact with and fixed to the stepped portion (the transition stepped portion from the large diameter portion 21 to the small diameter portion 22) 25.

  By the urging machine of the urging means (spring) 3, the protruding portion 24 of the keratin discharge rod 2 is used as an operation portion during keratin discharge, and the tip head portion 23 of the horny discharge rod 2 is moved to the movable bottom portion of the accommodation empty portion 14. It is supposed to be.

  In the exfoliating device having such a configuration, as shown in FIGS. 1 and 2, it can be used for exfoliating exfoliation in this normal posture. That is, as shown in FIG. 2, the exfoliated keratin A accumulates in the accommodation cavity 14 by moving the front-end blade portion 12 perpendicularly to the skin surface X and moving it forward and backward.

  The work of discharging the exfoliated keratin A accumulated in the accommodation empty part 14 is performed by pushing the protruding part 24 of the horny discharge rod 2 which is an operation part at the time of discharge against the spring biasing force, and the keratinous discharge rod 2 moves forward. As shown in FIG. 3, the distal end head portion 23 protrudes outward from the distal end blade portion 12, and exfoliates the exfoliated keratin A. Thereby, the keratin discharging operation can be executed simply, quickly and accurately by one-hand operation and one-touch operation.

  Further, in this exfoliating tool, the rubbing tube main body 1 and the exfoliating discharge rod 2 are arranged in an insertion shape, so that there is no risk of losing or damaging the exclusive discharge rod. This eliminates the troublesome work of inserting the tube into the rubbing tube body 1 and is extremely good for use.

  Furthermore, since the distal end head portion 23 of the keratin discharge rod 2 has an outer diameter that slides on the inner diameter of the accommodation cavity 14 and forms the bottom of the accommodation cavity 14, the exfoliated keratin A is the keratin ejection rod 2. It is received by the front end head 23 of the head and stays only in the accommodating space 14. Accordingly, the exfoliated keratin can be efficiently discharged without any residue, so that it is not necessary to clean the rubbing tube main body 1 and the keratin discharging rod 2, and a clean hygienic state can be easily maintained.

It is a perspective view which shows the keratin removal tool of embodiment. It is sectional drawing which shows the keratin removal tool of embodiment. It is sectional drawing which shows the keratin discharge | emission state of the keratin removal tool of embodiment. It is explanatory perspective view which shows the conventional keratin removal tool.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Rubbing pipe body 2 Horny discharge rod 3 Energizing means (compression spring)
11 Hollow cylinder
12 Tip edge 13 Stopper (inward protrusion)
14 Accommodating empty part 21 Large diameter part 22 Small diameter part 23 Leading head part 24 Protruding part 25 Step part 31 Spring base end 32 Spring front end A Peeling horny X Skin surface

Claims (3)

  It is equipped with an accommodation cavity for depositing exfoliated keratin at the tip, a rubbing tube main body with a tip blade, a stratum corneum discharge rod fitted and arranged in the rubbing tube main body, and one end arranged at an appropriate position of the rubbing tube main body. An exfoliating tool comprising an urging means in which the other end is disposed at a proper position of the exfoliating rod, the base end of the exfoliating rod protrudes from the rubbing tube main body, and the front end is positioned in the accommodation empty part.   2. The stratum corneum removing tool according to claim 1, wherein the biasing means has one end of the compression spring disposed in contact with one end of the rubbing tube main body and the other end disposed in contact with a proper position of the stratum corneum discharge rod. .   The compression spring is externally fitted to the small-diameter portion of the keratin discharge rod, one end of the spring is abutted and supported by the inward protruding stopper of the rubbing tube body, and the other end is abutted and supported by the step portion of the keratin discharge rod The exfoliating device according to claim 2, wherein