• 专利附录
  • 专利说明
  • 权利要求
  • 类似技术
  • 同族专利
  • 引用文献
  • 法律状态
  • 优先权
    • 专利摘要:

    公开号:NL2014806A
    申请号:NL2014806
    申请日:2015-05-13
    公开日:2016-03-15
    发明作者:Slob Jochem
    申请人:Invent Works B V；
    IPC主号:
    专利说明:

    Skin treatment device and aspects thereof
    The present invention relates to a treatment device for treating skin using a skin care product, such as a cream or lotion.
    The invention further relates to a skin care product portion holder, preferably for a cassette of skin care product portion holders.
    The invention further relates to a brush connector assembly. The invention further relates to a delivery assembly. The present invention further relates to a brush connector assembly for coupling a brush for use in a treatment device for treating skin using a skin care product according to the present invention.
    The present invention further relates to a drive assembly for driving a brush in a treatment device for treating skin, preferably using a skin care product.
    The present invention further relates to a transport mechanism for skin care product portion holders, comprising a revolver assembly or a linear transport assembly.
    Brushes for electrically brushing the skin are known in the art. With the help of such brushes it is possible to work a cream in the skin.
    In order to improve this state of the art, the present invention provides a treatment device for treating skin using a skin care product, such as a cream or lotion, comprising - a housing, - a brush connector assembly for attaching a brush, - a brush for treating the skin therewith, - a drive assembly arranged in the housing for driving the brush in a, preferably axially, reciprocating movement, - a delivery assembly for dispensing the skin care product.
    An advantage of such a treatment device is that a skin care product, such as a cream or lotion, can be applied without first having to be touched by hand. This is of great importance because the different composition of the skin of the hand relative to the skin of the face influences the operation of such skin care products. Furthermore, it provides user convenience, more systematic user convenience and improved functionalities for the user.
    In a first preferred embodiment, treatment device comprises at least one skin care product container. It is an advantage if such a holder is integrated in, for example, the housing or the brush head of the device. As a result, the use of the device is considerably facilitated with respect to an external supply.
    According to a further preferred embodiment, the treatment device comprises a holder for at least one portioned skin care product portion holder, such as for single use, preferably for a cassette of skin care product portion holders. Such a preferred embodiment provides the important advantage that the device provided with a new skin care product is considerably simplified with respect to the manual filling of a container. A cassette can be provided and easily purchased in a store and easily replaced by the user. A further advantage is that the amount for use in the cassette is predetermined, so that a suitable amount is always used.
    In a further preferred embodiment, the treatment device comprises a transport mechanism for skin care product portion holders, comprising a turret assembly or a linear conveying assembly.
    By means of such a transport mechanism, suitable product to be used can be brought to the outlet of the device. This also makes it possible to move an empty skin care product portion holder and to provide this location with a full skin care product portion holder.
    The treatment device is herein preferably arranged for transporting individual skin care product portion holders or the cassette by rotating a brush ring of the brush connector assembly. This greatly increases user-friendliness. In a further preferred embodiment, in the treatment device the dispensing assembly comprises a pressing mechanism for pressing the skin care product from the skin care product holder or one of the skin care product portion holders. Through this mechanism, the skin care product can be easily ejected from the device for application to the brush and / or the skin.
    For the purpose of depositing the skin care product on the skin, the dispensing assembly is further preferably arranged for dispensing the skin care product through openings in the brush, preferably through an opening in the brush arranged per container. As a result, it is advantageously realized that the care product can be spread by means of the brush, and arranged in the device using the holders. This makes the use of a care product with a mechanical brush advantageously easy and attractive.
    To this end, the device comprises, for this purpose, a hollow shaft for carrying the brush, wherein the delivery assembly is adapted to dispense the skin care product through the hollow shaft. Hereby the delivery is realized in the center of the brush.
    For a reciprocating movement of the brush, the treatment device according to a further preferred embodiment comprises spring means for providing a flexible connection between the housing and the brush. A starting position for the brush is hereby advantageously provided in the state of equilibrium of the spring means. This provides the further advantage that this starting position is adjustable such that it coincides with an outlet position of the containers in the dispensing position above the opening in the brush for passage of the care product.
