JP2010269120A - Mascara washing implement - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To simply and safely wash out eyelashes by supplying a washing liquid supplied from a washing liquid tank through a liquid supply passage to the eyelashes and washing out the eyelashes using a washing brush. <P>SOLUTION: A mascara washing implement 1 includes: a washing implement having a washing brush for supplying the washing liquid from an opening to the eyelashes to which mascara adheres and washing the eyelashes; the washing liquid tank storing the washing liquid; and a liquid supply passage communicating with the washing implement and the washing liquid tank to supply the washing liquid from the washing liquid tank to the washing implement. The washing liquid supplied through the liquid supply passage from the washing liquid tank is supplied to the eyelashes to remove the mascara and wash the eyelashes by the washing implement. The washing implement is inserted and mounted to a mounting part of the washing liquid tank, and the opening is disposed opposite to the distal end of the washing brush. <P>COPYRIGHT: (C)2011,JPO&INPIT

Description

  The present invention relates to a mascara cleaning tool that can easily clean mascara applied to eyelashes around a human eye.

  For example, Patent Document 1) in which mascara is applied to eyelashes around eyes for makeup. As a technique for removing this mascara, use a method of wiping the mascara by rubbing or pinching the eyelashes and eyelids with a swab or tissue paper containing a remover prepared exclusively for cosmetic application liquid. Applying cleansing cream and wiping with cotton, or washing the face with soap and rubbing with fingers while washing the face with hot water or water.

JP 2009-60998 A

  Such a conventional method results in rubbing or pinching the eyelashes to remove the mascara, which eventually results in damage to the eyelashes by lashing, breaking, or bending. .

  In practice, eyelashes are not as large as hairs and are very small, so it is desirable to avoid pulling them out and breaking as much as possible.

  The present invention has been made in view of the above points, and an object of the present invention is to propose a mascara cleaning tool that can easily and safely clean eyelashes.

  In order to solve the above-mentioned problems and achieve the object, the present invention provides a cleaning tool having a cleaning brush for supplying and cleaning the eyelashes to which mascara is adhered from an opening, and a cleaning liquid tank for storing the cleaning liquid. The cleaning tool and the cleaning liquid tank, and the liquid supply passage for supplying the cleaning liquid from the cleaning liquid tank to the cleaning tool, and the cleaning tool from the cleaning liquid tank through the liquid supply passage. A mascara cleaning tool that supplies the cleaning liquid supplied to the eyelashes to remove the mascara and cleans it, and inserts the cleaning tool into the mounting part of the cleaning liquid tank, and faces the tip of the cleaning brush. Further, the opening is arranged.

  The cleaning liquid tank has a side having a portion intersecting the center line centering on the attachment portion as a back side, and a side not having a portion intersecting the center line as a ventral side. In the use state in which the volume on the side is large and the ventral side is down, the cleaning liquid is sucked from the opening and collected on the ventral side. In the use state in which the ventral side is horizontal or up, the cleaning liquid is supplied from the opening. May be supplied.

  Also, cleaning liquid supply means for supplying the cleaning liquid from the cleaning liquid tank to the cleaning brush via the liquid supply passage, and cleaning tool moving means for moving the cleaning brush when supplying the cleaning liquid to a specific part of the body; You may make it have.

  Further, a receiving member may be provided between the cleaning tool and the cleaning liquid tank to prevent the cleaning liquid supplied at the time of cleaning from flowing down the cleaning tool.

  In addition, a lid that covers the cleaning brush, and a passage opening / closing means that opens and closes the liquid supply passage in conjunction with opening and closing of the lid can be provided.

  The cleaning liquid tank is formed of rubber, soft plastic, hard plastic, metal or the like. The cleaning liquid supplied from the cleaning liquid tank via the liquid supply passage may be supplied continuously or intermittently. The supply amount of the cleaning liquid may be always constant or may be freely adjusted. In addition, the supply state of the cleaning liquid includes a continuously flowing state, a droplet state, and a spraying state.

  Further, the movement of the cleaning tool moving means includes rotation, reciprocation, swinging, vibration, and the like. The rotation, reciprocation, swing, vibration, etc. may be selected or combined to move according to the part to be cleaned of the body, the cleaning time, and the like.

  The cleaning liquid supply means supplies the cleaning liquid from the cleaning liquid tank by a manual operation or by a mechanical or electrical operation. The cleaning liquid tank itself may serve as the cleaning liquid supply means, or the cleaning liquid supply means may be provided separately from the cleaning liquid tank. The cleaning liquid may be supplied intermittently or continuously. Further, the cleaning liquid may be supplied in conjunction with the driving of the cleaning tool moving means.

  Moreover, it has a receiving member which prevents the washing | cleaning liquid supplied at the time of washing | cleaning flowing along a washing | cleaning tool, and the attachment position of this receiving member is a position where the hand which carries out washing operation does not get wet with the washing liquid. The receiving member includes a plate shape, a dish shape for storing the cleaning liquid, a trumpet shape, a container shape for storing the cleaning liquid, and a porous member containing the cleaning liquid that penetrates. When cleaning eyelashes, hair, face, mouth, etc., the cleaning tool will be in the upper and lower direction, and the cleaning liquid tank will be in the lower direction. However, the cleaning liquid flows down through the cleaning tool, but the cleaning liquid is received by the receiving member, so that the hands and the like can be prevented from being soiled.

  In addition, it has passage opening and closing means that opens and closes the liquid supply passage in conjunction with opening and closing of the lid that covers the cleaning brush. When in use, the liquid supply passage is automatically opened when the lid is opened so that processing liquid can be supplied. Become. On the other hand, if the cleaning liquid remains at the end of cleaning, the lid can be closed and reused for further use. Since the liquid supply passage is closed in conjunction with the closing of the lid, the supply of the cleaning liquid can be stopped easily and reliably.

  With this configuration, the present invention can clean the eyelashes simply and safely by supplying the cleaning liquid supplied from the cleaning liquid tank via the liquid supply passage to the eyelashes and cleaning the eyelashes with the cleaning brush.

(A) of 1st Embodiment is a side view of a mascara cleaning tool, (b) is sectional drawing of a mascara cleaning tool. It is sectional drawing of the mascara cleaning tool of 2nd Embodiment. (A) of 3rd Embodiment is sectional drawing of the state which uses a mascara cleaning tool downward, (b) is a front view of a cleaning brush, (c) is sectional drawing of the state which uses a mascara cleaning tool upwards It is. (A) of 4th Embodiment is sectional drawing of the state of using the mascara washing | cleaning tool facing up, and (b) is sectional drawing of the state of using the mascara washing | cleaning tool facing down. . (A) of 5th Embodiment is the side view which fractured | ruptured a part of mascara washing | cleaning tool, (b) is a front view of a washing | cleaning part. (A) of 6th Embodiment is the side view which fractured | ruptured a part of mascara washing | cleaning tool, (b) is a front view of a washing | cleaning part. (A) of 7th Embodiment is the side view which fractured | ruptured a part of mascara washing | cleaning tool, (b) is a front view of a washing | cleaning part. It is sectional drawing of the cleaning tool of 8th Embodiment. (A) of 9th Embodiment is sectional drawing of a mascara cleaning tool, (b) is a figure which shows the structure of the pump of a mascara cleaning tool. It is sectional drawing of the mascara cleaning tool of 10th Embodiment. It is sectional drawing of the mascara cleaning tool of 11th Embodiment. (A), (b) of 12th Embodiment is sectional drawing of a mascara cleaning tool. (A), (b), (c) of 13th Embodiment is sectional drawing of a mascara cleaning tool. It is a figure which shows the washing | cleaning-liquid collection | recovery tray of 14th Embodiment. It is a figure which shows the other washing | cleaning liquid collection | recovery tray of 14th Embodiment. It is a figure which shows the other washing | cleaning liquid collection | recovery tray of 14th Embodiment. It is a figure which shows the other washing | cleaning liquid collection | recovery tray of 14th Embodiment. It is a figure which shows the receiving member of 15th Embodiment. It is a figure which shows the structure which supplies and wash | cleans the washing | cleaning liquid supplied through the liquid supply channel | path from the washing | cleaning-liquid tank by the cleaning tool of 16th Embodiment. (A) of 17th Embodiment is a front view of a washing | cleaning liquid tank, (b) is sectional drawing of the use condition of a washing | cleaning liquid tank.

Hereinafter, an embodiment of the mascara cleaning tool of the present invention will be described. The embodiment of the present invention shows the most preferable mode of the present invention, and the present invention is not limited to this.
[First Embodiment]
The mascara cleaning tool of 1st Embodiment is demonstrated based on FIG. FIG. 1A is a side view of the mascara cleaning tool, and FIG. 1B is a cross-sectional view of the mascara cleaning tool. The mascara cleaning tool 1 includes a cleaning tool 2, a cleaning liquid tank 3, and a liquid supply passage 4 that communicates the cleaning tool 2 and the cleaning liquid tank 3. The cleaning tool 2 has a cylindrical joint member 2a made of a synthetic resin or a metal material. A cleaning brush 2b and a brush cover 2c are attached to the tip of the joint member 2a, and the rear of the joint member 2a. A cleaning liquid tank 3 is attached to the end.

  The cleaning brush 2b sandwiches and holds the hair material 2b2 made of a synthetic resin material thread having a thickness of 0.08 [mm] on the waving surface of the core material 2b1 formed by waving two stainless wire materials. As a result, the bristle 2b2 protrudes radially outwardly, and has a cylindrical brush shape in which the bristle ends are cut into a columnar shape, and the core 2b1 is drilled at the tip of the intermediate member 2a. Yes.

  The cleaning brush 2b protrudes forward from the intermediate member 2a, and when the user rotates the knurling 2a1 provided on the outer peripheral surface of the intermediate member 2a with a finger, the cleaning brush 2b is integrated with the intermediate member 2a. Then, it rotates around the core material 2b1. The cleaning brush 2b constitutes a cleaning unit that supplies a cleaning liquid to the body for cleaning.

  The cleaning liquid tank 3 stores a cleaning liquid and has a cylindrical mounting portion 3b at the tip of a cylindrical tank main body 3a formed by closing the rear end surface, and is attached with a male screw structure formed around the mounting portion 3b. By screwing the screw 3b1 into a mounting screw 2a2 having a female screw configuration formed at the rear end portion of the intermediate member 2a, the mounting portion 3b is integrally attached so as to cover. The cleaning liquid tank 3 is formed of an elastic member such as soft resin or rubber. When the finger is pressed with a finger, the cleaning liquid tank 3 is deformed and the cleaning liquid stored inside is supplied from the liquid supply passage 4 to the cleaning tool 2 and pressed. The cleaning liquid tank 3 deformed by stopping the pressure is returned to its original shape.

  With the cleaning liquid in the cleaning liquid tank 3, the mounting screw 3b1 is screwed into the mounting screw 2a2 of the intermediate member 2a, and the cleaning liquid tank 3 holding the cleaning liquid is attached to the intermediate member 2a, so that the intermediate member 2a is knurled. When rotated by 2a1, the cleaning liquid tank 3 rotates integrally with the intermediate member 2a while holding the cleaning liquid therein. When the attachment screw 3b1 of the cleaning liquid tank 3 is screwed into the attachment screw 2a2 of the intermediate member 2a, liquid leakage is prevented by inserting an O-ring 5 between the attachment portion 3b and the intermediate member 2a.

  The liquid supply passage 4 communicates the cleaning tool 2 and the cleaning liquid tank 3, and supplies the cleaning liquid from the cleaning liquid tank 3 to the cleaning tool 2 through the opening 4f. The opening 4f is displaced outwardly from a position on the center line L1 of the mounting portion 3b of the cleaning liquid tank 3, and the opening 4f is disposed at a position facing the cleaning brush 2b. The cleaning liquid supplied from the cleaning liquid tank 3 through the liquid supply passage 4 by the cleaning tool 2 is supplied to the body for cleaning. The liquid supply passage 4 is formed to communicate with the intermediate member 2a from the mounting portion 3b of the cleaning liquid tank 3, so that the cleaning liquid pushed out from the cleaning liquid tank 3 passes through the liquid supply passage 4 and is an opening of the intermediate member 2a. 4f can be supplied to the tip surface side. By fitting the rear end 2c1 of the brush cover 2c into the front end 2a3 of the intermediate member 2a, a cover 2c2 having a circular arc cross section of the brush cover 2c is provided so as to face the cleaning brush 2b.

  In the above configuration, when the user cleans the cosmetic coating liquid applied around the eyes, the user tilts the face forward and downward with, for example, soapy water as the cleaning liquid in the cleaning liquid tank 3, Grasp knurled 2a1 of the intermediate member 2a with a finger, with the cover 2c2 facing down and the cleaning brush 2b facing upward, with the cleaning brush 2b facing the eyelashes or eyelashes around the eyes Hold it.

  In this state, the user moves the knurl 2a1 of the joint member 2a in the rotational direction or the front-rear direction while pushing out the cleaning liquid by pressing the cleaning liquid tank 3 with the palm of the hand.

  At this time, the cleaning liquid tank 3 is pushed out through the liquid supply passage 4 from the opening 4f toward the distal end surface side of the intermediate member 2a when the pressure in the cleaning liquid tank 3 is increased by a pressing operation with the palm of the user. When the user removes the palm from the cleaning liquid tank 3, the cleaning liquid tank 3 returns to its original shape, and the pressure in the cleaning liquid tank 3 rises again by a pressing operation with the palm, so that the cleaning liquid opens through the liquid supply passage 4. It is pushed out from the portion 4f to the tip surface side of the intermediate member 2a. The cleaning liquid thus pushed out flows on the inner surface of the brush cover 2c and is contained in the cleaning brush 2b on the brush cover 2c. The cleaning brush 2b moves in the rotational direction or the front-rear direction in accordance with the movement of the user's knurl 2a1 in a state containing the cleaning liquid, so that the tip of the bristle material 2b2 of the cleaning brush 2b touches the eyelashes with no eyelashes. Ready to supply.

  In this manner, soapy water is poured into the cosmetic coating solution applied to the eyelashes and the eyelids, and the hair material 2b2 of the cleaning brush 2b is a thin thread material having a thread diameter of about 0.08 [mm]. As a result, the cosmetic tip applied to the eyelashes or eyelids is scraped off by the tips of the hair material 2b2 while the tip is reciprocating in the rotational direction or the front-rear direction. While being washed away with soapy water.

  The bristle material 2b2 of the cleaning brush 2b is made of a thread material having a small thread diameter, so that the bristle material 2b2 that touches the eyelashes or the eyelids is soft so that it is soiled by the cosmetic coating solution around the eyes. The surrounding portion can be easily and safely washed. At this time, the washing effect can be enhanced by flowing cold water or hot water simultaneously around the eyes.

  The front end portion of the plate-like gripper 6 is fitted into the rear end portion of the lifting and joining member 2a of this embodiment. The gripper 6 is exposed to the outside by removing the cleaning liquid tank 3 from the intermediate member 2a. At this time, the user should separately prepare a cleaning liquid tank containing soapy water as a cleaning liquid, hold the gripper 6 in his / her hand, immerse the cleaning brush 2b at the tip in the prepared cleaning liquid tank, and then clean the cleaning brush 2b. By bringing the gripper 6 around the eyes and rotating the gripper 6 or moving it back and forth, the region to be cleaned, that is, the periphery of the eyes, is cleaned by the cleaning brush 2b soaked with soapy water.

  If the cleaning liquid is insufficient, the user can repeatedly perform the cleaning operation after immersing the cleaning brush 2b at the tip of the cleaning brush 2b with the gripper 6 in the prepared cleaning liquid tank. In the body cleaning tool of this embodiment, even when the cleaning liquid tank 3 is removed, the cosmetic coating liquid can be easily and safely cleaned using a separately prepared cleaning liquid tank by performing manual operation repeatedly.

  Further, when the cleaning liquid in the cleaning liquid tank 3 runs out due to the cleaning, the opening 4f of the cleaning tool 2 is put into the cleaning liquid in a tank (not shown) in which the cleaning liquid is stored, and the cleaning liquid tank 3 is pressed and deformed by hand. When the hand is released from the state, the cleaning liquid tank 3 returns to the original state, and the cleaning liquid in the tank is sucked from the opening 4f by the suction force at this time, and enters the cleaning liquid tank 3 through the liquid supply passage 4. It is stored and can be reused without replacing the cleaning liquid tank 3.

  Further, if the cleaning liquid tank 3 containing the specified cleaning liquid is sold separately, the male screw of the separately sold cleaning liquid tank 3 and the mounting screw 2a2 having a female screw structure formed at the rear end of the intermediate member 2a are provided. By using the same screw, when the cleaning liquid in the cleaning liquid tank 3 is no longer consumed, the cleaning liquid tank 3 can be replaced with another one. Similarly, when the cleaning liquid tank 3 sold separately does not have the cleaning liquid stored in the cleaning liquid tank 3, the cleaning liquid tank 3 can be reused without sucking the cleaning liquid stored in the tank storing the cleaning liquid and replacing the cleaning liquid tank 3.

[Second Embodiment]
A second embodiment will be described with reference to FIG. FIG. 2 is a cross-sectional view of the mascara cleaning tool. In the mascara cleaning tool 1 of this embodiment, the same components as those of the first embodiment are denoted by the same reference numerals and description thereof is omitted. In this embodiment, a pipe structure intermediate member 12a is provided.

  The intermediate member 12a uses the internal space as the liquid supply passage 4 to supply the cleaning liquid from the cleaning liquid tank 3 inserted in the rear end portion to the cleaning brush 2b in which the core material 2b1 is inserted and held in the mounting portion at the front end. It is made to do.

  A female screw 16a provided at the rear end of the intermediate joint assisting member 16 is screwed into the male screw 3b1 provided at the attachment portion 3b of the cleaning liquid tank 3, and thereby provided at the front end of the attachment portion 3b and the front end side of the female screw 16a. An annular shaft mounting member 17 inserted between the step portions 16b is fastened and held.

  The bearing member 17 is made of a synthetic resin material having a large surface sliding force with respect to the intermediate member 12a and a large sealing effect against the cleaning liquid. When the bearing member 17 is held tightly between the mounting portion 3b and the step portion 16b, the intermediate member The annular groove 12a5 formed on the outer surface of the member 12a is rotatably engaged. Thus, when the user rotates the knurl 12a6 formed at the distal end side position of the intermediate assisting member 16, the intermediate member 12a can rotate while being supported by the bearing member 17.

  In the case of this embodiment, the cleaning brush 2b is provided with a semi-annular brush cover 18 facing the cleaning brush 2b, and the connecting plate portion 18a formed at the rear end of the brush cover 18 is a relay member. It extends rearward along 12 a and extends to the front end of the intermediate joint auxiliary member 16 through the outside of the knurled 12 a 6. A locking projection 18b that protrudes inward is formed at the rear end of the connecting plate portion 18a, and the locking projection 18b is formed on the outer peripheral surface of the distal end portion of the intermediate joint auxiliary member 16 to form an annular projection 16c. Is fitted and locked.

  In a state where the user holds the body cleaning tool in the hand so that the brush cover 18 is in the lower position, the user faces the cleaning brush 2b on the upper surface of the brush cover 18 against a portion around the eye to be cleaned. When the cleaning liquid tank 3 is pushed with the palm of the hand, the cleaning liquid is pushed out to the brush cover 18 through the liquid supply passage 4, and thereby the cleaning liquid in the brush cover 18 is included in the cleaning brush 2b. If the user rotates the knurl 12a6 in this state, the cleaning target is cleaned with the cleaning liquid contained in the cleaning brush 2b when the tip of the cleaning brush 2b touches the cleaning target.

  According to the above configuration, the cleaning target portion can be cleaned by supplying the cleaning liquid in the cleaning liquid tank 3 to the cleaning brush 2b according to the user's operation, but the brush cover 18 is stably placed under the cleaning brush 2b. Since it can be ensured at the side position, the site to be cleaned can be easily cleaned without spilling the cleaning liquid.