    For a drivability, the drive assembly preferably further comprises an electric actuator, such as a coil, for co-action with a magnetic field generator, such as a magnet, one of which is kinetically attached with the brush and the other thereof secured with the housing. With this, the oscillating movement of the brush around the starting position can be provided so that brushing can be provided after the product has been dispensed.
    For dispensing the product, in the treatment device according to a further preferred embodiment, the dispensing assembly comprises a hand-operated lever or a motor for driving the expulsion assembly.
    A further aspect according to the present invention relates to a skin care product portion holder for use in a treatment device according to one or more of the preceding claims, comprising: - an outlet wall comprising an outlet opening; - a valve, preferably arranged with a piston action for pressing the skin care product holders out of the skin care product portion by pressing it into the volume.
    A further aspect of the present invention relates to a skin care product portion holder cassette comprising at least two skin care product portion holders according to the preceding claim.
    These aspects provide advantages as described in the remainder of this description.
    Preferably, in the skincare product portion holder cassette, the skincare product portion containers are arranged in a ring shape for use in a revolver. Alternatively, the skincare product portion holders are arranged in at least one series for use in a linear bushing assembly.
    Further advantages, features and details of the present invention will be described in greater detail below with reference to one or more preferred embodiments with reference to the attached figures. Similar but not necessarily identical components of different preferred embodiments are designated by the same reference numerals.
    A first preferred embodiment (Fig. 1) according to the present invention relates to a treatment device 1 for the skin. This comprises a housing 11 with an assembly arranged therein for vibrating a brush 7. The brush is arranged in a brush connector assembly 3. Behind the brush are cream cups 5 (alternatively Fig. 9 cups 5 ') for holding a skin care product in cream form, arranged for keeping cream. This cream is applied to the face through the brush and worked into the skin. For the purpose of passing the cream through the brush from the cups, there is provided an expulsion mechanism 4 comprising a lever 61 for manual operation, a transfer mechanism 62 for transferring the movement from the short side of the lever to an expulsion rod 75 (Fig. 6 ).
    A brush holder 3 (brush connector assembly) is attachable to the brush side of the housing for holding the brush and for holding the holders for the product. The brush is arranged on its opening side with an annular support for the cups above it. these are arranged in such a way that during use the starting position of the brush is situated above a passage opening of the brush.
    The drive shaft 21, which is arranged on the driven side in an oscillating body 32 of the brush, has an assembly on the brush side for providing drive and positional blockage of the ring with holders. The cams 41 can be arranged in the slots 42. If a cup is used, the ring with cups can be rotated so that the cams shift to the next slot 42, respectively. long jump.
    The rod 75 serves to depress the top cover of the cups, which preferably functions as a piston. In an alternative variant (Fig. 7) there is a slide 71 which, by sliding towards the brush side of the device by means of transfer assembly 62, also serves to push the pressure rod 75 into the cup.
    The cup 5 (Fig. 8) has a side wall in the form of a cylinder 52 along which the piston 51 functions to expel the cream. The nine cups shown are arranged in a substantially annular support for these nine cups. The ring 54 carrying the cup carrier and the brush is fixable in the opening of the housing with three respective bayonet pins through the three mounting channels.
    Similarly, a straight strip with cups is provided for guiding a series of cups through the housing.
    In an alternative variant of the resilient suspension of the shaft by means of body 22 (Fig. 13A), the coil 34 is arranged on this body 22. The permanent magnet is thereby arranged on the housing for cooperation with the coil for driving the oscillation .
    A further variant (Fig. 13B) has the spring attached to the housing with a coil 34 on a base thereof. The spring extends curved on both sides about the coil to the body 22. The body 22 has the permanent magnet attached thereto. The variant of FIG. 14 has a configuration with a coil coupled to the housing and a permanent magnet to the body 22 where the variant of FIG. 15 and 16 have two coils in the body 22 and magnets cooperating therewith fixed to the housing. FIG. 17 shows a variant with a different spring configuration with three springs for more stability. The magnet is attached to the body 22 and the coil to the housing.
    Further preferred embodiments and aspects thereof as provided by the inventor are described as follows: - brush connector assembly for coupling a brush for use in a treatment device for treating skin using a skin care product according to the present invention. - drive assembly for driving a brush in a treatment device for treating skin, preferably using skin care product.