  Also in the second embodiment, as in the first embodiment, when the cleaning liquid in the cleaning liquid tank 3 disappears due to cleaning, the opening of the cleaning tool 2 is opened in the cleaning liquid in a tank (not shown) that stores the cleaning liquid. The cleaning liquid in the tank can be stored in the cleaning liquid tank 3 by the suction force and the tank 4 can be reused without replacing the cleaning liquid tank 3.

  Further, if the cleaning liquid tank 3 containing the specified cleaning liquid is sold separately, the male screw of the separately sold cleaning liquid tank 3 and the mounting screw 2a2 having a female screw structure formed at the rear end of the intermediate member 2a are provided. By using the same screw, when the cleaning liquid in the cleaning liquid tank 3 is no longer consumed, it can be used by replacing it with the separately sold cleaning liquid tank 3. When the cleaning liquid in the tank 3 runs out, the cleaning liquid stored in the tank in which the cleaning liquid is stored can be sucked and reused without replacing the cleaning liquid tank 3.

[Third Embodiment]
A third embodiment will be described with reference to FIG. FIG. 3A is a cross-sectional view of the state where the mascara cleaning tool is used downward, FIG. 3B is a front view of the cleaning brush, and FIG. 3C is a cross-sectional view of the state where the mascara cleaning tool is used upward. is there. In the mascara cleaning tool 1 of this embodiment, the same components as those of the first embodiment are denoted by the same reference numerals and description thereof is omitted. In this embodiment, the cleaning tool 22 has a relay member 22a, and a mounting portion 3b of the cleaning liquid tank 3 is screwed to the rear end portion of the relay member 22a so that the cleaning liquid tank 3 can be attached and detached. .

  The cleaning tool 22 includes a brush mounting portion 22b, a brush support portion 22c, and a cleaning brush 22d. A brush brush is used as the cleaning brush 22d. The brush attachment portion 22b has a small diameter portion 22b1 and a large diameter portion 22b2. A brush support portion 22c is inserted and fixed in the large diameter portion 22b2, and a cleaning brush 22d is provided on the brush support portion 22c. . The brush support portion 22c is formed with an opening 24a2 for supplying a cleaning liquid and an opening 24b2 for sucking the cleaning liquid.

  The cleaning tool 22 is attached by inserting or fitting the small diameter portion 22b1 of the brush attachment portion 22b into the front end portion of the intermediate member 22a. The relay member 22a includes a liquid supply passage 24a and a liquid suction passage 24b. The liquid supply passage 24a communicates with the opening 24a2, and the liquid suction passage 24b communicates with the opening 24b2. The liquid supply passage 24a is provided with a check valve 24a1 for flowing cleaning liquid in the supply direction, and the liquid suction passage 24b is provided with a check valve 24b1 for flowing cleaning liquid in the suction direction. Further, the front end portion of the suction pipe 25 is inserted into the rear end portion of the intermediate member 22 a so as to communicate with the liquid suction passage 24 b, and the suction pipe 25 extends into the cleaning liquid tank 3. As the check valve 24a1 and the check valve 24b1, a known check valve such as a ball valve energized by a spring or a rubber valve having a slit is used.

  A receiving member 7 is provided on the attachment portion 3b side of the cleaning liquid tank 3, and the receiving member 7 prevents the cleaning liquid supplied at the time of cleaning from flowing down through the cleaning tool 22. The receiving member 7 may be formed integrally with the cleaning liquid tank 3 or may be formed by being molded with rubber or the like and fitted into the mounting portion 3 b of the cleaning liquid tank 3. Moreover, although the receiving member 7 is formed in a disk shape, it is formed in a dish shape or a trumpet shape. When the receiving member 7 has a dish shape or a trumpet shape, the opening side is provided so as to face the cleaning brush 2b.

  As shown in FIG. 3 (a), the user holds the mascara cleaning tool in his / her hand so that the cleaning brush 22d is in the lower position as shown in FIG. When the cleaning liquid tank 3 is pushed with the palm in a state of being opposed to the part, the check valve 24b1 of the liquid suction passage 24b is closed by the pressure of the cleaning liquid, the check valve 24a1 of the liquid supply passage 24a is opened, and the cleaning liquid is supplied to the liquid supply passage. The cleaning liquid is supplied from the opening 24a2 of the brush support 22c from 24a and the cleaning brush 22d contains the cleaning liquid. When the tip of the cleaning brush 22d touches the object to be cleaned, the object to be cleaned is cleaned with the cleaning liquid contained in the cleaning brush 22d.

  In addition, as shown in FIG. 3C, the user holds the cleaning brush 22d opposite to the portion of the mouth to be cleaned while holding the mascara cleaning tool in the hand so that the cleaning brush 22d is in the upper position as shown in FIG. In this state, the cleaning liquid tank 3 is pushed with the palm of the hand, the check valve 24b1 of the liquid suction passage 24b is closed by the air pressure, the check valve 24a1 of the liquid supply passage 24a is opened, and air flows through the liquid supply passage 24a. Further, when the cleaning liquid tank 3 is pushed with the palm, the cleaning liquid flows through the liquid supply passage 24a, is supplied from the opening 24a2 of the brush support portion 22c, and includes the cleaning liquid in the cleaning brush 22d. When the tip of the cleaning brush 22d touches the object to be cleaned, the object to be cleaned is cleaned with the cleaning liquid contained in the cleaning brush 22d.

  Also in the third embodiment, as in the first embodiment, when the cleaning liquid in the cleaning liquid tank 3 is removed by cleaning, the opening of the cleaning tool 22 is opened in the cleaning liquid in a tank (not shown) in which the cleaning liquid is stored. The cleaning liquid in the tank can be sucked and stored in the cleaning liquid tank 3 with suction force by inserting the portion 24b2, and the cleaning liquid tank 3 can be reused without replacement.

  In addition, if the cleaning liquid tank 3 containing the designated cleaning liquid is sold separately, it can be replaced with the separately sold cleaning liquid tank 3 so that the cleaning liquid in the cleaning liquid tank 3 is not consumed. It can be used in exchange for the cleaning liquid tank 3 that is sold, and the cleaning liquid tank 3 that is sold separately is also cleaned, and when the cleaning liquid in the cleaning liquid tank 3 runs out, the cleaning liquid stored in the tank storing the cleaning liquid is sucked into the cleaning liquid tank 3 can be reused without replacement.

  According to the above configuration, the cleaning liquid can be supplied to the cleaning brush 22d according to the user's operation of pushing the cleaning liquid tank 3 by hand, and the cleaning liquid is reliably supplied and cleaned regardless of the site to be cleaned. Can do.

[Fourth Embodiment]
A fourth embodiment will be described with reference to FIG. 4A is a cross-sectional view of a state where the mascara cleaning tool is used with the ventral side up, and FIG. 4B is a cross-sectional view of the state where the mascara cleaning tool is used with the ventral side down. In the mascara cleaning tool 1 of this embodiment, the same components as those of the first embodiment are denoted by the same reference numerals and description thereof is omitted. In this embodiment, the cleaning liquid tank 33 is provided so as to be detachable from the center line L of the cleaning tool 32. The cleaning liquid tank 33 has a shape bent in one direction from the position of the attachment portion 33b, and a side having a portion intersecting with the center line L centering on the attachment portion 33b is a back side 33c, and a portion intersecting with the center line L The side that does not have the abdomen is defined as the ventral side 33d, and the volume of the ventral side 33d is larger than the volume of the back side 33c.

  A mounting portion 33b of the cleaning liquid tank 33 is screwed to the rear end portion of the intermediate member 32a. The cleaning tool 32 has a brush mounting portion 32b, a brush support portion 32c, and a cleaning brush 32d, and a brush brush is used as the cleaning brush 32d. A brush support portion 32c is inserted and fixed to the brush mounting portion 32b, and a cleaning brush 32d is provided on the brush support portion 32c. The brush support portion 32c is formed with an opening 34a2 for supplying a cleaning liquid and an opening 34b2 for sucking the cleaning liquid.

The cleaning tool 32 is attached by inserting or fitting the brush attachment portion 32b into the front end portion of the intermediate member 32a. The relay member 32a is formed with a liquid supply passage 34a and a liquid suction passage 34b. The liquid supply passage 34a is provided with a check valve 34a1 for flowing the cleaning liquid in the supply direction. The liquid suction passage 34b has a cleaning liquid. A check valve 34b1 is provided to flow the gas in the suction direction. A liquid supply passage 34a is disposed on the back side 33c side of the cleaning liquid tank 33, and a liquid suction passage 34b is disposed on the abdominal side 33d side.

  As shown in FIG. 4A, in the state where the mascara cleaning tool 1 is held in the hand with the abdomen 33d of the cleaning liquid tank 33 facing up, the user places the cleaning brush 32d opposite the face portion to be cleaned. By pushing the cleaning liquid tank 33 with the palm in the state, the check valve 34b1 of the liquid suction passage 34b is closed by the pressure of the cleaning liquid, the check valve 34a1 of the liquid supply path 34a is opened, and the cleaning liquid flows through the liquid supply path 34a. The cleaning liquid is supplied from the opening 34a2 of the brush support portion 32c and the cleaning brush 32d contains the cleaning liquid. When the tip of the cleaning brush 32d touches the object to be cleaned, the object to be cleaned is cleaned with the cleaning liquid contained in the cleaning brush 32d.

  Also in the fourth embodiment, as in the first embodiment, when the cleaning liquid in the cleaning liquid tank 33 disappears due to cleaning, the opening of the cleaning tool 32 is opened in the cleaning liquid in a tank (not shown) that stores the cleaning liquid. The part 34b2 is inserted and the cleaning liquid in the tank is sucked and stored in the cleaning liquid tank 3 by suction, and can be reused without replacing the cleaning liquid tank 3. However, as shown in FIG. In the state where the site-specific cleaning tool 1 is held in the hand with the ventral side 33d of the cleaning liquid tank 33 down, when the cleaning liquid tank 33 is released from the state where the cleaning liquid tank 33 is pushed by the palm, the cleaning liquid tank 33 returns to its original shape, The suction force at this time closes the check valve 34a1 of the liquid supply passage 34a, opens the check valve 34b1 of the liquid suction passage 34b, and the cleaning liquid flows through the liquid suction passage 34b from the opening 34b2. Internal to the suction cleaning liquid solution tank 33 is accumulated on the ventral side 33d of the cleaning liquid tank 33.