    Drive assembly measures:
    A magnetically driven oscillating system is provided wherein the coil 34 is connected to the oscillating body 32 opposite two permanent magnets 35 connected to the housing. Two or more spring elements 31 are connected to the magnetically permeable coil core ends
    In a further variant of a magnetically driven oscillating system, a flexible element is applied directly to the magnetically permeable coil core.
    The permanent magnets are connected to the oscillating body opposite the coil with the housing.
    In a magnetically driven oscillating system, two coils are connected to opposite ends of a single magnetically permeable core. Two spring elements are connected to two ends of the core. The other ends thereof are connected to the main housing. Two sets of two permanent magnets are each connected to the housing, each opposite one end of the coil core
    A magnetically driven oscillating system where two coils are connected to opposite ends of a single magnetically permeable core. The core can be fitted in the housing. The oscillating body is connected at two ends thereof to two separate sets of permanent magnets directly opposite the two ends of the coil core. Two spring elements are connected to two ends of the oscillating body on one side, the other ends thereof directly to the main housing.
    In a magnetically drivable oscillating system, the oscillating body preferably comprises two permanent magnets opposite a magnetically permeable core and coil. The oscillating body is attached to the housing by means of three springs extending in the axial direction.
    In a magnetically driven oscillating system, the oscillating body comprises two permanent magnets opposite a magnetically permeable core and coil. The oscillating body is attached to the housing by means of three bending elements extending substantially in the radial direction. The other end of the bending elements can be directly connected to the main housing. The bending elements have a curved profile in the general shape of an S.
    Release measures and variants
    A central hollow shaft is attached to the top of a holder. A clamping mechanism clamps the rim of the cup down and in the clamp is a guide rail for a counter block for pushing down and forcing the cream out of the cup through the central hollow axis. A brush can be mounted over the shaft to be operated by a vibrating movement without operating the central hollow shaft. The container is preferably replaced after use.
    A brush is mounted on the device, behind the brush is a space around a ring of small cups with a skin treatment cream incorporated therein. Each cup can be emptied separately by the brush by pressing a piston into the cup.
    A brush is made with holes on the back for a ring with cups that keep cream. At the center of the rear surface of the brush is a cylindrical cavity with a series of indentations at its periphery with the same number as the number of cups on a single ring.
    Each ring of cups can be either a different type, with a different liquid over the entire ring, or each successively placed cup can contain a different liquid to provide a treatment regime without the need to switch brush heads; For example, on a ring with 9 heads there is a series of cleaning agents, a skin treatment solution for use during the night and a skin treatment solution for use during the day. Three of these sequences can be arranged on a single ring of 9 holders. The user can start treatment on any of the 3 types of cups and for example choose a user cleanser to thoroughly clean the skin in the evening. The user then selects the next cup, which will apply the evening skin care solution and applied to the face before going to bed. In the morning, the user selects the next cup, which provides skin care for use during the day, and applies it to the face. The next cup to be selected can contain the cleaning agent and can be selected for the following evening, etc. Once the entire ring has been used up and all the content has been used up, the user can disassemble the brush head, remove the used ring from the device body and insert a new one. The brush can then be connected to the device body and the process can be repeated.
    Drive measures as envisaged 1. A series of diamagnetically permeable metal plates are stacked and pressed through the hole of a solenoid copper coil around the central axis, creating a magnetic field over the plates. 2 ball bearings or a slide bearing are positioned in the middle of the plates to rotate the plates radially or vibrate without the central axis. At the end opposite the solenoid, two leaf springs are attached to the metal plates on one side, the other end connected to the main housing body to replace the rotor after each stroke in both directions. Opposite the solenoid two permanent magnets of opposite polarity are attached to the main housing which attract or repel metal plates depending on the direction of the magnetic field when the solenoid is supplied with an electrically positive or negative current. By quickly changing the current of the electric current, the rotor starts to vibrate. This vibration can then be transferred to a holder for receiving a brush.
    Embodiment having a similar function to Embodiment 1, wherein the rotor is provided with two solenoid electromagnets directly wound around a core consisting of a stack of magnetically permeable metal plates. On both sides of the metal plates a leaf spring is connected to the other end of the leaf spring connected to the main housing of the device. Opposite each coil is a pair of permanent magnets of opposite polarity attached to the main body body. The two separate leaf springs can be replaced with a leaf spring of the same type as stated in Embodiment 2, but instead of being connected to the metal plates it is directly connected to the housing.