  Further, if the cleaning liquid tank 33 containing the specified cleaning liquid is sold separately, it can be replaced with the separately sold cleaning liquid tank 33 so that when the cleaning liquid in the cleaning liquid tank 33 is not consumed, The cleaning liquid tank 33 can be replaced with a commercially available cleaning liquid tank 33, and when the cleaning liquid tank 33 sold separately is used to clean the cleaning liquid tank 33, the cleaning liquid tank 33 stores the cleaning liquid and sucks the cleaning liquid. 33 can be reused without replacement. In this case, the separately sold cleaning liquid tank 33 may be a deformed tank having a back side and an abdomen side, or a cylindrical tank or the like as long as it can be replaced.

  According to the above configuration, the cleaning liquid tank 33 has a shape having the back side 33c and the abdominal side 33d. With this shape, the cleaning liquid is sucked and stored in the abdominal side 33d in the use state with the abdominal side 33d down. In a use state where the ventral side 33d is horizontal or upward, it is easy to supply the cleaning liquid, and the cleaning liquid in the cleaning liquid tank 33 can be quickly supplied to the cleaning brush 32d according to the user's operation regardless of the site to be cleaned. The cleaning liquid can be reliably supplied for cleaning.

[Fifth Embodiment]
A fifth embodiment will be described with reference to FIG. Fig.5 (a) is the side view which fractured | ruptured a part of mascara washing | cleaning tool, FIG.5 (b) is a front view of a washing | cleaning part. The mascara cleaning tool 1 is a mascara brush, and includes a cleaning tool 42, a cleaning liquid tank 43, and a liquid supply passage 44 that communicates the cleaning tool 42 and the cleaning liquid tank 43. The cleaning tool 42 includes a brush cover 42a and a cleaning brush 42b. The bristle material 2b2 protrudes radially outward as a whole by holding the bristle material 42b2 between the core material 42b1 of the cleaning brush 42b. The bristles have a columnar brush shape in which the ends are cut and arranged in a columnar shape, and both ends of the core material 42b1 are attached to the brush cover 42a.

  The brush cover 42a is attached by being inserted into the mounting portion 43a of the cleaning liquid tank 43, and at least the supply amount and the supply speed of supplying the cleaning liquid from the liquid supply passage 44 to the cleaning brush 42b of the cleaning tool 42 are installed inside the brush cover 42a. A cleaning liquid supply control member 45 that controls one of them is disposed. The cleaning liquid supply control member 45 is configured by a member that allows the cleaning liquid to pass therethrough. For example, a large number of pores are opened in a continuous foam sponge, felt, a continuous foam porous member, non-woven fabric, filament fiber, cotton, ventilation paper, resin, rubber, or the like. A filter or the like can be used. The cleaning liquid supply control member 45 is formed in a plate shape and is disposed in an opening 44 a that supplies the cleaning liquid from the liquid supply passage 44 to the cleaning tool 42, and the cleaning liquid supply control member 45 has a cross-sectional area of the liquid supply passage 44. Even when the supply pressure is large and the supply amount of the cleaning liquid from the cleaning liquid tank 43 is large, control is performed so that a large amount of processing liquid is not supplied at a time. Further, since the cleaning liquid is supplied through the cleaning liquid supply control member 45, the supply speed is changed, the droplets of the cleaning liquid are reduced, and the uneven supply of the cleaning liquid is eliminated. If the cleaning liquid used for cleaning remains in the cleaning liquid supply control member 45 without applying the cleaning liquid supply pressure to the liquid supply passage 44, the cleaning liquid supply amount control member 45 contains the cleaning liquid, and this cleaning liquid supply control member Since 45 has entered or is in contact with the cleaning section, the cleaning liquid flows out to the cleaning section by capillary action, and an appropriate cleaning liquid is supplied to allow good cleaning.

[Sixth Embodiment]
A sixth embodiment will be described with reference to FIG. Fig.6 (a) is the side view which fractured | ruptured a part of mascara cleaning tool, FIG.6 (b) is a front view of a washing | cleaning part. The mascara cleaning tool 1 is a toothbrush and includes a cleaning tool 52, a cleaning liquid tank 53, and a liquid supply passage 54 that communicates the cleaning tool 52 and the cleaning liquid tank 53. The cleaning tool 52 includes a brush cover 52a and a cleaning brush 52b, and the bristle material 52b2 protrudes outward as a whole by holding the bristle material 52b2 on the support 52b1 of the cleaning brush 52b. An opening 52b3 for supplying a cleaning liquid is formed in the support 52b1.

  The brush cover 52a is attached by being inserted into the mounting portion 53b of the cleaning liquid tank 53, and a cleaning liquid supply for controlling the supply amount of the cleaning liquid supplied from the liquid supply passage 54 to the cleaning brush 52b of the cleaning tool 52 is provided inside the brush cover 52a. A control member 55 is disposed. The cleaning liquid supply control member 55 is composed of a member that allows the cleaning liquid to pass therethrough, and operates in the same manner as in the fifth embodiment.

[Seventh Embodiment]
A seventh embodiment will be described with reference to FIG. Fig.7 (a) is the side view which fractured | ruptured a part of mascara cleaning tool, FIG.7 (b) is a front view of a washing | cleaning part. The mascara cleaning tool 1 is a brush, and includes a cleaning tool 62, a cleaning liquid tank 63, and a liquid supply passage 64 that allows the cleaning tool 62 and the cleaning liquid tank 63 to communicate with each other. The cleaning tool 62 includes a brush cover 62a and a cleaning brush 62b. The brush cover 62a is attached by being inserted into the mounting portion 63a of the cleaning liquid tank 63. The cleaning liquid is supplied from the liquid supply passage 64 into the brush cover 62a. A cleaning liquid supply control means 65 for controlling at least one of a supply amount and a supply speed for supplying the liquid to the cleaning brush 62b of the cleaning tool 62 is disposed.

  The cleaning liquid supply control means 65 is configured in the same manner as in the fifth embodiment and the sixth embodiment. In this embodiment, the cleaning liquid supply control means 65 has a shape having a protrusion at the center of the plate, and the peripheral portion 65a. And a base 62b1 of the cleaning brush 62b, and the cleaning liquid is supplied from the opening 64f. The cleaning liquid supply control means 65 is composed of a member that allows the cleaning liquid to pass therethrough, and operates in the same manner as in the fifth and sixth embodiments.

[Eighth Embodiment]
An eighth embodiment will be described with reference to FIG. FIG. 8 is a sectional view of the cleaning tool. The cleaning tool 72 of the mascara cleaning tool 1 includes a brush cover 72a and a cleaning brush 72b. The cleaning brush 72b has a support 72b1, the bristle material 72b2 is integrally formed by thermal processing on the support 72b1, and an opening 74f for supplying a cleaning liquid is formed in the support 72b1.

  The attachment portion 72a1 of the brush cover 72a is attached to an annular step portion 73b1 formed on the attachment portion 73b of the cleaning liquid tank 73 so as to be movable in the axial direction, and the attachment portion 72a1 of the brush cover 72a has an annular step portion 72a2. A recess 73b2 is formed at the tip of the mounting portion 73b of the cleaning liquid tank 73, and this recess 73b2 enables the annular protrusion 72a4 formed on the cover portion 72a3 of the brush cover 72a to move in the axial direction. The recess 73b2 is provided with an O-ring 76 on the tip side from the annular protrusion 72a4, and seals between the mounting portion 72a1 of the brush cover 72a and the mounting portion 73b of the cleaning liquid tank 73.

  A liquid supply passage 74 is formed inside the mounting portion 73b, and a cleaning liquid supply control for controlling at least one of a supply amount and a supply speed at which the cleaning liquid is supplied to the cleaning brush 72b of the cleaning tool 72 is formed in the liquid supply passage 74. A member 75 is disposed. The cleaning liquid supply control member 75 is configured by a member that allows the cleaning liquid to pass therethrough, and operates in the same manner as in the fifth embodiment.

  Inside the brush cover 72a, an opening / closing valve 77 and a stopper plate 78 are disposed between the tip of the mounting portion 73b and the support 72b1, and a spring 79 is provided between the opening / closing valve 77 and the stopper plate 78. Is arranged. The on-off valve 77 has a communication hole 77a and a valve portion 77b, and the stopper plate 78 has a valve hole 78a. The valve hole 78a communicates with the opening 74f of the support 72b1. The spring 79 presses the opening / closing valve 77 against the tip of the mounting portion 73b and biases the stopper plate 78 against the stepped portion 72a5 of the brush cover 72a. It is made open.

  At the time of cleaning, in a state where the cleaning liquid tank 73 is held in the hand, the cleaning liquid passes through the cleaning liquid supply control member 75 by pushing the cleaning liquid tank 73 with the palm in a state where the cleaning brush 72b is opposed to the portion to be cleaned. The cleaning brush 72b is supplied with the cleaning liquid supplied from the opening 74f of the support 72b1 through the communication hole 77a of the on-off valve 77, through the valve hole 78a of the stopper plate 78. When the tip of the cleaning brush 72b touches the object to be cleaned, the object to be cleaned is cleaned with the cleaning liquid contained in the cleaning brush 72b.

  When the cleaning is completed, the mounting portion 80a of the lid 80 is screwed to the mounting portion 73b of the cleaning liquid tank 73. An annular step 80a1 is formed inside the lid 80, and the lid 80 is screwed. As a result, the annular step 80a1 pushes the annular step 72a2 of the brush cover 72a in the closing direction. Thereby, the brush cover 72a moves in the closing direction, and the stepped portion 72a5 of the brush cover 72a pushes the stopper plate 78 in the closing direction, so that the stopper plate 78 moves in the closing direction against the spring 79. Due to the movement of the stopper plate 78 in the closing direction, the valve portion 77b of the on-off valve 77 enters the valve hole 78a, thereby preventing the cleaning liquid from flowing out to close the valve hole 78a.

  When performing the cleaning, if the mounting portion 73b of the cleaning liquid tank 73 is removed from the mounting portion 80a of the lid body 80, the annular step portion 80a1 of the lid body 80 does not push the annular step portion 72a2 of the brush cover 72a in the closing direction. The stopper plate 78 is pushed in the opening direction by the biasing force of the spring 79, and the brush cover 72a moves in the opening direction. Accordingly, the stopper plate 78 moves in the opening direction, and the valve hole 78a is opened from the valve portion 77b of the on-off valve 77, so that the cleaning liquid flows out from the valve hole 78a.

  The attachment portion 80a of the lid 80 is screwed and closed to the attachment portion 73b of the cleaning liquid tank 73 to cover the cleaning portion, and the cover is opened to open the liquid supply passage in conjunction with the opening and closing of the lid 80. A passage opening / closing means that opens and closes 74 is configured, and when used for cleaning, when the lid body 80 is opened, the liquid supply passage 74 is automatically opened to allow the treatment liquid to be supplied. On the other hand, if the cleaning liquid remains at the end of the cleaning, the cleaning liquid can be further used so that the lid 80 is closed and reused. When the lid 80 is closed, the liquid supply is interlocked. Since the passage 74 is closed, the supply of the cleaning liquid can be stopped easily and reliably, and the cleaning liquid does not leak.

[Ninth Embodiment]
A ninth embodiment will be described with reference to FIG. FIG. 9A is a cross-sectional view of the mascara cleaning tool, and FIG. 9B is a diagram illustrating the configuration of the pump of the mascara cleaning tool. The mascara cleaning tool 1 includes a cleaning tool 82, a cleaning liquid tank 83, and a liquid supply passage 84 that communicates the cleaning tool 82 and the cleaning liquid tank 83. The cleaning tool 82 is configured in the same manner as in the first embodiment, and the cleaning liquid tank 83 is configured of a soft, semi-rigid and hard resin material, a metal material, or the like. The cleaning tool 82 includes a cylindrical intermediate member 82a made of a synthetic resin material. A cleaning brush 82b is attached to the tip of the intermediate member 82a, and a pump 85 is provided at the rear end of the intermediate member 82a. The pump 85 is attached to the cleaning liquid tank 83.

  In the pump 85, the valve body 85a1 of the cleaning liquid lever 85a is provided inside the pump body 85b so as to be movable in the pump shaft direction. The valve body 85a1 is always urged in the direction of the intermediate member 82a by a spring 85c. The pump body 85b is partitioned into pump chambers 85d and 85e by a valve body 85a1, and the pump chambers 85d and 85e communicate with each other through a communication hole 85a11 formed in the valve body 85a1. The pump chamber 85d communicates with a liquid supply passage 84 formed in the intermediate member 82a, the pump chamber 85e communicates with a supply pipe 87, and the supply pipe 87 extends into the cleaning liquid tank 83. A check valve 85d1 that closes when the inside of the pump chamber 85d becomes negative pressure and opens when pressure is generated is disposed in the communicating portion of the pump chamber 85d. The inside of the pump chamber 85e is negatively connected to the communicating portion of the pump chamber 85de. There is a check valve 85e1 that opens when the pressure is reached and closes when the pressure is generated.

  When performing the cleaning operation, when the user moves the cleaning liquid lever 85a toward the cleaning liquid tank 83, the valve body 85a1 moves against the spring 85c, the pump chamber 85d becomes negative pressure, and the check valve 85d1 is Closes and check valve 85e1 opens. As a result, the cleaning liquid inside the cleaning liquid tank 83 flows from the supply pipe 87 into the pump chamber 85e, and further enters the pump chamber 85d through the communication hole 85a11 of the valve body 85a1. When the movement of the cleaning liquid lever 85a is stopped in this state, the valve body 85a1 returns to the original position by the urging force of the spring 85c, and the amount of the cleaning liquid flowing into the pump chamber 85d is reduced by repeating the moving operation of the cleaning liquid lever 85a. When the pressure increases, the check valve 85d1 is opened by the pressure of the cleaning liquid, and the cleaning liquid is supplied from the pump chamber 85d to the cleaning brush 82b from the liquid supply passage 84 formed in the intermediate member 82a.

According to this configuration, the cleaning liquid inside the cleaning liquid tank 83 can be supplied from the liquid supply passage 84 to the cleaning brush 82b simply by grasping the cleaning liquid tank 83 by hand and operating the cleaning liquid lever 85a with a finger. Supply operation can be further simplified.
[Tenth embodiment]
A tenth embodiment will be described with reference to FIG. FIG. 10 is a cross-sectional view of the mascara cleaning tool. The mascara cleaning tool 1 includes a cleaning tool 92, a cleaning liquid tank 93, and a liquid supply passage 94 that communicates the cleaning tool 92 and the cleaning liquid tank 93. The cleaning liquid tank 93 is made of a soft, semi-rigid and hard resin material, a metal material, or the like. The cleaning tool 92 includes a joint member 92a made of a synthetic resin or a metal material, and a cleaning brush 92b is attached to the tip of the joint member 92a. The core material 92b1 of the cleaning brush 92b is inserted and attached to the front side of the rotating shaft 92c, and a pinion 92c1 is formed on the rear side of the rotating shaft 92c. The rotating shaft 92c is rotatably provided on the intermediate member 92a. It has been.

  The intermediate member 92a is provided with an operation lever 92e so as to be rotatable with a support shaft 92d as a fulcrum. The rack 92e1 of the operation lever 92e is engaged with the pinion 92c1 of the rotation shaft 92c, and the operation portion 92e2 is connected to the intermediate member 92a. It projects from the outside and can be operated with a finger. A spring 92f is provided between the stop portion 92a1 of the intermediate member 92a and the pin portion 92e3 of the operation lever 92e, and the operation lever 92e is always urged by the spring 92f to return to the original position.

  A liquid supply passage 94 is formed in the intermediate member 92a, and a pump 95 is disposed in the liquid supply passage 94. The pump 95 is configured in the same manner as in the ninth embodiment. A cleaning liquid tank 93 is detachably provided at the rear end portion of the intermediate member 92 a, and a supply pipe 97 of the pump 95 is inserted into the cleaning liquid tank 93. When performing the cleaning operation, the user simply supplies the cleaning liquid to the cleaning brush 92b from the liquid supply passage 94 by operating the pump 95 by simply holding the cleaning liquid tank 93 with his / her hand and operating the cleaning liquid lever 95a with his / her finger. Can do.

  When the operation lever 92e rotates about the support shaft 92d against the urging force of the spring 92f by grasping the operation portion 92e2 of the operation lever 92e with a finger, the rack 92e1 of the operation lever 92e rotates the pin 92 of the rotation shaft 92c. The ON 92c1 is rotated, and the cleaning brush 92b is rotated by the rotation shaft 92c. When the operating lever 92e rotates in the reverse direction with the support shaft 92d as a fulcrum so that when the finger is released from the operating portion 92e2 of the operating lever 92e, the biasing force of the spring 92f returns to the original position, the rack 92e1 of the operating lever 92e As a result, the pinion 92c1 of the rotating shaft 92c rotates in the reverse direction, and the cleaning brush 92b rotates in the reverse direction by the rotating shaft 92c.

When performing the cleaning operation in this manner, the user's cleaning operation can be further simplified by rotating the cleaning brush 92b, and the cleaning liquid can be reliably supplied and reliably cleaned regardless of the site to be cleaned.
[Eleventh embodiment]
An eleventh embodiment will be described with reference to FIG. FIG. 11 is a cross-sectional view of the mascara cleaning tool. The mascara cleaning tool 1 includes a cleaning tool 112, a cleaning liquid tank 113, and a liquid supply passage 114 that communicates the cleaning tool 112 and the cleaning liquid tank 113. The cleaning liquid tank 113 is made of a soft, semi-hard fat material or the like. The cleaning tool 112 has a joint member 112a made of a synthetic resin or a metal material, and a cleaning brush 112b is attached to the tip of the joint member 112a. The core material 112b1 of the cleaning brush 112b is inserted and attached to the front side of the rotating shaft 112c. A pinion 112c1 is formed on the rear side of the rotating shaft 112c. The rotating shaft 112c is rotatably provided on the joint member 112a. It has been.

  An operation lever 112e is provided on the intermediate member 112a so as to be able to reciprocate in a direction orthogonal to the axial direction of the rotary shaft 112c. The rack 112e1 of the operation lever 112e meshes with the pinion 112c1 of the rotating shaft 112c, and the operation portion 112e2 protrudes from the intermediate member 112a to be operated with a finger. A spring 112f is provided between the bottom 112a1 of the intermediate member 112a and the end 112e3 of the operation lever 112e, and the spring 112f urges the operation lever 112e to always return to the original position.

  A liquid supply passage 114 is formed inside the intermediate member 112a, and a supply pipe 117 is connected to the liquid supply passage 114. A cleaning liquid tank 113 is detachably provided at the rear end of the intermediate member 112a for supply. A pipe 117 is inserted into the cleaning liquid tank 113.

  When performing the cleaning operation, the user simply holds the cleaning liquid tank 113 with his / her hand and presses the cleaning liquid tank 113 with his / her finger to supply the cleaning liquid in the cleaning liquid tank 113 from the supply pipe 117 and the liquid supply passage 114 to the cleaning brush 112b. be able to.

  Further, when the operation portion 112e2 of the operation lever 112e is pushed with a finger, it moves against the urging force of the spring 112f, and the movement of the operation lever 112e causes the rack 112e1 to rotate the pinion 112c1 of the rotating shaft 112c. The cleaning brush 112b is rotated by the shaft 112c. When the finger is released from the operating portion 112e2 of the operating lever 112e, the operating lever 112e moves so as to return to the original position by the biasing force of the spring 112f, and the pinion 112c1 of the rotating shaft 112c is rotated in the reverse direction by the rack 112e1. The cleaning brush 112b is rotated in the reverse direction by the rotating shaft 112c.