    As a variant, the metal plates can be attached to the main housing and surrounded by a cage with the permanent magnets. The cage can then be attached to the leaf spring or springs.
    A design with functionality similar to Embodiment 1, in which the two permanent magnets of opposite polarity are applied to a small body to function as a rotor. It is attached to a leaf spring at at least 3 points of the rotor and these leaf springs are mounted on the housing body at another end thereof for effective arrangement of the rotor within the housing body. The solenoid and metal plates can be attached to the main body body also directly opposite the permanent magnets.
    An electric motor 183 (Fig. 18) having at one end a wheel 184 with an eccentrically projecting pin 182 is driven a lever 185 which provides a vibrating movement to a central axis. The central shaft is suspended in a ball or slide bearing 181. The central core of the hollow shaft 186 is provided with a liquid for passage and delivery.
    The following embodiments are described for dosing the liquid through the brush on the face.
    The rod that pushes the piston downwards is operated by means of an electric motor and a gear wheel to reduce the power of the motor and to increase the speed and simultaneously the applied force. The system either functions as a slow release mechanism that gradually releases the fluid during treatment, or provides the entire amount for pre-treatment treatment.
    The rod that pushes down the piston is driven by manual lever 61 or slider 71 depending on the embodiment. The user must push or slide the lever or knob to drive the cream out of the brush through the hollow shaft or an opening in the brush.
    The following clauses relate to separately definable aspects according to the present invention. A magnetically driven, oscillating connector with a hollow central shaft for transporting a liquid to a brush directed to the connector. 2.1, wherein the liquid has a predetermined viscosity or a viscosity in a predetermined range. 3.1, comprising a mechanism for dispensing said liquid from a capsule. 4. 3 wherein the dosing system is electrically driven. 5. 3, wherein the capsule holds a predetermined amount of the solution for a treatment session. 6. wherein the capsule is replaceable. 7. 3, where the dosing operation is gradual over time. 8. 7, wherein the time is equal to the duration of a treatment session. 9. 3 where the distribution system is driven manually. 10. 9, wherein the manual operation simultaneously squeezes out the entire contents of the capsule. 11. 1, the coil on the rotor and the permanent magnets mounted on the stator. 12. 1, wherein the stator coil and the permanent magnets are mounted on the rotor. 13. 1 wherein rollers are mounted on the stator and rotor and no permanent magnets are used. 14, wherein the oscillating connector is mounted on the hollow central shaft, remains stationary by means of a bearing of the central shaft while the apparatus is operating. 15. 1, wherein the brush has a diameter between 12 and 60 mm 16. 1, wherein the central axis has a hollow core diameter between 0.5 and 5 mm 17. 1, wherein the central axis has a diameter between 1 and 10 mm 18. 5 wherein the capsule comprises a predetermined amount. 19. wherein the capsule has a generally cylindrical shape. 20. wherein the capsule has a generally spherical shape. 21. wherein the capsule has a movable piston for releasing the contents under pressure. are compressed to substantially completely compress the contents under pressure. 23. wherein the capsule forms part of a cassetting with multiple, preferably 9, capsules for sequential delivery. 24. 23 wherein the ring of capsules is inserted directly into the brush head. 25. 24 wherein the brush head is provided in 2 parts, 1 statically attached to the handle body, the other attached to a rotating vibrator. 26. 25, wherein by rotating a portion of the brush head with one click, the capsule can be selected to select the next capsule 27. 25 with a visual indication on the outside of the brush head indicating whether a new user or capsule has been selected for dispensing 28. 1, wherein the bristles are made of silicone material 29. 1, wherein the bristles are made of nylon material 30. 1, wherein the bristles are made of natural hair.
    With regard to this list, combinations other than those described are provided and are immediately recognizable to those skilled in the art within the understanding of the present description.
    In the foregoing, the present invention has been described with reference to a few preferred embodiments. Different aspects of different embodiments are considered described in combination with each other, whereby all combinations that are considered to be read by a person skilled in the art on the basis of this document are included in the understanding of the invention. These preferred embodiments are not limitative of the scope of this document. The rights requested are defined in the appended claims.