When performing the cleaning operation in this way, the user's cleaning operation can be further simplified by rotating the cleaning brush 112b, and the cleaning liquid can be reliably supplied and reliably cleaned regardless of the site to be cleaned.
[Twelfth embodiment]
A twelfth embodiment will be described with reference to FIG. Fig.12 (a) is sectional drawing of a mascara cleaning tool. The mascara cleaning tool 1 includes a cleaning tool 122, a cleaning liquid tank 123, and a liquid supply passage 124 that communicates the cleaning tool 122 and the cleaning liquid tank 123. The cleaning liquid tank 123 is made of a soft, semi-rigid and hard resin material, a metal material, or the like. The cleaning tool 122 has a joint member 122a made of a synthetic resin, a metal material, or the like, and a cleaning brush 122b is attached to the tip of the joint member 122a. The core material 122b1 of the cleaning brush 122b is inserted and attached to the front side of the rotating shaft 122c, and a motor 125 is connected to the rear side of the rotating shaft 122c. The motor 125 rotates by supplying power from the battery 126. The relay member 122 a is provided with an operation switch SW that enables supply of power to the motor 125, and a battery lid 128 that enables replacement of the battery 126.

  A liquid supply passage 124 is formed in the intermediate member 122a, and a pump 129 is disposed in the liquid supply passage 124. The pump 129 is configured in the same manner as in the ninth embodiment. A cleaning liquid tank 123 is detachably provided below the intermediate member 122 a, and a supply pipe 127 of the pump 129 is inserted into the cleaning liquid tank 123. In addition, a liquid suction passage 125 is formed inside the intermediate member 122a. The liquid suction passage 125 communicates with a suction hole 124g1 formed in the tank mounting member 124g, and the tank mounting member 124g includes a cleaning liquid tank 123. The attachment portion is detachably provided, and the cleaning liquid is sucked by the cleaning liquid tank 123 and is sucked into the cleaning liquid tank 123 from the suction hole 124g1 through the liquid suction passage 125.

  When performing the cleaning operation, the user simply holds the cleaning liquid tank 123 with his / her hand and operates the cleaning liquid lever 129a with his / her finger to drive the pump 129. As a result, the cleaning liquid inside the cleaning liquid tank 123 is sucked up through the supply pipe 127, sent out through the supply pipe 127, supplied to the liquid supply passage 124, and supplied from the liquid supply passage 124 to the cleaning brush 122b. The When the cleaning liquid in the cleaning liquid tank 123 runs out, the cleaning liquid is sucked into the cleaning liquid tank 123 and is sucked into the cleaning liquid tank 123 from the suction hole 124g1 through the liquid suction passage 125.

  When the operation switch SW is turned on, the electric power from the battery 126 is supplied to the motor 125 to rotate, and the motor 125 rotates the rotating shaft 122c, and the rotating shaft 122c rotates the cleaning brush 122b. When the operation switch SW is turned OFF at a predetermined timing, the rotation of the motor 125 stops and the rotation shaft 122c does not rotate.

  When performing the cleaning operation in this way, the cleaning brush 122b is rotated by the motor 125, whereby the user's cleaning operation can be further simplified, and the cleaning liquid can be reliably supplied and cleaned regardless of the site to be cleaned. it can.

In FIG. 12B, the cleaning liquid tank 123 is detachably provided below the intermediate member 122a as in FIG. 12A, and the cleaning liquid is supplied from the inside of the cleaning liquid tank 123 by driving the pump 129. A motor 125 and a battery 126 are arranged in series in line with the tank 123, and the cleaning liquid tank 123, the motor 125, and the battery 126 are held and operated at the same time. The bevel gear 125a1 provided on the output shaft 125a of the motor 125 is engaged with the bevel gear 122c1 provided on the rotation shaft 122c, and the rotation shaft 122c is rotated by the rotation of the motor 125 to rotate the cleaning brush 122b.
[Thirteenth embodiment]
A thirteenth embodiment will be described with reference to FIG. Fig.13 (a) is sectional drawing of a mascara cleaning tool. The mascara cleaning tool 1 includes a cleaning tool 132, a cleaning liquid tank 133, and a liquid supply passage 134 that allows the cleaning tool 132 and the cleaning liquid tank 133 to communicate with each other. The cleaning liquid tank 133 is made of semi-rigid, soft resin, rubber material, or the like. The cleaning tool 132 has a joint member 132a made of a synthetic resin or a metal material, and a cleaning brush 132b is attached to the tip of the joint member 132a. The core material 132b1 of the cleaning brush 132b is inserted into the brush shaft 132b2, the brush shaft 132b2 is detachably provided on the output shaft 135a of the motor 135, and the cleaning brush 132b is replaceable. The motor 135 is rotated by the supply of electric power from the battery 136, and the relay member 132 a is provided with an operation switch SW that enables supply of power to the motor 135, and further a battery cover that enables replacement of the battery 136. 138 is provided.

  A liquid supply passage 134 is formed in the intermediate member 132a, and a supply pipe 137 is connected to the liquid supply passage 134. A cleaning liquid tank 133 is detachably provided below the intermediate member 132a, and a supply pipe 137 is inserted into the cleaning liquid tank 133.

  When performing the cleaning operation, the user simply holds the cleaning liquid tank 133 with his hand and presses the cleaning liquid tank 133 with his / her finger to supply the cleaning liquid in the cleaning liquid tank 133 to the cleaning brush 132b from the supply pipe 137 and the liquid supply passage 134. be able to.

  When the operation switch SW is turned on, the electric power from the battery 136 is supplied to the motor 135 to rotate, the brush shaft 132b2 is rotated by the motor 135, and the cleaning brush 132b is rotated by the brush shaft 132b2. When the operation switch SW is turned off at a predetermined timing, the rotation of the motor 135 stops and the brush shaft 132b2 does not rotate.

  When performing the cleaning operation in this manner, the cleaning brush 132b is rotated by the motor 135, whereby the user's cleaning operation can be further simplified, and the cleaning liquid can be reliably supplied and cleaned regardless of the site to be cleaned. it can.

  In FIG. 13B, similarly to FIG. 13A, the motor 135 and the battery 136 are arranged in series on the intermediate member 132a, but the cleaning liquid tank 133 is arranged below the intermediate member 132a along with the motor 135 and the battery 136. The cleaning liquid tank 133, the motor 135, and the battery 136 are held and operated at the same time.

13C, the motor 135 and the battery 136 are arranged in series on the joint member 132a as in FIG. 13A, but the cleaning liquid tank 133 is provided on the front side of the joint member 132a, and the output of the motor 135 is shown. The shaft 135a penetrates the inside of the cleaning liquid tank 133, and is operated by holding the cleaning liquid tank 133 at the same time.
[Fourteenth embodiment]
In the fourteenth embodiment, as shown in FIGS. 14 and 15, the mascara cleaning tool 1 has a cleaning liquid recovery dish 140 that receives and stores the cleaning liquid after cleaning supplied from the mascara cleaning tool. The dish 140 is formed separately from the cleaning tool, the cleaning liquid tank, and the liquid supply passage that communicates the cleaning tool and the cleaning liquid tank. The cleaning liquid collection dish 140 of FIG. 14 is used by being applied to the nose portion when cleaning the mascara, and has a collar portion 140a formed on the outer periphery on the opening side. This collar part 140a has a part 140a1 applied to the cheek, parts 140a2 and 140a3 applied to the side part of the nose, and a part 140a4 connecting the parts 140a2 and 140a3 applied to the side part of the nose. The cheek portion 140a1 has a concave shape, and preferably has a curvature of 100R to 800R that can be intimately adhered, and more preferably has a curvature of 300R. The portions 140a2 and 140a3 applied to the side of the nose have a convex shape, and a curvature of 100R to 400R can be closely attached to the side of the nose, and more preferably a curvature of 250R. A portion 140a4 that connects the portions 140a2 and 140a3 applied to the side of the nose is formed in the same manner as the portion 140a1 applied to the cheek. The width W1 of the cheek portion 140a1 is preferably about 70 mm, the extension length D1 from the outer surface of the side wall is preferably about 2 mm to 8 mm, and more preferably about 4 mm. The width W2 of the portions 140a2 and 140a3 applied to the sides of the nose is about 65 mm, and the extension length D2 from the outer surface of the side wall is preferably about 4 mm to 10 mm, more preferably about 7 mm. A width W3 of a portion 140a4 connecting the portions 140a2 and 140a3 applied to the side of the nose is about 120 mm, and an extension length D2 from the outer surface of the side wall is preferably about 4 mm to 10 mm, more preferably about 7 mm. preferable. Further, the depth H1 of the cleaning liquid collection dish 140 is preferably about 40 mm, but may be any depth as long as the cleaning liquid that flows down can be stored.

  At the time of washing, as shown in FIG. 14 (d), the washing liquid collecting dish 140 is applied with a portion 140a1 to be applied to the cheeks in close contact with the nose side when washing the left mascara liquid or eyeline. The part 140a2 to be applied to the part is brought into close contact with the left side of the nose, and the washed and dirty cleaning liquid can be recovered by the cleaning liquid recovery dish 140. In addition, as shown in FIG. 14E, the cleaning liquid collection dish 140 is applied to the right side of the nose when the right side of the mascara liquid or eyeline is cleaned. The part 140a3 to be applied to the contact is brought into close contact with the right side of the nose, and the washed and dirty cleaning liquid can be recovered by the cleaning liquid recovery dish 140.

  The cleaning liquid collection dish 140 of FIG. 15 is used by being applied to the eye when the mascara is cleaned. The mascara cleaning tool 1 is configured in the same manner as in the embodiment of FIG. 13 (c), the core material 132b1 of the cleaning brush 132b is rotatably supported by the cleaning liquid recovery dish 140, and the side wall 140c of the cleaning liquid recovery dish 140 is positioned between both eyes. Then, the cleaning liquid is supplied to the cleaning brush 132b and the cleaning brush 132b is rotated to clean the mascara, and the dirty cleaning liquid is collected in the cleaning liquid collecting tray 140 without leaking and flowing down. Moreover, the washing | cleaning-liquid collection | recovery dish may form the collar part in the outer periphery by the side of an opening, and made this collar part the shape which dented two places according to the shape of both eyes. In addition, the cleaning liquid collection dish may be provided with a grip portion on the side wall and may be provided with a grip portion on the bottom.