    权利要求:
    Claims (14)
    [1]
    A treatment device for treating skin using a skin care product, such as a cream or lotion, comprising: - a housing, - a brush connector assembly for attaching a brush, - a brush for treating the skin therewith, - a brush the housing arrangement for driving the brush in a reciprocating movement, preferably about a center line, - a delivery assembly for dispensing the skin care product.
    [2]
    A treatment device according to claim 1 comprising at least one skin care product container.
    [3]
    3. Treatment device as claimed in claim 1, comprising a holder for at least one portioned person, such as a single use, skin care product portion holder, preferably for a cassette of skin care product portion holders.
    [4]
    Treatment device according to claim 1 or 3, comprising a transport mechanism for skin care product portion holders, comprising a revolver assembly or a linear transport assembly.
    [5]
    5. Treatment device as claimed in one or more of the foregoing claims, wherein the treatment device is adapted to transport individual skin care product portion holders or the cassette by rotating a brush ring of the brush connector assembly.
    [6]
    6. Treatment device according to one or more of the preceding claims, wherein the dispensing assembly comprises a pressing mechanism for pressing the skin care product from the skin care product holder or one of the skin care product portion holders.
    [7]
    7. Treatment devices as claimed in one or more of the foregoing claims, wherein the delivery assembly is adapted to deliver the skin care product through openings in the brush, preferably through an opening in the brush arranged per container.
    [8]
    8. Treatment device as claimed in one or more of the foregoing claims, comprising a hollow shaft for carrying the brush, wherein the dispensing assembly is adapted to dispense the skin care product through the hollow shaft.
    [9]
    9. Treatment device according to one or more of the preceding claims, comprising spring means for providing a flexible connection between the housing and the brush.
    [10]
    10. Treatment device as claimed in one or more of the foregoing claims, wherein the drive assembly comprises an electric actuator, such as a coil, for cooperation with a magnetic field generator, such as a magnet, one of which is kinetically mounted with the brush and the other thereof mounted with the house. 11. treatment device as claimed in one or more of the foregoing claims, wherein the dispensing assembly comprises a manually operable lever or a motor for driving the expulsion assembly.
    [12]
    A skin care product serving container for use in a treatment device according to one or more of the preceding claims, comprising: - an outlet wall comprising an outlet opening, - upwardly extending, volume-forming wall or assembly of volume-forming walls relative to the outlet wall; - a valve, preferably arranged with a piston action for pressing the skin care product holders from the skin care product portion holders by pressing it into the volume.
    [13]
    A skin care product portion holder cassette comprising at least two skin care product portion holders according to the preceding claim.
    [14]
    The skin care product portion holder cassette according to the preceding claim wherein the skin care product portion holders are arranged in a ring shape for use in a revolver.
    [15]
    The skin care product serving container according to claim 13, wherein the skin care product serving containers are arranged in at least one series for use in a linear feed-through assembly. *****
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    同族专利:
    公开号 | 公开日
    WO2015174844A2|2015-11-19|
    WO2015174844A3|2016-01-07|
    NL2014806B1|2016-07-25|
    引用文献:
    公开号 | 申请日 | 公开日 | 申请人 | 专利标题
    US6648641B1|2000-11-22|2003-11-18|The Procter & Gamble Company|Apparatus, method and product for treating teeth|
    DE60324894D1|2002-02-13|2009-01-08|Matsushita Electric Works Ltd|HAIR REMOVAL DEVICE WITH LOTION TREATMENT DEVICE|
    KR101078567B1|2011-07-29|2011-11-01|최병강|Skin washing machine|
    US8550739B1|2012-03-08|2013-10-08|Timothy M. Robbins|Shaving cream applicator brush|
    KR101304932B1|2013-03-19|2013-09-17|센트로닉스|Skin washing machine using blds and spring and method thereof and program recording unit thereof|EP3649888A1|2018-11-06|2020-05-13|Koninklijke Philips N.V.|Skin treatment head with integrated release system|
    法律状态:
    2019-01-02| MM| Lapsed because of non-payment of the annual fee|Effective date: 20180601 |
    优先权:
    申请号 | 申请日 | 专利标题
    NL2012810|2014-05-13|
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