  When the grip portion is provided on the side wall of the cleaning liquid collection dish 140, as shown in FIG. 16A, the grip portion 140g may be formed integrally with the side wall, and as shown in FIG. The part 140g may be formed separately from the side wall so as to be detachable at an arbitrary position on the side wall. In the embodiment of FIG. 16 (b), ribs 140i for preventing falling are provided on the inner side of the side wall of the cleaning liquid collection dish 140 at different intervals, and gripping portions 140g are attached to the wide intervals so that the narrow intervals are provided. A mirror 150 is attached to the portion. The portion to be attached to the grip portion 140g and the portion to which the mirror 150 is attached are formed by ribs, but may be formed by providing a recess on the side wall. The grip portion 140g has a side wall sandwiching portion 140g1 and a retaining portion 140g2, and the sidewall sandwiching portion 140g1 is attached and attached to a wide space portion of the rib 140i for preventing the fall, and the retaining portion 140g2 is a bottom portion of the sidewall. Is securely attached to engage. The support part 150a of the mirror 150 has a side wall sandwiching part 150a1 and a retaining part 150a2, and the side wall sandwiching part 150a1 is attached and attached to a narrow space portion of the rib 140i for preventing the fall, and the retaining part 150a2 is attached to the side wall. It is securely attached to engage the bottom of the. The retaining portion 140h2 of the grip portion 140h and the retaining portion 150a2 of the mirror 150 may be engaged with each other by forming a concave portion or a convex portion on the side wall.

  At the time of washing, a right-handed person attaches the grip part 140g to the left side wall of the cleaning liquid collecting dish 140, holds the grip part 140g with the left hand, and looks at the mirror 150 with the right hand and the body-specific site-specific cleaning tool 1 Operate and clean. A left-handed person attaches the grip part 140g to the right side wall of the cleaning liquid collection dish 140, holds the grip part 140g with the right hand, and cleans the body specific part-specific cleaning tool 1 with the left hand while looking at the mirror 150. . Alternatively, the gripping part 140g may be attached to the side wall on the side where the mirror 150 is attached, and the body specific part-specific cleaning tool 1 may be operated for cleaning.

  Further, as shown in FIG. 16C, the mirror 150 connects the support portion 150a and the mirror body 150b with a connecting member 150c, bends the connecting member 150c, and rotates both ends of the connecting member 150c. By making it possible, the mirror main body 150b can be moved to any position on the left and right. The connecting member 150c is formed of a material such as metal or resin. In addition, as shown in FIG. 16 (d), the mirror 150 is formed of a material such as a flexible wire or a soft resin so that the connecting member 150c can be freely stretched. The mirror main body 150b can be freely moved to a position according to the user.

  The cleaning liquid collection dish 140 shown in FIG. 16 (e) is the same as the embodiment shown in FIGS. 16 (a) to 16 (d), but the cleaning liquid spray 170 can be attached to the grip 140g. At the time of cleaning, the spray 170 is set on the grip portion 140g, the grip portion 140g is held with one hand, and the spray 170 is operated to supply the cleaning liquid to the site to be cleaned. be able to.

  The cleaning liquid collection dish 140 shown in FIG. 16 (f) is configured such that the mirror 150 can be moved to a free position in the grip part 140g. In the mirror 150, the mirror body 150b is supported by the grip portion 140g by the support portion 150f, but the lower portion of the support portion 150f can swing to the grip portion 140g, and the upper portion can swing to the mirror body 150b. Further, an operation lever 150g is foldably provided on the support portion 150f. At the time of cleaning, if the operation lever 150g is operated with the thumb of the hand holding the grip portion 140g, the lower portion of the support portion 150f swings and the position of the mirror body 150b can be moved to a free position in the vertical and horizontal directions. In addition, the mirror body 150b can be adjusted to change the orientation.

  After the cleaning, the support portion 150f is moved along the guide groove 140k formed in the grip portion 140g, and the mirror main body 150b is stored in the cleaning liquid collection dish 140. Then, the operation lever 150g of the support portion 150f is prevented from coming out of the folding cleaning liquid collection dish 140.

  The cleaning liquid collection dish 140 of FIG. 17 has a portion that touches the cheek when cleaning the mascara, and improves the convenience of cleaning by holding it on the body. The cleaning liquid collection dish 140 shown in FIG. 17 (a) has a portion 140m to be applied to the cheek, and the curved surface wall along the cheek so that the portion 140m to be applied to the cheek can be applied in close contact with the cheek without any gap. Is formed. The bases of the strips 140n1 and 140n2 are attached to both sides of the portion 140m applied to the cheeks, and detachable tapes 140n11 and 140n21 are provided at the distal ends of the strips 140n1 and 140n2. The strips 140n1 and 140n2 are made of, for example, leather or string, but may be made of rubber or the like. At the time of cleaning, the portion 140m applied to the cheek of the cleaning liquid collecting dish 140 is applied to the cheek, and the strips 140n1 and 140n2 are turned to the head and stopped by the removable tapes 140n11 and 140n21. Can be applied closely. Further, when the cleaning liquid is accumulated in the cleaning liquid collection dish 140, it becomes heavier, but even in this case, it can be reliably and stably held. In addition, the cleaning liquid collecting dish 140 is freed up, and the mascara can be washed with a free cloth or a cotton swab with the free hand.

  The cleaning liquid collection dish 140 shown in FIG. 17B is provided in the lower part on the outside of the bottom of the dish so that the angle adjustment plate 140o can be inserted and removed in the forward direction from the portion 140m where the angle adjustment plate 140o hits the cheek. Bands 140p are attached to both sides of the portion 140m applied to the cheek, and the band 140p is formed of, for example, a rubber band, but may be formed of leather, string, or the like. At the time of washing, the portion 140m of the cleaning liquid collection dish 140 that is applied to the cheek is applied to the cheek, the belt-like body 140p is turned around the head and stopped, and the angle adjustment plate 140o is put in and out for a predetermined length. By adjusting the inclination of the angle adjusting plate 140o with respect to the cheek, even when the shape of the user's cheek is different, it can be stably held.

  In the cleaning liquid collection dish 140 shown in FIG. 17C, a portion 140m that contacts the cheek is provided separately from the cleaning liquid recovery dish 140, and a hinge 140x is attached to the upper part of the portion 140m that contacts the cheek to tilt the cleaning liquid collection dish 140. Can be adjusted freely. Hard frames 140q1 and 140q2 are attached to both sides of the portion 140m that touches the cheek, and a band 140r is provided on the hard frames 140q1 and 140q2. At the time of cleaning, the portion 140m to be applied to the cheek is applied to the cheek, the band 140r is turned to the head and stopped, the cleaning liquid collection dish 140 is rotated by the hinge 140x, and the inclination of the cleaning liquid collection dish 140 with respect to the cheek is adjusted. Even when the cheeks have different shapes, they can be held stably.

  In addition, the cleaning liquid collection dish 140 of this embodiment can be used for cleaning the left and right mascaras, and may further include a mirror and a grip portion as shown in FIG.

[Fifteenth embodiment]
In the fifteenth embodiment, as shown in FIG. 18, the mascara cleaning tool 1 has a receiving member 7 that prevents the cleaning liquid supplied at the time of cleaning from flowing down through the mascara cleaning tool. In the fourteenth embodiment, the tank side of the cleaning tool 2, the cleaning tool 2 side of the part gripped by the hand of the cleaning liquid tank 3, or the part gripped by the hand of the cleaning liquid tank 3 from the cleaning liquid supply part of the cleaning tool 2 Is provided. The receiving member 7 may be a single member or a plurality of members, and the size may be set according to the mascara cleaning tool 1, and when a plurality of receiving members 7 are provided, a combination of large and medium, large and small, large and medium and small may be used. Further, the receiving member 7 may be formed integrally or may be formed separately and attached as necessary. The cross-sectional shape of the receiving member 7 is formed into a flat disk shape, a trumpet shape, a dish shape, a V shape, and the like, and in accordance with the shape of the cleaning brush, a circle, an ellipse, a substantially square, a substantially You may form in shapes, such as a hexagon.

  In the embodiment of FIGS. 18A to 18E, the receiving member 7 has a trumpet shape, but the size and depth of the trumpet shape is formed in accordance with the supply amount of each cleaning tool and cleaning liquid. 18A and 18B, a receiving member 7 is provided on the upper part of the grip portion of the cleaning liquid tank 3, and FIGS. 18C and 18D show the receiving member 7 between the cleaning tool 2 and the cleaning liquid tank 3. FIG. 18 (e), the receiving member 7 is provided at the base of the cleaning tool 2. In FIG. In the embodiment shown in FIGS. 18A to 18E, the receiving member 7 may be formed integrally, or may be formed separately and attached, and if necessary, a separate receiving member. The member 7 may be selected and attached. The receiving member 7 includes a dish for storing the cleaning liquid, a container for storing the cleaning liquid, and a porous member through which the cleaning liquid permeates. When cleaning the eyelashes, the cleaning tool is in the upper and lower direction and the cleaning liquid tank is in the lower direction. For example, when cleaning is performed by holding the cleaning liquid tank by hand, the cleaning liquid supplied during cleaning is transmitted to the cleaning tool. However, the receiving member 7 receives the cleaning liquid, so that it is possible to prevent the hands and the like from becoming dirty. The cleaning liquid accumulated in the receiving member 7 is discarded so as not to leak.

  18 (f) to 18 (p) show various forms of configurations of the cleaning tool 2, the cleaning liquid tank 3, the liquid supply passage 4, and the receiving member 7. The cleaning tool 2 and the cleaning liquid tank 3 are made of a soft resin material. The receiving member 7 is integrally or separately formed by blow molding. In FIG. 18 (f), the cleaning liquid tank 3 is lengthened and an abdomen is provided on the upper part thereof, and the receiving member 7 is provided with a length of the cleaning tool 2 and provided on the lower part thereof. The liquid supply passage 4 is formed from the cleaning liquid tank 3 along the entire cleaning tool 2. 18 (g), the cleaning liquid tank 3, the cleaning tool 2, and the liquid supply passage 4 are configured in the same manner as in FIG. 18 (f), but the receiving member 7 is provided in the upper part of the cleaning tool 2. In FIG. 18 (h), the cleaning liquid tank 3 is not provided with an abdomen, but the cleaning tool 2 is shortened and the receiving member 7 is provided. The liquid supply passage 4 is formed to be displaced to one side in the middle of the cleaning tool 2. FIG. 18 (i) shows the cleaning liquid tank 3, the cleaning tool 2, and the liquid supply passage 4 configured in the same manner as in FIG. 18 (h). However, the receiving member 7 is provided in the cleaning liquid tank 3, and the screw for screwing the lid Part 3i is provided. In FIG. 18 (j), the cleaning liquid tank 3 is shortened to provide an abdomen, and the receiving member 7 is provided below the cleaning tool 2. The liquid supply passage 4 is formed from the cleaning liquid tank 3 along the entire cleaning tool 2. In FIG. 18 (k), the cleaning liquid tank 3 is elongated to provide an abdomen, and the receiving member 7 is provided below the cleaning tool 2. The liquid supply passage 4 is formed from the cleaning liquid tank 3 along the entire cleaning tool 2. In FIG. 18L, the cleaning liquid tank 3 and the cleaning tool 2 are displaced, and the receiving member 7 is provided below the cleaning tool 2. The liquid supply passage 4 is formed from the cleaning liquid tank 3 along the entire cleaning tool 2. In FIG. 18 (m), the cleaning liquid tank 3 is provided with an abdomen and displaced with the cleaning tool 2, and the receiving member 7 is provided on the upper part of the cleaning tool 2. The liquid supply passage 4 is formed from the cleaning liquid tank 3 along the entire cleaning tool 2. 18 (n), the cleaning liquid tank 3 is provided with an abdomen and displaced with the cleaning tool 2, and the receiving member 7 is provided on the upper part of the cleaning tool 2, and further provided with a screw part 3n for screwing the lid. The liquid supply passage 4 is formed to be displaced to one side in the middle of the cleaning tool 2. In FIG. 18 (o), a receiving member 7 is provided on the upper part of the cleaning liquid tank 3, and a screw portion 3o for screwing the lid is provided. The liquid supply passage 4 is formed to be displaced to one side in the middle of the cleaning tool 2. In FIG. 18 (p), a screw portion 3 o for screwing a lid is provided on the upper part of the cleaning liquid tank 3, and a receiving member 7 is provided on the cleaning tool 2. The liquid supply passage 4 is formed to be displaced to one side in the middle of the cleaning tool 2.

[Sixteenth embodiment]
In the sixteenth embodiment, as shown in FIG. 19, the mascara cleaning tool 1 supplies the cleaning liquid supplied from the cleaning liquid tank through the liquid supply passage by the cleaning tool to a specific part of the body for cleaning. It is configured.

  In FIG. 19 (a), the cleaning liquid is supplied to the tip surface side from one opening 4f of the joint member 2a and the cleaning liquid is sucked, and the opening 4f is below the mounting position of the cleaning brush 2b. Formed in position. The cleaning brush 2b has a brush shape in which the hair material 2b2 protrudes radially outward with respect to the core material 2b1, and the hair tips are cut into a conical shape.

  In FIG. 19B, the cleaning liquid is supplied from the opening 4f1 of the joint member 2a to the tip surface side, and the cleaning liquid is sucked from the opening 4f2. The openings 4f1 and 4f2 are attached to the cleaning brush 2b. It is formed at a lower position. The cleaning brush 2b has a brush shape in which the bristle material 2b2 protrudes outward in a spiral shape with respect to the core material 2b1, and the hair tips are trimmed in a columnar shape.

  In FIG. 18C, the opening 4f1 is located above the mounting position of the cleaning brush 2b, and the opening 4f2 is located below. The cleaning brush 2b has a brush shape in which the bristle material 2b2 protrudes radially outward from the core material 2b1 and the hair tips are trimmed in a conical shape, but has a groove in the brush axis direction.

  In FIG. 19D, a plurality of openings 4f1 are formed in a portion extending along the cleaning brush 2b, and the openings 4f2 are located below the mounting position of the cleaning brush 2b. The cleaning brush 2b has a brush shape in which the bristle material 2b2 protrudes radially outward from the core material 2b1 and the hair tips are aligned in a columnar shape.

  In FIG. 19 (e), the opening 4f1 is formed in a portion extending upward from the mounting portion of the cleaning brush 2b, and the cleaning liquid is supplied in a mist form from the upper position to the cleaning brush 2b. The opening 4f2 is the cleaning brush. It is located below the mounting position 2b. The cleaning brush 2b has a brush shape in which the bristle material 2b2 projects outward in a planar shape extending in the left-right direction with respect to the core material 2b1 and is trimmed so that the hair tips become thinner.

  In FIG. 19 (f), the openings 4f1 and 4f2 are configured in the same manner as in FIG. 19 (e), but the cleaning brush 2b is outward in a planar shape in which the hair material 2b2 extends in the left-right direction with respect to the core material 2b1. It is a brush shape in which the hair tips are cut and aligned so as to be parallel, and the core material 2b1 is bent. Further, the bristle material 2b2 may be bent into a dish shape without bending the core material 2b1, or the core material 2b1 may be bent and the bristle material 2b2 may be bent into a dish shape.

In FIG. 19 (g), the opening 4f is configured in the same manner as in FIG. 19 (a), but the liquid receiving cover 4g is attached to the intermediate member 2a along the cleaning brush 2b. The cleaning brush 2b has a brush shape in which the bristle material 2b2 protrudes radially outward from the core material 2b1 and the hair tips are aligned in a columnar shape.
[Seventeenth embodiment]
A seventeenth embodiment is shown in FIG. 20A is a front view of the cleaning liquid tank, and FIG. 20B is a sectional view of the cleaning liquid tank in use. The cleaning liquid tank 3 of the mascara cleaning tool 1 is formed of an elastically deformable material, and the cleaning liquid tank 3 is configured to supply the cleaning liquid inside the tank by pushing each time. The cleaning liquid tank 3 is held and pushed to supply the cleaning liquid inside the tank, and a protrusion 3h protruding inward corresponding to both of the pressing positions is formed.

  When the cleaning liquid tank 3 is pressed by holding the cleaning liquid tank 3 by hand and pressing the cleaning liquid tank 3, both protrusions 3 h come into contact with each other, and deformation of the cleaning liquid tank 3 is limited. Can no longer be supplied, and the amount of the cleaning liquid supplied becomes one time. For this reason, when supplying the cleaning liquid inside the tank without supplying a wasteful amount of cleaning liquid, when the hand holding the cleaning liquid tank 3 is released, the deformed cleaning liquid tank 3 returns to its original shape, When the cleaning liquid tank 3 is held and pushed again to supply the cleaning liquid inside the tank and the cleaning liquid tank 3 is pressed, both protrusions 3h come into contact with each other, and deformation of the cleaning liquid tank 3 is limited. Can no longer be supplied, and the amount of the cleaning liquid supplied is one time, and it can be used repeatedly without supplying a wasteful amount of the cleaning liquid.

  In this embodiment, both the protrusions 3h are in contact with each other to supply the cleaning liquid for one time. However, a protrusion 3h protruding inward corresponding to one of the positions where the cleaning liquid tank 3 is pressed is formed. The other of the pressing positions may be in contact with 3h, and the amount of cleaning liquid supplied for one time may be used.

  The protrusion 3h has a shape such as a circle, a triangle, a square, an ellipse, a bar, or a star, and may be provided at one place or at a plurality of places. The position at which the cleaning liquid tank 3 is pushed is a position on the approximate center line L1 of the cleaning liquid tank 3, and is disposed at an opposing position on the approximate center line L1 when provided at one location, and approximately at the center when provided at a plurality of locations. They are arranged side by side on a line l2 in a direction perpendicular to the line.

  INDUSTRIAL APPLICABILITY The present invention can be applied to a mascara cleaning tool that cleans mascara applied to eyelashes around a human eye, and can easily and safely clean eyelashes.

DESCRIPTION OF SYMBOLS 1 Mascara cleaning tool 2 Cleaning tool 2a Intermediate member 2b Cleaning brush 2c Brush cover 3 Cleaning liquid tank 4 Liquid supply passage 4f Opening part

Claims (5)

A cleaning tool having a cleaning brush for supplying and cleaning the eyelashes to which the mascara is attached from the opening,
A cleaning liquid tank for storing the cleaning liquid;
The cleaning tool and the cleaning liquid tank communicate with each other, and the liquid supply passage for supplying the cleaning liquid from the cleaning liquid tank to the cleaning tool,
A mascara cleaning tool that supplies the cleaning liquid supplied from the cleaning liquid tank via the liquid supply passage by the cleaning tool to the eyelashes to remove the mascara and perform cleaning.
Insert the cleaning tool into the mounting part of the cleaning liquid tank and attach it,
The mascara cleaning tool, wherein the opening is disposed at a position facing the tip of the cleaning brush. The washing liquid tank has a side having a portion intersecting with a center line centering on the mounting portion as a back side, and a side having no portion intersecting with the center line is set as a ventral side,
The ventral volume is larger than the dorsal volume,
In the use state with the ventral side down, the cleaning liquid is sucked from the opening and collected on the ventral side,
2. The mascara cleaning tool according to claim 1, wherein a cleaning liquid is supplied from the opening in a use state in which the ventral side is horizontal or upward. Cleaning liquid supply means for supplying the cleaning liquid from the cleaning liquid tank to the cleaning brush via the liquid supply passage;
The mascara cleaning tool according to claim 1 or 2, further comprising cleaning tool moving means for moving the cleaning brush when supplying the cleaning liquid to a specific part of the body.   4. The receiving device according to claim 1, further comprising: a receiving member that prevents the cleaning liquid supplied at the time of cleaning from flowing down through the cleaning tool between the cleaning tool and the cleaning liquid tank. The mascara cleaning tool according to item. A lid covering the cleaning brush;
The mascara cleaning tool according to any one of claims 1 to 3, further comprising passage opening / closing means for opening and closing the liquid supply passage in conjunction with opening and closing of the lid.